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THE ENCYCLOPÆDIA BRITANNICA
A DICTIONARY OF ARTS, SCIENCES, LITERATURE AND GENERAL INFORMATION
ELEVENTH EDITION
VOLUME XI SLICE IV
G to Gaskell Elizabeth
Articles in This Slice
Articles in This Section
G The form of this letter which is familiar to us is an invention of the Romans, who had previously converted the third symbol of the alphabet into a representative of a k-sound (see C). Throughout the whole of Roman history C remained as the symbol for G in the abbreviations C and Cn. for the proper names Gaius and Gnaeus. According to Plutarch (Roman Questions, 54, 59) the symbol for G was invented by Spurius Carvilius Ruga about 293 B.C. This probably means that he was the first person to spell his cognomen RVGA instead of RVCA. G came to occupy the seventh place in the Roman alphabet which had earlier been taken by Z, because between 450 B.C. and 350 B.C. the z-sounds of Latin passed into r, names like Papisius and Fusius in that period becoming Papirius and Furius (see Z), so that the letter z had become superfluous. According to the late writer Martianus Capella z was removed from the alphabet by the censor Appius Claudius Caecus in 312 B.C. To Claudius the insertion of G into the alphabet is also sometimes ascribed.
G The way we recognize this letter today was created by the Romans, who adapted the third symbol of the alphabet to represent a k-sound (see C). Throughout Roman history, C served as the symbol for G in the abbreviations C and Cn. for the names Gaius and Gnaeus. Plutarch mentions (Roman Questions, 54, 59) that the symbol for G was introduced by Spurius Carvilius Ruga around 293 B.C. This likely means he was the first to spell his cognomen as RVGA instead of RVCA. G became the seventh letter of the Roman alphabet, a spot previously held by Z, because between 450 BCE and 350 BCE, the z-sounds in Latin evolved into r, with names such as Papisius and Fusius evolving into Papirius and Furius (see Z), rendering the letter z unnecessary. The later writer Martianus Capella noted that the censor Appius Claudius Caecus eliminated z from the alphabet in 312 BCE. The introduction of G into the alphabet is also sometimes credited to Claudius.
In the earliest form the difference from C is very slight, the
lower lip of the crescent merely rising up in a straight line ,
but
and
are found also in republican times. In the earliest
Roman inscription which was found in the Forum in 1899 the
form is
written from right to left, but the hollow at the bottom
lip of the crescent is an accidental pit in the stone and not a
diacritical mark. The unvoiced sound in this inscription is
represented by K. The use of the new form was not firmly
established till after the middle of the 3rd century B.C.
In its earliest form, the difference from C is very minor, with the lower lip of the crescent simply rising in a straight line , but
and
are also present during republican times. In the earliest Roman inscription found in the Forum in 1899, the form is
written from right to left, but the indentation at the bottom lip of the crescent is an accidental pit in the stone and not a diacritical mark. The unvoiced sound in this inscription is represented by K. The use of the new form wasn't firmly established until after the middle of the 3rd century BCE
In the Latin alphabet the sound was always the voiced stop (as in gig) in classical times. Later, before e, g passed into a sound like the English y, so that words begin indifferently with g or j; hence from the Lat. generum (accusative) and Ianuarium we have in Ital. genero and Gennajo, Fr. gendre and janvier. In the ancient Umbrian dialect g had made this change between vowels before the Christian era, the inhabitant of Iguvium (the modern Gubbio) being in the later form of his native speech Iuvins, Lat. Iguvinus. In most cases in Mid. Eng. also g passed into a y sound; hence the old prefix ge of the past participle appears only as y in yclept and the like. But ng and gg took a different course, the g becoming an affricate dẓ (dzh), as in singe, ridge, sedge, which in English before 1500 were senge, rigge, segge, and in Scotch are still pronounced sing, rig, seg. The affricate in words like gaol is of French origin (geôle), from a Late Lat. gabiola, out of caveola, a diminutive of the Lat. cavea.
In the Latin alphabet, the sound was always the voiced stop (like in gig) in classical times. Later, before e, g changed to a sound similar to the English y, so that words could start with either g or j; thus, from the Latin generum (accusative) and Ianuarium, we get Italian genero and Gennajo, and French gendre and janvier. In the ancient Umbrian dialect, g had already changed between vowels before the Christian era, with the resident of Iguvium (modern Gubbio) later speaking as Iuvins, Latin Iguvinus. In most cases in Middle English, g also turned into a y sound; therefore, the old prefix ge of the past participle only appears as y in yclept and similar words. However, ng and gg took a different direction, with g becoming an affricate dẓ (dzh), as found in singe, ridge, sedge, which in English before 1500 were senge, rigge, segge, and in Scottish, they are still pronounced sing, rig, seg. The affricate in words like gaol comes from French (geôle), derived from Late Latin gabiola, which comes from caveola, a diminutive of the Latin cavea.
The composite origin of English makes it impossible to lay down rules for the pronunciation of English g; thus there are in the language five words Gill, three of which have the g hard, while two have it soft: viz. (1) gill of a fish, (2) gill, a ravine, both of which are Norse, and (3) Gill, the surname, which is mostly Gaelic = White; and (4) gill a liquid measure, from O. Fr. gelle, Late Lat. gella in the same sense, and (5) Gill, a girl’s name, shortened from Gillian, Juliana (see Skeat’s Etymological Dictionary). No one of these words is of native origin; otherwise the initial g would have changed to y, as in Eng. yell from the O. Eng. gellan, giellan.
The mixed origins of English make it impossible to establish consistent rules for pronouncing the letter g; therefore, there are five words in the language: Gill, three of which have a hard g, while two have a soft g: (1) gill (the part of a fish), (2) gill (a ravine), both of which are of Norse origin, and (3) Gill (the surname), which is mostly Gaelic meaning White; (4) gill (a liquid measure), from Old French gelle, Late Latin gella referring to the same concept, and (5) Gill (a girl’s name), a shortened form of Gillian, Juliana (see Skeat’s Etymological Dictionary). None of these words originate from English; otherwise, the initial g would have changed to y, as in English yell from Old English gellan, giellan.
GABBRO, in petrology, a group of plutonic basic rocks, holocrystalline and usually rather coarse-grained, consisting essentially of a basic plagioclase felspar and one or more ferromagnesian minerals (such as augite, hornblende, hypersthene and olivine). The name was given originally in north Italy to certain coarsely crystalline dark green rocks, some of which are true gabbros, while others are serpentines. The gabbros are the plutonic or deep-seated representatives of the dolerites, basalts and diabases (also of some varieties of andesite) with which they agree closely in mineral composition, but not in minute structure. Of their minerals felspar Is usually the most abundant, and is principally labradorite and bytownite, though anorthite occurs in some, while oligoclase and orthoclase have been found in others. The felspar is sometimes very clear and fresh, its crystals being for the most part short and broad, with rather irregular or rounded outlines. Albite twinning is very frequent, but in these rocks it is often accompanied by pericline twinning by which the broad or narrow albite plates are cut transversely by many thin, bright and dark bars as seen in polarized light. Equally characteristic of the gabbros is the alteration of the felspars to cloudy, semi-opaque masses of saussurite. These are compact, tough, devoid of cleavage, and have a waxy lustre and usually a greenish-white colour. When this substance can be resolved by the microscope it proves to consist usually of zoisite or epidote, with garnet and albite, but mixed with it are also chlorite, amphibole, serpentine, prehnite, sericite and other minerals. The augite is usually brown, but greenish, violet and colourless varieties may occur. Hypersthene, when present, is often strikingly pleochroic in colours varying from pink to bright green. It weathers readily to platy-pseudomorphs of bastite which are soft and yield low polarization colours. The olivine is colourless in itself, but in most cases is altered to green or yellow serpentine, often with bands of dark magnetite granules along its cleavages and cracks. Hornblende when primary is often brown, and may surround augite or be perthitically intergrown with it; original green hornblende probably occurs also, though it is more frequently secondary. Dark-brown biotite, although by no means an important constituent of these rocks, occurs in many of them. Quartz is rare, but is occasionally seen intergrown with felspar as micropegmatite. Among the accessory minerals may be mentioned apatite, magnetite, ilmenite, picotite and garnet.
GABBRO, in petrology, a group of plutonic basic rocks, holocrystalline and usually quite coarse-grained, mainly composed of basic plagioclase feldspar and one or more ferromagnesian minerals (like augite, hornblende, hypersthene, and olivine). The name was first used in northern Italy for certain coarsely crystalline dark green rocks, some of which are true gabbros, while others are serpentines. Gabbros are the deep-seated counterparts of dolerites, basalts, and diabases (also some types of andesite) with which they closely match in mineral composition, but differ in their fine structure. In terms of minerals, feldspar is usually the most abundant, primarily labradorite and bytownite, although anorthite appears in some samples, while oligoclase and orthoclase have been found in others. The feldspar can sometimes be very clear and fresh, with crystals that are mostly short and broad, showing somewhat irregular or rounded edges. Albite twinning is very common, but in these rocks, it is often accompanied by pericline twinning, where broad or narrow albite plates are crossed by many thin, bright and dark bands as seen in polarized light. A distinctive feature of gabbros is the alteration of feldspars into cloudy, semi-opaque masses of saussurite. These structures are compact, tough, without cleavage, and exhibit a waxy sheen, usually with a greenish-white color. Under a microscope, this substance typically reveals zoisite or epidote, combined with garnet and albite, but also contains chlorite, amphibole, serpentine, prehnite, sericite, and other minerals. Augite is commonly brown, though greenish, violet, and colorless varieties can also be found. Hypersthene, when it occurs, often displays striking pleochroism with colors ranging from pink to bright green. It weathers easily to platy pseudomorphs of bastite, which are soft and exhibit low polarization colors. Olivine is colorless by itself, but is mostly altered to green or yellow serpentine, often with dark magnetite granules along its cleavages and cracks. Primary hornblende is usually brown, and may encircle augite or be perthitically intergrown with it; original green hornblende is likely present as well, though it is more often secondary. Dark-brown biotite, while not a major component of these rocks, can be found in many samples. Quartz is rare, but can sometimes be seen intergrown with feldspar as micropegmatite. Among the accessory minerals are apatite, magnetite, ilmenite, picotite, and garnet.
A peculiar feature, repeated so constantly in many of the minerals of these rocks as to be almost typical of them, is the occurrence of small black or dark brown enclosures often regularly arranged parallel to certain crystallographic planes. Reflection of light from the surfaces of these minute enclosures produces a shimmering or Schiller. In augite or hypersthene the effect is that the surface of the mineral has a bronzy sub-metallic appearance, and polished plates seen at a definite angle yield a bright coppery-red reflection, but polished sections of the felspars may exhibit a brilliant play of colours, as is well seen in the Labrador spar, which is used as an ornamental or semi-precious stone. In olivine the black enclosures are not thin laminae, but branching growths resembling pieces of moss. The phenomenon is known as “schillerization”; its origin has been much discussed, some holding that it is secondary, while others regard these enclosures as original.
A distinct characteristic, frequently seen in many minerals of these rocks to the point of being almost typical, is the presence of small black or dark brown inclusions often organized parallel to specific crystallographic planes. Light reflecting off the surfaces of these tiny inclusions creates a shimmering effect known as Schiller. In augite or hypersthene, this results in a bronzy, sub-metallic look on the mineral's surface, and polished plates viewed at a certain angle display a bright coppery-red reflection. However, polished sections of the felspars can show a stunning array of colors, especially in Labrador spar, which is used as a decorative or semi-precious stone. In olivine, the black inclusions aren't thin layers but rather branching structures that resemble bits of moss. This phenomenon is referred to as “schillerization,” and its origin has sparked considerable debate, with some believing it to be secondary while others view these inclusions as original.
In many gabbros there is a tendency to a centric arrangement of the minerals, the first crystallized forming nuclei around which the others grow. Thus magnetite, apatite and picotite, with olivine, may be enclosed in augite, hornblende, and hypersthene, sometimes with a later growth of biotite, while the felspars occupy the interspaces between the clusters of ferromagnesian minerals. In some cases there are borders around olivine consisting of fibrous hornblende or tremolite and rhombic pyroxene (kelyphitic or ocellar structures); spinels and garnet may occur in this zone, and as it is developed most frequently where olivine is in contact with felspar it may be due to a chemical resorption at a late stage in the solidification of the rock. In some gabbros and norites reaction rims of fibrous hornblende are found around both hypersthene and diallage where these are in contact with felspar. Typical orbicular structure such as characterizes some granites and diorites is rare in the gabbros, though it has been observed in a few instances in Norway, California, &c.
In many gabbros, there's a tendency for the minerals to be arranged in a central pattern, with the first to crystallize forming nuclei around which the others grow. For example, magnetite, apatite, and picotite, along with olivine, can be surrounded by augite, hornblende, and hypersthene, sometimes with later growths of biotite, while the feldspars fill the spaces between clusters of ferromagnesian minerals. In some cases, there are borders around olivine made up of fibrous hornblende or tremolite and rhombic pyroxene (kelyphitic or ocellar structures); spinels and garnet may be found in this area, and this usually happens where olivine is in contact with feldspar, likely due to chemical resorption during the final stages of the rock's solidification. In certain gabbros and norites, fibrous hornblende reaction rims can be found around both hypersthene and diallage where they come into contact with feldspar. The typical orbicular structure seen in some granites and diorites is rare in gabbros, although it has been noted in a few instances in Norway, California, etc.
In a very large number of the rocks of this group the plagioclase felspar has crystallized in large measure before the pyroxene, and is enveloped by it in ophitic manner exactly as occurs in the diabases. When these rocks become fine-grained they pass gradually into ophitic diabase and dolerite; only very rarely does olivine enclose 378 felspar in this way. A fluxion structure or flow banding also can be observed in some of the rocks of this series, and is characterized by the occurrence of parallel sinuous bands of dark colour, rich in ferromagnesian minerals, and of lighter shades in which felspars predominate.
In a large number of rocks in this group, the plagioclase feldspar crystallized mostly before the pyroxene and is surrounded by it in an ophitic manner, similar to what happens in diabases. When these rocks become fine-grained, they gradually transition into ophitic diabase and dolerite; only very rarely does olivine surround feldspar like this. A fluxion structure or flow banding can also be seen in some of the rocks in this series, which is characterized by parallel, wavy bands of dark color, rich in ferromagnesian minerals, and lighter shades where feldspars are more abundant.
These basic holocrystalline rocks form a large and numerous class which can be subdivided into many groups according to their mineral composition; if we take it that typical gabbro consists of plagioclase and augites or diallage, norite of plagioclase and hypersthene, and troctolite of plagioclase and olivine, we must add to these olivine-gabbro and olivine-norite in which that mineral occurs in addition to those enumerated above. Hornblende-gabbros are distinctly rare, except when the hornblende has been developed from pyroxene by pressure and shearing, but many rocks may be described as hornblende- or biotite-bearing gabbro and norite, when they contain these ingredients in addition to the normal minerals plagioclase, augite and hypersthene. We may recognize also quartz-gabbro and quartz-norite (containing primary quartz or micropegmatite) and orthoclase-gabbro (with a little orthoclase). The name eucrite has been given to gabbros in which the felspar is mainly anorthite; many of them also contain hypersthene or enstatite and olivine, while allivalites are anorthite-olivine rocks in which the two minerals occur in nearly equal proportions; harrisites have preponderating olivine, anorthite felspar and a little pyroxene. In areas of gabbro there are often masses consisting nearly entirely of a single mineral, for example, felspar rocks (anorthosites), augite or hornblende rocks (pyroxenites and hornblendites) and olivine rocks (dunites or peridotites). Segregations of iron ores, such as ilmenite, usually with pyroxene or olivine, occur in association with some gabbro and anorthosite masses.
These basic holocrystalline rocks make up a large and diverse group that can be divided into many categories based on their mineral composition. For example, typical gabbro consists of plagioclase and augites or diallage, norite consists of plagioclase and hypersthene, and troctolite consists of plagioclase and olivine. We also include olivine-gabbro and olivine-norite, which contain that mineral in addition to those mentioned above. Hornblende-gabbros are quite rare, unless the hornblende has formed from pyroxene due to pressure and shearing. However, many rocks can be classified as hornblende- or biotite-bearing gabbro and norite when they have these minerals alongside the typical minerals plagioclase, augite, and hypersthene. We can also identify quartz-gabbro and quartz-norite (which contain primary quartz or micropegmatite) and orthoclase-gabbro (which has some orthoclase). The term eucrite refers to gabbros where the feldspar is primarily anorthite; many of these also have hypersthene or enstatite and olivine, while allivalites are anorthite-olivine rocks where the two minerals are almost equal in amounts. Harrisites have mostly olivine, anorthite feldspar, and a bit of pyroxene. In areas where gabbro is common, there are often masses made almost entirely of a single mineral, like feldspar rocks (anorthosites), augite or hornblende rocks (pyroxenites and hornblendites), and olivine rocks (dunites or peridotites). Segregations of iron ores, like ilmenite, usually found with pyroxene or olivine, often occur alongside some gabbro and anorthosite masses.
Some gabbros are exceedingly coarse-grained and consist of individual crystals several inches in length; such a type often form dikes or veins in serpentine or gabbro, and may be called gabbro-pegmatite. Very fine-grained gabbros, on the other hand, have been distinguished as beerbachites. Still more common is the occurrence of sheared, foliated or schistose forms of gabbro. In these the minerals have a parallel arrangement, the felspars are often broken down by pressure into a mosaic of irregular grains, while greenish fibrous or bladed amphibole takes the place of pyroxene and olivine. The diallage may be present as rounded or oval crystals around which the crushed felspar has flowed (augen-gabbro); or the whole rock may have a well-foliated structure (hornblende-schists and amphibolites). Very often a mass of normal gabbro with typical igneous character passes at its margins or along localized zones into foliated rocks of this kind, and every transition can be found between the different types. Some authors believe that the development of saussurite from felspar is also dependent on pressure rather than on weathering, and an analogous change may affect the olivine, replacing it by talc, chlorite, actinolite and garnet. Rocks showing changes of the latter type have been described from Switzerland under the name allalinites.
Some gabbros are really coarse-grained and consist of individual crystals several inches long; this type often forms dikes or veins in serpentine or gabbro and can be called gabbro-pegmatite. On the other hand, very fine-grained gabbros are known as beerbachites. Even more common are the sheared, foliated, or schistose forms of gabbro. In these, the minerals are arranged in parallel, the feldspars are often broken down by pressure into a mosaic of irregular grains, while greenish fibrous or bladed amphibole replaces pyroxene and olivine. The diallage may appear as rounded or oval crystals around which crushed feldspar has flowed (augen-gabbro); or the entire rock may have a well-foliated structure (hornblende-schists and amphibolites). Often, a mass of normal gabbro with typical igneous characteristics transitions at its edges or along localized zones into these foliated rocks, and various transitions can be found between the different types. Some authors think that the formation of saussurite from feldspar also depends on pressure instead of weathering, and a similar change may affect olivine, replacing it with talc, chlorite, actinolite, and garnet. Rocks exhibiting these kinds of changes have been described from Switzerland under the name allalinites.
Rocks of the gabbro group, though perhaps not so common nor occurring in so great masses as granites, are exceedingly widespread. In Great Britain, for example, there are areas of gabbro in Shetland, Aberdeenshire, and other parts of the Highlands, Ayrshire, the Lizard (Cornwall), Carrock Fell (Cumberland) and St David’s (Wales). Most of these occur along with troctolites, norites, serpentine and peridotite. In Skye an interesting group of fresh olivine-gabbros is found in the Cuillin Hills; here also peridotites occur and there are sills and dikes of olivine-dolerite, while a great series of basaltic lavas and ash beds marks the site of volcanic outbursts in early Tertiary time. In this case it is clearly seen that the gabbros are the deep-seated and slowly crystallized representatives of the basalts which were poured out at the surfaces, and the dolerites which consolidated in fissures. The older gabbros of Britain, such as those of the Lizard, Aberdeenshire and Ayrshire, are often more or less foliated and show a tendency to pass into hornblende-schists and amphibolites. In Germany gabbros are well known in the Harz Mountains, Saxony, the Odenwald and the Black Forest. Many outcrops of similar rocks have been traced in the northern zones of the Alps, often with serpentine and hornblende-schist. They occupy considerable tracts of country in Norway and Sweden, as for instance in the vicinity of Bergen. The Pyrenees, Ligurian Alps, Dauphiné and Tuscany are other European localities for gabbro. In Canada great portions of the eastern portion of the Dominion are formed of gabbros, norite, anorthosite and allied rock types. In the United States gabbros and norites occur near Baltimore and near Peekskill on the Hudson river. As a rule each of these occurrences contains a diversity of petrographical types, which appear also in certain of the others; but there is often a well-marked individuality about the rocks of the various districts in which gabbros are found.
Rocks from the gabbro group, while maybe not as common or found in such large masses as granites, are very widespread. In Great Britain, for example, there are areas of gabbro in Shetland, Aberdeenshire, and other parts of the Highlands, Ayrshire, the Lizard (Cornwall), Carrock Fell (Cumberland), and St David’s (Wales). Most of these are found alongside troctolites, norites, serpentine, and peridotite. In Skye, an interesting group of fresh olivine-gabbros can be found in the Cuillin Hills; here, peridotites are also present, along with sills and dikes of olivine-dolerite, while a significant series of basaltic lavas and ash beds marks the site of volcanic eruptions from the early Tertiary period. It's clear that the gabbros are the deep-seated and slowly crystallized counterparts of the basalts that erupted onto the surface, and the dolerites that solidified in cracks. The older gabbros of Britain, like those in the Lizard, Aberdeenshire, and Ayrshire, often show some foliation and tend to transition into hornblende-schists and amphibolites. In Germany, gabbros are well-known in the Harz Mountains, Saxony, the Odenwald, and the Black Forest. Many outcrops of similar rocks have been identified in northern parts of the Alps, often accompanying serpentine and hornblende-schist. They cover large areas in Norway and Sweden, for example, around Bergen. The Pyrenees, Ligurian Alps, Dauphiné, and Tuscany are other European locations for gabbro. In Canada, significant portions of the eastern part of the Dominion consist of gabbros, norite, anorthosite, and related rock types. In the United States, gabbros and norites are found near Baltimore and near Peekskill on the Hudson River. Generally, each of these occurrences contains a variety of petrographical types, many of which also appear in other locations, but there's often a distinct individuality to the rocks from the different regions where gabbros are found.
From an economic standpoint gabbros are not of great importance. They are used locally for building and for road-metal, but are too dark in colour, too tough and difficult to dress, to be popular as building stones, and, though occasionally polished, are not to be compared for beauty with the serpentines and the granites. Segregations of iron ores are found in connexion with many of them (Norway and Sweden) and are sometimes mined as sources of the metal.
From an economic perspective, gabbros aren't very significant. They are used locally for construction and as road materials, but their dark color, toughness, and difficulty to shape make them less popular as building stones. Although they can be polished, they can't compete with the beauty of serpentines and granites. Iron ore deposits are found alongside many of them (in Norway and Sweden) and are occasionally mined for the metal.
Chemically the gabbros are typical rocks of the basic subdivision and show the characters of that group in the clearest way. They have low silica, much iron and magnesia, and the abundance of lime distinguishes them in a marked fashion from both the granites and the peridotites. A few analyses of well-known gabbros are cited here.
Chemically, gabbros are typical rocks in the basic category and clearly display the features of that group. They have low silica content, high levels of iron and magnesium, and their high lime content sets them apart significantly from both granites and peridotites. Here are a few analyses of well-known gabbros.
SiO2 | TiO2 | Ab2O3 | FeO | Fe2O3 | MgO | CaO | Na2O | K2O | H2O | |
I. | 49.63 | 1.75 | 16.18 | 12.03 | 1.92 | 5.38 | 9.33 | 1.89 | 0.81 | 0.55 |
II. | 49.90 | .. | 16.04 | .. | 7.81 | 10.08 | 14.48 | 1.69 | 0.55 | 1.46 |
III. | 45.73 | .. | 22.10 | 3.51 | 0.71 | 11.16 | 9.26 | 2.54 | 0.34 | 4.38 |
IV. | 46.24 | .. | 29.85 | 2.12 | 1.30 | 2.41 | 16.24 | 1.98 | 0.18 | .. |
I. Gabbro, Radanthal, Harzburg; II. Gabbro, Penig, Saxony; III. Troctolite, Coverack, Cornwall; IV. Anorthosite, mouth of the Seine river, Bad Vermilion lake, Ontario, Canada.
I. Gabbro, Radanthal, Harzburg; II. Gabbro, Penig, Saxony; III. Troctolite, Coverack, Cornwall; IV. Anorthosite, mouth of the Seine river, Bad Vermilion lake, Ontario, Canada.
GABEL, KRISTOFFER (1617-1673), Danish statesman, was born at Glückstadt, on the 6th of January 1617. His father, Wulbern, originally a landscape painter and subsequently recorder of Glückstadt, was killed at the siege of that fortress by the Imperialists in 1628. Kristoffer is first heard of in 1639, as overseer and accountant at the court of Duke Frederick. When the duke ascended the Danish throne as Frederick III., Gabel followed him to Copenhagen as his private secretary and man of business. Gabel, who veiled under a mysterious reticence considerable financial ability and uncommon shrewdness, had great influence over the irresolute king. During the brief interval between King Charles X.’s first and second attack upon Denmark, Gabel was employed in several secret missions to Sweden; and he took a part in the intrigues which resulted in the autocratic revolution of 1660 (see Denmark: History). His services on this occasion have certainly been exaggerated; but if not the originator of the revolution, he was certainly the chief intermediary between Frederick III. and the conjoined Estates in the mysterious conspiracy which established absolutism in Denmark. His activity on this occasion won the king’s lifelong gratitude. He was enriched, ennobled, and in 1664 made governor of Copenhagen. From this year must be dated his open and official influence and power, and from 1660 to 1670 he was the most considerable personage at court, and very largely employed in financial and diplomatic affairs. When Frederick III. died, in February 1670, Gabel’s power was at an end. The new ruler, Christian V., hated him, and accusations against him poured in from every quarter. When, on the 18th of April 1670, he was dismissed, nobody sympathized with the man who had grown wealthy at a time when other people found it hard to live. He died on the 13th of October 1673.
GABEL, KRISTOFFER (1617-1673), Danish statesman, was born in Glückstadt on January 6, 1617. His father, Wulbern, who was initially a landscape painter and later the recorder of Glückstadt, was killed during the siege of that fortress by the Imperialists in 1628. Kristoffer first appears in records in 1639, serving as overseer and accountant at Duke Frederick's court. When the duke became King Frederick III of Denmark, Gabel followed him to Copenhagen as his private secretary and advisor. Gabel, who concealed substantial financial skill and remarkable shrewdness behind a veil of mystery, had a significant influence over the indecisive king. During the short period between King Charles X’s first and second attacks on Denmark, Gabel was involved in several secret missions to Sweden and participated in the intrigues that led to the autocratic revolution of 1660 (see Denmark: History). His contributions during this time have likely been overstated; however, even if he was not the mastermind of the revolution, he was definitely the key intermediary between Frederick III and the united Estates in the secret conspiracy that established absolutism in Denmark. His efforts during this time earned him the king’s lifelong gratitude. He became wealthy, was ennobled, and in 1664 was made governor of Copenhagen. This year marks the beginning of his open and official influence and power, and from 1660 to 1670, he was the most significant figure at court, heavily involved in financial and diplomatic matters. When Frederick III died in February 1670, Gabel's power came to an end. The new king, Christian V, despised him, and accusations against him flooded in from all sides. When he was dismissed on April 18, 1670, no one sympathized with the man who had grown rich while others struggled to get by. He died on October 13, 1673.
See Carl Frederik Bricka, Dansk. Biograf. Lex. art “Gabel” (Copenhagen, 1887, &c.); Danmarks Riges Historie (Copenhagen, 1897-19051905), vol. v.
See Carl Frederik Bricka, Dansk. Biograf. Lex. art “Gabel” (Copenhagen, 1887, etc.); Danmarks Riges Historie (Copenhagen, 1897-19051905), vol. v.
GABELENTZ, HANS CONON VON DER (1807-1874), German linguist and ethnologist, born at Altenburg on the 13th of October 1807, was the only son of Hans Karl Leopold von der Gabelentz, chancellor and privy-councillor of the duchy of Altenburg. From 1821 to 1825 he attended the gymnasium of his native town, where he had Matthiae (the eminent Greek scholar) for teacher, and Hermann Brockhaus and Julius Löbe for schoolfellows. Here, in addition to ordinary school-work, he carried on the private study of Arabic and Chinese; and the latter language continued especially to engage his attention during his undergraduate course, from 1825 to 1828, at the universities of Leipzig and Göttingen. In 1830 he entered the public service of the duchy of Altenburg, where he attained to the rank of privy-councillor in 1843. Four years later he was chosen to fill the post of Landmarschall in the grand-duchy of Weimar, and in 1848 he attended the Frankfort parliament, and represented the Saxon duchies on the commission for drafting an imperial constitution for Germany. In November of the same year he became president of the Altenburg ministry, but he resigned office in the following August. From 1851 to 1868 he was president of the second chamber of the duchy of Altenburg; but in the latter year he withdrew entirely from public life, that he 379 might give undivided attention to his learned researches. He died on his estate of Lemnitz, in Saxe-Weimar, on the 3rd of September 1874.
Gabelentz, Hans Conon von der (1807-1874), German linguist and ethnologist, was born in Altenburg on October 13, 1807. He was the only son of Hans Karl Leopold von der Gabelentz, who served as chancellor and privy councillor of the duchy of Altenburg. From 1821 to 1825, he attended the gymnasium in his hometown, where Matthiae, the renowned Greek scholar, was his teacher, and he studied with Hermann Brockhaus and Julius Löbe. During his time there, alongside his regular studies, he privately studied Arabic and Chinese; the latter language especially captured his interest throughout his undergraduate years from 1825 to 1828 at the universities of Leipzig and Göttingen. In 1830, he joined the public service of the duchy of Altenburg, where he became a privy councillor in 1843. Four years later, he was appointed as Landmarschall of the grand-duchy of Weimar, and in 1848, he represented the Saxon duchies at the Frankfort parliament on the commission for drafting an imperial constitution for Germany. In November of that year, he became president of the Altenburg ministry but resigned the following August. From 1851 to 1868, he held the position of president of the second chamber of the duchy of Altenburg; however, in the latter year, he completely withdrew from public life to focus solely on his academic research. He passed away on his estate in Lemnitz, Saxe-Weimar, on September 3, 1874.
In the course of his life he is said to have learned no fewer than eighty languages, thirty of which he spoke with fluency and elegance. But he was less remarkable for his power of acquisition than for the higher talent which enabled him to turn his knowledge to the genuine advancement of linguistic science. Immediately after quitting the university, he followed up his Chinese researches by a study of the Finno-Ugrian languages, which resulted in the publication of his Éléments de la grammaire mandchoue in 1832. In 1837 he became one of the promoters, and a joint-editor, of the Zeitschrift für die Kunde des Morgenlandes, and through this medium he gave to the world his Versuch einer mordwinischen Grammatik and other valuable contributions. His Grundzüge der syrjänischen Grammatik appeared in 1841. In conjunction with his old school friend, Julius Löbe, he brought out a complete edition, with translation, glossary and grammar, of Ulfilas’s Gothic version of the Bible (1843-1846); and from 1847 he began to contribute to the Zeitschrift der deutschen morgenländischen Gesellschaft the fruits of his researches into the languages of the Swahilis, the Samoyedes, the Hazaras, the Aimaks, the Formosans and other widely-separated tribes. The Beiträge zur Sprachenkunde (1852) contain Dyak, Dakota, and Kiriri grammars; to these were added in 1857 a Grammatik u. Wörterbuch der Kassiasprache, and in 1860 a treatise in universal grammar (Über das Passivum). In 1864 he edited the Manchu translations of the Chinese Sse-shu, Shu-king and Shi-king, along with a dictionary; and in 1873 he completed the work which constitutes his most important contribution to philology, Die melanesischen Sprachen nach ihrem grammatischen Bau und ihrer Verwandschaft unter sich und mit den malaiisch-polynesischen Sprachen untersucht (1860-1873). It treats of the language of the Fiji Islands, New Hebrides, Loyalty Islands, New Caledonia, &c., and shows their radical affinity with the Polynesian class. He also contributed most of the linguistic articles in Pierer’s Conversations-Lexicon.
Throughout his life, it's said he learned at least eighty languages, thirty of which he spoke fluently and elegantly. However, he was more remarkable for his ability to apply his knowledge to truly advance the field of linguistics. After leaving university, he pursued his Chinese research with a study of Finno-Ugrian languages, leading to the publication of his Éléments de la grammaire mandchoue in 1832. In 1837, he became one of the promoters and co-editors of the Zeitschrift für die Kunde des Morgenlandes, where he shared his Versuch einer mordwinischen Grammatik and other significant contributions. His Grundzüge der syrjänischen Grammatik was published in 1841. Together with his old school friend, Julius Löbe, he released a complete edition, along with a translation, glossary, and grammar, of Ulfilas’s Gothic version of the Bible (1843-1846); then from 1847, he began to contribute to the Zeitschrift der deutschen morgenländischen Gesellschaft the results of his research into the languages of the Swahilis, the Samoyedes, the Hazaras, the Aimaks, the Formosans, and other widely-separated tribes. The Beiträge zur Sprachenkunde (1852) includes grammars for Dyak, Dakota, and Kiriri; in 1857, he added a Grammatik u. Wörterbuch der Kassiasprache, and in 1860, a treatise on universal grammar (Über das Passivum). In 1864, he edited the Manchu translations of the Chinese Sse-shu, Shu-king, and Shi-king, along with a dictionary; and in 1873, he completed his most significant contribution to philology, Die melanesischen Sprachen nach ihrem grammatischen Bau und ihrer Verwandschaft unter sich und mit den malaiisch-polynesischen Sprachen untersucht (1860-1873). This work discusses the languages of the Fiji Islands, New Hebrides, Loyalty Islands, New Caledonia, etc., and demonstrates their fundamental connection with the Polynesian languages. He also wrote most of the linguistic articles in Pierer’s Conversations-Lexicon.
GABELLE (French, from the Med. Lat. gabulum, gablum, a tax, for the origin of which see Gavelkind), a term which, in France, was originally applied to taxes on all commodities, but was gradually limited to the tax on salt. In process of time it became one of the most hated and most grossly unequal taxes in the country, but, though condemned by all supporters of reform, it was not abolished until 1790. First imposed in 1286, in the reign of Philip IV., as a temporary expedient, it was made a permanent tax by Charles V. Repressive as a state monopoly, it was made doubly so from the fact that the government obliged every individual above the age of eight years to purchase weekly a minimum amount of salt at a fixed price. When first instituted, it was levied uniformly on all the provinces in France, but for the greater part of its history the price varied in different provinces. There were five distinct groups of provinces, classified as follows: (a) the Pays de grandes gabelles, in which the tax was heaviest; (b) the Pays de petites gabelles, which paid a tax of about half the rate of the former; (c) the Pays de salines, in which the tax was levied on the salt extracted from the salt marshes; (d) the Pays rédimés, which had purchased redemption in 1549; and (e) the Pays exempts, which had stipulated for exemption on entering into union with the kingdom of France. Greniers à sel (dating from 1342) were established in each province, and to these all salt had to be taken by the producer on penalty of confiscation. The grenier fixed the price which it paid for the salt and then sold it to retail dealers at a higher rate.
GABELLE (French, from Medieval Latin gabulum, gablum, a tax, for the origin of which see Gavelkind), a term that in France originally referred to taxes on all goods, but eventually became limited to the tax on salt. Over time, it became one of the most disliked and extremely unfair taxes in the country. Although reform supporters condemned it, it wasn't abolished until 1790. First introduced in 1286 during Philip IV's reign as a temporary measure, it was made a permanent tax by Charles V. As a government monopoly, it was even more burdensome because the government required everyone over the age of eight to buy a minimum quantity of salt each week at a set price. When it was first implemented, the tax was applied uniformly across all regions in France, but for most of its history, the price differed in various areas. There were five distinct categories of provinces, classified as follows: (a) the Pays de grandes gabelles, where the tax was highest; (b) the Pays de petites gabelles, which paid about half the rate of the former; (c) the Pays de salines, where the tax was applied to the salt extracted from salt marshes; (d) the Pays rédimés, which had bought their exemption in 1549; and (e) the Pays exempts, which had negotiated for exemption upon joining the kingdom of France. Greniers à sel (established in 1342) were set up in each province, where all salt had to be brought by the producer under the threat of confiscation. The grenier set the price it paid for the salt and then sold it to retailers at a higher rate.
See J.J. Clamagéran, Histoire de l’impôt en France (1876); A. Gasquet, Précis des institutions politiques de l’ancienne France (1885); Necker, Compte rendu (1781).
See J.J. Clamagéran, History of Taxation in France (1876); A. Gasquet, Overview of the Political Institutions of Old France (1885); Necker, Report (1781).
GABERDINE, or Gabardine, any long, loose over-garment, reaching to the feet and girt round the waist. It was, when made of coarse material, commonly worn in the middle ages by pilgrims, beggars and almsmen. The Jews, conservatively attached to the loose and flowing garments of the East, continued to wear the long upper garment to which the name “gaberdine” could be applied, long after it had ceased to be a common form as worn by non-Jews, and to this day in some parts of Europe, e.g. in Poland, it is still worn, while the tendency to wear the frock-coat very long and loose is a marked characteristic of the race. The fact that in the middle ages the Jews were forbidden to engage in handicrafts also, no doubt, tended to stereotype a form of dress unfitted for manual labour. The idea of the “gaberdine” being enforced by law upon the Jews as a distinctive garment is probably due to Shakespeare’s use in the Merchant of Venice, I. iii. 113. The mark that the Jews were obliged to wear generally on the outer garment was the badge. This was first enforced by the fourth Lateran Council of 1215. The “badge” (Lat. rota; Fr. rouelle, wheel) took generally the shape of a circle of cloth worn on the breast. It varied in colour at different times. In France it was of yellow, later of red and white; in England it took the form of two bands or stripes, first of white, then of yellow. In Edward I.’s reign it was made in the shape of the Tables of the Law (see the Jewish Encyclopedia, s.v. “Costume” and “Badge”). The derivation of the word is obscure. It apparently occurs first in O. Fr. in the forms gauverdine, galvardine, and thence into Ital. as gavardina, and Span. gabardina, a form which has influenced the English word. The New English Dictionary suggests a connexion with the O.H. Ger. wallevart, pilgrimage. Skeat (Etym. Dict., 1898) refers it to Span. gaban, coat, cloak; cabaña, hut, cabin.
GABERDINE, or Gabardine fabric, is a long, loose outer garment that reaches the feet and is tied around the waist. In the Middle Ages, when made from coarse material, it was commonly worn by pilgrims, beggars, and those who begged for alms. The Jews, who traditionally preferred the loose and flowing garments of the East, continued to wear the long upper garment known as the “gaberdine” long after it fell out of fashion among non-Jews. Even today, in some parts of Europe, like Poland, it is still worn, and the tendency to wear frock coats that are very long and loose is a notable characteristic of the culture. The fact that Jews were banned from working in crafts during the Middle Ages likely contributed to the standardization of a style of dress that was unsuitable for manual labor. The notion that the “gaberdine” was legally required for Jews as a distinctive garment probably comes from Shakespeare’s reference in the Merchant of Venice, I. iii. 113. The mark that Jews were required to wear generally on their outer garments was the badge. This was first mandated by the Fourth Lateran Council of 1215. The “badge” (Lat. rota; Fr. rouelle, wheel) typically took the form of a circular piece of cloth worn on the chest, with variations in color over time. In France, it was initially yellow, later red and white; in England, it was represented by two bands or stripes, first white and then yellow. During Edward I’s reign, it was shaped like the Tablets of the Law (see the Jewish Encyclopedia, s.v. “Costume” and “Badge”). The origins of the word are unclear. It seems to appear first in Old French as gauverdine, galvardine, then in Italian as gavardina, and in Spanish as gabardina, which influenced the English word. The New English Dictionary suggests a connection to Old High German wallevart, meaning pilgrimage. Skeat (Etym. Dict., 1898) traces it to Spanish gaban, meaning coat or cloak; cabaña, meaning hut or cabin.
GABES, a town of Tunisia, at the head of the gulf of the same name, and 70 m. by sea S.W. of Sfax. It occupies the site of the Tacape of the Romans and consists of an open port and European quarter and several small Arab towns built in an oasis of date palms. This oasis is copiously watered by a stream called the Wad Gabes. The European quarter is situated on the right bank of the Wad near its mouth, and adjacent are the Arab towns of Jara and Menzel. The houses of the native towns are built largely of dressed stones and broken columns from the ruins of Tacape. Gabes is the military headquarters for southern Tunisia. The population of the oasis is about 20,000, including some 1500 Europeans. There is a considerable export trade in dates.
GABES, a town in Tunisia, is located at the head of the gulf of the same name, and is 70 miles by sea southwest of Sfax. It is situated on the site of the Roman city of Tacape and features an open port, a European district, and several small Arab towns built in an oasis filled with date palms. This oasis is well-watered by a stream called the Wad Gabes. The European quarter is on the right bank of the Wad near its mouth, and nearby are the Arab towns of Jara and Menzel. The houses in the native towns are mostly constructed from cut stones and broken columns taken from the ruins of Tacape. Gabes serves as the military headquarters for southern Tunisia. The population of the oasis is around 20,000, including about 1,500 Europeans. There is a significant export trade in dates.
Gabes lies at the head of the shat country of Tunisia and is intimately connected with the scheme of Commandant Roudaire to create a Saharan sea by making a channel from the Mediterranean to these shats (large salt lakes below the level of the sea). Roudaire proposed to cut a canal through the belt of high ground between Gabes and the shats, and fixed on Wad Melah, a spot 10 m. N. of Gabes, for the sea end of the channel (see Sahara). The company formed to execute his project became simply an agricultural concern and by the sinking of artesian wells created an oasis of olive and palm trees.
Gabes is located at the northern edge of the salt flat region in Tunisia and is closely tied to Commandant Roudaire's plan to create a Saharan sea by building a channel from the Mediterranean to these salt flats (large salt lakes that sit below sea level). Roudaire intended to dig a canal through the elevated land between Gabes and the salt flats, and he selected Wad Melah, a location 10 meters north of Gabes, as the sea entrance for the channel (see Sahara). The company established to carry out his project eventually turned into an agricultural venture and created an oasis of olive and palm trees by drilling artesian wells.
The Gulf of Gabes, the Syrtis Minor of the ancients, is a semi-circular shallow indentation of the Mediterranean, about 50 m. across from the Kerkenna Islands, opposite Sfax on its northern shore, to Jerba Island, which lies at its southern end. The waters of the gulf abound in fish and sponge.
The Gulf of Gabes, known in ancient times as Syrtis Minor, is a semi-circular shallow area of the Mediterranean, about 50 meters wide from the Kerkenna Islands, across from Sfax on the northern shore, to Jerba Island, which is at its southern tip. The waters of the gulf are rich in fish and sponge.
GABII, an ancient city of Latium, between 12 and 13 m. E. of Rome, on the Via Praenestina, which was in early times known as the Via Gabina. The part played by it in the story of the expulsion of the Tarquins is well known; but its importance in the earliest history of Rome rests upon other evidence—the continuance of certain ancient usages which imply a period of hostility between the two cities, such as the adoption of the cinctus Gabinus by the consul when war was to be declared. We hear of a treaty of alliance with Rome in the time of Tarquinius Superbus, the original text of which, written on a bullock’s skin, was said by Dionysius of Halicarnassus to be still extant in his day. Its subsequent history is obscure, and we only hear of it again in the 1st century B.C. as a small and insignificant place, though its desolation is no doubt exaggerated by the poets. From inscriptions we learn that from the time of Augustus or Tiberius onwards it enjoyed a municipal organization. Its baths were well known, and Hadrian, who was responsible for much of the renewed prosperity of the small towns of Latium, appears to have been a very liberal patron, building a senate-house (Curia 380 Aelia Augusta) and an aqueduct. After the 3rd century Gabii practically disappears from history, though its bishops continue to be mentioned in ecclesiastical documents till the close of the 9th. The primitive city occupied the eastern bank of the lake, the citadel being now marked by the ruins of the medieval fortress of Castiglione, while the Roman town extended farther to the south. The most conspicuous relic of the latter is a ruined temple, generally attributed to Juno, which had six columns in the front and six on each side. The plan is interesting, but the style of architecture was apparently mixed. To the east of the temple lay the Forum, where excavations were made by Gavin Hamilton in 1792. All the objects found were placed in the Villa Borghese, but many of them were carried off to Paris by Napoleon, and still remain in the Louvre. The statues and busts are especially numerous and interesting; besides the deities Venus, Diana, Nemesis, &c., they comprise Agrippa, Tiberius, Germanicus, Caligula, Claudius, Nero, Trajan and Plotina, Hadrian and Sabina, M. Aurelius, Septimius Severus, Geta, Gordianus Pius and others. The inscriptions relate mainly to local and municipal matters.
GABII is an ancient city in Latium, located 12 to 13 miles east of Rome on the Via Praenestina, earlier known as the Via Gabina. Its role in the tale of the expulsion of the Tarquins is well-known, but its significance in Rome's early history comes from other evidence—the persistence of certain ancient practices that suggest a history of conflict between the two cities, such as the adoption of the cinctus Gabinus by the consul when declaring war. We know of a treaty of alliance with Rome during the time of Tarquinius Superbus, which Dionysius of Halicarnassus claimed was still available in his time, written on a bull’s hide. Its later history is unclear, and we only hear of it again in the 1st century BCE as a small, unimportant place, though its decline may be exaggerated by poets. Inscriptions show that from the time of Augustus or Tiberius, it had a municipal organization. Its baths were well-known, and Hadrian, who contributed significantly to the renewed prosperity of the small towns in Latium, seems to have been a generous patron. He built a senate-house (Curia Aelia Augusta) and an aqueduct. After the 3rd century, Gabii largely vanishes from history, although its bishops are mentioned in ecclesiastical documents until the end of the 9th century. The original city was located on the eastern bank of the lake, with the citadel now marked by the ruins of the medieval fortress of Castiglione, while the Roman town extended further south. The most notable remnant of the Roman town is a ruined temple, generally considered to be dedicated to Juno, which originally had six columns at the front and six on each side. The layout is intriguing, but the architectural style appears to be mixed. East of the temple was the Forum, where excavations were conducted by Gavin Hamilton in 1792. All the artifacts discovered were placed in the Villa Borghese, but many were taken to Paris by Napoleon and still remain in the Louvre. The statues and busts found are especially numerous and fascinating; in addition to deities like Venus, Diana, and Nemesis, they include Agrippa, Tiberius, Germanicus, Caligula, Claudius, Nero, Trajan, Plotina, Hadrian, Sabina, Marcus Aurelius, Septimius Severus, Geta, Gordianus Pius, and others. The inscriptions mainly focus on local and municipal issues.
See E.Q. Visconti, Monumenti Gabini della Villa Pinciana (Rome, 1797, and Milan, 1835); T. Ashby in Papers of the British School at Rome, i. 180 seq.; G. Pinza in Bull. Com. (1903), 321 seq.
See E.Q. Visconti, Monumenti Gabini della Villa Pinciana (Rome, 1797, and Milan, 1835); T. Ashby in Papers of the British School at Rome, i. 180 seq.; G. Pinza in Bull. Com. (1903), 321 seq.
GABINIUS, AULUS, Roman statesman and general, and supporter of Pompey, a prominent figure in the later days of the Roman republic. In 67 B.C., when tribune of the people, he brought forward the famous law (Lex Gabinia) conferring upon Pompey the command in the war against the Mediterranean pirates, with extensive powers which gave him absolute control over that sea and the coasts for 50 m. inland. By two other measures of Gabinius loans of money to foreign ambassadors in Rome were made non-actionable (as a check on the corruption of the senate) and the senate was ordered to give audience to foreign envoys on certain fixed days (1st of Feb.-1st of March). In 61 Gabinius, then praetor, endeavoured to win the public favour by providing games on a scale of unusual splendour, and in 58 managed to secure the consulship, not without suspicion of bribery. During his term of office he aided Publius Clodius in bringing about the exile of Cicero. In 57 Gabinius went as proconsul to Syria. On his arrival he reinstated Hyrcanus in the high-priesthood at Jerusalem, suppressed revolts, introduced important changes in the government of Judaea, and rebuilt several towns. During his absence in Egypt, whither he had been sent by Pompey, without the consent of the senate, to restore Ptolemy Auletes to his kingdom, Syria had been devastated by robbers, and Alexander, son of Aristobulus, had again taken up arms with the object of depriving Hyrcanus of the high-priesthood. With some difficulty Gabinius restored order, and in 54 handed over the province to his successor, M. Licinius Crassus. The knights, who as farmers of the taxes had suffered heavy losses during the disturbances in Syria, were greatly embittered against Gabinius, and, when he appeared in the senate to give an account of his governorship, he was brought to trial on three counts, all involving a capital offence. On the charge of majestas (high treason) incurred by having left his province for Egypt without the consent of the senate and in defiance of the Sibylline books, he was acquitted; it is said that the judges were bribed, and even Cicero, who had recently attacked Gabinius with the utmost virulence, was persuaded by Pompey to say as little as he could in his evidence to damage his former enemy. On the second charge, that of repetundae (extortion during the administration of his province), with especial reference to the 10,000 talents paid by Ptolemy for his restoration, he was found guilty, in spite of evidence offered on his behalf by Pompey and witnesses from Alexandria and the eloquence of Cicero, who had been induced to plead his cause. Nothing but Cicero’s wish to do a favour to Pompey could have induced him to take up what must have been a distasteful task; indeed, it is hinted that the half-heartedness of the defence materially contributed to Gabinius’s condemnation. The third charge, that of ambitus (illegalities committed during his canvass for the consulship), was consequently dropped; Gabinius went into exile, and his property was confiscated. After the outbreak of the civil war, he was recalled by Caesar in 49, and entered his service, but took no active part against his old patron Pompey. After the battle of Pharsalus, he was commissioned to transport some recently levied troops to Illyricum. On his way thither by land, he was attacked by the Dalmatians and with difficulty made his way to Salonae (Dalmatia). Here he bravely defended himself against the attacks of the Pompeian commander, Marcus Octavius, but in a few months died of illness (48 or the beginning of 47).
GABINIUS, AULUS, Roman statesman and general, and supporter of Pompey, a key figure in the later days of the Roman Republic. In 67 BCE, while serving as tribune of the people, he introduced the famous law (Lex Gabinia) that gave Pompey command in the war against the Mediterranean pirates, along with extensive powers that granted him complete control over the sea and the coasts up to 50 miles inland. Through two other measures, Gabinius made loans to foreign ambassadors in Rome non-actionable (as a way to combat senate corruption) and required the senate to hear foreign envoys on specific fixed days (from February 1 to March 1). In 61, Gabinius, now a praetor, tried to gain public favor by organizing games of exceptional grandeur, and in 58 he succeeded in becoming consul, although there were suspicions of bribery. During his term, he helped Publius Clodius arrange for the exile of Cicero. In 57, Gabinius went to Syria as proconsul. Upon his arrival, he reinstated Hyrcanus as high priest in Jerusalem, suppressed revolts, made significant changes to the governance of Judaea, and rebuilt several towns. While he was away in Egypt, where Pompey had sent him without senate approval to restore Ptolemy Auletes to his throne, Syria fell victim to bandits, and Alexander, son of Aristobulus, once again took up arms to challenge Hyrcanus's position. With some difficulty, Gabinius managed to restore order, and in 54 he transferred control of the province to his successor, M. Licinius Crassus. The knights, who had faced significant losses as tax farmers during the turmoil in Syria, were very upset with Gabinius, and when he came to the senate to report on his governorship, he was put on trial for three charges, all of which were capital offenses. On the charge of majestas (high treason) for leaving his province for Egypt without the senate’s approval and disregarding the Sibylline books, he was acquitted; it’s said the judges were bribed, and even Cicero, who had recently criticized Gabinius harshly, was persuaded by Pompey to say as little as possible in his testimony against his former adversary. For the second charge of repetundae (extortion during his time as governor), particularly regarding the 10,000 talents Ptolemy paid for his reinstatement, he was found guilty, despite evidence in his favor from Pompey, witnesses from Alexandria, and the eloquence of Cicero, who had been persuaded to defend him. Only Cicero's desire to do a favor for Pompey could have motivated him to take on what must have been an undesirable task; in fact, it’s suggested that the lukewarm defense contributed significantly to Gabinius’s conviction. The third charge, ambitus (illegality during his campaign for consul), was then dropped; Gabinius went into exile, and his property was seized. After the start of the civil war, he was called back by Caesar in 49, and joined his service, but did not actively oppose his former ally Pompey. Following the battle of Pharsalus, he was tasked with transporting some newly recruited troops to Illyricum. On his land journey there, he was attacked by the Dalmatians and only just managed to reach Salonae (Dalmatia). Here, he valiantly defended himself against the assaults of the Pompeian commander, Marcus Octavius, but fell ill and died a few months later (in 48 or early 47).
See Dio Cassius xxxvi. 23-36, xxxviii. 13. 30, xxxix. 55-63; Plutarch, Pompey, 25. 48; Josephus, Antiq. xiv. 4-6; Appian, Illyrica, 12, Bell. Civ. ii. 24. 59; Cicero, ad Att. vi. 2, ad Q. Fratrem, ii. 13, Post reditum in senatu, 4-8, Pro lege Manilia, 17, 18, 19; exhaustive article by Bähr in Ersch and Gruber’s Allgemeine Encyclopädie; and monograph by G. Stocchi, Aulo Gabinio e i suoi processi (1892).
See Dio Cassius xxxvi. 23-36, xxxviii. 13. 30, xxxix. 55-63; Plutarch, Pompey, 25. 48; Josephus, Antiq. xiv. 4-6; Appian, Illyrica, 12, Bell. Civ. ii. 24. 59; Cicero, ad Att. vi. 2, ad Q. Fratrem, ii. 13, Post reditum in senatu, 4-8, Pro lege Manilia, 17, 18, 19; exhaustive article by Bähr in Ersch and Gruber’s Allgemeine Encyclopädie; and monograph by G. Stocchi, Aulo Gabinio e i suoi processi (1892).
GABION (a French word derived through Ital. gabbione, gabbia, from Lat. cavea, a cage), a cylindrical basket without top or bottom, used in revetting fortifications and for numerous other purposes of military engineering. The gabion is filled with earth when in position. The ordinary brushwood gabion in the British service has a diameter of 2 ft. and a height of 2 ft. 9 in. There are several forms of gabion in use, the best known being the Willesden paper band gabion and the Jones iron or steel band gabion.
GABION (a French word derived from the Italian gabbione, gabbia, which comes from the Latin cavea, meaning cage), is a cylindrical basket that has no top or bottom, used for reinforcing fortifications and a variety of other military engineering purposes. The gabion is filled with earth when placed in position. The standard brushwood gabion used by the British has a diameter of 2 feet and a height of 2 feet 9 inches. There are several types of gabions in use, with the most well-known being the Willesden paper band gabion and the Jones iron or steel band gabion.
GABLE, in architecture, the upper portion of a wall from the level of the eaves or gutter to the ridge of the roof. The word is a southern English form of the Scottish gāvel, or of an O. Fr. word gable or jable, both ultimately derived from O. Norwegian gafl. In other Teutonic languages, similar words, such as Ger. Gabel and Dutch gaffel, mean “fork,” cf. Lat. gabalus, gallows, which is Teutonic in origin; “gable” is represented by such forms as Ger. Giebel and Dutch gevel. According to the New English Dictionary the primary meaning of all these words is probably “top” or “head,” cf. Gr. κεφαλή, and refers to the forking timbers at the end of a roof. The gable corresponds to the pediment in classic buildings where the roof was of low pitch. If the roof is carried across on the top of the wall so that the purlins project beyond its face, they are masked or hidden by a “barge board,” but as a rule the roof butts up against the back of the wall which is raised so as to form a parapet. In the middle ages the gable end was invariably parallel to the roof and was crowned by coping stones properly weathered on both sides to throw off the rain. In the 16th century in England variety was given to the outline of the gable by a series of alternating semi-circular and ogee curves. In Holland, Belgium and Scotland a succession of steps was employed, which in the latter country are known as crow gables or corbie steps. In Germany and the Netherlands in the 17th and 18th centuries the step gables assume very elaborate forms of an extremely rococo character, and they are sometimes of immense size, with windows in two or three storeys. Designs of a similar rococo character are found in England, but only in crestings such as those which surmount the towers of Wollaton and the gatehouse of Hardwick Hall.
GABLE, in architecture, is the upper part of a wall that runs from the level of the eaves or gutter to the roof ridge. The term comes from a southern English variation of the Scottish gāvel, or from an Old French word gable or jable, which ultimately traces back to Old Norwegian gafl. Other Teutonic languages have similar words, like Ger. Gabel and Dutch gaffel, meaning "fork," akin to Lat. gabalus, gallows, which has Teutonic roots; “gable” is also represented by terms like Ger. Giebel and Dutch gevel. According to the New English Dictionary, the primary meaning of all these terms is likely “top” or “head,” similar to Gr. head, and refers to the forking timbers at a roof's end. The gable corresponds with the pediment in classical architecture where the roof has a low pitch. If the roof extends over the top of the wall, allowing the purlins to project beyond its face, they are covered by a “barge board.” However, typically, the roof meets the back of the wall, which is raised to create a parapet. In the Middle Ages, the gable end was usually parallel to the roof and was topped with coping stones that were properly weathered on both sides to shed rain. In the 16th century in England, the outline of the gable was varied with alternating semi-circular and ogee curves. In Holland, Belgium, and Scotland, a stepped design was used, known in Scotland as crow gables or corbie steps. In Germany and the Netherlands during the 17th and 18th centuries, step gables took on very elaborate and highly decorative rococo forms, sometimes reaching immense size with windows over two or three stories. Similar rococo designs are found in England, but only in cresting atop towers like those at Wollaton and the gatehouse of Hardwick Hall.
Gabled Towers, in architecture, are those towers which are finished with gables instead of parapets, as at Sompting, Sussex. Many of the German Romanesque towers are gabled.
Gabled Towers, in architecture, are those towers that have gables instead of parapets, like at Sompting, Sussex. Many of the German Romanesque towers are gabled.
GABLER, GEORG ANDREAS (1786-1853), German Hegelian philosopher, son of J.P. Gabler (below), was born on the 30th of July 1786, at Altdorf in Bavaria. In 1804 he accompanied his father to Jena, where he completed his studies in philosophy and law, and became an enthusiastic disciple of Hegel. After holding various educational appointments, he was in 1821 appointed rector of the Bayreuth gymnasium, and in 1830 general superintendent of schools. In 1835 he succeeded Hegel in the Berlin chair. He died at Teplitz on the 13th of September 1853. His works include Lehrbuch d. philos. Propädeutik (1st vol., Erlangen, 1827), a popular exposition of the Hegelian system; De verae philosophiae erga religionem Christianam pietate (Berlin, 1836), and Die Hegel’sche Philosophie (ib., 1843), a defence of the Hegelian philosophy against Trendelenburg.
GABLER, GEORG ANDREAS (1786-1853), German Hegelian philosopher, son of J.P. Gabler (below), was born on July 30, 1786, in Altdorf, Bavaria. In 1804, he traveled with his father to Jena, where he finished his studies in philosophy and law, becoming an enthusiastic follower of Hegel. After taking on various teaching roles, he was appointed rector of the Bayreuth gymnasium in 1821 and became the general superintendent of schools in 1830. In 1835, he took over Hegel's position at the Berlin chair. He passed away in Teplitz on September 13, 1853. His works include Lehrbuch d. philos. Propädeutik (1st vol., Erlangen, 1827), a popular presentation of the Hegelian system; De verae philosophiae erga religionem Christianam pietate (Berlin, 1836), and Die Hegel’sche Philosophie (ib., 1843), a defense of Hegelian philosophy against Trendelenburg.
GABLER, JOHANN PHILIPP (1753-1826), German Protestant theologian of the school of J.J. Griesbach and J.G. Eichhorn, was born at Frankfort-on-Main on the 4th of June 1753. In 1772 he entered the university of Jena as a theological student. In 1776 he was on the point of abandoning theological pursuits, when the arrival of Griesbach inspired him with new ardour. After having been successively Repetent in Göttingen and teacher in the public schools of Dortmund (Westphalia) and Altdorf (Bavaria), he was, in 1785, appointed second professor of theology in the university of Altdorf, whence he was translated to a chair in Jena in 1804, where he succeeded Griesbach in 1812. Here he died on the 17th of February 1826. At Altdorf Gabler published (1791-1793) a new edition, with introduction and notes, of Eichhorn’s Urgeschichte; this was followed, two years afterwards, by a supplement entitled Neuer Versuch über die mosaische Schöpfungsgeschichte. He was also the author of many essays which were characterized by much critical acumen, and which had considerable influence on the course of German thought on theological and Biblical questions. From 1798 to 1800 he was editor of the Neuestes theologisches Journal, first conjointly with H.K.A. Hänlein (1762-1829), C.F. von Ammon (1766-1850) and H.E.G. Paulus, and afterwards unassisted; from 1801 to 1804 of the Journal für theologische Litteratur; and from 1805 to 1811 of the Journal für auserlesene theologische Litteratur.
GABLER, JOHANN PHILIPP (1753-1826), German Protestant theologian from the school of J.J. Griesbach and J.G. Eichhorn, was born in Frankfurt am Main on June 4, 1753. In 1772, he started studying theology at the University of Jena. By 1776, he was about to give up on theology when Griesbach’s arrival reignited his passion. After serving as a teaching assistant in Göttingen and as a teacher in the public schools of Dortmund (Westphalia) and Altdorf (Bavaria), he was appointed second professor of theology at the University of Altdorf in 1785. He moved to a chair at Jena in 1804, succeeding Griesbach in 1812. He passed away on February 17, 1826. While at Altdorf, Gabler published a new edition, with an introduction and notes, of Eichhorn’s Urgeschichte from 1791 to 1793; this was followed two years later by a supplement titled Neuer Versuch über die mosaische Schöpfungsgeschichte. He also wrote many essays known for their critical insight, significantly influencing German thought on theological and Biblical issues. From 1798 to 1800, he served as editor of the Neuestes theologisches Journal, first working with H.K.A. Hänlein (1762-1829), C.F. von Ammon (1766-1850), and H.E.G. Paulus, and later on his own; from 1801 to 1804, he edited the Journal für theologische Litteratur; and from 1805 to 1811, he edited the Journal für auserlesene theologische Litteratur.
Some of his essays were published by his sons (2 vols., 1831); and a memoir appeared in 1827 by W. Schröter.
Some of his essays were published by his sons (2 vols., 1831); and a memoir was released in 1827 by W. Schröter.
GABLETS (diminutive of “gable”), in architecture, triangular terminations to buttresses, much in use in the Early English and Decorated periods, after which the buttresses generally terminated in pinnacles. The Early English gablets are generally plain, and very sharp in pitch. In the Decorated period they are often enriched with panelling and crockets. They are sometimes finished with small crosses, but of oftener with finials.
Gablets (a smaller version of “gable”), in architecture, refers to triangular ends on buttresses that were commonly used in the Early English and Decorated periods, after which buttresses typically ended in pinnacles. The Early English gablets are usually simple and have a very steep pitch. During the Decorated period, they are often decorated with paneling and crockets. They are sometimes topped with small crosses, but more often with finials.
GABLONZ (Czech, Jablonec), a town of Bohemia, Austria, 94 m. N.E. of Prague by rail. Pop. (1900) 21,086, mostly German. It is the chief seat of the glass pearl and imitation jewelry manufacture, and has also an important textile industry, and produces large quantities of hardware, papier mâché and other paper goods.
Gablonz (Czech, Jablonec), a town in Bohemia, Austria, 94 km northeast of Prague by train. Population (1900) was 21,086, mostly German. It is the main center for glass pearl and imitation jewelry production, and it also has a significant textile industry, along with large-scale manufacturing of hardware, papier mâché, and other paper products.
GABORIAU, ÉMILE (1833-1873), French novelist, was born at Saujon (Charente Inférieure) on the 9th of November 1833. He became secretary to Paul Féval, and, after publishing some novels and miscellaneous writings, found his real gift in L’Affaire Lerouge (1866), a detective novel which was published in the Pays and at once made his reputation. The story was produced on the stage in 1872. A long series of novels dealing with the annals of the police court followed, and proved very popular. Among them are: Le Crime d’Orcival (1867), Monsieur Lecoq (1869), La Vie infernale (1870), Les Esclaves de Paris (1869), L’Argent des autres (1874). Gaboriau died in Paris on the 28th of September 1873.
GABORIAU, ÉMILE (1833-1873), French novelist, was born in Saujon (Charente Inférieure) on November 9, 1833. He became a secretary to Paul Féval and, after publishing some novels and other writings, discovered his true talent with L’Affaire Lerouge (1866), a detective novel that was published in the Pays and quickly established his reputation. The story was adapted for the stage in 1872. A long series of novels focused on police court cases followed, which became very popular. Among them are: Le Crime d’Orcival (1867), Monsieur Lecoq (1869), La Vie infernale (1870), Les Esclaves de Paris (1869), L’Argent des autres (1874). Gaboriau passed away in Paris on September 28, 1873.
GABRIEL (Heb. גבריאל, man of God), in the Bible, the heavenly messenger (see Angel) sent to Daniel to explain the vision of the ram and the he-goat, and to communicate the prediction of the Seventy Weeks (Dan. viii. 16, ix. 21). He was also employed to announce the birth of John the Baptist to Zacharias, and that of the Messiah to the Virgin Mary (Luke i. 19, 26). Because he stood in the divine presence (see Luke i. 19; Rev. viii. 2; and cf. Tobit xii. 15), both Jewish and Christian writers generally speak of him as an archangel. In the Book of Enoch “the four great archangels” are Michael, Uriel, Suriel or Raphael, and Gabriel, who is set over “all the powers” and shares the work of intercession. His name frequently occurs in the Jewish literature of the later post-Biblical period. Thus, according to the Targum Pseudo-Jonathan, he was the man who showed the way to Joseph (Gen. xxxvii. 15); and in Deut. xxxiv. 6 it is affirmed that he, along with Michael, Uriel, Jophiel, Jephephiah and the Metatron, buried the body of Moses. In the Targum on 2 Chron. xxxii. 21 he is named as the angel who destroyed the host of Sennacherib; and in similar writings of a still later period he is spoken of as the spirit who presides over fire, thunder, the ripening of the fruits of the earth and similar processes. In the Koran great prominence is given to his function as the medium of divine revelation, and, according to the Mahommedan interpreters, he it is who is referred to by the appellations “Holy Spirit” and “Spirit of Truth.” He is specially commemorated in the calendars of the Greek, Coptic and Armenian churches.
GABRIEL (Heb. Gabriel, man of God), in the Bible, is the heavenly messenger (see Angel) sent to Daniel to explain the vision of the ram and the goat, and to share the prediction of the Seventy Weeks (Dan. viii. 16, ix. 21). He was also tasked with announcing the birth of John the Baptist to Zacharias and the birth of the Messiah to the Virgin Mary (Luke i. 19, 26). Because he stands in the divine presence (see Luke i. 19; Rev. viii. 2; and cf. Tobit xii. 15), both Jewish and Christian writers typically refer to him as an archangel. In the Book of Enoch, “the four great archangels” are Michael, Uriel, Suriel or Raphael, and Gabriel, who oversees “all the powers” and shares in the work of intercession. His name appears frequently in later Jewish literature. According to the Targum Pseudo-Jonathan, he was the one who guided Joseph (Gen. xxxvii. 15); and in Deut. xxxiv. 6, it is stated that he, along with Michael, Uriel, Jophiel, Jephephiah, and the Metatron, buried Moses. In the Targum on 2 Chron. xxxii. 21, he is identified as the angel who destroyed Sennacherib's army; and in similar writings from an even later period, he is described as the spirit who governs fire, thunder, the ripening of crops, and similar natural processes. In the Koran, he plays a significant role as the means of divine revelation, and according to Muslim interpreters, he is referred to by the names “Holy Spirit” and “Spirit of Truth.” He is especially recognized in the calendars of the Greek, Coptic, and Armenian churches.
GABRIEL HOUNDS, a spectral pack supposed in the North of England to foretell death by their yelping at night. The legend is that they are the souls of unbaptized children wandering through the air till the day of judgment. They are also sometimes called Gabriel or Gabble Ratchet. A very prosaic explanation of this nocturnal noise is given by J.C. Atkinson in his Cleveland Glossary (1868). “This,” he writes, “is the name for a yelping sound heard at night, more or less resembling the cry of hounds or yelping of dogs, probably due to large flocks of wild geese which chance to be flying by night.”
GABRIEL HOUNDS, are a ghostly pack believed in Northern England to signal death by their nighttime yelping. The legend says they are the souls of unbaptized children drifting through the air until the day of judgment. They are also occasionally referred to as Gabriel or Gabble Ratchet. A very practical explanation for this nighttime noise is provided by J.C. Atkinson in his Cleveland Glossary (1868). “This,” he writes, “refers to a yelping sound heard at night, somewhat resembling the cry of hounds or the barking of dogs, likely coming from large flocks of wild geese that happen to be flying at night.”
See further Joseph Lucas, Studies in Nidderdale (1882), pp. 156-157.
See further Joseph Lucas, Studies in Nidderdale (1882), pp. 156-157.
GABRIELI, GIOVANNI (1557-1612?), Italian musical composer, was born at Venice in 1557, and was a pupil of his uncle Andrea, a distinguished musician of the contrapuntal school and organist of St Mark’s. He succeeded Claudio Merulo as first organist of the same church in 1585, and died at Venice either in 1612 or 1613. He was remarkable for his compositions for several choirs, writing frequently for 12 or 16 voices, and is important as an early experimenter in chromatic harmony. It was probably for this reason that he made a special point of combining voices with instruments, being thus one of the founders of choral and orchestral composition. Among his pupils was Heinrich Schütz; and the church of St Mark, from the time of the Gabrielis onwards down to that of Lotti, became one of the most important musical schools in Europe.
GABRIELI, GIOVANNI (1557-1612?), Italian composer, was born in Venice in 1557 and studied under his uncle Andrea, a well-known musician of the contrapuntal school and organist at St. Mark’s. He took over from Claudio Merulo as the chief organist of the same church in 1585 and died in Venice around 1612 or 1613. He was known for his compositions for multiple choirs, often writing for 12 or 16 voices, and is significant for being an early innovator in chromatic harmony. This was likely why he emphasized blending voices with instruments, making him one of the pioneers of choral and orchestral composition. Among his students was Heinrich Schütz; and from the time of the Gabrielis until Lotti, the church of St. Mark became one of the most important musical schools in Europe.
See also Winterfeld, Johann Gabrieli und seine Zeit (1834).
See also Winterfeld, Johann Gabrieli und seine Zeit (1834).
GABUN, a district on the west coast of Africa, one of the colonies forming French Congo (q.v.). It derives its designation from the settlements on the Gabun river or Rio de Gabão. The Gabun, in reality an estuary of the sea, lies immediately north of the equator. At the entrance, between Cape Joinville or Santa Clara on the N. and Cape Pangara or Sandy Point on the S., it has a width of about 10 m. It maintains a breadth of some 7 m. for a distance of 40 m. inland, when it contracts into what is known as the Rio Olambo, which is not more than 2 or 3 m. from bank to bank. Several rivers, of which the Komo is the chief, discharge their waters into the estuary. The Gabun was discovered by Portuguese navigators towards the close of the 15th century, and was named from its fanciful resemblance to a gabão or cabin. On the small island of Koniké, which lies about the centre of the estuary, scanty remains of a Portuguese fort have been discovered. The three principal tribes in the Gabun are the Mpongwe, the Fang and the Bakalai.
GABUN, is a region on the west coast of Africa, part of the French Congo (q.v.). Its name comes from the settlements along the Gabun River, also known as Rio de Gabão. The Gabun is actually an estuary of the sea and is located just north of the equator. At its entrance, between Cape Joinville or Santa Clara to the north and Cape Pangara or Sandy Point to the south, it stretches about 10 meters wide. It remains about 7 meters wide for around 40 meters inland before narrowing into what is called the Rio Olambo, which is only 2 or 3 meters from one bank to the other. Several rivers, with the Komo being the main one, flow into the estuary. The Gabun was discovered by Portuguese explorers near the end of the 15th century and was named because of its fanciful resemblance to a gabão or cabin. On the small island of Koniké, located roughly in the center of the estuary, some remnants of a Portuguese fort have been found. The three main tribes in Gabun are the Mpongwe, the Fang, and the Bakalai.
GACE BRULÉ (d. c. 1220), French trouvère, was a native of Champagne. It has generally been asserted that he taught Thibaut of Champagne the art of verse, an assumption which is based on a statement in the Chroniques de Saint-Denis: “Si fist entre lui [Thibaut] et Gace Brulé les plus belles chançons et les plus délitables et melodieuses qui onque fussent oïes.” This has been taken as evidence of collaboration between the two poets. The passage will bear the interpretation that with those of Gace the songs of Thibaut were the best hitherto known. Paulin Paris, in the Histoire littéraire de la France (vol. xxiii.), quotes a number of facts that fix an earlier date for Gace’s songs. Gace is the author of the earliest known jeu parti. The interlocutors are Gace and a count of Brittany who is identified with Geoffrey of Brittany, son of Henry II. of England. Gace appears to have been banished from Champagne and to have found refuge in Brittany. A deed dated 1212 attests a contract between Gatho Bruslé (Gace Brulé) and the Templars for a piece of land in Dreux. It seems most probable that Gace died before 1220, at the latest in 1225.
GACE BRULÉ (d. c. 1220), a French trouvère, was from Champagne. It's generally believed that he taught Thibaut of Champagne how to write poetry, an idea supported by a statement in the Chroniques de Saint-Denis: “If the most beautiful songs and the most delightful and melodious that were ever heard were made between him [Thibaut] and Gace Brulé.” This has been seen as evidence of a collaboration between the two poets. The passage suggests that Gace's songs were the best known up to that point, alongside Thibaut's. Paulin Paris, in the Histoire littéraire de la France (vol. xxiii.), mentions several facts that suggest an earlier date for Gace’s songs. Gace is credited with the earliest known jeu parti, with the participants being Gace and a count of Brittany identified as Geoffrey of Brittany, the son of Henry II of England. It seems that Gace was exiled from Champagne and found refuge in Brittany. A document dated 1212 confirms a contract between Gatho Bruslé (Gace Brulé) and the Templars for a piece of land in Dreux. It is most likely that Gace died before 1220, or at the latest in 1225.
See Gédéon Busken Huet, Chansons de Gace Brulé, edited for the Société des anciens textes français (1902), with an exhaustive introduction. Dante quotes a song by Gace, Ire d’amor qui en mon cuer repaire, which he attributes erroneously to Thibaut of Navarre (De vulgari eloquentia, p. 151, ed. P. Rajna, Florence, 1895).
See Gédéon Busken Huet, Chansons de Gace Brulé, edited for the Société des anciens textes français (1902), with a thorough introduction. Dante quotes a song by Gace, Ire d’amor qui en mon cuer repaire, which he mistakenly attributes to Thibaut of Navarre (De vulgari eloquentia, p. 151, ed. P. Rajna, Florence, 1895).
GACHARD, LOUIS PROSPER (1800-1885), Belgian man of letters, was born in Paris on the 12th of March 1800. He entered the administration of the royal archives in 1826, and was appointed director-general, a post which he held for fifty-five years. During this long period he reorganized the service, added to the records by copies taken in other European collections, travelled for purposes of study, and carried on a wide correspondence with other keepers of records, and with historical scholars. He also edited and published many valuable collections of state papers; a full list of his various publications was printed in the Annuaire de l’académie royale de Belgique by Ch. Piot in 1888, pp. 220-236. It includes 246 entries. He was the author of several historical writings, of which the best known are Don Carlos et Philippe II (1867), Études et notices historiques concernant l’histoire des Pays-Bas (1863), Histoire de la Belgique au commencement du XVIIIe siècle (1880), Histoire politique et diplomatique de P.P. Rubens (1877), all published at Brussels. His chief editorial works are the Actes des états généraux des Pays-Bas 1576-1585 (Brussels, 1861-1866), Collection de documents inédits concernant l’histoire de la Belgique (Brussels, 1833-1835), and the Relations des ambassadeurs Vénitiens sur Charles V et Philippe II (Brussels, 1855). Gachard died in Brussels on the 24th of December 1885.
GACHARD, LOUIS PROSPER (1800-1885), Belgian writer, was born in Paris on March 12, 1800. He joined the royal archives administration in 1826 and was appointed director-general, a position he held for fifty-five years. During this extensive period, he reorganized the service, expanded the records with copies from other European collections, traveled for research purposes, and maintained extensive correspondence with other record keepers and historical scholars. He also edited and published many valuable collections of state papers; a complete list of his various publications was printed in the Annuaire de l’académie royale de Belgique by Ch. Piot in 1888, pp. 220-236. It includes 246 entries. He authored several historical works, most notably Don Carlos et Philippe II (1867), Études et notices historiques concernant l’histoire des Pays-Bas (1863), Histoire de la Belgique au commencement du XVIIIe siècle (1880), and Histoire politique et diplomatique de P.P. Rubens (1877), all published in Brussels. His main editorial works are the Actes des états généraux des Pays-Bas 1576-1585 (Brussels, 1861-1866), Collection de documents inédits concernant l’histoire de la Belgique (Brussels, 1833-1835), and Relations des ambassadeurs Vénitiens sur Charles V et Philippe II (Brussels, 1855). Gachard passed away in Brussels on December 24, 1885.
GAD, in the Bible. 1. A prophet or rather a “seer” (cp. 1 Sam. ix. 9), who was a companion of David from his early days. He is first mentioned in 1 Sam. xxii. 5 as having warned David to take refuge in Judah, and appears again in 2 Sam. xxiv. 11 seq. to make known Yahweh’s displeasure at the numbering of the people. Together with Nathan he is represented in post-exilic tradition as assisting to organize the musical service of the temple (2 Chron. xxix. 25), and like Nathan and Samuel he is said to have written an account of David’s deeds (1 Chron. xxix. 29); a history of David in accordance with later tradition and upon the lines of later prophetic ideas is far from improbable.
GAD, in the Bible. 1. A prophet or rather a “seer” (see 1 Sam. ix. 9), who was a companion of David from his early days. He is first mentioned in 1 Sam. xxii. 5 as having warned David to seek refuge in Judah, and appears again in 2 Sam. xxiv. 11 and following verses to reveal Yahweh’s displeasure at the census of the people. Along with Nathan, he is portrayed in post-exilic tradition as helping to organize the musical service of the temple (2 Chron. xxix. 25), and like Nathan and Samuel, he is said to have written an account of David’s actions (1 Chron. xxix. 29); a history of David in line with later tradition and reflecting later prophetic ideas is quite possible.
2. Son of Jacob, by Zilpah, Leah’s maid; a tribe of Israel (Gen. xxx. 11). The name is that of the god of “luck” or fortune, mentioned in Isa. lxv. 11 (R.V. mg.), and in several names of places, e.g. Baal-Gad (Josh. xi. 17, xii. 7), and possibly also in Dibon-Gad, Migdol-Gad and Nahal-Gad.1 There is another etymology in Gen. xlix. 19, where the name is played on: “Gad, a plundering troop (gĕdûd) shall plunder him (yegudennu), but he shall plunder at their heels.” There are no traditions of the personal history of Gad. One of the earliest references to the name is the statement on the inscription of Mesha, king of Moab (about 850 B.C.), that the “men of Gad” had occupied Ataroth (E. of Dead Sea) from of old, and that the king of Israel had fortified the city. This is in the district ascribed to Reuben, with which tribe the fortunes of Gad were very closely connected. In Numbers xxxii. 34 sqq., the cities of Gad appear to lie chiefly to the south of Heshbon; in Joshua xiii. 24-28 they lie almost wholly to the north; while other texts present discrepancies which are not easily reconciled with either passage. Possibly some cities were common to both Reuben and Gad, and perhaps others more than once changed hands. That Gad, at one time at least, held territory as far south as Pisgah and Nebo would follow from Deut. xxxiii. 21, if the rendering of the Targums be accepted, “and he looked out the first part for himself, because there was the portion of the buried law-giver.” It is certain, however, that, at a late period, this tribe was localized chiefly in Gilead, in the district which now goes by the name of Jebel Jil‘ād. The traditions encircling this district point, it would seem, to the tribe having been of Aramaean origin (see the story of Jacob); at all events its position was extremely exposed, and its population at the best must have been a mixed one. Its richness and fertility made it a prey to the marauding nomads of the desert; but the allusion in the Blessing of Jacob gives the tribe a character for bravery, and David’s men of Gad (1 Chron. xii. 8) were famous in tradition. Although rarely mentioned by name (the geographical term Gilead is usual), the history of Gad enters into the lives of Jephthah and Saul, and in the wars of Ammon and Moab it must have played some part. It followed Jeroboam in the great revolt against the house of David, and its later fortunes until 734 B.C. (1 Chron. v. 26) would be those of the northern kingdom.
2. Son of Jacob, through Zilpah, Leah’s maid; a tribe of Israel (Gen. xxx. 11). The name refers to the god of “luck” or fortune, mentioned in Isa. lxv. 11 (R.V. mg.), and in several place names, such as Baal-Gad (Josh. xi. 17, xii. 7), and possibly also in Dibon-Gad, Migdol-Gad, and Nahal-Gad.1 There's another interpretation in Gen. xlix. 19, where the name is wordplay: “Gad, a plundering troop (gĕdûd) shall plunder him (yegudennu), but he shall plunder at their heels.” There are no personal history traditions of Gad. One of the earliest mentions of the name is in the inscription of Mesha, king of Moab (around 850 B.C.E.), which states that the “men of Gad” had occupied Ataroth (east of the Dead Sea) for a long time and that the king of Israel had fortified the city. This area is attributed to Reuben, with which Gad's fortunes were closely linked. In Numbers xxxii. 34 sqq., the cities of Gad seem to be mostly south of Heshbon; in Joshua xiii. 24-28 they are almost entirely north; while other texts show inconsistencies that are difficult to reconcile with either passage. It’s possible that some cities were shared between Reuben and Gad, and perhaps others changed ownership more than once. The fact that Gad, at one point, occupied territory as far south as Pisgah and Nebo could be inferred from Deut. xxxiii. 21, if the Targums’ rendering is accepted: “and he looked out the first part for himself, because there was the portion of the buried law-giver.” What is certain, however, is that, at a later stage, this tribe was mainly based in Gilead, in the area now known as Jebel Jil‘ād. The traditions surrounding this region suggest that the tribe may have had Aramaean origins (see the story of Jacob); in any case, its location was very vulnerable, and its population was likely mixed. Its richness and fertility made it vulnerable to the marauding nomads from the desert; however, the reference in Jacob's Blessing gives the tribe a reputation for bravery, and David's men from Gad (1 Chron. xii. 8) are well-known in tradition. Although rarely mentioned by name (the geographic term Gilead is more common), Gad's history is woven into the lives of Jephthah and Saul, and it likely played a role in the wars with Ammon and Moab. It sided with Jeroboam during the major revolt against the house of David, and its later circumstances until 734 BCE (1 Chron. v. 26) would align with those of the northern kingdom.
GADAG, or Garag, a town of British India, in the Dharwar district of Bombay, 43 m. E. of Dharwar town. Pop. (1901) 30,652. It is an important railway junction on the Southern Mahratta system, with a growing trade in raw cotton, and also in the weaving of cotton and silk. There are factories for ginning and pressing cotton, and a spinning mill. The town contains remains of a number of temples, some of which exhibit fine carving, while inscriptions in them indicate the existence of Gadag as early as the 10th century.
GADAG, or Garage, a town in British India, located in the Dharwar district of Bombay, is 43 miles east of Dharwar town. Population (1901): 30,652. It serves as an important railway junction on the Southern Mahratta system, with a growing trade in raw cotton and the weaving of cotton and silk. The town has factories for ginning and pressing cotton, as well as a spinning mill. It features the remains of several temples, some with intricate carvings, and inscriptions indicate that Gadag has existed since as early as the 10th century.
GADARA, an ancient town of the Syrian Decapolis, the capital of Peraea, and the political centre of the small district of Gadaris. It was a Greek city, probably entirely non-Syrian in origin. The earliest recorded event in its history is its capture by Antiochus III. of Syria in 218 B.C.; how long it may have existed before this date is unknown. About twenty years later it was besieged for ten months by Alexander Jannaeus. It was restored by Pompey, and in 30 B.C. was presented by Augustus to Herod the Great; on Herod’s death it was reunited to Syria. The coins of the place bear Greek legends, and such inscriptions as have been found on its site are Greek. Its governing and wealthy classes were probably Greek, the common people being Hellenized and Judaized Aramaeans. The community was Hellenistically organized, and though dependent on Syria and acknowledging the supremacy of Rome it was governed by a democratic senate and managed its own internal affairs. In the Jewish war it surrendered to Vespasian, but in the Byzantine period it again flourished and was the seat of a bishop. It was renowned for its hot sulphur baths; the springs still exist and show the remains of bath-houses. The temperature of the springs is 110° F. This town was the birthplace of Meleager the anthologist. There is a confusion in the narrative of the healing of the demoniac between the very similar names Gadara, Gerasa and Gergesa; but the probabilities, both textual and geographical, are in favour of the reading of Mark (Gerasenes, ch. v. 1, revised version); and that the miracle has nothing to do with Gadara, but took place at Kersa, on the eastern shore of the Sea of Galilee.
Gadara, was an ancient town in the Syrian Decapolis, the capital of Peraea, and the political center of the small district of Gadaris. It was a Greek city, likely entirely non-Syrian in origin. The first recorded event in its history is its capture by Antiochus III of Syria in 218 B.C.; how long it existed before then is unknown. About twenty years later, it was besieged for ten months by Alexander Jannaeus. It was restored by Pompey, and in 30 BCE, Augustus presented it to Herod the Great; after Herod’s death, it was reunited to Syria. The coins from the area feature Greek inscriptions, and the inscriptions found on its site are in Greek. Its ruling and wealthy classes were probably Greek, while the common people were likely Hellenized and Judaized Aramaeans. The community was organized in a Hellenistic way, and although it was dependent on Syria and acknowledged Roman supremacy, it was governed by a democratic senate and managed its own internal affairs. During the Jewish war, it surrendered to Vespasian, but in the Byzantine period, it thrived again and became the seat of a bishop. It was famous for its hot sulfur baths; the springs still exist and show the remains of bathhouses. The temperature of the springs is 110° F. This town was the birthplace of Meleager the anthologist. There's some confusion in the narrative of the healing of the demoniac due to the similar names Gadara, Gerasa, and Gergesa; however, the text and geographical probabilities favor the reading from Mark (Gerasenes, ch. v. 1, revised version), suggesting that the miracle actually took place at Kersa, on the eastern shore of the Sea of Galilee.
Gadara is now represented by Umm Kais, a group of ruins about 6 m. S.E. of the Sea of Galilee, and 1194 ft. above the sea-level. There are very fine tombs with carved sarcophagi in the neighbourhood. There are the remains of two theatres and (probably) a temple, and many heaps of carved stones, representing ancient buildings of various kinds. The walls are, or were, traceable for a circuit of 2 m., and there are also the remains of a street of columns. The natives are rapidly destroying the ruins by quarrying building material out of them.
Gadara is now known as Umm Kais, a site of ruins located about 6 miles southeast of the Sea of Galilee, and 1,194 feet above sea level. There are some impressive tombs with carved sarcophagi in the area. The remains of two theaters and (probably) a temple can still be seen, along with many piles of carved stones that represent various types of ancient buildings. The walls can still be traced for a circuit of 2 miles, and there are also remnants of a columned street. The locals are quickly destroying the ruins by quarrying building materials from them.
1. Gaddo Gaddi was, according to Vasari, an intimate friend of Cimabue, and afterwards of Giotto. The dates of birth and death have been given as 1239 and about 1312; these are probably too early; he may have been born towards 1260, and may have died in or about 1333. He was a painter and mosaicist, is said to have executed the great mosaic inside the portal of the cathedral of Florence, representing the coronation of the Virgin, and may with more certainty be credited with the mosaics inside the portico of the basilica of S. Maria Maggiore, Rome, relating to the legend of the foundation of that church; their date is probably 1308. In the original cathedral of St Peter in Rome he also executed the mosaics of the choir, and those of the front representing on a colossal scale God the Father, with many other figures; likewise an altarpiece in the church of S. Maria Novella, Florence; these works no longer exist. It is ordinarily held that no picture (as distinct from mosaics) by Gaddo Gaddi is now extant. Messrs Crowe & Cavalcaselle, however, consider that the mosaics of S. Maria Maggiore bear so strong a resemblance in style to four of the frescoes in the upper church of Assisi, representing incidents in the life of St Francis (frescoes 2, 3, 4 383 and especially 5, which shows Francis stripping himself, and protected by the bishop), that those frescoes likewise may, with considerable confidence, be ascribed to Gaddi. Some other extant mosaics are attributed to him, but without full authentication. This artist laid the foundation of a very large fortune, which continued increasing, and placed his progeny in a highly distinguished worldly position.
1. Gaddo Gaddi was, according to Vasari, a close friend of Cimabue and later of Giotto. The dates of his birth and death have been stated as 1239 and around 1312; these are likely too early. He may have been born around 1260 and might have died in or around 1333. He was a painter and mosaic artist and is said to have created the large mosaic inside the portal of the Florence cathedral, depicting the coronation of the Virgin. He can more definitely be credited with the mosaics inside the portico of the basilica of S. Maria Maggiore in Rome, which relate to the legend of the church's foundation; these mosaics date to around 1308. In the original St. Peter's Cathedral in Rome, he also created the mosaics for the choir and the large front mosaics depicting God the Father along with many other figures; he also made an altarpiece for the church of S. Maria Novella in Florence; these works no longer exist. It is generally believed that no paintings (as opposed to mosaics) by Gaddo Gaddi are currently known. However, Messrs Crowe & Cavalcaselle argue that the mosaics of S. Maria Maggiore closely resemble four frescoes in the upper church of Assisi, which depict scenes from the life of St. Francis (frescoes 2, 3, 4 383 and especially 5, which shows Francis stripping himself and being protected by the bishop), suggesting that those frescoes may also be attributed to Gaddi with considerable confidence. Some other existing mosaics are attributed to him, but without full verification. This artist built a very large fortune, which continued to grow, placing his descendants in a highly distinguished position in society.
2. Taddeo Gaddi (about 1300-1366, or later), son of Gaddo, was born in Florence, and is usually said to have been one of Giotto’s most industrious assistants for a period of 24 years. This can hardly be other than an exaggeration; it is probable that he began painting on his own account towards 1330, when Giotto went to Naples. Taddeo also traded as a merchant, and had a branch establishment in Venice. He was a painter, mosaicist and architect. He executed in fresco, in the Baroncelli (now Giugni) chapel, in the Florentine church of S. Croce, the “Virgin and Child between Four Prophets,” on the funeral monument at the entrance, and on the walls various incidents in the legend of the Virgin, from the expulsion of Joachim from the Temple up to the Nativity. In the subject of the “Presentation of the Virgin in the Temple” are the two heads traditionally accepted as portraits of Gaddo Gaddi and Andrea Tafi; they, at any rate, are not likely to be portraits of those artists from the life. On the ceiling of the same chapel are the “Eight Virtues.” In the museum of Berlin is an altarpiece by Taddeo, the “Virgin and Child,” and some other subjects, dated 1334; in the Naples gallery, a triptych, dated 1336, of the “Virgin enthroned along with Four Saints,” the “Baptism of Jesus,” and his “Deposition from the Cross”; in the sacristy of S. Pietro a Megognano, near Poggibonsi, an altarpiece dated 1355, the “Virgin and Child enthroned amid Angels.” A series of paintings, partly from the life of St Francis, which Taddeo executed for the presses in S. Croce, are now divided between the Florentine Academy and the Berlin Museum; the compositions are taken from or founded on Giotto, to whom, indeed, the Berlin authorities have ascribed their examples. Taddeo also painted some frescoes still extant in Pisa, besides many in S. Croce and other Florentine buildings, which have perished. He deservedly ranks as one of the most eminent successors of Giotto; it may be said that he continued working up the material furnished by that great painter, with comparatively feeble inspiration of his own. His figures are vehement in action, long and slender in form; his execution rapid and somewhat conventional. To Taddeo are generally ascribed the celebrated frescoes—those of the ceiling and left or western wall—in the Cappella degli Spagnuoli, in the church of S. Maria Novella, Florence; this is, however, open to considerable doubt, although it may perhaps be conceded that the designs for the ceiling were furnished by Taddeo. Dubious also are the three pictures ascribed to him in the National Gallery, London. In mosaic he has left some work in the baptistery of Florence. As an architect he supplied in 1336 the plans for the present Ponte Vecchio, and those for the original (not the present) Ponte S. Trinita; in 1337 he was engaged on the church of Or San Michele; and he carried on after Giotto’s death the work of the unrivalled Campanile.
2. Taddeo Gaddi (around 1300-1366, or later), son of Gaddo, was born in Florence. He is usually described as one of Giotto’s most dedicated assistants for about 24 years. This is likely an exaggeration; it's probable that he started painting on his own around 1330 when Giotto went to Naples. Taddeo also worked as a merchant and had a branch in Venice. He was a painter, mosaicist, and architect. He created frescoes in the Baroncelli (now Giugni) chapel in the Florentine church of S. Croce, including the “Virgin and Child between Four Prophets” on the funeral monument at the entrance, and various scenes from the legend of the Virgin on the walls, depicting events from the expulsion of Joachim from the Temple to the Nativity. In the painting “Presentation of the Virgin in the Temple,” there are two heads traditionally thought to be portraits of Gaddo Gaddi and Andrea Tafi; however, they are probably not actual portraits of those artists. The ceiling of the same chapel features the “Eight Virtues.” In the Berlin museum, there is an altarpiece by Taddeo titled “Virgin and Child,” along with other subjects, dated 1334; in the Naples gallery, a triptych dated 1336 includes the “Enthroned Virgin with Four Saints,” the “Baptism of Jesus,” and his “Deposition from the Cross”; in the sacristy of S. Pietro a Megognano, near Poggibonsi, there is an altarpiece from 1355, the “Virgin and Child Enthroned Amid Angels.” A series of paintings, partly from the life of St. Francis, that Taddeo created for the presses in S. Croce are now split between the Florentine Academy and the Berlin Museum; these compositions are based on or inspired by Giotto, to whom the Berlin authorities have attributed their examples. Taddeo also painted some frescoes still visible in Pisa, in addition to many in S. Croce and other Florentine buildings that have since been lost. He rightfully ranks as one of the most prominent successors of Giotto; it can be said that he continued to work with the material provided by that great painter, though with relatively little inspiration of his own. His figures are dynamic in action, long and slender in form; his technique is quick and somewhat conventional. Taddeo is generally credited with the famous frescoes on the ceiling and the left or western wall of the Cappella degli Spagnuoli in the church of S. Maria Novella, Florence; however, this attribution is quite doubtful, although it may be accepted that Taddeo provided the designs for the ceiling. The three paintings attributed to him in the National Gallery, London, are also uncertain. In mosaic, he contributed some work in the Florence baptistery. As an architect, he provided plans in 1336 for the current Ponte Vecchio and the original (not the current) Ponte S. Trinita; in 1337, he worked on the church of Or San Michele; and he continued the construction of the unrivaled Campanile after Giotto’s death.
3. Agnolo Gaddi, born in Florence, was the son of Taddeo; the date of his birth has been given as 1326, but possibly 1350 is nearer the mark. He was a painter and mosaicist, trained by his father, and a merchant as well; in middle age he settled down to commercial life in Venice, and he added greatly to the family wealth. He died in Florence in October 1396. His paintings show much early promise, hardly sustained as he advanced in life. One of the earliest, at S. Jacopo tra’ Fossi, Florence, represents the “Resurrection of Lazarus.” Another probably youthful performance is the series of frescoes of the Pieve di Prato—legends of the Virgin and of her Sacred Girdle, bestowed upon St Thomas, and brought to Prato in the 11th century by Michele dei Dagomari; the “Marriage of Mary” is one of the best of this series, the later compositions in which have suffered much by renewals. In S. Croce he painted, in eight frescoes, the legend of the Cross, beginning with the archangel Michael giving Seth a branch from the tree of knowledge, and ending with the emperor Heraclius carrying the Cross as he enters Jerusalem; in this picture is a portrait of the painter himself. Agnolo composed his subjects better than Taddeo; he had more dignity and individuality in the figures, and was a clear and bold colourist; the general effect is laudably decorative, but the drawing is poor, and the works show best from a distance. Various other productions of this master exist, and many have perished. Cennino Cennini, the author of the celebrated treatise on painting, was one of his pupils.
3. Agnolo Gaddi, born in Florence, was the son of Taddeo; while his birth year is often cited as 1326, 1350 might be more accurate. He was a painter and mosaic artist, trained by his father, and also worked as a merchant; in middle age, he settled into commercial life in Venice, significantly increasing the family's wealth. He passed away in Florence in October 1396. His paintings show a lot of early talent, which wasn't fully maintained as he got older. One of his earliest works, located at S. Jacopo tra’ Fossi in Florence, depicts the “Resurrection of Lazarus.” Another likely early work is the series of frescoes in the Pieve di Prato—telling legends of the Virgin and her Sacred Girdle, which was given to St. Thomas and brought to Prato in the 11th century by Michele dei Dagomari; one of the standout pieces in this series is the “Marriage of Mary,” though later works in it have suffered from restorations. In S. Croce, he painted eight frescoes depicting the legend of the Cross, starting with the archangel Michael handing Seth a branch from the tree of knowledge and finishing with the emperor Heraclius carrying the Cross as he enters Jerusalem; this artwork includes a self-portrait of the painter. Agnolo's compositions are better structured than Taddeo’s; he infused more dignity and individuality into his figures, and he was a clear and bold colorist; while the overall effect is commendably decorative, the drawing is lacking, and the works are best appreciated from a distance. Several other works by this master exist, though many have been lost. Cennino Cennini, known for his famous treatise on painting, was one of his students.
4. Giovanni Gaddi, brother of Agnolo, was also a painter of promise. He died young in 1383.
4. Giovanni Gaddi, brother of Agnolo, was also a promising painter. He died young in 1383.
Vasari, and Crowe and Cavelcaselle can be consulted as to the Gaddi. Other notices appear here and there—such as La Cappella de’ Rinuccini in S. Croce di Firenze, by G. Ajazzi (1845).
Vasari, along with Crowe and Cavalcaselle, can be referred to for information on the Gaddi. Additional references pop up occasionally—like La Cappella de’ Rinuccini in S. Croce di Firenze, by G. Ajazzi (1845).
GADE, NIELS WILHELM (1817-1890), Danish composer, was born at Copenhagen, on the 22nd of February 1817, his father being a musical instrument maker. He was intended for his father’s trade, but his passion for a musician’s career, made evident by the ease and skill with which he learnt to play upon a number of instruments, was not to be denied. Though he became proficient on the violin under Wexschall, and in the elements of theory under Weyse and Berggreen, he was to a great extent self-taught. His opportunities of hearing and playing in the great masterpieces were many, since he was a member of the court band. In 1840 his Aladdin and his overture of Ossian attracted attention, and in 1841 his Nachklänge aus Ossian overture gained the local musical society’s prize, the judges being Spohr and Schneider. This work also attracted the notice of the king, who gave the composer a stipend which enabled him to go to Leipzig and Italy. In 1844 Gade conducted the Gewandhaus concerts in Leipzig during Mendelssohn’s absence, and on the latter’s death became chief conductor. In 1848, on the outbreak of the Holstein War, he returned to Copenhagen, where he was appointed organist and conductor of the Musik-Verein. In 1852 he married a daughter of the composer J.P.E. Hartmann. He became court conductor in 1861, and was pensioned by the government in 1876—the year in which he visited Birmingham to conduct his Crusaders. This work, and the Frühlingsfantasie, the Erlkönigs Tochter, Frühlingsbotschaft and Psyche (written for Birmingham in 1882) have enjoyed a wide popularity. Indeed, they represent the strength and the weakness of Gade’s musical ability quite as well as any of his eight symphonies (the best of which are the first and fourth, while the fifth has an obbligato pianoforte part). Gade was distinctly a romanticist, but his music is highly polished and beautifully finished, lyrical rather than dramatic and effective. Much of the pianoforte music, Aquarellen, Spring Flowers, for instance, enjoyed a considerable vogue, as did the Novelletten trio; but Gade’s opera Mariotta has not been heard outside the Copenhagen opera house. He died at Copenhagen on the 21st of December 1890.
GADE, NIELS WILHELM (1817-1890), Danish composer, was born in Copenhagen on February 22, 1817, to a father who made musical instruments. He was initially meant to follow in his father's footsteps, but his passion for music was undeniable, shown by how easily and skillfully he learned to play multiple instruments. Although he became skilled on the violin under Wexschall and learned the basics of theory from Weyse and Berggreen, he was largely self-taught. He had many opportunities to listen to and perform great masterpieces since he was part of the court band. In 1840, his Aladdin and overture of Ossian gained attention, and in 1841, his overture Nachklänge aus Ossian won a prize from the local music society, judged by Spohr and Schneider. This piece also caught the notice of the king, who awarded Gade a stipend that allowed him to go to Leipzig and Italy. In 1844, Gade conducted the Gewandhaus concerts in Leipzig during Mendelssohn’s absence, and after Mendelssohn's death, he became chief conductor. In 1848, with the outbreak of the Holstein War, he returned to Copenhagen, where he was appointed organist and conductor of the Musik-Verein. He married the daughter of composer J.P.E. Hartmann in 1852. Gade became court conductor in 1861 and was pensioned by the government in 1876—the year he traveled to Birmingham to conduct his Crusaders. This work, along with Frühlingsfantasie, Erlkönigs Tochter, Frühlingsbotschaft, and Psyche (written for Birmingham in 1882), became quite popular. They showcase both the strengths and weaknesses of Gade’s musical talent, as do his eight symphonies (the best being the first and fourth, while the fifth includes an obligatory piano part). Gade was clearly a romanticist, but his music is very polished and beautifully crafted, more lyrical than dramatic and impactful. Much of his piano music, like Aquarellen and Spring Flowers, gained significant popularity, as did the Novelletten trio; however, Gade’s opera Mariotta has not been performed outside the Copenhagen opera house. He passed away in Copenhagen on December 21, 1890.
GADOLINIUM (symbol Gd., atomic weight 157.3), one of the rare earth metals (see Erbium). The element was discovered in 1880 in the mineral samarskite by C. Marignac (Comptes rendus, 1880, 90, p. 899; Ann. chim. phys., 1880 [5] 20, p. 535). G. Urbain (Comptes rendus, 1905, 140, p. 583) separates the metal by crystallizing the double nitrate of nickel and gadolinium. The salts show absorption bands in the ultra-violet. The oxide Gd2O3 is colourless (Lecoq de Boisbaudran).
Gadolinium (symbol Gd., atomic weight 157.3) is one of the rare earth metals (see Erbium). This element was discovered in 1880 in the mineral samarskite by C. Marignac (Comptes rendus, 1880, 90, p. 899; Ann. chim. phys., 1880 [5] 20, p. 535). G. Urbain (Comptes rendus, 1905, 140, p. 583) isolated the metal by crystallizing the double nitrate of nickel and gadolinium. The salts show absorption bands in the ultraviolet. The oxide Gd2O3 is colorless (Lecoq de Boisbaudran).
GADSDEN, CHRISTOPHER (1724-1805), American patriot, was born in Charleston, South Carolina, in 1724. His father, Thomas Gadsden, was for a time the king’s collector for the port of Charleston. Christopher went to school near Bristol, in England, returned to America in 1741, was afterwards employed in a counting house in Philadelphia, and became a merchant and planter at Charleston. In 1759 he was captain of an artillery company in an expedition against the Cherokees. He was a member of the South Carolina legislature almost continuously from 1760 to 1780, and represented his province in the Stamp Act Congress of 1765 and in the Continental Congress in 1774-1776. In February 1776 he was placed in command of all the military forces of South Carolina, and in October of the same 384 year was commissioned a brigadier-general and was taken into the Continental service; but on account of a dispute arising out of a conflict between state and Federal authority resigned his command in 1777. He was lieutenant-governor of his state in 1780, when Charleston was surrendered to the British. For about three months following this event he was held as a prisoner on parole within the limits of Charleston; then, because of his influence in deterring others from exchanging their paroles for the privileges of British subjects, he was seized, taken to St Augustine, Florida, and there, because he would not give another parole to those who had violated the former agreement affecting him, he was confined for forty-two weeks in a dungeon. In 1782 Gadsden was again elected a member of his state legislature; he was also elected governor, but declined to serve on the ground that he was too old and infirm; in 1788 he was a member of the convention which ratified for South Carolina the Federal constitution; and in 1790 he was a member of the convention which framed the new state constitution. He died in Charleston on the 28th of August 1805. From the time that Governor Thomas Boone, in 1762, pronounced his election to the legislature improper, and dissolved the House in consequence, Gadsden was hostile to the British administration. He was an ardent leader of the opposition to the Stamp Act, advocating even then a separation of the colonies from the mother country; and in the Continental Congress of 1774 he discussed the situation on the basis of inalienable rights and liberties, and urged an immediate attack on General Thomas Gage, that he might be defeated before receiving reinforcements.
GADSDEN, CHRISTOPHER (1724-1805), American patriot, was born in Charleston, South Carolina, in 1724. His father, Thomas Gadsden, served for a time as the king’s collector for the port of Charleston. Christopher attended school near Bristol, England, returned to America in 1741, worked in a counting house in Philadelphia, and became a merchant and planter in Charleston. In 1759, he was a captain of an artillery company in an expedition against the Cherokees. He was a member of the South Carolina legislature almost continuously from 1760 to 1780 and represented his province in the Stamp Act Congress of 1765 and in the Continental Congress from 1774 to 1776. In February 1776, he was put in charge of all the military forces in South Carolina, and in October of that same year, he was commissioned a brigadier general and entered Continental service; however, due to a dispute arising from a clash between state and federal authority, he resigned his command in 1777. He was the lieutenant governor of his state in 1780 when Charleston was surrendered to the British. For about three months following this, he was held as a prisoner on parole within the limits of Charleston; then, because of his influence in discouraging others from exchanging their paroles for the privileges of British subjects, he was captured, taken to St. Augustine, Florida, and there, because he refused to give another parole to those who had violated the previous agreement concerning him, he was imprisoned for forty-two weeks in a dungeon. In 1782, Gadsden was re-elected to his state legislature; he was also elected governor but turned it down, citing his age and poor health; in 1788, he was a member of the convention that ratified the Federal Constitution for South Carolina; and in 1790, he was part of the convention that drafted the new state constitution. He died in Charleston on August 28, 1805. From the moment Governor Thomas Boone declared his election to the legislature improper in 1762 and dissolved the House as a result, Gadsden opposed the British administration. He was a passionate leader against the Stamp Act, even advocating for the colonies' separation from the mother country back then; in the Continental Congress of 1774, he discussed the situation based on inalienable rights and liberties and urged an immediate attack on General Thomas Gage to defeat him before he could receive reinforcements.
GADSDEN, JAMES (1788-1858), American soldier and diplomat, was born at Charleston, S.C., on the 15th of May 1788, the grandson of Christopher Gadsden. He graduated at Yale in 1806, became a merchant in his native city, and in the war of 1812 served in the regular U.S. Army as a lieutenant of engineers. In 1818 he served against the Seminoles, with the rank of captain, as aide on the staff of Gen. Andrew Jackson. In October 1820 he became inspector-general of the Southern Division, with the rank of colonel, and as such assisted in the occupation and the establishment of posts in Florida after its acquisition. From August 1821 to March 1822 he was adjutant-general, but, his appointment not being confirmed by the Senate, he left the army and became a planter in Florida. He served in the Territorial legislature, and as Federal commissioner superintended in 1823 the removal of the Seminole Indians to South Florida. In 1832 he negotiated with the Seminoles a treaty which provided for their removal within three years to lands in what is now the state of Oklahoma; but the Seminoles refused to move, hostilities again broke out, and in the second Seminole War Gadsden was quartermaster-general of the Florida Volunteers from February to April 1836. Returning to South Carolina he became a rice planter, and was president of the South Carolina railway. In 1853 President Franklin Pierce appointed him minister to Mexico, with which country he negotiated the so-called “Gadsden treaty” (signed the 30th of December 1853), which gave to the United States freedom of transit for mails, merchandise and troops across the Isthmus of Tehuantepec, and provided for a readjustment of the boundary established by the treaty of Guadalupe Hidalgo, the United States acquiring 45,535 sq. m. of land, since known as the “Gadsden Purchase,” in what is now New Mexico and Arizona. In addition, Article XI. of the treaty of Guadalupe Hidalgo, which bound the United States to prevent incursions of Indians from the United States into Mexico, and to restore Mexican prisoners captured by such Indians, was abrogated, and for these considerations the United States paid to Mexico the sum of $10,000,000. Ratifications of the treaty, slightly modified by the Senate, were exchanged on the 30th of June 1854; before this, however, Gadsden had retired from his post. The boundary line between Mexico and the “Gadsden Purchase” was marked by joint commissions appointed in 1855 and 1891, the second commission publishing its report in 1899. Gadsden died at Charleston, South Carolina, on the 25th of December 1858.
GADSDEN, JAMES (1788-1858), American soldier and diplomat, was born in Charleston, S.C., on May 15, 1788, the grandson of Christopher Gadsden. He graduated from Yale in 1806, became a merchant in his hometown, and served in the regular U.S. Army as a lieutenant of engineers during the War of 1812. In 1818, he fought against the Seminoles as a captain and served as an aide to Gen. Andrew Jackson. In October 1820, he became the inspector-general of the Southern Division with the rank of colonel, helping to occupy and set up posts in Florida after its acquisition. From August 1821 to March 1822, he was the adjutant-general, but since his appointment wasn’t confirmed by the Senate, he left the army and became a plantation owner in Florida. He served in the Territorial legislature and acted as a Federal commissioner in 1823, overseeing the removal of the Seminole Indians to South Florida. In 1832, he negotiated a treaty with the Seminoles that required their relocation within three years to lands in what is now Oklahoma; however, the Seminoles refused to move, leading to renewed hostilities. During the second Seminole War, Gadsden served as the quartermaster-general of the Florida Volunteers from February to April 1836. Returning to South Carolina, he became a rice planter and was president of the South Carolina railway. In 1853, President Franklin Pierce appointed him as the minister to Mexico, where he negotiated the “Gadsden treaty” (signed December 30, 1853). This treaty allowed the United States to freely transport mails, merchandise, and troops across the Isthmus of Tehuantepec and adjusted the boundary set by the treaty of Guadalupe Hidalgo, with the United States acquiring 45,535 square miles of land, now known as the “Gadsden Purchase,” in present-day New Mexico and Arizona. Additionally, Article XI of the treaty of Guadalupe Hidalgo, which required the United States to prevent Indian incursions into Mexico and restore Mexican prisoners captured by these Indians, was abrogated. In exchange for these terms, the United States paid Mexico $10,000,000. Ratifications of the treaty, slightly modified by the Senate, were exchanged on June 30, 1854; however, Gadsden had already retired from his position by then. The boundary line between Mexico and the “Gadsden Purchase” was marked by joint commissions appointed in 1855 and 1891, with the second commission publishing its report in 1899. Gadsden died in Charleston, South Carolina, on December 25, 1858.
An elder brother, Christopher Edwards Gadsden (1785-1852), was Protestant Episcopal bishop of South Carolina in 1839-1852.
An older brother, Christopher Edwards Gadsden (1785-1852), was the Protestant Episcopal bishop of South Carolina from 1839 to 1852.
GADWALL, a word of obscure origin,1 the common English name of the duck, called by Linnaeus Anas strepera, but considered by many modern ornithologists to require removal from the genus Anas to that of Chaulelasmus or Ctenorhynchus, of either of which it is almost the sole species. Its geographical distribution is almost identical with that of the common wild duck or mallard (see Duck), since it is found over the greater part of the northern hemisphere; but, save in India, where it is one of the most abundant species of duck during the cold weather, it is hardly anywhere so numerous, and both in the eastern parts of the United States and in the British Islands it is rather rare than otherwise. Its habits also, so far as they have been observed, greatly resemble those of the wild duck; but its appearance on the water is very different, its small head, flat back, elongated form and elevated stern rendering it recognizable by the fowler even at such a distance as hinders him from seeing its very distinct plumage. In coloration the two sexes appear almost equally sombre; but on closer inspection the drake exhibits a pencilled grey coloration and upper wing-coverts of a deep chestnut, which are almost wanting in his soberly clad partner. She closely resembles the female of the mallard in colour, but has, like her own male, some of the secondary quills of a pure white, presenting a patch of that colour which forms one of the most readily perceived distinctive characters of the species. The gadwall is a bird of some interest in England, since it is one of the few that have been induced, by the protection afforded them in certain localities, to resume the indigenous position they once filled, but had, through the draining and reclaiming of marshy lands, long since abandoned. In regard to the present species, this fact was due to the efforts of Andrew Fountaine, on whose property, in West Norfolk and its immediate neighbourhood, the gadwall, from 1850, annually bred in increasing numbers. It has been always esteemed one of the best of wild fowl for the table.
GADWALL, a word of unclear origin, 1 the common English name for the duck, identified by Linnaeus as Anas strepera, but many modern ornithologists believe it should be moved from the genus Anas to either Chaulelasmus or Ctenorhynchus, making it almost the only species in either group. Its geographical range is very similar to that of the common wild duck or mallard (see Duck), as it is found across much of the northern hemisphere; however, except in India, where it's one of the most common duck species during the colder months, it's not very numerous elsewhere, particularly in the eastern United States and the British Islands where it is quite rare. Its behaviors, as observed, closely resemble those of the wild duck, but its appearance on the water is quite different—its small head, flat back, elongated body, and raised tail make it noticeable to hunters even from a distance that obscures its distinct plumage. In terms of color, both sexes appear similarly dull, but upon closer inspection, the male shows a penciled gray coloration and deep chestnut upper wing-coverts, which are almost absent in the more muted female. The female closely resembles the female mallard in color, but like the male, she has some pure white secondary feathers that create a patch of that color, one of the most easily recognized features of the species. The gadwall is of some interest in England, as it's one of the few birds that have been encouraged, due to protection in certain areas, to return to the native habitats they once occupied but had long abandoned due to the draining and reclaiming of marshy land. This return was largely thanks to Andrew Fountaine, whose property in West Norfolk and neighboring areas saw the gadwall breeding annually in growing numbers since 1850. It has always been regarded as one of the best wild fowl for the table.
1 The New English Dictionary has nothing to say. Webster gives the etymology gad well = go about well. Dr R.G. Latham suggested that it was taken from the syllables quedul, of the Lat. querquedula, a teal. The spelling “gadwall” seems to be first found in Willughby in 1676, and has been generally adopted by later writers; but Merrett, in 1667, has “gaddel” (Pinax rerum naturalium Britannicarum, p. 180), saying that it was so called by bird-dealers. The synonym “gray,” given by Willughby and Ray, is doubtless derived from the general colour of the species, and has its analogue in the Icelandic Gráönd, applied almost indifferently, or with some distinguishing epithet, to the female of any of the freshwater ducks, and especially to both sexes of the present, in which, as stated in the text, there is comparatively little conspicuous difference of plumage in drake and duck.
1 The New English Dictionary has nothing to say. Webster provides the origin as gad well = go about well. Dr. R.G. Latham suggested it came from the syllables quedul, from the Latin querquedula, meaning a teal. The spelling “gadwall” seems to have first appeared in Willughby in 1676 and has been mostly accepted by later writers; however, Merrett, in 1667, referred to it as “gaddel” (Pinax rerum naturalium Britannicarum, p. 180), explaining that bird dealers called it that. The synonym “gray,” mentioned by Willughby and Ray, likely comes from the general color of the species, which is mirrored in the Icelandic Gráönd, used almost interchangeably or with some distinguishing term for the female of any freshwater ducks, and particularly for both sexes of this species, where, as noted in the text, there is relatively little noticeable difference in plumage between the male and female.
GAEKWAR, or Guicowar, the family name of the Mahratta rulers of Baroda (q.v.) in western India, which has been converted by the English into a dynastic title. It is derived from the vernacular word for the cow, but it is a mistake to suppose that the family are of the cowherd caste; they belong to the upper class of Mahrattas proper, sometimes claiming a Rajput origin. The dynasty was founded by a succession of three warriors, Damaji I., Pilaji and Damaji II., who established Mahratta supremacy throughout Gujarat during the first half of the 18th century. The present style of the ruler is Maharaja Gaekwar of Baroda.
GAEKWAR or Guicowar is the family name of the Mahratta rulers of Baroda (q.v.) in western India, which the English have turned into a dynastic title. It comes from the local word for cow, but it's a misconception that the family belongs to the cowherd caste; they are part of the upper class of true Mahrattas, sometimes claiming Rajput ancestry. The dynasty was established by three warriors: Damaji I, Pilaji, and Damaji II, who secured Mahratta dominance across Gujarat in the first half of the 18th century. The current title held by the ruler is Maharaja Gaekwar of Baroda.
GAETA (anc. Caietae Portus), a seaport and episcopal see of Campania, Italy, in the province of Caserta, from which it is 53 m. W.N.W. by rail via Sparanise. Pop. (1901) 5528. It occupies a lower projecting point of the promontory which forms the S.W. extremity of the Bay of Gaeta. The tomb of Munatius Plancus, on the summit of the promontory (see Caietae Portus), is now a naval signal station, and lies in the centre of the extensive earthworks of the modern fortifications. The harbour is well sheltered except on the E., but has little commercial importance, being mainly a naval station. To the N.W. is the suburb of Elena (formerly Borgo di Gaeta). Pop. (1901) 10,369. Above the town is a castle erected by the Angevin kings, and strengthened at various periods. The cathedral of St Erasmus (S. Elmo), consecrated in 1106, has a fine campanile begun in 385 860 and completed in 1279, and a nave and four aisles; the interior has, however, been modernized. Opposite the door of the cathedral is a candelabrum with interesting sculptures of the end of the 13th century, consisting of 48 panels in bas-relief, with 24 representations from the life of Christ, and 24 of the life of St Erasmus (A. Venturi, Storia dell’ arte Italiana, iii. Milan, 1904, 642 seq.). The cathedral possesses three fine Exultet rolls, with miniatures dating from the 11th to the beginning of the 13th century. Behind the high altar is the banner sent by Pope Pius V. to Don John of Austria, the victor of Lepanto. The constable of Bourbon, who fell in the sack of Rome of 1527, is buried here. The other churches are of minor interest; close to that of La Trinità is the Montagna Spaccata, where a vertical fissure from 6 to 15 ft. wide runs right down to the sea-level. Over the chasm is a chapel del Crocefisso, the mountain having split, it is said, at the death of Christ.
GAETA (formerly Caietae Portus), is a seaport and a bishopric in Campania, Italy, located in the province of Caserta, about 53 km W.N.W. by rail from Sparanise. Population (1901) was 5,528. It sits on a lower protruding point of the promontory that forms the southwestern tip of the Bay of Gaeta. The tomb of Munatius Plancus, situated at the top of the promontory (see Caietae Portus), is now a naval signal station and lies in the center of the extensive earthworks of the modern fortifications. The harbor is well protected except on the eastern side, but it has little commercial significance and mainly serves as a naval station. To the northwest is the suburb of Elena (formerly Borgo di Gaeta), with a population of 10,369 (1901). Above the town stands a castle built by the Angevin kings and strengthened over time. The cathedral of St Erasmus (S. Elmo), consecrated in 1106, features a beautiful bell tower that began construction in 385 860 and was completed in 1279, along with a nave and four aisles; however, the interior has been updated. In front of the cathedral's door is a candelabrum adorned with fascinating sculptures from the late 13th century, which includes 48 bas-relief panels depicting 24 scenes from the life of Christ and 24 scenes from the life of St Erasmus (A. Venturi, Storia dell’ arte Italiana, iii. Milan, 1904, 642 seq.). The cathedral also holds three exquisite Exultet rolls featuring miniatures from the 11th century to the early 13th century. Behind the high altar is the banner sent by Pope Pius V to Don John of Austria, the victor of Lepanto. The constable of Bourbon, who died during the sack of Rome in 1527, is buried here. The other churches are of lesser significance; near the church of La Trinità is the Montagna Spaccata, where a vertical crack ranging from 6 to 15 feet wide extends down to sea level. Above this chasm is the chapel del Crocefisso, which, according to tradition, split apart at the moment of Christ's death.
During the break-up of the Roman empire, Gaeta, like Amalfi and Naples, would seem to have established itself as a practically independent port and to have carried on a thriving trade with the Levant. Its history, however, is obscure until, in 823, it appears as a lordship ruled by hereditary hypati or consuls. In 844 the town fell into the hands of the Arabs, but four years later they were driven out with help supplied by Pope Leo IV. In 875 the town was in the hands of Pope John VIII., who gave it to the count of Capua as a fief of the Holy See, which had long claimed jurisdiction over it. In 877, however, the hypatus John (Ioannes) II. succeeded in recovering the lordship, which he established as a duchy under the suzerainty of the East Roman emperors. In the 11th century the duchy fell into the hands of the Norman counts of Aversa, afterwards princes of Capua, and in 1135 it was definitively annexed to his kingdom by Roger of Sicily. The town, however, had its own coinage as late as 1229.
During the break-up of the Roman Empire, Gaeta, like Amalfi and Naples, seems to have become a mostly independent port and maintained a thriving trade with the Levant. Its history, however, is unclear until 823, when it appears as a lordship ruled by hereditary hypati or consuls. In 844, the town fell into the hands of the Arabs, but four years later they were driven out with assistance from Pope Leo IV. In 875, the town was under the control of Pope John VIII, who granted it to the count of Capua as a fief of the Holy See, which had long claimed jurisdiction over it. In 877, however, the hypatus John (Ioannes) II managed to reclaim the lordship, establishing it as a duchy under the authority of the Eastern Roman emperors. In the 11th century, the duchy fell into the hands of the Norman counts of Aversa, later princes of Capua, and in 1135 it was officially annexed to his kingdom by Roger of Sicily. The town, however, still had its own coinage as late as 1229.
In military history the town has played a conspicuous part. Its fortifications were strengthened in the 15th century. On the 30th of September 1707 it was stormed, after a three months’ siege, by the Austrians under Daun; and on the 6th of August 1734 it was taken, after a siege of four months, by French, Spanish and Sardinian troops under the future King Charles of Naples. The fortifications were again strengthened; and in 1799 it was temporarily occupied by the French. On the 18th of July 1806 it was captured, after an heroic defence, by the French under Masséna; and on the 18th of July 1815 it capitulated, after a three months’ siege, to the Austrians. In November 1848 Pope Pius IX., after his flight in disguise from Rome, found a refuge at Gaeta, where he remained till the 4th of September 1849. Finally, in 1860, it was the scene of the last stand of Francis II. of Naples against the forces of United Italy. Shut up in the fortress with 12,000 men, after Garibaldi’s occupation of Naples, the king, inspired by the heroic example of Queen Maria, offered a stubborn resistance, and it was not till the 13th of February 1861 that, the withdrawal of the French fleet having made bombardment from the sea possible, he was forced to capitulate.
In military history, the town has played a significant role. Its fortifications were strengthened in the 15th century. On September 30, 1707, it was stormed after a three-month siege by the Austrians led by Daun; and on August 6, 1734, it was taken after a four-month siege by French, Spanish, and Sardinian troops under the future King Charles of Naples. The fortifications were reinforced again, and in 1799, it was temporarily occupied by the French. On July 18, 1806, it was captured after a heroic defense by the French under Masséna; and on July 18, 1815, it surrendered after a three-month siege to the Austrians. In November 1848, Pope Pius IX, after escaping Rome in disguise, found refuge in Gaeta, where he stayed until September 4, 1849. Finally, in 1860, it was the site of the last stand of Francis II of Naples against the forces of United Italy. Trapped in the fortress with 12,000 men after Garibaldi's occupation of Naples, the king, inspired by the heroic example of Queen Maria, put up fierce resistance, and it wasn't until February 13, 1861, that he was forced to surrender when the withdrawal of the French fleet made bombardment from the sea possible.
See G.B. Federici, Degli antichi duchi, consoli o ipati della città di Gaeta (Naples, 1791); Onorato Gaetani d’ Aragona, Mem. stor. della città di Gaeta (Milan, 1879); C. Ravizza, Il Golfo di Gaeta (Novara, 1876).
See G.B. Federici, Degli antichi duchi, consoli o ipati della città di Gaeta (Naples, 1791); Onorato Gaetani d’Aragona, Mem. stor. della città di Gaeta (Milan, 1879); C. Ravizza, Il Golfo di Gaeta (Novara, 1876).
GAETANI, or Caetani, the name of the oldest of the Roman princely families which played a great part in the history of the city and of the papacy. The Gaetani are of Longobard origin, and the founder of the house is said to be one Dominus Constantinus Cagetanus, who flourished in the 10th century, but the family had no great importance until the election of Benedetto Gaetani to the papacy as Boniface VIII. in 1294, when they at once became the most notable in the city. The pope conferred on them the fiefs of Sermoneta, Bassiano, Ninfa and San Donato (1297-1300), and the marquisate of Ancona in 1300, while Charles II. of Anjou created the pope’s brother count of Caserta. Giordano Loffredo Gaetani by his marriage with Giovanna dell’ Aquila, heiress of the counts of Fondi and Traetto, in 1297 added the name of Aquila to his own, and his grandson Giacomo acquired the lordships of Piedimonte and Gioia. The Gaetani proved brave warriors and formed a bodyguard to protect Boniface VIII. from his many foes. During the 14th and 15th centuries their feuds with the Colonna caused frequent disturbances in Rome and the Campagna, sometimes amounting to civil war. They also played an important rôle as Neapolitan nobles. In 1500 Alexander VI., in his attempt to crush the great Roman feudal nobility, confiscated the Gaetani fiefs and gave them to his daughter Lucrezia Borgia (q.v.); but they afterwards regained them.
GAETANI, or Caetani, the name of one of the oldest princely families in Rome that significantly influenced the history of the city and the papacy. The Gaetani have Longobard roots, and the family's founder is believed to be a man named Dominus Constantinus Cagetanus, who thrived in the 10th century. However, the family didn't gain prominence until Benedetto Gaetani was elected pope as Boniface VIII in 1294, instantly making them the most distinguished family in the city. The pope granted them the fiefs of Sermoneta, Bassiano, Ninfa, and San Donato (1297-1300), along with the marquisate of Ancona in 1300. Charles II of Anjou also made the pope's brother the count of Caserta. Giordano Loffredo Gaetani, through his marriage to Giovanna dell’Aquila, the heiress of the counts of Fondi and Traetto, added the name Aquila to his own in 1297, and his grandson Giacomo acquired the lordships of Piedimonte and Gioia. The Gaetani were brave warriors and formed a bodyguard to protect Boniface VIII from various enemies. During the 14th and 15th centuries, their feuds with the Colonna family led to frequent unrest in Rome and the surrounding areas, sometimes escalating into civil war. They also played a significant role as nobles in Naples. In 1500, Alexander VI attempted to dismantle the powerful Roman feudal nobility by confiscating the Gaetani fiefs, giving them to his daughter Lucrezia Borgia (q.v.); however, they later regained their lands.
At present there are two lines of Gaetani: (1) Gaetani, princes of Teano and dukes of Sermoneta, founded by Giacobello Gaetani, whose grandson, Guglielmo Gaetani, was granted the duchy of Sermoneta by Pius III. in 1503, the marquisate of Cisterna being conferred on the family by Sixtus V. in 1585. In 1642, Francesco, the 7th duke of Sermoneta, acquired by marriage the county of Caserta, which was exchanged for the principality of Teano in 1750. The present head of the house, Onorato Gaetani, 14th duke of Sermoneta, 4th prince of Teano, duke of San Marco, marquis of Cisterna, &c., is a senator of the kingdom of Italy, and was minister for foreign affairs for a short time. (2) Gaetani dell’ Aquila d’Aragona, princes of Piedimonte, and dukes of Laurenzana, founded by Onorato Gaetani dell’ Aquila, count of Fondi, Traetto, Alife and Morcone, lord of Piedimonte and Gioia, in 1454. The additional surname of Aragona was assumed after the marriage of Onorato Gaetani, duke of Traetto (d. 1529), with Lucrezia of Aragon, natural daughter of King Ferdinand I. of Naples. The duchy of Laurenzana, in the kingdom of Naples, was acquired by Alfonso Gaetani by his marriage in 1606 with Giulia di Ruggiero, duchess of Laurenzana. The lordship of Piedimonte was raised to a principality in 1715. The present (1908) head of the house is Nicola Gaetani dell’ Aquila d’Aragona (b. 1857), 7th prince of Piedimonte and 12th duke of Laurenzana.
Currently, there are two lines of Gaetani: (1) Gaetani, princes of Teano and dukes of Sermoneta, founded by Giacobello Gaetani. His grandson, Guglielmo Gaetani, was granted the duchy of Sermoneta by Pius III in 1503, and the marquisate of Cisterna was conferred on the family by Sixtus V in 1585. In 1642, Francesco, the 7th duke of Sermoneta, acquired the county of Caserta through marriage, which was exchanged for the principality of Teano in 1750. The current head of the house, Onorato Gaetani, 14th duke of Sermoneta, 4th prince of Teano, duke of San Marco, marquis of Cisterna, etc., is a senator of the kingdom of Italy and served briefly as the minister for foreign affairs. (2) Gaetani dell’Aquila d’Aragona, princes of Piedimonte, and dukes of Laurenzana, were founded by Onorato Gaetani dell’Aquila, count of Fondi, Traetto, Alife, and Morcone, lord of Piedimonte and Gioia, in 1454. The additional surname of Aragona was adopted after Onorato Gaetani, duke of Traetto (d. 1529), married Lucrezia of Aragon, the natural daughter of King Ferdinand I of Naples. The duchy of Laurenzana, in the kingdom of Naples, was acquired by Alfonso Gaetani through his marriage in 1606 with Giulia di Ruggiero, duchess of Laurenzana. The lordship of Piedimonte was elevated to a principality in 1715. The current head of the house (in 1908) is Nicola Gaetani dell’Aquila d’Aragona (b. 1857), 7th prince of Piedimonte and 12th duke of Laurenzana.
See A. von Reumont, Geschichte der Stadt Rom (Berlin, 1868); F. Gregorovius, Geschichte der Stadt Rom (Stuttgart, 1872); Almanach de Gotha (1907 and 1908).
See A. von Reumont, History of the City of Rome (Berlin, 1868); F. Gregorovius, History of the City of Rome (Stuttgart, 1872); Gotha Almanac (1907 and 1908).
GAETULIA, an ancient district in northern Africa, which in the usage of Roman writers comprised the wandering tribes of the southern slopes of Mount Aures and the Atlas, as far as the Atlantic, and the oases in the northern part of the Sahara. They were always distinguished from the Negro people to the south, and beyond doubt belonged to the same Berber race which formed the basis of the population of Numidia and Mauretania (q.v.). The tribes to be found there at the present day are probably of the same race, and retain the same wandering habits; and it is possible that they still bear in certain places the name of their Gaetulian ancestors (see Vivien St Martin, Le Nord de l’Afrique, 1863). A few only seem to have mingled with the Negroes of the Sahara, if we may thus interpret Ptolemy’s allusion to Melano-Gaetuli (4. 6. 5.). They were noted for the rearing of horses, and according to Strabo had 100,000 foals in a single year. They were clad in skins, lived on flesh and milk, and the only manufacture connected with their name is that of the purple dye which became famous from the time of Augustus onwards, and was made from the purple fish found on the coast, apparently both in the Syrtes and on the Atlantic.
GAETULIA, was an ancient region in northern Africa that Roman writers described as encompassing the nomadic tribes living on the southern slopes of Mount Aures and the Atlas Mountains, extending to the Atlantic Ocean and the oases in the northern Sahara. These tribes were always seen as distinct from the Negro populations to the south and undoubtedly belonged to the same Berber race that made up the population of Numidia and Mauretania (q.v.). The tribes present there today are likely of the same lineage and continue to maintain similar nomadic lifestyles; it’s possible they still use some names referring to their Gaetulian ancestors in certain areas (see Vivien St Martin, Le Nord de l’Afrique, 1863). Only a few appear to have intermingled with the Negroes of the Sahara, as suggested by Ptolemy’s mention of the Melano-Gaetuli (4. 6. 5.). They were known for breeding horses, and according to Strabo, they had 100,000 foals in a single year. They wore animal skins, lived off meat and milk, and the only product associated with them was the famous purple dye that became well-known from Augustus’ time onward, made from the purple fish found along the coast, apparently in both the Syrtes and the Atlantic.
We first hear of this people in the Jugurthine War (111-106 B.C.), when, as Sallust tells us, they did not even know the name of Rome. They took part with Jugurtha against Rome; but when we next hear of them they are in alliance with Caesar against Juba I. (Bell. Afr. 32). In 25 B.C. Augustus seems to have given a part of Gaetulia to Juba II., together with his kingdom of Mauretania, doubtless with the object of controlling the turbulent tribes; but the Gaetulians rose and massacred the Roman residents, and it was not till a severe defeat had been inflicted on them by Lentulus Cossus (who thus acquired the surname Gaetulicus) in A.D. 6 that they submitted to the king. After Mauretania became a Roman province in A.D. 40, the Roman governors made frequent expeditions into the Gaetulian territory to the south, and the official view seems to be expressed by Pliny (v. 4. 30) when he says that all Gaetulia as far as the Niger and the Ethiopian frontier was reckoned as subject to the 386 Empire. How far this represents the fact is not clear; but inscriptions prove that Gaetulians served in the auxiliary troops of the empire, and it may be assumed that the country passed within the sphere of Roman influence, though hardly within the pale of Roman civilization.
We first come across this group during the Jugurthine War (111-106 B.C.), when, as Sallust notes, they didn’t even recognize the name of Rome. They sided with Jugurtha against Rome; but when we hear about them again, they are allied with Caesar against Juba I. (Bell. Afr. 32). In 25 B.C., Augustus seems to have given part of Gaetulia to Juba II., along with his kingdom of Mauretania, likely to gain control over the rebellious tribes; however, the Gaetulians revolted and killed the Roman residents, and it wasn’t until they suffered a significant defeat by Lentulus Cossus (who subsequently got the nickname Gaetulicus) in A.D. 6 that they agreed to submit to the king. After Mauretania became a Roman province in A.D. 40, the Roman governors frequently launched expeditions into the Gaetulian territory to the south, and the official stance seems to be reflected by Pliny (v. 4. 30) when he states that all of Gaetulia, extending to the Niger and the Ethiopian border, was considered part of the Empire. How accurate this is remains uncertain; however, inscriptions indicate that Gaetulians served in the empire's auxiliary troops, suggesting that the region fell under Roman influence, though likely not fully integrated into Roman civilization.
For bibliography see Africa, Roman.
For bibliography see Africa, Roman.
GAGE, LYMAN JUDSON (1836- ), American financier, was born at De Ruyter, Madison county, New York, on the 28th of June 1836. He was educated at an academy at Rome, New York, where at the age of seventeen he became a bank clerk. In 1855 he removed to Chicago, served for three years as book-keeper in a planing-mill, and in 1858 entered the banking house of the Merchant’s Loan and Trust Company, of which he was cashier in 1861-1868. Afterwards he became successively assistant cashier (1868), vice-president (1882), and president (1891) of the First National Bank of Chicago, one of the strongest financial institutions in the middle west. He was chosen in 1892 president of the board of directors of the World’s Columbian Exposition, the successful financing of which was due more to him than to any other man. In politics he was originally a Republican, and was a delegate to the national convention of the party in 1880, and chairman of its finance committee. In 1884, however, he supported Grover Cleveland for the presidency, and came to be looked upon as a Democrat. In 1892 President Cleveland, after his second election, offered Gage the post of secretary of the treasury, but the offer was declined. In the “free-silver” campaign of 1896 Gage laboured effectively for the election of William McKinley, and from March 1897 until January 1902 he was secretary of the treasury in the cabinets successively of Presidents McKinley and Roosevelt. From April 1902 until 1906 he was president of the United States Trust Company in New York City. His administration of the treasury department, through a more than ordinarily trying period, was marked by a conservative policy, looking toward the strengthening of the gold standard, the securing of greater flexibility in the currency, and a more perfect adjustment of the relations between the government and the National banks.
Gage, Lyman Judson (1836- ), American financier, was born in De Ruyter, Madison County, New York, on June 28, 1836. He was educated at an academy in Rome, New York, where he became a bank clerk at the age of seventeen. In 1855, he moved to Chicago, where he worked as a bookkeeper in a planing mill for three years, and in 1858 he joined the Merchant’s Loan and Trust Company, where he served as cashier from 1861 to 1868. He then held various positions at the First National Bank of Chicago, one of the strongest financial institutions in the Midwest, advancing from assistant cashier (1868) to vice-president (1882) and finally president (1891). In 1892, he was elected president of the board of directors of the World’s Columbian Exposition, and his successful financing of the event was largely attributed to his efforts. Politically, he started as a Republican and was a delegate to the national convention in 1880, where he chaired the finance committee. However, in 1884, he supported Grover Cleveland for the presidency and came to be seen as a Democrat. After Cleveland's second election in 1892, he offered Gage the position of secretary of the treasury, which Gage declined. During the "free-silver" campaign of 1896, Gage worked diligently for the election of William McKinley, and from March 1897 until January 1902, he served as secretary of the treasury under Presidents McKinley and Roosevelt. From April 1902 until 1906, he was the president of the United States Trust Company in New York City. His time as secretary of the treasury, during a particularly challenging period, was characterized by a conservative approach aimed at strengthening the gold standard, increasing currency flexibility, and improving the relationship between the government and the National banks.
GAGE, THOMAS (1721-1787), British general and governor of Massachusetts, second son of the first Viscount Gage, was born in 1721. He entered the army in 1741 and saw service in Flanders and in the campaign of Culloden, becoming lieutenant-colonel in the 44th foot in March 1751. In 1754 he served in America, and he took part in the following year in General Braddock’s disastrous expedition. In 1758 he became colonel of a new regiment, and served in Amherst’s operations against Montreal. He was made governor of Montreal, and promoted major-general in 1761, and in 1763 succeeded Amherst in the command of the British forces in America; in 1770 he was made a lieutenant-general. In 1774 he was appointed governor of Massachusetts, and in that capacity was entrusted with carrying into effect the Boston Port Act. The difficulties which surrounded him in the execution of his office at this time of the gravest unrest culminated in 1775, and the action of the 19th of April at Lexington initiated the American War of Independence. After the battle of Bunker Hill, Gage was superseded by General (Sir William) Howe, and returned to England. He became general in 1782, and died on the 2nd of April 1787.
GAGE, THOMAS (1721-1787), British general and governor of Massachusetts, was born in 1721 and was the second son of the first Viscount Gage. He joined the army in 1741 and served in Flanders and during the Culloden campaign, becoming lieutenant-colonel in the 44th Foot in March 1751. In 1754, he served in America and participated in General Braddock’s disastrous expedition the following year. In 1758, he became colonel of a new regiment and took part in Amherst’s operations against Montreal. He was appointed governor of Montreal and promoted to major-general in 1761. In 1763, he took over command of the British forces in America from Amherst, and in 1770, he was made lieutenant-general. In 1774, he was appointed governor of Massachusetts and was responsible for implementing the Boston Port Act. The challenges he faced during this time of significant unrest peaked in 1775, culminating in the events of April 19th at Lexington, which marked the start of the American War of Independence. After the Battle of Bunker Hill, Gage was replaced by General (Sir William) Howe and returned to England. He became a general in 1782 and passed away on April 2, 1787.
GAGE, a pledge, something deposited as security for the performance of an agreement, and liable to be forfeited on failure to carry it out. The word also appears in “engage,” and is taken from the O. Fr., as are “wage,” payment for services, and “wager,” bet, stake, from the collateral O. Fr. waige. These two words are from the Low Lat. wadiare, vadiare, to pledge, vadium, classical Lat. vas, vadis, but may be from the old Teutonic cognate base seen in Gothic wadi, a pledge (cf. Ger. wetten, to wager); this Teutonic base is seen in Eng. “wed,” to marry, i.e. to engage by a pledge (cf. Goth, gawadjon, to betrothe). A particular form of giving a “gage” or pledge was that of throwing down a glove or gauntlet as a challenge to a judicial combat, the glove being the “pledge” that the parties would appear on the field; hence the common phrase “to throw down the gage of defiance” for any challenge (see Glove and Wager).
GAGE, a promise, something given as security for fulfilling an agreement, and at risk of being lost if not completed. The term also appears in “engage,” and comes from Old French, just like “wage,” payment for work, and “wager,” bet or stake, which comes from the related Old French waige. These two words are derived from the Low Latin wadiare, vadiare, meaning to pledge, vadium, classical Latin vas, vadis, but they might be from the old Teutonic root found in Gothic wadi, meaning a pledge (see Ger. wetten, to wager); this Teutonic root is evident in English “wed,” to marry, i.e. to engage by a pledge (see Goth gawadjon, to betroth). A specific way of giving a “gage” or pledge was by throwing down a glove or gauntlet as a challenge for a duel, with the glove serving as the “pledge” that the parties would meet on the battlefield; hence the common phrase “to throw down the gage of defiance” for any challenge (see Glove and Wager).
GAGERN, HANS CHRISTOPH ERNST, Baron von (1766-1852), German statesman and political writer, was born at Kleinniedesheim, near Worms, on the 25th of January 1766. After studying law at the universities of Leipzig and Göttingen, he entered the service of the prince of Nassau-Weilburg, whom in 1791 he represented at the imperial diet. He was afterwards appointed the prince’s envoy at Paris, where he remained till the decree of Napoleon, forbidding all persons born on the left side of the Rhine to serve any other state than France, compelled him to resign his office (1811). He then retired to Vienna, and in 1812 he took part in the attempt to excite a second insurrection against Napoleon in Tirol. On the failure of this attempt he left Austria and joined the headquarters of the Prussian army (1813), and became a member of the board of administration for north Germany. In 1814 he was appointed administrator of the Orange principalities; and, when the prince of Orange became king of the Netherlands, Baron Gagern became his prime minister. In 1815 he represented him at the congress of Vienna, and succeeded in obtaining for the Netherlands a considerable augmentation of territory. From 1816 to 1818 he was Luxemburg envoy at the German diet, but was recalled, at the instance of Metternich, owing to his too independent advocacy of state constitutions. In 1820 he retired with a pension to his estate at Hornau, near Höchst, in Hesse-Darmstadt; but as a member of the first chamber of the states of the grand-duchy he continued to take an active share in the promotion of measures for the welfare of his country. He retired from public life in 1848, and died at Hornau on the 22nd of October 1852. Baron von Gagern wrote a history of the German nation (Vienna, 1813; 2nd ed., 2 vols., Frankfort, 1825-1826), and several other books on subjects connected with history and social and political science. Of most permanent value, however, is his autobiography, Mein Anteil an der Politik, 5 vols. (Stuttgart and Leipzig, 1823-1845).
Gagern, Hans Christoph Ernst, Baron von (1766-1852), German statesman and political writer, was born in Kleinniedesheim, near Worms, on January 25, 1766. After studying law at the universities of Leipzig and Göttingen, he joined the service of the prince of Nassau-Weilburg, whom he represented at the imperial diet in 1791. He was later appointed the prince’s envoy in Paris, where he stayed until Napoleon’s decree in 1811, which forbade anyone born on the left bank of the Rhine from serving any state other than France, forced him to resign. He then moved to Vienna and in 1812 participated in an attempt to spark a second uprising against Napoleon in Tirol. After this attempt failed, he left Austria and joined the Prussian army headquarters in 1813, becoming a member of the administrative board for northern Germany. In 1814, he was appointed administrator of the Orange principalities, and when the prince of Orange became king of the Netherlands, Baron Gagern became his prime minister. In 1815, he represented him at the Congress of Vienna and succeeded in securing a significant increase in territory for the Netherlands. From 1816 to 1818, he served as the Luxembourg envoy at the German diet but was recalled, due to Metternich's influence, for his overly independent support of state constitutions. In 1820, he retired with a pension to his estate in Hornau, near Höchst, in Hesse-Darmstadt; however, as a member of the first chamber of the states of the grand-duchy, he remained actively involved in efforts to improve the welfare of his country. He stepped back from public life in 1848 and passed away in Hornau on October 22, 1852. Baron von Gagern authored a history of the German nation (Vienna, 1813; 2nd ed., 2 vols., Frankfort, 1825-1826) and several other works on history, social, and political science. Of the most lasting value, however, is his autobiography, Mein Anteil an der Politik, 5 vols. (Stuttgart and Leipzig, 1823-1845).
Of Hans Christoph von Gagern’s sons three attained considerable eminence:—
Of Hans Christoph von Gagern’s sons, three achieved significant prominence:—
Friedrich Balduin, Freiherr von Gagern (1794-1848), the eldest, was born at Weilburg on the 24th of October 1794. He entered the university of Göttingen, but soon left, and, taking service in the Austrian army, took part in the Russian campaign of 1812, and fought in the following year at Dresden, Kulm and Leipzig. He then entered the Dutch service, took part in the campaigns of 1815, and, after studying another year at Heidelberg, was member for Luxemburg of the military commission of the German federal diet (1824, 1825). In 1830 and 1831 he took part in the Dutch campaign in Belgium, and in 1844, after being promoted to the rank of general, was sent on an important mission to the Dutch East Indies to inquire into the state of their military defences. In 1847 he was appointed governor at the Hague, and commandant in South Holland. In the spring of 1848 he was in Germany, and on the outbreak of the revolutionary troubles he accepted the invitation of the government of Baden to take the command against the insurgent “free companies” (Freischaaren). At Kandern, on the 20th of April, he made a vain effort to persuade the leaders to submit, and was about to order his troops to attack when he was mortally wounded by the bullets of the insurgents. His Life, in 3 vols. (Heidelberg and Leipzig, 1856-1857), was written by his brother Heinrich von Gagern.
Friedrich Balduin, Baron von Gagern (1794-1848), the eldest, was born in Weilburg on October 24, 1794. He started at the University of Göttingen but left soon after. He joined the Austrian army and participated in the Russian campaign of 1812, fighting the following year at Dresden, Kulm, and Leipzig. He then joined the Dutch military, took part in the campaigns of 1815, and after studying for another year at Heidelberg, became the representative for Luxembourg on the military commission of the German federal diet (1824, 1825). In 1830 and 1831, he participated in the Dutch campaign in Belgium, and in 1844, after being promoted to general, he was sent on an important mission to the Dutch East Indies to assess their military defenses. In 1847, he was appointed governor in The Hague and commandant of South Holland. In the spring of 1848, he was in Germany, and when revolutionary troubles broke out, he accepted the invitation from the Baden government to command against the insurgent “free companies” (Freischaaren). At Kandern, on April 20, he made a futile attempt to persuade the leaders to surrender and was about to order his troops to attack when he was mortally wounded by insurgent gunfire. His Life, in 3 volumes (Heidelberg and Leipzig, 1856-1857), was written by his brother Heinrich von Gagern.
Heinrich Wilhelm August, Freiherr von Gagern (1799-1880), the third son, was born at Bayreuth on the 20th of August 1799, educated at the military academy at Munich, and, as an officer in the service of the duke of Nassau, fought at Waterloo. Leaving the service after the war, he studied jurisprudence at Heidelberg, Göttingen and Jena, and in 1819 went for a while to Geneva to complete his studies. In 1821 he began his official career as a lawyer in the grand-duchy of Hesse, and in 1832 was elected to the second chamber. Already at the universities he had proclaimed his Liberal sympathies as a member of the Burschenschaft, and he now threw himself into open opposition to the unconstitutional spirit of the Hessian government, an attitude which led to his dismissal from the state service in 1833. Henceforth he lived in comparative retirement, cultivating a 387 farm rented by his father at Monsheim, and occasionally publishing criticisms of public affairs, until the February revolution of 1848 and its echoes in Germany recalled him to active political life. For a short while he was at the head of the new Hessian administration; but his ambition was to share in the creation of a united Germany. At the Heidelberg meeting and the preliminary convention (Vorparlament) of Frankfort he deeply impressed the assemblies with the breadth and moderation of his views; with the result that when the German national parliament met (May 18), he was elected its first president. His influence was at first paramount, both with the Unionist party and with the more moderate elements of the Left, and it was he who was mainly instrumental in imposing the principle of a united empire with a common parliament, and in carrying the election of the Archduke John as regent. With the growing split between the Great Germans (Grossdeutschen), who wished the new empire to include the Austrian provinces, and the Little Germans (Kleindeutschen), who realized that German unity could only be attained by excluding them, his position was shaken. On the 15th of December, when Schmerling and the Austrian members had left the cabinet, Gagern became head of the imperial ministry, and on the 18th he introduced a programme (known as the Gagernsche Programm) according to which Austria was to be excluded from the new federal state, but bound to it by a treaty of union. After a severe struggle this proposal was accepted; but the academic discussion on the constitution continued for weary months, and on the 20th of May, realizing the hopelessness of coming to terms with the ultra-democrats, Gagern and his friends resigned. Later on he attempted to influence the Prussian Northern Union in the direction of the national policy, and he took part in the sessions of the Erfurt parliament; but, soon realizing the hopelessness of any good results from the vacillating policy of Prussia, he retired from the contest, and, as a major in the service of the Schleswig-Holstein government, took part in the Danish War of 1850. After the war he retired into private life at Heidelberg. In 1862, misled by the constitutional tendency of Austrian politics, he publicly declared in favour of the Great German party. In 1864 he went as Hessian envoy to Vienna, retiring in 1872 when the post was abolished. He died at Darmstadt on the 22nd of May 1880.
Heinrich Wilhelm August, Baron von Gagern (1799-1880), the third son, was born in Bayreuth on August 20, 1799. He was educated at the military academy in Munich and, as an officer serving the Duke of Nassau, fought at Waterloo. After the war, he left the service and studied law at Heidelberg, Göttingen, and Jena, spending some time in 1819 in Geneva to finish his studies. In 1821, he started his official career as a lawyer in the Grand Duchy of Hesse and was elected to the second chamber in 1832. He had already expressed his Liberal views as a member of the Burschenschaft at the universities, and he now openly opposed the unconstitutional nature of the Hessian government, which led to his dismissal from state service in 1833. From then on, he lived a relatively quiet life, managing a farm rented by his father in Monsheim and occasionally publishing critiques of public affairs until the February Revolution of 1848 and its aftermath in Germany drew him back into active politics. For a short time, he led the new Hessian administration; however, his goal was to help create a united Germany. During the Heidelberg meeting and the preliminary convention (Vorparlament) in Frankfurt, he left a strong impression on the assemblies with the breadth and moderation of his views, resulting in his election as the first president of the German national parliament when it convened on May 18. Initially, his influence was dominant among both the Unionist party and the more moderate elements of the Left, and he played a key role in advocating for a united empire with a common parliament and in supporting the election of Archduke John as regent. However, as the divide grew between the Great Germans (Grossdeutschen) wanting to include Austrian provinces in the new empire and the Little Germans (Kleindeutschen) who recognized that true German unity could only be achieved by excluding them, his position became precarious. On December 15, after Schmerling and the Austrian members left the cabinet, Gagern became head of the imperial ministry and on December 18, he introduced a program (known as the Gagernsche Programm) to exclude Austria from the new federal state but bind it through a treaty of union. After a tough struggle, this proposal was accepted; however, the academic discussions about the constitution dragged on for months, and on May 20, realizing the futility of reaching an agreement with the ultra-democrats, Gagern and his allies resigned. He later attempted to sway the Prussian Northern Union toward national policy and participated in the Erfurt parliament sessions, but soon recognizing the futility of dealing with Prussia's inconsistent policy, he withdrew from the contest and, serving as a major in the Schleswig-Holstein government's military, participated in the Danish War of 1850. After the war, he returned to private life in Heidelberg. In 1862, misled by Austria's constitutional political direction, he publicly supported the Great German party. In 1864, he went as the Hessian envoy to Vienna, retiring in 1872 when the position was eliminated. He passed away in Darmstadt on May 22, 1880.
Maximilian, Freiherr von Gagern (1810-1889), the youngest son, was born at Weilburg on the 26th of March 1810. Up to 1848 he was a government official in Nassau; in that year he became a member of the German national parliament and under-secretary of state for foreign affairs. Throughout the revolutionary years he supported his brother’s policy, became a member of the Erfurt parliament, and, after the collapse of the national movement, returned to the service of the duchy of Nassau. In 1855 he turned Roman Catholic and entered the Austrian service as court and ministerial councillor in the department of foreign affairs. In 1871 he retired, and in 1881 was nominated a life member of the Upper Chamber (Herrenhaus). He died at Vienna on the 17th of October 1889.
Max, Baron von Gagern (1810-1889), the youngest son, was born in Weilburg on March 26, 1810. Until 1848, he worked as a government official in Nassau; that year, he became a member of the German national parliament and the under-secretary of state for foreign affairs. During the revolutionary years, he supported his brother’s policies, became a member of the Erfurt parliament, and, after the national movement collapsed, returned to serve the duchy of Nassau. In 1855, he converted to Roman Catholicism and joined the Austrian service as a court and ministerial counselor in the foreign affairs department. He retired in 1871, and in 1881, he was appointed a life member of the Upper Chamber (Herrenhaus). He passed away in Vienna on October 17, 1889.
See Allgemeine deutsche Biographie, Band viii. p. 301, &c. (1878) and Band xlix. p. 654 (1904).
See Allgemeine deutsche Biographie, Volume viii, p. 301, &c. (1878) and Volume xlix, p. 654 (1904).
GAHANBAR, festivals of the ancient Avesta calendar celebrated by the Parsees at six seasons of the year which correspond with the six periods of creation: (1) Maidhyozaremaya (mid spring), (2) Maidhyoshema (midsummer), (3) Paitishahya (season of corn), (4) Ayathrema (season of flocks), (5) Maidhyarya (winter solstice), (6) Hamaspathmaedha (festival of sacrifices).
GAHANBAR, festivals of the ancient Avesta calendar are celebrated by the Parsees during six seasons of the year, which align with the six periods of creation: (1) Maidhyozaremaya (mid spring), (2) Maidhyoshema (midsummer), (3) Paitishahya (season of corn), (4) Ayathrema (season of flocks), (5) Maidhyarya (winter solstice), (6) Hamaspathmaedha (festival of sacrifices).
GAIGNIÈRES, FRANÇOIS ROGER DE (1642-1715), French genealogist, antiquary and collector, was the son of Aimé de Gaignières, secretary to the governor of Burgundy, and was born on the 30th of December 1642. He became écuyer (esquire) to Louis Joseph, duke of Guise, and afterwards to Louis Joseph’s aunt, Marie of Guise, by whom in 1679 he was appointed governor of her principality of Joinville. At an early age he began to make a collection of original materials for history generally, and, in particular, for that of the French church and court. He brought together a large collection of original letters and other documents, together with portraits and prints, and had copies made of a great number of the most curious antiquarian objects, such as seals, tombstones, stained glass, miniatures and tapestry. In 1711 he presented the whole of his collections to the king. The bulk of them is preserved in the Bibliothèque Nationale at Paris, and a certain number in the Bodleian library at Oxford.
GAIGNIÈRES, FRANÇOIS ROGER DE (1642-1715), a French genealogist, antiquarian, and collector, was the son of Aimé de Gaignières, who served as secretary to the governor of Burgundy. He was born on December 30, 1642. He became an esquire to Louis Joseph, Duke of Guise, and later to Louis Joseph’s aunt, Marie of Guise, who appointed him governor of her principality of Joinville in 1679. From a young age, he started collecting original historical materials, particularly related to the French church and court. He amassed a large collection of original letters and documents, along with portraits and prints, and had many copies made of various intriguing antiquarian items like seals, tombstones, stained glass, miniatures, and tapestries. In 1711, he presented his entire collection to the king. Most of it is held in the Bibliothèque Nationale in Paris, with some items in the Bodleian Library at Oxford.
See G. Duplessis, Roger de Gaignières (Paris, 1870); L. Delisle, Cabinet des manuscrits, t. i. pp. 335-356; H. Bouchot, Les Portraits aux crayon des XVIe et XVIIe siècles (Paris, 1884); Ch. de Grandmaison, Gaignières, ses correspondants et ses collections de portraits (Niort, 1892).
See G. Duplessis, Roger de Gaignières (Paris, 1870); L. Delisle, Cabinet des manuscrits, vol. 1, pp. 335-356; H. Bouchot, Portraits in Pencil from the 16th and 17th Centuries (Paris, 1884); Ch. de Grandmaison, Gaignières, His Correspondents and His Collections of Portraits (Niort, 1892).
GAIL, JEAN BAPTISTE (1755-1829), French hellenist, was born in Paris on the 4th of July 1755. In 1791 he was appointed deputy, and in 1792 titular professor at the Collège de France. During the Revolution he quietly performed his professional duties, taking no part in politics, although he possessed the faculty of ingratiating himself with those in authority. In 1815 he was appointed by the king keeper of Greek MSS. in the royal library over the heads of the candidates proposed by the other conservators, an appointment which made him many enemies. Gail imagined that there was an organized conspiracy to belittle his learning and professional success, and there was a standing quarrel between him and his literary opponents, the most distinguished of whom was P.L. Courier. He died on the 5th of February 1829. Without being a great Greek scholar, Gail was a man of unwearied industry, whose whole life was devoted to his favourite studies, and he deserves every credit for having rescued Greek from the neglect into which it had fallen during the troublous times in which he lived. The list of Gail’s published works filled 500 quarto pages of the introduction to his edition of Xenophon. The best of these is his edition of Theocritus (1828). He also wrote a number of elementary educational works, based on the principles of the school of Port Royal. His communications to the Académie des Inscriptions being coldly received and seldom accorded the honour of print, he inserted them in a vast compilation in 24 volumes, which he called Le Philologue, containing a mass of ill-digested notes on Greek grammar, geography, archaeology, and various authors.
GAIL, JEAN BAPTISTE (1755-1829), a French Hellenist, was born in Paris on July 4, 1755. In 1791, he was appointed as a deputy, and in 1792, he became a titular professor at the Collège de France. During the Revolution, he quietly fulfilled his professional responsibilities without getting involved in politics, although he had a knack for winning over those in power. In 1815, he was appointed by the king as the keeper of Greek manuscripts in the royal library, surpassing candidates proposed by other conservators, which earned him many enemies. Gail believed there was a coordinated effort to undermine his scholarship and professional achievements, leading to ongoing conflicts with his literary rivals, the most notable being P.L. Courier. He died on February 5, 1829. While not a foremost Greek scholar, Gail was a tireless worker who dedicated his entire life to his passions, deserving acknowledgment for revitalizing Greek studies during the turbulent times he lived in. The list of Gail's published works filled 500 quarto pages in the introduction to his edition of Xenophon. The best of these is his edition of Theocritus (1828). He also authored several basic educational materials inspired by the principles of the Port Royal school. His submissions to the Académie des Inscriptions were met with indifference and rarely published, so he included them in a massive compilation in 24 volumes that he titled Le Philologue, which contained a collection of poorly organized notes on Greek grammar, geography, archaeology, and various authors.
See “Notice historique sur la vie et les ouvrages de J. B. G.,” in Mém. de l’Acad. des Inscriptions, ix.; the articles in Biographie universelle (by A. Pillon) and Ersch and Gruber’s Allgemeine Encyclopädie (by C.F. Bähr); a list of his works will be found in J.M. Quérard, La France littéraire (1829), including the contents of the volumes of Le Philologue.
See “Historical Notice on the Life and Works of J. B. G.,” in Memoirs of the Academy of Inscriptions, ix.; the articles in Universal Biography (by A. Pillon) and Ersch and Gruber’s General Encyclopedia (by C.F. Bähr); a list of his works can be found in J.M. Quérard, Literary France (1829), including the contents of the volumes of The Philologist.
GAILLAC, a town of south-western France, capital of an arrondissement in the department of Tarn, on the right bank of the Tarn, 15 m. W. of Albi on the railway from that city to Toulouse. Pop. (1906) town, 5388; commune, 7535. The churches of St Michel and St Pierre, both dating from the 13th and 14th centuries, have little architectural importance. There are some interesting houses, one of which, the Maison Yversen, of the Renaissance, is remarkable for the rich carving of its doors. The public institutions include the sub-prefecture, a tribunal of first instance, and a communal college. Its industries include the manufacture of lime and wooden shoes, while dyeing, wood-sawing and flour-milling are also carried on; it has a considerable trade in grain, flour, vegetables, dried plums, anise, coriander, &c., and in wine, the white and red wines of the arrondissement having a high reputation. Gaillac grew up round the Benedictine abbey of St Michel, founded in the 10th century.
GAILLAC, is a town in south-western France, the capital of an arrondissement in the Tarn department, located on the right bank of the Tarn River, 15 miles west of Albi along the railway that connects to Toulouse. The population in 1906 was 5,388 for the town and 7,535 for the commune. The churches of St. Michel and St. Pierre, both from the 13th and 14th centuries, aren’t particularly architecturally significant. There are some notable houses, including the Maison Yversen from the Renaissance, known for its beautifully carved doors. Public institutions here include the sub-prefecture, a court of first instance, and a community college. The local industries involve the production of lime and wooden shoes, along with dyeing, wood-sawing, and flour milling; the town has a significant trade in grain, flour, vegetables, dried plums, anise, coriander, and wine, with both white and red wines from the area holding a strong reputation. Gaillac developed around the Benedictine abbey of St. Michel, which was established in the 10th century.
GAILLARD, GABRIEL HENRI (1726-1806), French historian, was born at Ostel, Picardy, in 1726. He was educated for the bar, but after finishing his studies adopted a literary career, ultimately devoting his chief attention to history. He was already a member of the Academy of Inscriptions and Belles-lettres (1760), when, after the publication of the three first volumes of his Histoire de la rivalité de la France et d’Angleterre, he was elected to the French Academy (1771); and when Napoleon created the Institute he was admitted into its third class (Académie française) in 1803. For forty years he was the intimate friend of Malesherbes, whose life (1805) he wrote. He died at St Firmin, near Chantilly, on the 13th of February 1806. Gaillard is painstaking and impartial in his statement of facts, 388 and his style is correct and elegant, but the unity of his narrative is somewhat destroyed by digressions, and by his method of treating war, politics, civil administration, and ecclesiastical affairs under separate heads. His most important work is his Histoire de la rivalité de la France et de l’Angleterre (in 11 vols., 1771-1777); and among his other works may be mentioned Essai de rhétorique française, à l’usage des jeunes demoiselles (1745), often reprinted, and in 1822 with a life of the author; Histoire de Marie de Bourgogne (1757); Histoire de François Ier (7 vols., 1776-1779); Histoire des grandes querelles entre Charles V. et François Ier (2 vols., 1777); Histoire de Charlemagne (2 vols., 1782); Histoire de la rivalité de la France et de l’Espagne (8 vols., 1801); Dictionnaire historique (6 vols., 1789-1804), making part of the Encyclopédie méthodique; and Mélanges littéraires, containing éloges on Charles V., Henry IV., Descartes, Corneille, La Fontaine, Malesherbes and others.
GAILLARD, GABRIEL HENRI (1726-1806), a French historian, was born in Ostel, Picardy, in 1726. He was initially trained for a legal career but chose to pursue literature after completing his studies, ultimately focusing primarily on history. He was already a member of the Academy of Inscriptions and Belles-lettres (1760) when he published the first three volumes of his Histoire de la rivalité de la France et d’Angleterre and was elected to the French Academy (1771). When Napoleon established the Institute, he was admitted into its third class (Académie française) in 1803. For forty years, he was a close friend of Malesherbes, whose life he wrote about (1805). He passed away at St Firmin, near Chantilly, on February 13, 1806. Gaillard was diligent and objective in presenting facts, 388 and his writing style is precise and elegant. However, the coherence of his narrative is somewhat disrupted by digressions and his approach of separating discussions of war, politics, civil administration, and ecclesiastical matters into distinct sections. His most significant work is Histoire de la rivalité de la France et de l’Angleterre (in 11 volumes, 1771-1777); among his other notable works are Essai de rhétorique française, à l’usage des jeunes demoiselles (1745), which has been frequently reprinted and was released in 1822 with a biography of the author; Histoire de Marie de Bourgogne (1757); Histoire de François Ier (7 volumes, 1776-1779); Histoire des grandes querelles entre Charles V. et François Ier (2 volumes, 1777); Histoire de Charlemagne (2 volumes, 1782); Histoire de la rivalité de la France et de l’Espagne (8 volumes, 1801); Dictionnaire historique (6 volumes, 1789-1804), which is part of the Encyclopédie méthodique; and Mélanges littéraires, featuring éloges on Charles V., Henry IV., Descartes, Corneille, La Fontaine, Malesherbes, and others.
GAINESVILLE, a city and the county-seat of Alachua county, Florida, U.S.A., about 70 m. S.W. of Jacksonville. Pop. (1890) 2790; (1900) 3633, of whom 1803 were negroes; (1905) 5413; (1910) 6183. Gainesville is served by the Atlantic Coast Line, the Seaboard Air Line, and the Tampa & Jacksonville railways, and is an important railway junction. It is the seat of the University of the State of Florida, established at Lake City in 1905 and removed to Gainesville in 1906. The university includes a school of language and literature, a general scientific school, a school of agriculture, a technological school, a school of pedagogy, a normal school, and an agricultural experiment station. In 1908 the university had 15 instructors and 103 students. The Florida Winter Bible Conference and Chautauqua is held here. Gainesville is well known as a winter resort, and its climate is especially beneficial to persons affected by pulmonary troubles. In the neighbourhood are the Alachua Sink, Payne’s Prairie, Newman’s Lake, the Devil’s Mill Hopper and other objects of interest. The surrounding country produces Sea Island cotton, melons, citrus and other fruits, vegetables and naval stores. About 15 m. W. of the city there is a rich phosphate mining district. The city has bottling works, and manufactures fertilizers, lumber, coffins, ice, &c. The municipality owns and operates the water-works; the water-supply comes from a spring 2 m. from the city, and the water closely resembles that of the Poland Springs in Maine. Gainesville is in the midst of the famous Seminole country. The first settlement was made here about 1850; and Gainesville, named in honour of General E.P. Gaines, was incorporated as a town in 1869, and was chartered as a city in 1907.
GAINESVILLE, is a city and the county seat of Alachua County, Florida, U.S.A., located about 70 miles southwest of Jacksonville. Population: (1890) 2,790; (1900) 3,633, of which 1,803 were African American; (1905) 5,413; (1910) 6,183. Gainesville is served by the Atlantic Coast Line, the Seaboard Air Line, and the Tampa & Jacksonville railways, making it an important railway junction. It is home to the University of the State of Florida, which was established in Lake City in 1905 and moved to Gainesville in 1906. The university includes a school of language and literature, a general scientific school, an agricultural school, a technological school, a pedagogy school, a normal school, and an agricultural experiment station. In 1908, the university had 15 instructors and 103 students. The Florida Winter Bible Conference and Chautauqua take place here. Gainesville is well-known as a winter resort, and its climate is especially good for people with lung problems. Nearby attractions include Alachua Sink, Payne’s Prairie, Newman’s Lake, Devil’s Mill Hopper, and other points of interest. The surrounding area grows Sea Island cotton, melons, citrus fruits, and other fruits, vegetables, and naval stores. About 15 miles west of the city, there is a rich phosphate mining area. The city has bottling plants and manufactures fertilizers, lumber, coffins, ice, etc. The municipality owns and operates the waterworks; the water supply comes from a spring 2 miles from the city and is similar to that of Poland Springs in Maine. Gainesville is located in the heart of the famous Seminole country. The first settlement was made here around 1850; Gainesville, named in honor of General E.P. Gaines, was incorporated as a town in 1869 and chartered as a city in 1907.
GAINESVILLE, a city and the county-seat of Cooke county, Texas, U.S.A., about 6 m. S. of the Red river, and about 60 m. N. of Fort Worth. Pop. (1890) 6594; (1900) 7874 (1201 negroes and 269 foreign-born); (1910) 7624. The city is served by the Gulf, Colorado & Santa Fé, and the Missouri, Kansas & Texas railways, and by an interurban electric railway. Gainesville is a trading centre and market for the surrounding country, in which cotton, grains, garden truck, fruit and alfalfa are grown and live-stock is raised; and a wholesale distributing point for the neighbouring region in Texas and Oklahoma. The city has cotton-compresses and cotton-gins, and among its manufactures are cotton-seed oil, flour, cement blocks, pressed bricks, canned goods, foundry products, waggon-beds and creamery products. Gainesville was settled about 1851, was incorporated in 1873, and was chartered as a city in 1879; it was named in honour of General Edmund Pendleton Gaines (1777-1849), who served with distinction in the War of 1812, becoming a brigadier-general in March 1814 and receiving the brevet of major-general and the thanks of Congress for his defence of Fort Erie in August 1814. Gaines took a prominent part in the operations against the Seminoles in Florida in 1817 (when he was in command of the Southern Military District) and in 1836 and during the Mexican War commanded the department of the South-West, with headquarters at New Orleans.
GAINESVILLE, is a city and the county seat of Cooke County, Texas, U.S.A., located about 6 miles south of the Red River and roughly 60 miles north of Fort Worth. Population: (1890) 6,594; (1900) 7,874 (1,201 Black residents and 269 foreign-born); (1910) 7,624. The city is served by the Gulf, Colorado & Santa Fe and the Missouri, Kansas & Texas railways, along with an interurban electric railway. Gainesville functions as a trading hub and market for the surrounding area, where cotton, grains, garden produce, fruits, and alfalfa are cultivated, and livestock is raised. It also acts as a wholesale distribution center for nearby regions in Texas and Oklahoma. The city has cotton compresses and cotton gins, and its manufacturing includes cottonseed oil, flour, cement blocks, pressed bricks, canned goods, foundry products, wagon beds, and creamery products. Gainesville was settled around 1851, incorporated in 1873, and chartered as a city in 1879. It was named in honor of General Edmund Pendleton Gaines (1777-1849), who served notably in the War of 1812, becoming a brigadier general in March 1814 and receiving the brevet of major general and Congress's thanks for his defense of Fort Erie in August 1814. Gaines played a key role in operations against the Seminoles in Florida in 1817 (when he was in command of the Southern Military District), and in 1836 during the Mexican War, he commanded the Department of the Southwest, with headquarters in New Orleans.
GAINSBOROUGH, THOMAS (1727-1788), English painter, one of the greatest masters of the English school in portraiture, and only less so in landscape, was born at Sudbury, Suffolk, in the spring of 1727. His father, who carried on the business of a woollen crape-maker in that town, was of a respectable character and family, and was noted for his skill in fencing; his mother excelled in flower-painting, and encouraged her son in the use of the pencil. There were nine children of the marriage, two of the painter’s brothers being of a very ingenious turn.
GAINSBOROUGH, THOMAS (1727-1788), English painter, one of the greatest masters of English portraiture, and nearly as skilled in landscape painting, was born in Sudbury, Suffolk, in the spring of 1727. His father, who ran a woollen crape-making business in that town, was a respected man and known for his fencing skills; his mother was talented in flower painting and encouraged her son to draw. The couple had nine children, two of whom were particularly creative.
At ten years old, Gainsborough “had sketched every fine tree and picturesque cottage near Sudbury,” and at fourteen, having filled his task-books with caricatures of his schoolmaster, and sketched the portrait of a man whom he had detected on the watch for robbing his father’s orchard, he was allowed to follow the bent of his genius in London, with some instruction in etching from Gravelot, and under such advantages as Hayman, the historical painter, and the academy in St Martin’s Lane could afford. Three years of study in the metropolis, where he did some modelling and a few landscapes, were succeeded by two years in the country. Here he fell in love with Margaret Burr, a young lady of many charms, including an annuity of £200, married her after painting her portrait, and a short courtship, and, at the age of twenty, became a householder in Ipswich, his rent being £6 a year. The annuity was reported to come from Margaret’s real (not her putative) father, who was one of the exiled Stuart princes or else the duke of Bedford. She was sister of a young man employed by Gainsborough’s father as a traveller. At Ipswich, Gainsborough tells us, he was “chiefly in the face-way”; his sitters were not so numerous as to prevent him from often rambling with his friend Joshua Kirby (president of the Society of Artists) on the banks of the Orwell, from painting many landscapes with an attention to details which his later works never exhibited, or from joining a musical club and entertaining himself and his fellow-townsmen by giving concerts. As he advanced in years he became ambitious of advancing in reputation. Bath was then the general resort of wealth and fashion, and to that city, towards the close of the year 1759, he removed with his wife and two daughters, the only issue of their marriage. His studio in the circus was soon thronged with visitors; he gradually raised his price for a half-length portrait from 5 to 40 guineas, and for a whole-length from 8 to 100 guineas; and he rapidly developed beyond the comparatively plain and humdrum quality of his Ipswich paintings. Among his sitters at this period were the authors Sterne and Richardson, and the actors Quin, Henderson and Garrick. Meanwhile he contributed both portraits and landscapes to the annual exhibitions in London. He indulged his taste for music by learning to play the viol-di-gamba, the harp, the hautboy, the violoncello. His house harboured Italian, German, French and English musicians. He haunted the green-room of Palmer’s theatre, and painted gratuitously the portraits of many of the actors: he constantly gave away his sketches and landscapes. In the summer of 1774, having already attained a position of great prosperity, he took his departure for London, and fixed his residence at Schomberg House, Pall Mall, a noble mansion still standing, for a part of which the artist paid £300 a year.
At the age of ten, Gainsborough “had sketched every beautiful tree and charming cottage near Sudbury,” and by fourteen, after filling his sketchbooks with caricatures of his teacher and drawing the portrait of a man he caught trying to steal from his father’s orchard, he was allowed to pursue his artistic talent in London. He received some etching instruction from Gravelot, and benefited from the opportunities provided by Hayman, the historical painter, and the academy in St Martin’s Lane. After three years of studying in the city, where he did some modeling and a few landscapes, he spent two years in the countryside. There, he fell in love with Margaret Burr, a young woman with many charms, including an annuity of £200. He married her after painting her portrait and a brief courtship, and at twenty, he became a homeowner in Ipswich, paying £6 a year in rent. It was rumored that the annuity came from Margaret’s real (not her supposed) father, who was either one of the exiled Stuart princes or the Duke of Bedford. She was the sister of a young man who worked as a traveler for Gainsborough’s father. In Ipswich, Gainsborough stated that he was “mainly focused on portraits”; his sitters weren't so numerous that he couldn’t often wander with his friend Joshua Kirby (president of the Society of Artists) along the banks of the Orwell, paint many landscapes with a level of detail that never appeared in his later works, or join a musical club to entertain himself and his fellow townspeople with concerts. As he got older, he became eager to enhance his reputation. Bath was the popular destination for the wealthy and fashionable at the time, so towards the end of 1759, he moved there with his wife and two daughters, the only children from their marriage. His studio in the circus quickly became crowded with visitors; he gradually increased his rates for a half-length portrait from 5 to 40 guineas, and for a full-length from 8 to 100 guineas. He quickly evolved beyond the relatively simple style of his Ipswich paintings. Among his sitters during this time were authors Sterne and Richardson, as well as actors Quin, Henderson, and Garrick. He also contributed both portraits and landscapes to the annual exhibitions in London. He indulged his love of music by learning to play the viol-di-gamba, harp, oboe, and cello. His home hosted musicians from Italy, Germany, France, and England. He frequented the green-room of Palmer’s theatre and painted portraits of many actors for free, often giving away his sketches and landscapes. In the summer of 1774, having achieved considerable success, he left for London and settled in Schomberg House on Pall Mall, a grand mansion still standing today, for which he paid £300 a year.
Gainsborough had not been many months in London ere he received a summons to the palace, and to the end of his career he divided with West the favour of the court, and with Reynolds the favour of the town. Sheridan, Burke, Johnson, Franklin, Canning, Lady Mary Wortley Montagu, Mrs Siddons, Clive, Blackstone, Hurd, were among the number of those who sat to him. But in London as in Bath his landscapes were exhibited, were commended, and were year after year returned to him, “till they stood,” says Sir William Beechey, “ranged in long lines from his hall to his painting-room.” Gainsborough was a member of the Royal Academy, one of the original 36 elected in 1768; but in 1784, being dissatisfied with the position assigned on the exhibition walls to his portrait of the three princesses, he withdrew that and his other pictures, and he never afterwards exhibited there. Even before this he had taken no part in the business of the Institution. After seceding he got up an exhibition in his own house, not successfully. In February 1788, while witnessing the trial of Warren Hastings, he felt an extraordinary chill at the back of his neck; this was the beginning of a cancer 389 (or, as some say, a malignant wen) which proved fatal on the 2nd of August of the same year. He lies buried at Kew.
Gainsborough hadn’t been in London for long before he got a call to the palace, and for the rest of his career, he shared the court's favor with West and the town's favor with Reynolds. Sheridan, Burke, Johnson, Franklin, Canning, Lady Mary Wortley Montagu, Mrs. Siddons, Clive, Blackstone, and Hurd were among those who posed for him. But in London, just like in Bath, his landscapes were displayed, praised, and returned to him year after year, “until they stood,” as Sir William Beechey noted, “lined up from his hall to his painting room.” Gainsborough was a member of the Royal Academy, one of the original 36 elected in 1768; however, in 1784, unhappy with where his portrait of the three princesses was placed on the exhibition walls, he pulled that and his other paintings, and he never showed there again. Even before this, he hadn’t participated in the Institution's activities. After leaving, he organized an exhibition in his own home, but it wasn’t successful. In February 1788, while watching the trial of Warren Hastings, he felt an unusual chill at the back of his neck; this was the start of a cancer (or, as some say, a malignant wen) that ultimately proved fatal on August 2nd of the same year. He is buried at Kew.
Gainsborough was tall, fair and handsome, generous, impulsive to the point of capriciousness, easily irritated, not of bookish likings, a lively talker, good at repartee. He was a most thorough embodiment of the artistic temperament; delighting in nature and “the look of things,” insatiable in working, fond of music and the theatre hardly less than of painting—a warm, rich personality, to whom severe principle was perhaps as foreign as deliberate wrong-doing. The property which he left at his death was not large. One of his daughters, Mary, had married the musician Fischer contrary to his wishes, and was subject to fits of mental aberration. The other daughter, Margaret, died unmarried. Mrs Gainsborough, an extremely sweet-tempered woman, survived her husband ten years. There is a pretty anecdote that Gainsborough, if he ever had a tiff with her, would write a pacifying note, confiding it to his dog Fox, who delivered it to the lady’s pet spaniel Tristram. The note was worded as in the person of Fox to Tristram, and Mrs Gainsborough replied in the best of humours, as from Tristram to Fox.
Gainsborough was tall, fair, and good-looking, generous, and impulsive to the point of being unpredictable, easily annoyed, not really into books, a lively conversationalist, and quick with witty comebacks. He was a true representation of the artistic temperament; he loved nature and “the look of things,” was never satisfied with his work, and enjoyed music and the theater nearly as much as painting—a warm, vibrant personality, for whom strict principles were probably as foreign as intentional wrongdoing. The property he left behind after his death wasn’t substantial. One of his daughters, Mary, married the musician Fischer against his wishes and struggled with mental health issues. The other daughter, Margaret, died single. Mrs. Gainsborough, an extremely sweet-natured woman, outlived her husband by ten years. There’s a charming story that if Gainsborough ever had a disagreement with her, he would write a note to apologize, giving it to his dog Fox to deliver to his wife's pet spaniel Tristram. The note was phrased as if it were from Fox to Tristram, and Mrs. Gainsborough would respond in good spirits as if it were from Tristram to Fox.
Gainsborough and Reynolds rank side by side as the greatest portrait-painters of the English school. They were at variance; but Gainsborough on his death-bed sought and obtained a reconciliation. It is difficult to say which stands the higher of the two, although Reynolds may claim to have worked with a nearer approach to even and demonstrable excellence. In grace, spirit, and lightness of insight and of touch, Gainsborough is peculiarly eminent. His handling was slight for the most part, and somewhat arbitrary, but in a high degree masterly; and his landscapes and rustic compositions are not less gifted than his portraits. Among his finest works are portraits of “Lady Ligonier,” “Georgiana, duchess of Devonshire,” “Master Buttall (the Blue Boy),” now in Grosvenor House, “Mrs Sheridan and Mrs Tickell,” “Orpin, the parish clerk” (National Gallery), “the Hon. Mrs Graham” (Scottish National Gallery), his own portrait (Royal Academy), “Mrs Siddons” (National Gallery); also “the Cottage Door,” “the Market Cart,” “the Return from Harvest,” “the Woodman and his Dog in a Storm” (destroyed by fire), and “Waggon and Horses passing a Brook” (National Gallery—this was a favourite with its painter). He made a vast number of drawings and sketches.
Gainsborough and Reynolds are considered the greatest portrait painters of the English school. They had their disagreements, but Gainsborough sought and achieved reconciliation on his deathbed. It’s hard to determine who ranks higher, although Reynolds might have a slight edge in consistent quality. Gainsborough is particularly remarkable for his grace, spirit, and lightness in both insight and technique. His style was mostly light and somewhat unpredictable, yet highly skilled; his landscapes and rustic scenes are just as talented as his portraits. Some of his best works include portraits of “Lady Ligonier,” “Georgiana, Duchess of Devonshire,” “Master Buttall (the Blue Boy)” now in Grosvenor House, “Mrs. Sheridan and Mrs. Tickell,” “Orpin, the parish clerk” (National Gallery), “the Hon. Mrs. Graham” (Scottish National Gallery), his own portrait (Royal Academy), “Mrs. Siddons” (National Gallery); also “the Cottage Door,” “the Market Cart,” “the Return from Harvest,” “the Woodman and his Dog in a Storm” (destroyed by fire), and “Waggon and Horses Passing a Brook” (National Gallery—this was a favorite of the artist). He created a large number of drawings and sketches.
A few observations may be added: (1) as to individual works by Gainsborough, and (2) as to his general characteristics as a painter.
A few observations can be added: (1) about individual works by Gainsborough, and (2) about his overall characteristics as a painter.
Two of his first portraits, executed when he was settled at Ipswich, were separate likenesses of Mr and Mrs Hingeston. His first great hit was made at Bath with a portrait of Lord Nugent. With a likeness of Mr Poyntz, 1762, we find a decided advance in artistic type, and his style became fixed towards 1768. The date of the “Blue Boy” is somewhat uncertain: most accounts name 1779, but perhaps 1770 is nearer the mark. This point is not without interest for dilettanti; because it is said that Gainsborough painted the picture with a view to confuting a dictum of Reynolds, to the effect that blue was a colour unsuitable for the main light of a work. But, if the picture was produced before 1778, the date of Reynolds’s dictum, this long-cherished and often-repeated tradition must be given up. A full-length of the duke of Norfolk was perhaps the latest work to which Gainsborough set his hand. His portrait of Elizabeth, duchess of Devonshire, famous for its long disappearance, has aroused much controversy; whether this painting, produced not long after Gainsborough had settled in London, and termed “the Duchess of Devonshire,” does really represent that lady, is by no means certain. It was mysteriously stolen in 1876 in London immediately after it had been purchased by Messrs Agnew at the Wynn Ellis sale at a huge price, and a long time elapsed before it was retraced. The picture was taken to New York, and eventually to Chicago; and in April 1901, through the agency of a man named Pat Sheedy, it was given up to the American detectives working for Messrs Agnew; it was then sold to Mr Pierpont Morgan.
Two of his earliest portraits, done while he was living in Ipswich, were separate likenesses of Mr. and Mrs. Hingeston. His first major success was at Bath with a portrait of Lord Nugent. With a portrait of Mr. Poyntz from 1762, we see a clear advancement in his artistic style, which became more established around 1768. The date of the "Blue Boy" is somewhat unclear: most sources say 1779, but it might actually be closer to 1770. This timing is interesting for art lovers; it's said that Gainsborough painted the piece to counter a statement by Reynolds that blue was an unsuitable color for the main light in a painting. However, if the portrait was created before 1778, when Reynolds made his statement, then this long-held belief needs to be reconsidered. A full-length portrait of the Duke of Norfolk was probably the last piece Gainsborough worked on. His painting of Elizabeth, Duchess of Devonshire, which is famous for its long absence, has sparked much debate; it’s still uncertain whether this artwork, created shortly after Gainsborough moved to London and known as "the Duchess of Devonshire," truly depicts her. It was mysteriously stolen in 1876 in London right after being bought by Messrs Agnew at the Wynn Ellis sale for a huge sum, and it took a long time to recover. The painting went to New York and eventually to Chicago; in April 1901, a man named Pat Sheedy returned it to the American detectives working for Messrs Agnew, and it was then sold to Mr. Pierpont Morgan.
Gainsborough’s total output of paintings exceeded 300, including 220 portraits: he also etched at least 18 plates, and 3 in aquatint. At the date of his death 56 paintings remained on hand: these, along with 148 drawings, were then exhibited. In his earlier days he made a practice of copying works by Vandyck (the object of his more special admiration), Titian, Rubens, Teniers, Hobbema, Claude and some others, but not in a spirit of servile reproduction.
Gainsborough created over 300 paintings, including 220 portraits. He also made at least 18 etchings and 3 aquatints. By the time he died, there were 56 paintings left, which, along with 148 drawings, were later exhibited. In his early years, he often copied works by Vandyck (who he admired the most), Titian, Rubens, Teniers, Hobbema, Claude, and a few others, but he didn’t do it just to replicate them blindly.
Gainsborough was pre-eminent in that very essential element of portraiture—truthful likeness. In process of time he advanced in the rendering of immediate expression, while he somewhat receded in general character. He always made his sitters look pleasant, and, after a while, distinguished. Unity of impression is one of the most marked qualities in his work; he seems to have seen his subject as an integer, and he wrought at the various parts of it together, every touch (and very wilful some of his touches look) tending towards the foreseen result. He painted with arrowy speed, more especially in his later years. For portraits he used at times brushes upon sticks 6 ft. long; there was but little light in his painting-room, and he often worked in the evenings. He kept his landscape work distinct from his portraiture, not ever adding to the latter a fully realized landscape background; his views he never signed or dated—his likenesses only once or twice. His skies are constantly cloudy, the country represented is rough and broken; the scenes are of a pastoral kind, with an effect generally of coming rain, or else of calm sun-setting. The prevalent feeling of his landscapes is somewhat sad, and to children, whether in subject-groups or in portraits, he mostly lent an expression rather plaintive than mirthful. It should be acknowledged that, whether in portraiture or in landscape, the painter’s mannerisms of execution increased in process of time—patchings of the brush, tufty foliage, &c.; some of his portraits are hurried and flimsy, with a minimum of solid content, though not other than artistic in feeling. Here are a few of his axioms:—“What makes the difference between man and man is real performance, and not genius or conception.” “I don’t think it would be more ridiculous for a person to put his nose close to the canvas and say the colours smelt offensive than to say how rough the paint lies, for one is just as material as the other with regard to hurting the effect and drawing of a picture.” “The eye is the only perspective-master needed by a landscape-painter.”
Gainsborough was a leader in that crucial aspect of portraiture—accurate likeness. Over time, he got better at capturing immediate expression, while his overall character slightly declined. He always made his sitters appear pleasant and, eventually, distinguished. A strong sense of unity is one of the most noticeable features of his work; he seemed to see his subject as a whole and created it by working on different parts together, with every brushstroke (many of which seem quite intentional) aiming towards the intended result. He painted with incredible speed, especially in his later years. For portraits, he sometimes used brushes on sticks measuring 6 ft. long; there was limited light in his studio, and he often worked in the evenings. He kept his landscape work separate from his portraits, never adding a fully developed landscape background to the latter; he never signed or dated his landscapes—only his likenesses occasionally. His skies are often cloudy, and the countryside he depicted is rugged and uneven; the scenes have a pastoral quality, typically conveying a sense of impending rain or a calm sunset. The overall mood of his landscapes feels somewhat melancholic, and he mostly gave children, whether in subject groups or portraits, a more sorrowful expression rather than a cheerful one. It’s worth noting that, whether in portraits or landscapes, the painter’s stylistic quirks became more pronounced over time—such as brushy patches and fluffy foliage; some of his portraits appear rushed and insubstantial, with little solid content, although they still feel artistic. Here are a few of his principles:—“What really sets people apart is actual performance, not genius or ideas.” “I don’t think it’s any more absurd for someone to get close to the canvas and say the colors smell bad than to say how rough the paint feels, as both equally affect the picture’s overall effect.” “The eye is the only perspective guide needed by a landscape painter.”
Authorities.—In 1788 Philip Thicknesse, Lieutenant-Governor of Landguard Fort, Ipswich, who had been active in promoting the artist’s fortunes at starting, published A Sketch of the Life and Paintings of Thomas Gainsborough. He had quarrelled with the painter at Bath, partly because the latter had undertaken to do a portrait of him as a gift, and then neglected the work, and finally, in a huff, bundled it off only half done. The crucial question here is whether or not Gainsborough was reasonably pledged to perform any such gratuitous work, and this point has been contested. Thicknesse’s book is in part adverse to Gainsborough, and more particularly so to his wife. Reynolds’s “Lecture” on Gainsborough, replete with critical insight, should never be lost sight of as a leading document. In 1856 a heedfully compiled Life of Thomas Gainsborough was brought out by T.W. Fulcher. This was the first substantial work about him subsequent to Allan Cunningham’s lively account (1829) in his Lives of the Painters. Of late years a great deal has been written, mainly but not by any means exclusively from the critical or technical point of view:—Sir Walter Armstrong (two works, 1896 and 1898); Mrs Arthur Bell (1902); Sir W.M. Conway, Artistic Development of Reynolds and Gainsborough (1886); Lord Ronald Sutherland Gower (1903); G.M. Brock-Arnold (1881). G. Pauli has brought out an illustrated work in Germany (1904) under the title Gainsborough.
Authorities.—In 1788, Philip Thicknesse, the Lieutenant-Governor of Landguard Fort in Ipswich, who had played a significant role in helping the artist at the beginning of his career, published A Sketch of the Life and Paintings of Thomas Gainsborough. He had a falling out with the painter in Bath, partly because Gainsborough had promised to create a portrait of him as a gift but then neglected to complete it, ultimately sending it back only halfway finished. The key question here is whether Gainsborough was reasonably obligated to carry out any such unpaid work, and this has been a matter of debate. Thicknesse's book is somewhat critical of Gainsborough, and particularly of his wife. Reynolds's “Lecture” on Gainsborough, filled with insightful criticism, should always be recognized as a key document. In 1856, a carefully put together Life of Thomas Gainsborough was released by T.W. Fulcher. This was the first significant work about him following Allan Cunningham’s engaging account (1829) in his Lives of the Painters. In recent years, a lot has been written about Gainsborough, mainly from critical or technical perspectives: Sir Walter Armstrong (two works, 1896 and 1898); Mrs. Arthur Bell (1902); Sir W.M. Conway, Artistic Development of Reynolds and Gainsborough (1886); Lord Ronald Sutherland Gower (1903); G.M. Brock-Arnold (1881). G. Pauli published an illustrated work in Germany (1904) titled Gainsborough.
GAINSBOROUGH, a market town in the W. Lindsey or Gainsborough parliamentary division of Lincolnshire, England; on the right (E.) bank of the Trent. Pop. of urban district (1901) 17,660. It is served by the Lincoln-Doncaster joint line of the Great Northern and Great Eastern railways, by which it is 16 m. N.W. of Lincoln, and by the Great Central railway. The parish church of All Saints is classic of the 18th century, excepting the Perpendicular tower. The two other parish churches are modern. The Old Hall, of the 15th century, enlarged in the 16th, is a picturesque building, forming three sides of a quadrangle, partially timber-framed, but having a beautiful oriel window and other parts of stone. There is also 390 a Tudor tower of brick. A literary and scientific institute occupy part of the building. Gainsborough possesses a grammar school (founded in 1589 by a charter of Queen Elizabeth) and other schools, town-hall, county court-house, Albert Hall and Church of England Institute. There is a large carrying trade by water on the Trent and neighbouring canals. Shipbuilding and iron-founding are carried on, and there are manufactures of linseed cake, and agricultural and other machinery.
GAINSBOROUGH, is a market town in the W. Lindsey or Gainsborough parliamentary division of Lincolnshire, England, located on the right (E.) bank of the Trent. The population of the urban district was 17,660 in 1901. It is served by the Lincoln-Doncaster joint line of the Great Northern and Great Eastern railways, making it 16 miles N.W. of Lincoln, as well as by the Great Central railway. The parish church of All Saints is an 18th-century classic, except for the Perpendicular tower. The two other parish churches are modern. The Old Hall, dating back to the 15th century and expanded in the 16th, is a picturesque building that forms three sides of a quadrangle, partially timber-framed, featuring a beautiful oriel window and other stone elements. There is also 390 a Tudor tower made of brick. A literary and scientific institute occupies part of the building. Gainsborough has a grammar school (founded in 1589 by a charter from Queen Elizabeth) and other schools, a town hall, county court house, Albert Hall, and Church of England Institute. There is a significant waterborne trade on the Trent and surrounding canals. Shipbuilding and iron founding are active, and there are manufacturing operations for linseed cake, agricultural equipment, and other machinery.
Gainsborough (Gegnesburh) was probably inhabited by the Saxons on account of the fishing in the Trent. The Saxon Chronicle states that in 1013 the Danish king Sweyn landed here and subjugated the inhabitants. Gainsborough, though not a chartered borough, was probably one by prescription, for mention is made of burghal tenure in 1280. The privilege of the return of writs was conferred on the lord of the manor, Aymer de Valence, earl of Pembroke, in 1323, and confirmed to Ralph de Percy in 1383. Mention is made in 1204 of a Wednesday market, but there is no extant grant before 1258, when Henry III. granted a Tuesday market to William de Valence, earl of Pembroke, who also obtained from Edward I. in 1291 licence for an annual fair on All Saints’ Day, and the seven preceding and eight following days. In 1243 Henry III. granted to John Talbot licence for a yearly fair on the eve, day and morrow of St James the Apostle. Queen Elizabeth in 1592 granted to Thomas Lord Burgh two fairs, to begin on Easter Monday and on the 9th of October, each lasting three days. Charles I. in 1635-1636 extended the duration of each to nine days. The Tuesday market is still held, and the fair days are Tuesday and Wednesday in Easter-week, and the Tuesday and Wednesday after the 20th of October.
Gainsborough (Gegnesburh) was likely settled by the Saxons due to the fishing in the Trent. The Saxon Chronicle mentions that in 1013, the Danish king Sweyn arrived here and conquered the locals. Although Gainsborough wasn’t officially a borough, it probably functioned as one by tradition, since there is a reference to burghal tenure in 1280. The privilege to return writs was granted to the lord of the manor, Aymer de Valence, Earl of Pembroke, in 1323, and later confirmed to Ralph de Percy in 1383. In 1204, a Wednesday market was noted, but the first official grant isn’t recorded until 1258, when Henry III. allowed a Tuesday market for William de Valence, Earl of Pembroke. Edward I. also granted him permission in 1291 for an annual fair on All Saints’ Day, along with the seven days before it and eight days after. In 1243, Henry III. gave John Talbot permission for a yearly fair on the eve, day, and day after St. James the Apostle. Queen Elizabeth granted Thomas Lord Burgh two fairs in 1592 that started on Easter Monday and October 9th, each lasting three days. Charles I. extended each of these to nine days in 1635-1636. The Tuesday market is still held, and the fair days are Tuesday and Wednesday during Easter week, as well as the Tuesday and Wednesday after October 20th.
See Adam Stark, History and Antiquities of Gainsburgh (London, 1843).
See Adam Stark, History and Antiquities of Gainsburgh (London, 1843).
GAIRDNER, JAMES (1828- ), English historian, son of John Gairdner, M.D., was born in Edinburgh on the 22nd of March 1828. Educated in his native city, he entered the Public Record Office in London in 1846, becoming assistant keeper of the public records (1859-1893). Gairdner’s valuable and painstaking contributions to English history relate chiefly to the reigns of Richard III., Henry VII. and Henry VIII. For the “Rolls Series” he edited Letters and Papers illustrative of the Reigns of Richard III. and Henry VII. (London, 1861-1863), and Memorials of Henry VII. (London, 1858); and he succeeded J.S. Brewer in editing the Letters and Papers, foreign and domestic, of the reign of Henry VIII. (London, 1862-1905). He brought out the best edition of the Paston Letters (London, 1872-1875, and again 1896), for which he wrote a valuable introduction; and for the Camden Society he edited the Historical collections of a Citizen of London (London, 1876), and Three 15th-century Chronicles (London, 1880). His other works include excellent monographs on Richard III. (London, 1878, new and enlarged edition, Cambridge, 1898), and on Henry VII. (London, 1889, and subsequently); The Houses of Lancaster and York (London, 1874, and other editions); The English Church in the 16th century (London, 1902); Lollardy and the Reformation in England (1908); and contributions to the Encyclopaedia Britannica, the Dictionary of National Biography, the Cambridge Modern History, and the English Historical Review. Gairdner received the honorary degree of LL.D. from the university of Edinburgh in 1897, and was made a C.B. in 1900.
GAIRDNER, JAMES (1828- ), English historian, son of John Gairdner, M.D., was born in Edinburgh on March 22, 1828. He was educated in his hometown and joined the Public Record Office in London in 1846, becoming the assistant keeper of public records from 1859 to 1893. Gairdner’s important and diligent contributions to English history mainly focus on the reigns of Richard III, Henry VII, and Henry VIII. For the “Rolls Series,” he edited Letters and Papers Illustrative of the Reigns of Richard III and Henry VII (London, 1861-1863) and Memorials of Henry VII (London, 1858); he took over from J.S. Brewer to edit the Letters and Papers, both foreign and domestic, of Henry VIII's reign (London, 1862-1905). He published the best edition of the Paston Letters (London, 1872-1875, and again in 1896), for which he wrote a valuable introduction; he also edited the Historical Collections of a Citizen of London (London, 1876) and Three 15th-Century Chronicles (London, 1880) for the Camden Society. His other works include outstanding monographs on Richard III (London, 1878, new and expanded edition, Cambridge, 1898) and Henry VII (London, 1889, and later editions); The Houses of Lancaster and York (London, 1874, and other editions); The English Church in the 16th Century (London, 1902); Lollardy and the Reformation in England (1908); as well as contributions to the Encyclopaedia Britannica, the Dictionary of National Biography, the Cambridge Modern History, and the English Historical Review. Gairdner was awarded the honorary degree of LL.D. from the University of Edinburgh in 1897 and was appointed a C.B. in 1900.
GAIRLOCH (Gaelic geàrr, short), a sea loch, village and parish in the west of the county of Ross and Cromarty, Scotland. Pop. of parish (1901) 3797. The parish covers a large district on the coast, and stretches inland beyond the farther banks of Loch Maree, the whole of which lies within its bounds. It also includes the islands of Dry and Horisdale in the loch, and Ewe in Loch Ewe, and occupies a total area of 200,646 acres. The place and loch must not be confounded with Gareloch in Dumbartonshire. Formerly an appanage of the earldom of Ross, Gairloch has belonged to the Mackenzies since the end of the 15th century. Flowerdale, an 18th-century house in the pretty little glen of the same name, lying close to the village, is the chief seat of the Gairloch branch of the clan Mackenzie. William Ross (1762-1790), the Gaelic poet, who was schoolmaster of Gairloch, of which his mother was a native, was buried in the old kirkyard, where a monument commemorates him.
GAIRLOCH (Gaelic geàrr, short), is a sea loch, village, and parish located in the west of Ross and Cromarty, Scotland. The parish had a population of 3,797 in 1901. It covers a large coastal area and extends inland beyond the banks of Loch Maree, all of which is within its boundaries. The parish also includes the islands of Dry and Horisdale in the loch, as well as Ewe in Loch Ewe, and spans a total area of 200,646 acres. This place and loch should not be confused with Gareloch in Dumbartonshire. Once part of the earldom of Ross, Gairloch has been under the ownership of the Mackenzies since the late 15th century. Flowerdale, an 18th-century house situated in the charming glen of the same name near the village, is the main residence of the Gairloch branch of the Mackenzie clan. William Ross (1762-1790), a Gaelic poet and schoolmaster of Gairloch whose mother was a local, was laid to rest in the old kirkyard, where a monument honors him.
GAISERIC, or Genseric (c. 390-477), king of the Vandals, was a son of King Godegisel (d. 406), and was born about 390. Though lame and only of moderate stature, he won renown as a warrior, and became king on the death of his brother Gonderic in 428. In 428 or 429 he led a great host of Vandals from Spain into Roman Africa, and took possession of Mauretania. This step is said to have been taken at the instigation of Boniface, the Roman general in Africa; if true, Boniface soon repented of his action, and was found resisting the Vandals and defending Hippo Regius against them. At the end of fourteen months Gaiseric raised the siege of Hippo; but Boniface was forced to fly to Italy, and the city afterwards fell into the hands of the Vandals. Having pillaged and conquered almost the whole of Roman Africa, the Vandal king concluded a treaty with the emperor Valentinian III. in 435, by which he was allowed to retain his conquests; this peace, however, did not last long, and in October 439 he captured Carthage, which he made the capital of his kingdom. According to some authorities Gaiseric at this time first actually assumed the title of king. In religious matters he was an Arian, and persecuted the members of the orthodox church in Africa, although his religious policy varied with his relations to the Roman empire. Turning his attention in another direction he built a fleet, and the ravages of the Vandals soon made them known and feared along the shores of the Mediterranean. “Let us make,” said Gaiseric, “for the dwellings of the men with whom God is angry,” and he left the conduct of his marauding ships to wind and wave. In 455, however, he led an expedition to Rome, stormed the city, which for fourteen days his troops were permitted to plunder, and then returned to Africa laden with spoil. He also carried with him many captives, including the empress Eudoxia, who is said to have invited the Vandals into Italy. The Romans made two attempts to avenge themselves, one by the Western emperor, Majorianus, in 460, and the other by the Eastern emperor, Leo I., eight years later; but both enterprises failed, owing principally to the genius of Gaiseric. Continuing his course on the sea the king brought Sicily, Sardinia, Corsica and the Balearic Islands under his rule, and even extended his conquests into Thrace, Egypt and Asia Minor. Having made peace with the eastern emperor Zeno in 476, he died on the 25th of January 477. Gaiseric was a cruel and cunning man, possessing great military talents and superior mental gifts. Though the effect of his victories was afterwards neutralized by the successes of Belisarius, his name long remained the glory of the Vandals. The name Gaiseric is said to be derived from gais, a javelin, and reiks, a king.
GAISERIC, or Genseric (c. 390-477), king of the Vandals, was the son of King Godegisel (d. 406) and was born around 390. Despite being lame and of average height, he gained fame as a warrior and became king after the death of his brother Gonderic in 428. In 428 or 429, he led a large group of Vandals from Spain into Roman Africa and took control of Mauretania. This move was allegedly encouraged by Boniface, the Roman general in Africa; if true, Boniface soon regretted his decision and found himself resisting the Vandals while defending Hippo Regius. After fourteen months, Gaiseric lifted the siege of Hippo, but Boniface had to flee to Italy, and the city eventually fell to the Vandals. After plundering and conquering nearly all of Roman Africa, Gaiseric signed a treaty with Emperor Valentinian III in 435, allowing him to keep his conquests; however, this peace didn’t last long. In October 439, he captured Carthage and made it the capital of his kingdom. Some sources say that this was when Gaiseric first formally took the title of king. In terms of religion, he was an Arian and persecuted members of the orthodox church in Africa, although his religious policies shifted based on his relationship with the Roman Empire. Shifting focus, he built a fleet, and the destructive raids of the Vandals soon made them notorious along the Mediterranean coast. “Let us attack,” said Gaiseric, “the homes of those whom God has angered,” and he sent his marauding ships to sail with the wind. In 455, he led an expedition to Rome, stormed the city, and allowed his troops to plunder it for fourteen days before returning to Africa with a wealth of loot. He also captured many people, including Empress Eudoxia, who is said to have invited the Vandals into Italy. The Romans attempted to seek revenge twice, once under the Western emperor Majorianus in 460 and again under the Eastern emperor Leo I eight years later; however, both attempts failed primarily due to Gaiseric's skill. Continuing his maritime campaigns, the king brought Sicily, Sardinia, Corsica, and the Balearic Islands under his control, even extending his conquests into Thrace, Egypt, and Asia Minor. After making peace with the Eastern Emperor Zeno in 476, he died on January 25, 477. Gaiseric was a cruel and cunning individual, gifted with exceptional military skills and intelligence. Although Belisarius later negated the impact of his victories, Gaiseric's name long remained a source of pride for the Vandals. The name Gaiseric is said to derive from gais, meaning javelin, and reiks, meaning king.
See Vandals; also T. Hodgkin, Italy and her Invaders, vol. ii. (London, 1892); E. Gibbon, Decline and Fall of the Roman Empire (ed. J.B. Bury, 1896-1900); L. Schmidt, Geschichte der Vandalen (Leipzig, 1901); and F. Martroye, Genseric; La Conquête vandale en Afrique (Paris, 1907).
See Vandals; also T. Hodgkin, Italy and her Invaders, vol. ii. (London, 1892); E. Gibbon, Decline and Fall of the Roman Empire (ed. J.B. Bury, 1896-1900); L. Schmidt, Geschichte der Vandalen (Leipzig, 1901); and F. Martroye, Genseric; La Conquête vandale en Afrique (Paris, 1907).
GAISFORD, THOMAS (1779-1855), English classical scholar, was born at Iford, Wiltshire, on the 22nd of December 1779. Proceeding to Oxford in 1797, he became successively student and tutor of Christ Church, and was in 1811 appointed regius professor of Greek in the university. Taking orders, he held (1815-1847) the college living of Westwell, in Oxfordshire, and other ecclesiastical preferments simultaneously with his professorship. From 1831 until his death on the 2nd of June 1855, he was dean of Christ Church. As curator of the Bodleian and principal delegate of the University Press he was instrumental in securing the co-operation of distinguished European scholars as collators, notably Bekker and Dindorf. Among his numerous contributions to Greek literature may be mentioned, Hephaestion’s Encheiridion (1810); Poëtae Graeci minores (1814-1820); Stobaeus’ Florilegium (1822); Herodotus, with variorum notes (1824); Suidas’ Lexicon (1834); Etymologicon magnum (1848); Eusebius’s Praeparatio (1843) and Demonstratio evangelica (1852). In 1856 the Gaisford prizes, for Greek composition, were founded at Oxford to perpetuate his memory.
GAISFORD, THOMAS (1779-1855), an English classical scholar, was born in Iford, Wiltshire, on December 22, 1779. He went to Oxford in 1797, where he became a student and later a tutor at Christ Church. In 1811, he was appointed the regius professor of Greek at the university. After taking holy orders, he held the college living of Westwell in Oxfordshire from 1815 to 1847, along with other church positions while also serving as a professor. From 1831 until his death on June 2, 1855, he was the dean of Christ Church. As the curator of the Bodleian Library and the principal delegate of the University Press, he played a key role in bringing together prominent European scholars as collators, including Bekker and Dindorf. Some of his many contributions to Greek literature include Hephaestion’s Encheiridion (1810); Poëtae Graeci minores (1814-1820); Stobaeus’ Florilegium (1822); Herodotus, with various notes (1824); Suidas’ Lexicon (1834); Etymologicon magnum (1848); Eusebius’s Praeparatio (1843) and Demonstratio evangelica (1852). In 1856, the Gaisford prizes for Greek composition were established at Oxford to honor his memory.
GAIUS, a celebrated Roman jurist. Of his personal history very little is known. It is impossible to discover even his full name, Gaius or Caius being merely the personal name (praenomen) so common in Rome. From internal evidence in his works it may be gathered that he flourished in the reigns of the emperors Hadrian, Antoninus Pius, Marcus Aurelius and Commodus. His works were thus composed between the years 130 and 180, at the time when the Roman empire was most prosperous, and its government the best. Most probably Gaius lived in some provincial town, and hence we find no contemporary notices of his life or works. After his death, however, his writings were recognized as of great authority, and the emperor Valentinian named him, along with Papinian, Ulpian, Modestinus and Paulus, as one of the five jurists whose opinions were to be followed by judicial officers in deciding cases. The works of these jurists accordingly became most important sources of Roman law.
GAIUS, was a well-known Roman legal scholar. There’s not much information about his personal life. Even his full name is unclear; Gaius or Caius was just a common first name (praenomen) in Rome. From clues within his writings, we can infer that he lived during the reigns of emperors Hadrian, Antoninus Pius, Marcus Aurelius, and Commodus. His works were likely written between 130 and 180, during a time when the Roman Empire was at its peak in prosperity and governance. Gaius probably resided in a provincial town, which is why we don't see any contemporary accounts of his life or works. However, after he passed away, his writings were recognized as highly authoritative, and Emperor Valentinian named him, along with Papinian, Ulpian, Modestinus, and Paulus, as one of the five jurists whose opinions should guide judicial officers in case decisions. Thus, the works of these jurists became crucial sources of Roman law.
Besides the Institutes, which are a complete exposition of the elements of Roman law, Gaius was the author of a treatise on the Edicts of the Magistrates, of Commentaries on the Twelve Tables, and on the important Lex Papia Poppaea, and several other works. His interest in the antiquities of Roman law is apparent, and for this reason his work is most valuable to the historian of early institutions. In the disputes between the two schools of Roman jurists he generally attached himself to that of the Sabinians, who were said to be followers of Ateius Capito, of whose life we have some account in the Annals of Tacitus, and to advocate a strict adherence as far as possible to ancient rules, and to resist innovation. Many quotations from the works of Gaius occur in the Digest of Justinian, and so acquired a permanent place in the system of Roman law; while a comparison of the Institutes of Justinian with those of Gaius shows that the whole method and arrangement of the later work were copied from that of the earlier, and very numerous passages are word for word the same. Probably, for the greater part of the period of three centuries which elapsed between Gaius and Justinian, the Institutes of the former had been the familiar textbook of all students of Roman law.
Besides the Institutes, which provide a complete overview of the basics of Roman law, Gaius also wrote a treatise on the Edicts of the Magistrates, Commentaries on the Twelve Tables, the significant Lex Papia Poppaea, among several other works. His interest in the history of Roman law is clear, making his work incredibly valuable for historians studying early institutions. In the debates between the two schools of Roman jurists, he typically aligned himself with the Sabinians, who were said to be followers of Ateius Capito, whose life we have some details about in the Annals of Tacitus. He argued for as strict an adherence as possible to ancient rules and resisted innovation. Many quotes from Gaius’ works appear in the Digest of Justinian, which secured a lasting place in the system of Roman law. A comparison between Justinian's Institutes and those of Gaius reveals that the entire method and structure of the later work were borrowed from the earlier one, with very many passages being identical. For much of the three centuries between Gaius and Justinian, Gaius' Institutes were likely the go-to textbook for all students of Roman law.
Unfortunately the work was lost to modern scholars, until, in 1816, a manuscript was discovered by B.G. Niebuhr in the chapter library of Verona, in which certain of the works of St Jerome were written over some earlier writings, which proved to be the lost work of Gaius. The greater part of the palimpsest has, however, been deciphered and the text is now fairly complete. This discovery has thrown a flood of light on portions of the history of Roman law which had previously been most obscure. Much of the historical information given by Gaius is wanting in the compilations of Justinian, and, in particular, the account of the ancient forms of procedure in actions. In these forms can be traced “survivals” from the most primitive times, which provide the science of comparative law with valuable illustrations, which may explain the strange forms of legal procedure found in other early systems. Another circumstance which renders the work of Gaius more interesting to the historical student than that of Justinian, is that Gaius lived at a time when actions were tried by the system of formulae, or formal directions given by the praetor before whom the case first came, to the judex to whom he referred it. Without a knowledge of the terms of these formulae it is impossible to solve the most interesting question in the history of Roman law, and show how the rigid rules peculiar to the ancient law of Rome were modified by what has been called the equitable jurisdiction of the praetors, and made applicable to new conditions, and brought into harmony with the notions and the needs of a more developed society. It is clear from evidence of Gaius that this result was obtained, not by an independent set of courts administering, as in England previous to the Judicature Acts, a system different from that of the ordinary courts, but by the manipulation of the formulae. In the time of Justinian the work was complete, and the formulary system had disappeared.
Unfortunately, the work was lost to modern scholars until 1816, when a manuscript was discovered by B.G. Niebuhr in the chapter library of Verona. This manuscript contained parts of St. Jerome's writings layered over some earlier texts, which turned out to be the lost work of Gaius. Most of the palimpsest has been deciphered, and the text is now fairly complete. This discovery has shed light on aspects of Roman law history that were previously very obscure. Much of the historical information provided by Gaius is missing from Justinian's compilations, especially regarding ancient procedures in legal actions. These procedures can show "survivals" from very early times, offering valuable illustrations for the science of comparative law, which may help explain the unusual forms of legal procedure found in other early legal systems. Another reason Gaius' work is more interesting to historians than Justinian's is that Gaius lived during a time when cases were tried using a system of formulae, or formal directions given by the praetor to the judex to whom the case was sent. Without understanding these formulae, it is impossible to tackle the most fascinating question in the history of Roman law: how the rigid rules of ancient Roman law were modified by what is known as the equitable jurisdiction of the praetors, adapting them to new circumstances and aligning them with the needs of a more developed society. Gaius clearly shows that this outcome was achieved not through a separate set of courts, as in England before the Judicature Acts, but by manipulating the formulae. By the time of Justinian, the work was complete, and the formulary system had vanished.
The Institutes of Gaius are divided into four books—the first treating of persons and the differences of the status they may occupy in the eye of the law; the second of things, and the modes in which rights over them may be acquired, including the law relating to wills; the third of intestate succession and of obligations; the fourth of actions and their forms.
The Institutes of Gaius are split into four books—the first covers individuals and their legal statuses; the second addresses property and how rights to it can be obtained, including laws about wills; the third discusses inheritance when there's no will and obligations; the fourth focuses on legal actions and their procedures.
There are several carefully prepared editions of the Institutes, starting from that of Göschen (1820), down to that of Studemund and Krüger (1900). The most complete English edition is that of E. Poste, which includes beside the text an English translation and copious commentary (1885). A comparison of the early forms of actions mentioned by Gaius with those used by other primitive societies will be found in Sir H. Maine’s Early Institutions, cap. 9. For further information see M. Glasson, Étude sur Gaius et sur le jus respondendi; also Roman Law.
There are several well-prepared editions of the Institutes, starting with Göschen's edition from 1820 and continuing to the one by Studemund and Krüger from 1900. The most comprehensive English edition is by E. Poste, which includes the text, an English translation, and extensive commentary (1885). A comparison of the early forms of actions mentioned by Gaius with those used by other early societies can be found in Sir H. Maine’s Early Institutions, chapter 9. For more information, see M. Glasson, Étude sur Gaius et sur le jus respondendi; also Roman Law.
GAIUS CAESAR (A.D. 12-41), surnamed Caligula, Roman emperor from 37-41, youngest son of Germanicus and Agrippina the elder, was born on the 31st of August A.D. 12. He was brought up in his father’s camp on the Rhine among the soldiers, and received the name Caligula from the caligae, or foot-soldiers’ boots, which he used to wear. He also accompanied his father to Syria, and after his death returned to Rome. In 32 he was summoned by Tiberius to Capreae, and by skilful flattery managed to escape the fate of his relatives. After the murder of Tiberius by Naevius Sertorius Macro, the prefect of the praetorian guards, which was probably due to his instigation, Caligula ascended the throne amidst the rejoicings of the people. The senate conferred the imperial power upon him alone, although Tiberius Gemellus, the grandson of the preceding emperor, had been designated as his co-heir. He entered on his first consulship in July 37. For the first eight months of his reign he did not disappoint the popular expectation; but after his recovery from a severe illness his true character showed itself. His extravagance, cruelty and profligacy can hardly be explained except on the assumption that he was out of his mind. According to Pelham, much of his conduct was due to the atmosphere in which he was brought up, and the ideas of sovereignty instilled into him, which led him to pose as a monarch of the Graeco-oriental type. To fill his exhausted treasury he put to death his wealthy subjects and confiscated their property; even the poor fell victims to his thirst for blood. He bestowed the priesthood and a consulship upon his horse Incitatus, and demanded that sacrifice should be offered to himself. He openly declared that he wished the whole Roman people had only one head, that he might cut it off at a single stroke. In 39 he set out with an army to Gaul, nominally to punish the Germans for having invaded Roman territory, but in reality to get money by plunder and confiscation. Before leaving, he led his troops to the coast opposite Britain, and ordered them to pick up shells on the seashore, to be dedicated to the gods at Rome as the spoils of ocean. On his return he entered Rome with an ovation (a minor form of triumph), temples were built, statues erected in his honour, and a special priesthood instituted to attend to his worship. The people were ground down by new forms of taxation and every kind of extortion, but on the whole Rome was free from internal disturbances during his reign; some insignificant conspiracies were discovered and rendered abortive. A personal insult to Cassius Chaerea, tribune of a praetorian cohort, led to Caligula’s assassination on the 24th of January 41.
GAIUS CAESAR (CE 12-41), known as Caligula, was the Roman emperor from 37-41, the youngest son of Germanicus and Agrippina the elder, born on August 31, CE 12. He grew up in his father's camp on the Rhine among soldiers and got the nickname Caligula from the caligae, or soldiers' boots, that he used to wear. He also traveled with his father to Syria, and after his father's death, he returned to Rome. In 32, Tiberius called him to Capreae, and through clever flattery, he avoided the fate of his relatives. After the murder of Tiberius, likely instigated by Naevius Sertorius Macro, the prefect of the praetorian guards, Caligula became emperor amidst the people's cheers. The senate gave him sole imperial power, even though Tiberius Gemellus, the previous emperor's grandson, had been named as his co-heir. He began his first consulship in July 37. For the first eight months of his rule, he met popular expectations; however, after recovering from a severe illness, his true nature emerged. His extravagance, cruelty, and reckless behavior seem to suggest he was mentally unstable. According to Pelham, much of his behavior stemmed from the environment he was raised in and the notions of kingship he absorbed, leading him to act like a Graeco-oriental monarch. To replenish his empty treasury, he executed wealthy citizens and seized their properties; even the poor fell prey to his bloodlust. He granted the priesthood and a consulship to his horse Incitatus and demanded sacrifices in his name. He openly expressed a wish that the entire Roman population had just one head so he could remove it with one blow. In 39, he marched an army to Gaul, officially to punish the Germans for invading Roman land, but really to enrich himself through looting and confiscations. Before departure, he brought his troops to the coast opposite Britain and ordered them to gather shells on the beach to be dedicated to the gods in Rome as spoils of the ocean. Upon returning, he entered Rome with an ovation (a lesser form of triumph), temples were built, statues erected in his honor, and a special priesthood established for his worship. The people suffered under new taxes and various forms of extortion, but overall, Rome remained free of major internal unrest during his reign; only a few minor conspiracies were uncovered and thwarted. A personal offense to Cassius Chaerea, tribune of a praetorian cohort, ultimately led to Caligula’s assassination on January 24, 41.
See Suetonius, Caligula; Tacitus, Annals, vi. 20 ff.; Dio Cassius lix.; see also S. Baring Gould, The Tragedy of the Caesars (3rd ed., 1892); H.F. Pelham in Quarterly Review (April, 1905); H. Willrich, Beiträge zur alten Geschichte (1903); H. Schiller, Geschichte der römischen Kaiserzeit, i. pt. 1; J.B. Bury, Student’s Hist. of the Roman Empire (1893); Merivale, History of the Romans under the Empire, ch. 48; H. Furneaux’s Annals of Tacitus, ii. (introduction). Mention may also be made of the famous pamphlet by L. Quidde, Caligula. Eine Studie über römischen Cäsarenwahnsinn and an anonymous supplement, 1st Caligula mit unserer Zeit vergleichbar? (both 1894); and a reply, Fin-de-Siècle-Geschichtsschreibung, by G. Sommerfeldt (1895).
See Suetonius, Caligula; Tacitus, Annals, vi. 20 ff.; Dio Cassius lix.; see also S. Baring Gould, The Tragedy of the Caesars (3rd ed., 1892); H.F. Pelham in Quarterly Review (April, 1905); H. Willrich, Beiträge zur alten Geschichte (1903); H. Schiller, Geschichte der römischen Kaiserzeit, i. pt. 1; J.B. Bury, Student’s Hist. of the Roman Empire (1893); Merivale, History of the Romans under the Empire, ch. 48; H. Furneaux’s Annals of Tacitus, ii. (introduction). Mention may also be made of the famous pamphlet by L. Quidde, Caligula. Eine Studie über römischen Cäsarenwahnsinn and an anonymous supplement, 1st Caligula mit unserer Zeit vergleichbar? (both 1894); and a reply, Fin-de-Siècle-Geschichtsschreibung, by G. Sommerfeldt (1895).
GALAGO, the Senegal name of the long-tailed African representatives of the lemur-like Primates, which has been adopted as their technical designation. Till recently the galagos have been included in the family Lemuridae; but this is restricted to the lemurs of Madagascar, and they are now classed with the lorises and pottos in the family Nycticebidae, of which they form the section Galaginae, characterized by the great elongation of the upper portion of the feet (tarsus) and the power of folding the large ears. Throughout the greater part of Africa south of the 392 Sahara galagos are widely distributed in the wooded districts, from Senegambia in the west to Abyssinia in the east, and as far south as Natal. They pass the day in sleep, but are very active at night, feeding on fruits, insects and small birds. When they descend to the ground they sit upright, and move about by jumping with their hind-legs like jerboas. They are pretty little animals, varying from the size of a small cat to less than that of a rat, with large eyes and ears, soft woolly fur and long tails. There are several species, of which G. crassicaudatus from Mozambique is the largest; together with G. garnetti of Natal, G. agisymbanus of Zanzibar, and G. monteiroi of Angola, this represents the subgenus Otolemur. The typical group includes G. senegalensis (or galago) of Senegal, G. alleni of West and Central Africa, and G. moholi of South Africa; while G. demidoffi of West and Central Africa and G. anomurus of French Congoland represent the subgenus Hemigalago.
GALAGO, is the Senegal name for the long-tailed African representatives of the lemur-like primates, which has become their official term. Until recently, galagos were included in the family Lemuridae; however, this family is now limited to the lemurs of Madagascar, and galagos are classified with the lorises and pottos in the family Nycticebidae. They belong to the section Galaginae, which is characterized by the elongated upper part of the feet (tarsus) and the ability to fold their large ears. Throughout most of Africa south of the 392 Sahara, galagos are found in wooded areas, ranging from Senegambia in the west to Abyssinia in the east, and as far south as Natal. They sleep during the day and are very active at night, feeding on fruits, insects, and small birds. When they come down to the ground, they sit upright and move by jumping on their hind legs like jerboas. They are charming little animals, varying in size from a small cat to smaller than a rat, with large eyes and ears, soft woolly fur, and long tails. There are several species, with G. crassicaudatus from Mozambique being the largest; along with G. garnetti from Natal, G. agisymbanus from Zanzibar, and G. monteiroi from Angola, this represents the subgenus Otolemur. The typical group includes G. senegalensis (or galago) from Senegal, G. alleni from West and Central Africa, and G. moholi from South Africa; while G. demidoffi from West and Central Africa and G. anomurus from French Congoland represent the subgenus Hemigalago.
GALANGAL, formerly written “galingale,” and sometimes “garingal,” rhizoma galangae (Arab. Kholínjan;1 Ger. Galgantwurzel; Fr. Racine de Galanga), a drug, now obsolete, with an aromatic taste like that of mingled ginger and pepper. Lesser galangal root, radix galangae minoris, the ordinary galangal of commerce, is the dried rhizome of Alpinia officinarum, a plant of the natural order Zingiberaceae, growing in the Chinese island of Hainan, where it is cultivated, and probably also in the woods of the southern provinces of China. The plant is closely allied to Alpinia calcarata, the rhizome of which is sold in the bazaars of some parts of India as a sort of galangal. Its stems attain a length of about 4 ft., and its leaves are slender, lanceolate and light-green, and have a hot taste; the flowers are white with red veins, and in simple racemes; the roots form dense masses, sometimes more than a foot in diameter; and the rhizomes grow horizontally, and are ¾ in. or less in thickness. Galangal seems to have been unknown to the ancient Greeks and Romans, and to have been first introduced into Europe by Arabian physicians. It is mentioned in the writings of Ibn Khurdádbah, an Arabian geographer who flourished in the latter half of the 9th century, and “gallengar” (gallingale or galangal) is one of the ingredients in an Anglo-Saxon receipt for a “wen salve” (see O. Cockayne, Saxon Leechdoms, vol. iii. p. 13). In the middle ages, as at present in Livonia, Esthonia and central Russia, galangal was in esteem in Europe both as a medicine and a spice, and in China it is still employed as a therapeutic agent. Its chief consumption is in Russia, where it is used as a cattle-medicine, and as a flavouring for liqueurs.
GALANGAL, previously spelled “galingale,” and sometimes “garingal,” rhizoma galangae (Arab. Kholínjan;1 Ger. Galgantwurzel; Fr. Racine de Galanga), is a drug that is now outdated, with a taste that combines ginger and pepper. Lesser galangal root, radix galangae minoris, is the common galangal found in stores, which is the dried rhizome of Alpinia officinarum, a plant from the Zingiberaceae family, native to the Chinese island of Hainan, where it is cultivated, and likely also found in the forests of southern China. The plant is related to Alpinia calcarata, whose rhizome is sold in bazaars in some parts of India as a type of galangal. Its stems can grow up to about 4 ft., its leaves are slender, lance-shaped, light green, and have a spicy taste; the flowers are white with red veins and arranged in simple clusters; the roots form dense clumps, sometimes more than a foot wide, and the rhizomes grow horizontally, and are ¾ in. or less in thickness. Galangal appears to have been unknown to the ancient Greeks and Romans and was first introduced to Europe by Arab physicians. It is referenced in the writings of Ibn Khurdádbah, an Arabic geographer from the late 9th century, and “gallengar” (galingale or galangal) is one of the ingredients in an Anglo-Saxon recipe for “wen salve” (see O. Cockayne, Saxon Leechdoms, vol. iii. p. 13). In the Middle Ages, just like today in Livonia, Estonia, and central Russia, galangal was valued in Europe as both a medicine and a spice, and it is still used as a therapeutic agent in China. Its primary use is in Russia, where it serves as cattle medicine and a flavoring for liqueurs.
1 Apparently derived from the Chinese Kau-liang-Kiang, i.e. Kau-liang ginger, the term applied by the Chinese to galangal, after the prefecture Kau-chau fu in Canton province, formerly called Kau-liang (see F. Porter Smith, Contrib. to the Materia Medica ... of China, p. 9, 1871).
1 It seems to come from the Chinese Kau-liang-Kiang, meaning Kau-liang ginger, which is the name the Chinese use for galangal, after the prefecture Kau-chau fu in Canton province, previously known as Kau-liang (see F. Porter Smith, Contrib. to the Materia Medica ... of China, p. 9, 1871).
GALAPAGOS ISLANDS, an archipelago of five larger and ten smaller islands in the Pacific Ocean, exactly under the equator. The nearest island to the South American coast lies 580 m. W. of Ecuador, to which country they belong. The name is derived from galápago, a tortoise, on account of the giant species, the characteristic feature of the fauna. The islands were discovered early in the 16th century by Spaniards, who gave them their present name. They were then uninhabited. The English names of the individual islands were probably given by buccaneers, for whom the group formed a convenient retreat.
GALAPAGOS ISLANDS is an archipelago consisting of five larger islands and ten smaller ones in the Pacific Ocean, right on the equator. The closest island to the South American coast is located 580 miles west of Ecuador, to which they belong. The name comes from galápago, meaning tortoise, due to the giant tortoise species that is a key feature of the local wildlife. The islands were discovered by Spaniards in the early 16th century, who named them as they are known today. At that time, they were uninhabited. The English names for the individual islands were likely given by buccaneers, who found the group a convenient hideout.
The larger members of the group, several of which attain an elevation of 2000 to 2500 ft., are Albemarle or Isabela (100 m. long, 28 m. in extreme breadth, with an area of 1650 sq. m. and an extreme elevation of 5000 ft.), Narborough or Fernandina, Indefatigable or Santa Cruz, Chatham or San Cristobal, James or San Salvador, and Charles or Santa Maria. The total land area is estimated at about 2870 sq. m. (about that of the West Riding of Yorkshire). The extraordinary number of craters, a few of which are reported still to be active, gives evidence that the archipelago is the result of volcanic action. The number of main craters may be about twenty-five, but there are very many small eruptive cones on the flanks of the old volcanoes. There is a convict settlement on Chatham with some 300 inhabitants living in low thatched or iron-roofed huts, under the supervision of a police commissioner and other officials of Ecuador, by which country the group was annexed in 1832, when General Villamil founded Floreana on Charles Island, naming it in honour of Juan José Flores, president of Ecuador. A governor has been appointed since 1885, some importance being foreseen for the islands in connexion with the cutting of the Panama canal, as the group lies on the route to Australia opened up by that scheme. Charles Island, the most valuable of the group, is cultivated by a small colony. On many of the islets numerous tropical fruits are found growing wild, but they are no doubt escapes from cultivation, just as the large herds of wild cattle, horses, donkeys, pigs, goats and dogs—the last large and fierce—which occur abundantly on most of the islands have escaped from domestication.
The larger members of the group, several of which reach elevations of 2000 to 2500 ft., are Albemarle or Isabela (100 m long, 28 m wide, with an area of 1650 sq. m and a maximum elevation of 5000 ft.), Narborough or Fernandina, Indefatigable or Santa Cruz, Chatham or San Cristobal, James or San Salvador, and Charles or Santa Maria. The total land area is estimated to be about 2870 sq. m. (roughly the size of the West Riding of Yorkshire). The large number of craters, some of which are still reported to be active, indicates that the archipelago was formed by volcanic activity. There may be around twenty-five main craters, but there are many small eruptive cones on the sides of the old volcanoes. There is a convict settlement on Chatham with about 300 residents living in low thatched or iron-roofed huts, supervised by a police commissioner and other officials from Ecuador, which annexed the group in 1832 when General Villamil founded Floreana on Charles Island, naming it in honor of Juan José Flores, president of Ecuador. A governor has been appointed since 1885, as the islands were expected to be significant in relation to the construction of the Panama Canal, given that the group lies on the route to Australia created by that project. Charles Island, the most valuable of the group, is farmed by a small colony. Many of the islets have numerous tropical fruits growing wild, but they are likely escapes from cultivation, just like the large herds of wild cattle, horses, donkeys, pigs, goats, and dogs—the last being large and fierce—that can be found abundantly on most of the islands, which have also escaped domestication.
The shores of the larger islands are fringed in some parts with a dense barrier of mangroves, backed by an often impenetrable thicket of tropical undergrowth, which, as the ridges are ascended, give place to taller trees and deep green bushes which are covered with orchids and trailing moss (orchilla), and from which creepers hang down interlacing the vegetation. But generally the low grounds are parched and rocky, presenting only a few thickets of Peruvian cactus and stunted shrubs, and a most uninviting shore. The contrast between this low zone and the upper zone of rich vegetation (above about 800 ft.) is curiously marked. From July to November the clouds hang low on the mountains, and give moisture to the upper zone, while the climate of the lower is dry. Rain in the lower zone is scanty, and from May to January does not occur. The porous soil absorbs the moisture, and fresh water is scarce. Though the islands are under the equator, the climate is not intensely hot, as it is tempered by cold currents from the Antarctic sea, which, having followed the coast of Peru as far as Cape Blanco, bear off to the N.W. towards and through the Galapagos. The mean temperature of the lower zone is about 71° F., that of the upper from 66° to 62°.
The shores of the larger islands are lined in some areas with a thick barrier of mangroves, backed by a often impassable tangle of tropical undergrowth, which, as you move up the ridges, gives way to taller trees and lush green bushes covered in orchids and trailing moss (orchilla), from which creepers hang down, intertwining with the vegetation. But generally, the low areas are dry and rocky, showing only a few clumps of Peruvian cactus and scraggly shrubs, along with a very uninviting shoreline. The contrast between this low area and the upper zone of rich vegetation (above about 800 ft.) is striking. From July to November, clouds linger low over the mountains, providing moisture to the upper zone, while the climate in the lower zone is dry. Rain in the lower zone is rare, and doesn't occur from May to January. The porous soil soaks up the moisture, and fresh water is hard to come by. Although the islands are positioned at the equator, the climate isn't extremely hot since it's moderated by cold currents from the Antarctic sea, which, after following the coast of Peru as far as Cape Blanco, veer off to the northwest towards and through the Galapagos. The average temperature of the lower zone is around 71° F, while the upper zone ranges from 66° to 62°.
The Galapagos Islands are of some commercial importance to Ecuador, on account of the guano and the orchilla moss found on them and exported to Europe. Except on Charles Island, where settlement has existed longest, little or no influence of the presence of man is evident in the group; still, the running wild of dogs and cats, and, as regards the vegetation, especially goats, must in a comparatively short period greatly modify the biological conditions of the islands.
The Galapagos Islands are somewhat important for Ecuador's economy, due to the guano and orchilla moss found there and shipped to Europe. Aside from Charles Island, which has been settled the longest, there's little evidence of human impact on the islands. However, the existence of stray dogs and cats, and particularly goats, will likely significantly change the biological conditions of the islands in a relatively short time.
The origin and development of these conditions, in islands so distinctly oceanic as the Galapagos, have given its chief importance to this archipelago since it was visited by Darwin in the “Beagle.” The Galapagos archipelago possesses a rare advantage from its isolated situation, and from the fact that its history has never been interfered with by any aborigines of the human race. Of the seven species of giant tortoises known to science (although at the discovery of the islands there were probably fifteen) all are indigenous, and each is confined to its own islet. There also occurs a peculiar genus of lizards with two species, the one marine, the other terrestrial. The majority of the birds are of endemic species peculiar to different islets, while more than half belong to peculiar genera. More than half of the flora is unknown elsewhere.
The origin and development of these conditions in the distinctly oceanic islands of the Galapagos have made this archipelago particularly significant since Darwin visited it on the "Beagle." The Galapagos archipelago benefits from its isolated location and the fact that its history has never been affected by any indigenous human populations. Of the seven giant tortoise species recognized by science (though there were likely fifteen at the time of the islands' discovery), all are native, and each is found only on its own islet. There is also a unique genus of lizards with two species—one marine and the other terrestrial. Most of the birds are endemic species specific to different islets, and more than half belong to distinct genera. Over half of the plant life is unique and not found anywhere else.
Since 1860 several visits have been paid to the group by scientific investigators—by Dr Habel in 1868; Messrs Baur and Adams, and the naturalists of the “Albatross,” between 1888 and 1891; and in 1897-1898 by Mr Charles Harris, whose journey was specially undertaken at the instance of the Hon. Walter Rothschild. Very complete collections have therefore, as a result of these expeditions, been brought together; but their examination does not materially change the facts upon which the conclusions arrived at by Darwin, from the evidence of the birds and plants, were based; though he “no doubt would have paid more attention to [the evidence afforded by Land-tortoises], if he had been in possession of facts with which we are acquainted now” (Günther). His conclusions were that the group “has never been nearer the mainland than it is now, nor have its members been at any time closer together”; and that the character of the flora and fauna is the result of species straggling over from America, at long intervals of time, to the different islets, where in their isolation they have gradually varied in different degrees and ways from their ancestors. Equally indecisive is the further 393 exploration as to evidence for the opinion held by other naturalists that the endemic species of the different islands have resulted from subsidences, through volcanic action, which have reduced one large island mass into a number of islets, wherein the separated species became differentiated during their isolation. The presence of these giant reptiles on the group is the chief fact on which a former land connexion with the continent of America may be sustained. “Nearly all authorities agree that it is not probable that they have crossed the wide sea between the Galapagos Islands and the American continent, although, while they are helpless, and quite unable to swim, they can float on the water. If their ancestors had been carried out to sea once or twice by a flood and safely drifted as far as the Galapagos Islands” (Wallace), “they must have been numerous on the continent” (Rothschild and Hartert). No remains, and of course no living species, of these tortoises are known to exist or have existed on the mainland. Rothschild and Hartert think “it is more natural to assume the disappearance of a great stock of animals, the remains of which have survived, ... than to assume the disappearance in comparatively recent times (i.e. in the Eocene period or later) of enormous land masses.” Past elevations of land, however (and doubtless equally great subsidences) have taken place in South America since the Eocene, and the conclusion that extensive areas of land have subsided in the Indian Ocean has long been based on a somewhat similar distribution of giant tortoises in the Mascarene region.
Since 1860, several scientific investigators have visited the group—Dr. Habel in 1868; Messrs. Baur and Adams, along with the naturalists of the “Albatross,” between 1888 and 1891; and Mr. Charles Harris in 1897-1898, who made the trip specifically at the request of the Hon. Walter Rothschild. These expeditions have resulted in the collection of very complete specimens; however, examining them doesn’t significantly change the facts that Darwin based his conclusions on regarding the birds and plants. He likely would have considered the evidence from land tortoises more seriously if he had the information we now have (Günther). Darwin concluded that the group “has never been closer to the mainland than it is now, nor have its members ever been any closer together.” He also noted that the flora and fauna's character is due to species gradually straggling over from America to different islets over long periods, where they have variably adapted from their ancestors due to isolation. Further exploration has not provided evidence for the view held by some naturalists that the unique species on the different islands arose from land subsidence through volcanic activity, which split a large landmass into several islets, allowing separated species to differentiate during isolation. The existence of these giant reptiles in the group supports the idea of a past land connection with mainland America. “Almost all experts agree it’s unlikely they crossed the wide sea between the Galapagos Islands and the American continent, although they can float on the water, being helpless and unable to swim. If their ancestors had been carried out to sea once or twice and drifted safely to the Galapagos Islands” (Wallace), “then they must have been numerous on the continent” (Rothschild and Hartert). No remains, and of course no living species, of these tortoises are known to exist on the mainland. Rothschild and Hartert suggest “it’s more plausible to think that a large population of animals disappeared, leaving behind only some remains, ... than to believe that enormous land masses recently (i.e. during the Eocene period or later) vanished.” Significant land elevation changes, and likely similar subsidence, have happened in South America since the Eocene, and the conclusion about extensive land subsidence in the Indian Ocean has long been based on a similar distribution of giant tortoises in the Mascarene region.
Authorities.—Darwin, Voyage of the “Beagle”; O. Salvin, “On the Avifauna of the Galapagos Archipelago,” Trans. Zool. Soc. part ix. (1876); Sclater and Salvin, “Characters of New Species collected by Dr Habel in the Galapagos Islands,” Proc. Zool. Soc. London, 1870, pp. 322-327; A.R. Wallace, Geographical Distribution of Animals (New York, 1876); Theodor Wolf, Ein Besuch der Galapagos Inseln (Heidelberg, 1879); and paper in Geographical Journal, vi. 560 (1895); W.L. and P.L. Sclater, The Geography of Mammals (London, 1899); Ridgway, “Birds of the Galapagos Archipelago,” Proc. U.S. Nat. Mus. vol. xix. pp. 459-670 (1897); Baur, “New Observations on the Origin of the Galapagos Islands,” Amer. Nat. (1897), pp. 661-680, 864-896; A. Agassiz, “The Galapagos Islands,” Bull. Mus. Comp. Zool. vol. xxiii. pp. 56-75; A. Günther, Proc. Linn. Soc. (London (President’s Address), October 1898), pp. 14-29 (with bibliography from 1875 to 1898 on gigantic land-tortoises); Rothschild and Hartert, “Review of the Ornithology of the Galapagos Islands,” Novitates zoologicae, vi. pp. 85-205; B.L. Robinson, “Flora of the Galapagos Islands,” Proc. Amer. Acad. of Arts and Sciences, xxxviii. (1902).
Authorities.—Darwin, Voyage of the “Beagle”; O. Salvin, “On the Birds of the Galapagos Archipelago,” Trans. Zool. Soc. part ix. (1876); Sclater and Salvin, “Descriptions of New Species Collected by Dr. Habel in the Galapagos Islands,” Proc. Zool. Soc. London, 1870, pp. 322-327; A.R. Wallace, Geographical Distribution of Animals (New York, 1876); Theodor Wolf, A Visit to the Galapagos Islands (Heidelberg, 1879); and a paper in Geographical Journal, vi. 560 (1895); W.L. and P.L. Sclater, The Geography of Mammals (London, 1899); Ridgway, “Birds of the Galapagos Archipelago,” Proc. U.S. Nat. Mus. vol. xix. pp. 459-670 (1897); Baur, “New Observations on the Origin of the Galapagos Islands,” Amer. Nat. (1897), pp. 661-680, 864-896; A. Agassiz, “The Galapagos Islands,” Bull. Mus. Comp. Zool. vol. xxiii. pp. 56-75; A. Günther, Proc. Linn. Soc. (London (President’s Address), October 1898), pp. 14-29 (with bibliography from 1875 to 1898 on giant land tortoises); Rothschild and Hartert, “Review of the Birds of the Galapagos Islands,” Novitates zoologicae, vi. pp. 85-205; B.L. Robinson, “Flora of the Galapagos Islands,” Proc. Amer. Acad. of Arts and Sciences, xxxviii. (1902).
GALASHIELS, a municipal and police burgh of Selkirkshire, Scotland. Pop. (1891) 17,367; (1901) 13,615. It is situated on Gala Water, within a short distance of its junction with the Tweed, 33½ m. S.S.E. of Edinburgh by the North British railway. The town stretches for more than 2 m. along both banks of the river, the mills and factories occupying the valley by the stream, the villas and better-class houses the high-lying ground on either side. The principal structures include the municipal buildings, corn exchange, library, public hall, and the market cross. The town is under the control of a provost, bailies and council, and, along with Hawick and Selkirk, forms the Hawick (or Border) group of parliamentary burghs. The woollen manufactures, dating from the close of the 16th century, are the most important in Scotland, though now mainly confined to the weaving of tweeds. Other leading industries are hosiery, tanning (with the largest yards in Scotland), dyeing, iron and brass founding, engineering and boot-making. Originally a village built for the accommodation of pilgrims to Melrose Abbey (4 m. E. by S.), it became, early in the 15th century, an occasional residence of the Douglases, who were then keepers of Ettrick Forest, and whose peel-tower was not demolished till 1814. Galashiels was created into a burgh of barony in 1599. The Catrail or Picts’ Work begins near the town and passes immediately to the west. Clovenfords, 3½ m. W., is noted for the Tweed vineries, which are heated by 5 m. of water-pipes, and supply the London market throughout the winter. Two miles farther W. by S. is Ashestiel, where Sir Walter Scott resided from 1804 to 1812, where he wrote his most famous poems and began Waverley, and which he left for Abbotsford.
GALASHIELS, is a town and police burgh in Selkirkshire, Scotland. Population (1891) 17,367; (1901) 13,615. It's located on Gala Water, not far from where it meets the Tweed, about 33½ miles S.S.E. of Edinburgh via the North British railway. The town spreads over more than 2 miles along both sides of the river, with mills and factories in the valley and nicer homes situated on the higher ground. The main buildings include the municipal offices, corn exchange, library, public hall, and market cross. The town is governed by a provost, bailies, and council, and along with Hawick and Selkirk, it makes up the Hawick (or Border) group of parliamentary burghs. The wool production, which started in the late 16th century, is the most significant in Scotland, mainly focused on tweed weaving now. Other major industries include hosiery, tanning (with the largest yards in Scotland), dyeing, iron and brass founding, engineering, and boot-making. Initially a village established for pilgrims visiting Melrose Abbey (4 miles E. by S.), it became a temporary home for the Douglases in the early 15th century, who were the keepers of Ettrick Forest; their peel tower was not taken down until 1814. Galashiels was designated a burgh of barony in 1599. The Catrail or Picts’ Work begins just outside town and extends immediately to the west. Clovenfords, 3½ miles west, is famous for the Tweed vineries, which are heated by 5 miles of water pipes and supply the London market all winter long. Two miles further west by south is Ashestiel, where Sir Walter Scott lived from 1804 to 1812, wrote many of his famous poems, started Waverley, and eventually left for Abbotsford.
GALATIA. I. In the strict sense (Galatia Proper, Roman Gallograecia) this is the name applied by Greek-speaking peoples to a large inland district of Asia Minor since its occupation by Gaulish tribes in the 3rd century B.C. Bounded on the N. by Bithynia and Paphlagonia, W. by Phrygia, S. by Lycaonia and Cappadocia, E. by Pontus, it included the greater part of the modern vilayet of Angora, stretching from Pessinus eastwards to Tavium and from the Paphlagonian hills N. of Ancyra southwards to the N. end of the salt lake Tatta (but probably including the plains W. of the lake during the greater part of its history),—a rough oblong about 200 m. long and 100 (to 130) broad.
GALATIA. I. In the strict sense (Galatia Proper, Roman Gallograecia), this is the name used by Greek-speaking people for a large inland region of Asia Minor since it was settled by Gallic tribes in the 3rd century BCE It was bordered on the north by Bithynia and Paphlagonia, on the west by Phrygia, on the south by Lycaonia and Cappadocia, and on the east by Pontus. It included most of the modern vilayet of Angora, stretching from Pessinus in the east to Tavium and from the Paphlagonian hills north of Ancyra in the south to the northern end of the salt lake Tatta (though it likely included the plains west of the lake for most of its history)—a rough oblong shape about 200 miles long and 100 (to 130) miles wide.
Galatia is part of the great central plateau of Asia Minor, here ranging from 2000 to 3000 ft. above sea-level, and falls geographically into two parts separated by the Halys (Kizil Irmak),—a small eastern district lying chiefly in the basin of the Delije Irmak, the principal affluent of the Halys, and a large western region drained almost entirely by the Sangarius (Sakaria) and its tributaries. On the N. side Galatia consists of a series of plains with fairly fertile soil, lying between bare hills. But the greater part is a dreary stretch of barren, undulating uplands, intersected by tiny streams and passing gradually into the vast level waste of treeless (anc. Axylon) plain that runs S. to Lycaonia; these uplands are little cultivated and only afford extensive pasturage for large flocks of sheep and goats. Cities are few and far apart, and the climate is one of extremes of heat and cold. The general condition and aspect of the country was much the same in ancient as in modern times.
Galatia is part of the central plateau of Asia Minor, ranging from 2000 to 3000 feet above sea level. Geographically, it can be divided into two sections separated by the Halys (Kizil Irmak): a small eastern district mainly in the basin of the Delije Irmak, which is the main tributary of the Halys, and a larger western area drained almost entirely by the Sangarius (Sakaria) and its tributaries. In the northern part, Galatia consists of a series of plains with fairly fertile soil, situated between bare hills. However, most of the region is a bleak expanse of barren, rolling uplands, crisscrossed by small streams and gradually transitioning into the vast flat, treeless plain that extends south to Lycaonia. These uplands are minimally cultivated and mainly provide extensive grazing land for large flocks of sheep and goats. Cities are sparse and far apart, and the climate experiences extremes of heat and cold. The overall condition and appearance of the land were much the same in ancient times as they are today.
The Gaulish invaders appeared in Asia Minor in 278-277 B.C. They numbered 20,000, of which only one-half were fighting men, the rest being doubtless women and children; and not long after their arrival we find them divided into three tribes, Trocmi, Tolistobogii and Tectosages, each of which claimed a separate sphere of operations. They had split off from the army which invaded Greece under Brennus in 279 B.C., and, marching into Thrace under Leonnorius and Lutarius, crossed over to Asia at the invitation of Nicomedes I. of Bithynia, who required help in his struggle against his brother. For about 46 years they were the scourge of the western half of Asia Minor, ravaging the country, as allies of one or other of the warring princes, without any serious check, until Attalus I., king of Pergamum (241-197), inflicted several severe defeats upon them, and about 232 B.C. forced them to settle permanently in the region to which they gave their name. Probably they already occupied parts of Galatia, but definite limits were now fixed and their right to the district was formally recognized. The tribes were settled where they afterwards remained, the Tectosages round Ancyra, the Tolistobogii round Pessinus, and the Trocmi round Tavium. The constitution of the Galatian state is described by Strabo: conformably to Gaulish custom, each tribe was divided into four cantons (Gr. τετραρχίαι), each governed by a chief (“tetrarch”) of its own with a judge under him, whose powers were unlimited except in cases of murder, which were tried before a council of 300 drawn from the twelve cantons and meeting at a holy place called Drynemeton. But the power of the Gauls was not yet broken. They proved a formidable foe to the Romans in their wars with Antiochus, and after Attalus’ death their raids into W. Asia Minor forced Rome in 189 B.C. to send an expedition against them under Cn. Manlius Vulso, who taught them a severe lesson. Henceforward their military power declined and they fell at times under Pontic ascendancy, from which they were finally freed by the Mithradatic wars, in which they heartily supported Rome. In the settlement of 64 B.C. Galatia became a client-state of the empire, the old constitution disappeared, and three chiefs (wrongly styled “tetrarchs”) were appointed, one for each tribe. But this arrangement soon gave way before the ambition of one of these tetrarchs, Deiotarus, the contemporary of Cicero and Caesar, who made himself master of the other two tetrarchies and was finally recognized by the Romans as king of Galatia. On the death of the third king Amyntas in 25 B.C., Galatia was incorporated by Augustus in the Roman empire, and few of the provinces were more enthusiastically loyal.
The Gaulish invaders showed up in Asia Minor in 278-277 BCE. They were around 20,000 strong, with only half being fighting men; the rest were likely women and children. Soon after they arrived, they split into three tribes: Trocmi, Tolistobogii, and Tectosages, each claiming its own area to operate in. They had broken away from the army that invaded Greece under Brennus in 279 B.C. and, marching into Thrace under Leonnorius and Lutarius, crossed over to Asia at the request of Nicomedes I of Bithynia, who needed help against his brother. For about 46 years, they were a menace in the western half of Asia Minor, plundering the land as allies of various warring princes, without facing serious opposition, until Attalus I, king of Pergamum (241-197), dealt them several heavy defeats and around 232 BCE forced them to permanently settle in the region that took their name. They probably already lived in parts of Galatia, but now clear boundaries were set, and their claim to the area was formally acknowledged. The tribes settled in areas they would remain in later: the Tectosages around Ancyra, the Tolistobogii around Pessinus, and the Trocmi around Tavium. Strabo describes the structure of the Galatian state: according to Gaulish tradition, each tribe was divided into four cantons (Gr. tetrarchies), each ruled by its own chief (“tetrarch”) with a judge beneath them, whose authority was unlimited except in murder cases, which were judged by a council of 300 chosen from the twelve cantons and met at a sacred site called Drynemeton. However, the power of the Gauls was not yet subdued. They remained a strong enemy to the Romans during their conflicts with Antiochus, and after Attalus’ death, their raids into western Asia Minor forced Rome in 189 BCE to send an expedition led by Cn. Manlius Vulso, who taught them a harsh lesson. After that, their military strength declined, and they sometimes fell under Pontic control, from which they were eventually liberated during the Mithradatic wars, where they fully supported Rome. In the settlement of 64 B.C., Galatia became a client state of the empire, the old constitution vanished, and three chiefs (wrongly called “tetrarchs”) were appointed, one for each tribe. But this setup soon collapsed due to the ambitions of one of these tetrarchs, Deiotarus, who was a contemporary of Cicero and Caesar, and he took control of the other two tetrarchies, eventually being recognized by the Romans as the king of Galatia. When the third king, Amyntas, died in 25 BCE, Augustus incorporated Galatia into the Roman Empire, and few provinces were more enthusiastically loyal.
The population of Galatia was not entirely Gallic. Before the arrival of the Gauls, western Galatia up to the Halys was inhabited by Phrygians, and eastern Galatia by Cappadocians and other native races. This native population remained, and constituted the majority of the inhabitants of the rural parts and almost the sole inhabitants of the towns. They were left in possession of two-thirds of the land (cf. Caesar, B.G. i. 31) on condition of paying part of the produce to their new lords, who 394 took the other third, and agriculture and commerce with all the arts and crafts of peaceful life remained entirely in their hands. They were henceforth ranked as “Galatians” by the outside world equally with their overlords, and it was from their numbers that the “Galatian” slaves who figure in the markets of the ancient world were drawn. The conquerors, who were few in number, formed a small military aristocracy, living not in the towns, but in fortified villages, where the chiefs in their castles kept up a barbaric state, surrounded by their tribesmen. With the decline of their warlike vigour they began gradually to mix with the natives and to adopt at least their religion: the amalgamation was accelerated under Roman influence and ultimately became as complete as that of the Normans with the Saxons in England, but they gave to the mixed race a distinctive tone and spirit, and long retained their national characteristics and social customs, as well as their language (which continued in use, side by side with Greek, in the 4th century after Christ). In the 1st century, when St Paul made his missionary journeys, even the towns Ancyra, Pessinus and Tavium (where Gauls were few) were not Hellenized, though Greek, the language of government and trade, was spoken there; while the rural population was unaffected by Greek civilization. Hellenic ways and modes of thought begin to appear in the towns only in the later 2nd century. In the rustic parts a knowledge of Greek begins to spread in the 3rd century; but only in the 4th and 5th centuries, after the transference of the centre of government first to Nicomedia and then to Constantinople placed Galatia on the highway of imperial communication, was Hellenism in its Christian form gradually diffused over the country. (See also Ancyra; Pessinus; Gordium.)
The population of Galatia wasn't entirely Gallic. Before the Gauls arrived, western Galatia up to the Halys River was home to the Phrygians, while eastern Galatia was inhabited by Cappadocians and other local groups. This native population remained and made up the majority of the people in rural areas and almost all the residents of the towns. They retained two-thirds of the land (cf. Caesar, B.G. i. 31) on the condition that they paid a portion of their produce to their new rulers, who took the remaining third. Agriculture and commerce, along with all the crafts of peaceful living, remained entirely in their control. From then on, they were classified as “Galatians” by outsiders, just like their overlords, and most of the “Galatian” slaves that appeared in ancient markets came from this population. The conquerors, being few in number, formed a small military aristocracy that lived not in the towns but in fortified villages, where the chiefs maintained a barbaric lifestyle surrounded by their tribesmen. As their warlike spirit declined, they slowly began to mix with the locals and adopted at least their religion; this blending was sped up under Roman influence and eventually became as complete as the merging of the Normans and Saxons in England. However, they imparted a distinct character and spirit to the mixed population, maintaining their national traits and social customs, as well as their language (which continued to be spoken alongside Greek in the 4th century after Christ). In the 1st century, during St. Paul's missionary journeys, even the towns of Ancyra, Pessinus, and Tavium (where Gauls were scarce) were not Hellenized, although Greek, the language of government and commerce, was spoken there, while the rural population remained unaffected by Greek culture. Hellenistic ideas and ways only began to emerge in the towns in the later 2nd century. In the countryside, knowledge of Greek started to spread in the 3rd century, but it wasn't until the 4th and 5th centuries, after the center of government shifted first to Nicomedia and then to Constantinople, which put Galatia on the main route of imperial communication, that Hellenism in its Christian form gradually spread throughout the region. (See also Ancyra; Pessinus; Gordium.)
II. The Roman province of Galatia, constituted 25 B.C., included the greater part of the country ruled by Amyntas, viz. Galatia Proper, part of Phrygia towards Pisidia (Apollonia, Antioch and Iconium), Pisidia, part of Lycaonia (including Lystra and Derbe) and Isauria. For nearly 100 years it was the frontier province, and the changes in its boundaries are an epitome of the stages of Roman advance to the Euphrates, one client-state after another being annexed: Paphlagonia in 6-5 B.C.; Sebastopolis, 3-2 B.C.; Amasia, A.D. 1-2; Comana, A.D. 34-35,—together forming Pontus Galaticus,—the Pontic kingdom of Polemon, A.D. 64, under the name Pontus Polemoniacus. In A.D. 70 Cappadocia (a procuratorial province since A.D. 17) with Armenia Minor became the centre of the forward movement and Galatia lost its importance, being merged with Cappadocia in a vast double governorship until A.D. 114 (probably), when Trajan separated the two parts, making Galatia an inferior province of diminished size, while Cappadocia with Armenia Minor and Pontus became a great consular military province, charged with the defence of the frontier. Under Diocletian’s reorganization Galatia was divided, about 295, into two parts and the name retained for the northern (now nearly identical with the Galatia of Deiotarus); and about 390 this province, amplified by the addition of a few towns in the west, was divided into Galatia Prima and Secunda or Salutaris, the division indicating the renewed importance of Galatia in the Byzantine empire. After suffering from Persian and Arabic raids, Galatia was conquered by the Seljuk Turks in the 11th century and passed to the Ottoman Turks in the middle of the 14th.
II. The Roman province of Galatia, established in 25 BCE, covered most of the territory ruled by Amyntas, which included Galatia Proper, part of Phrygia near Pisidia (such as Apollonia, Antioch, and Iconium), Pisidia, parts of Lycaonia (including Lystra and Derbe), and Isauria. For almost 100 years, it was the frontier province, and the changes in its boundaries reflect the stages of Roman expansion toward the Euphrates, with one client-state after another being annexed: Paphlagonia in 6-5 B.C.; Sebastopolis, 3-2 BCE; Amasia, CE 1-2; Comana, CE 34-35—together making Pontus Galaticus—the Pontic kingdom of Polemon, CE 64, under the name Pontus Polemoniacus. In CE 70, Cappadocia (a procuratorial province since CE 17) along with Armenia Minor became the center of the advance, and Galatia declined in importance, merging with Cappadocia into a large dual governorship until C.E. 114 (likely), when Trajan separated the two regions, turning Galatia into a smaller subordinate province while Cappadocia along with Armenia Minor and Pontus grew into a significant consular military province responsible for defending the frontier. Under Diocletian’s reorganization around 295, Galatia was split into two parts, retaining its name for the northern area (now almost identical to Galatia of Deiotarus); by about 390, this province was expanded by adding a few towns in the west and divided into Galatia Prima and Secunda or Salutaris, reflecting Galatia’s renewed significance in the Byzantine Empire. After suffering from Persian and Arab raids, Galatia was conquered by the Seljuk Turks in the 11th century and came under Ottoman Turkish control in the mid-14th century.
The question whether the “Churches of Galatia,” to which St Paul addressed his Epistle, were situated in the northern or southern part of the province has been much discussed, and in England Prof. Sir W.M. Ramsay has been the principal advocate of the adoption of the South-Galatian theory, which maintains that they were the churches planted in Derbe, Lystra, Iconium and Antioch (see Galatians). In the present writer’s opinion this is supported by the study of the historical and geographical facts.1
The question of whether the "Churches of Galatia," to which St. Paul wrote his letter, were located in the northern or southern part of the province has been widely debated. In England, Professor Sir W.M. Ramsay has been the main supporter of the South-Galatian theory, which argues that these churches were established in Derbe, Lystra, Iconium, and Antioch (see Galatians). In my opinion, this view is backed by the examination of the historical and geographical facts.1
Authorities.—Van Gelder, De Gallis in Graecia et Asia (1888); Staehelin, Gesch. d. kleinasiat. Galater (1897); Perrot, De Galatia prov. Rom. (1867); Sir W.M. Ramsay, Histor. Geogr. (1890), St Paul (1898), and Introd. to Histor. Commentary on Galatians (1899). For antiquities generally, Perrot, Explor. archéol. de la Galatie (1862); K. Humann and O. Puchstein, Reisen in Kleinasien (1890); Koerte, Athen. Mitteilungen (1897); Anderson and Crowfoot, Journ. of Hellenic Studies (1899); and Anderson, Map of Asia Minor (London, Murray, 1903).
Authorities.—Van Gelder, De Gallis in Graecia et Asia (1888); Staehelin, Gesch. d. kleinasiat. Galater (1897); Perrot, De Galatia prov. Rom. (1867); Sir W.M. Ramsay, Histor. Geogr. (1890), St Paul (1898), and Introd. to Histor. Commentary on Galatians (1899). For general information on antiquities, Perrot, Explor. archéol. de la Galatie (1862); K. Humann and O. Puchstein, Reisen in Kleinasien (1890); Koerte, Athen. Mitteilungen (1897); Anderson and Crowfoot, Journ. of Hellenic Studies (1899); and Anderson, Map of Asia Minor (London, Murray, 1903).
1 In the unsettled state of this controversy, weight naturally attaches to the opinion of experts on either side; and the above statement, while opposed to the view taken in the following article on the epistle, must be taken on its merits.—Ed. E.B.
1 In the uncertain situation of this debate, the opinions of experts on both sides carry significant weight; and the statement above, although it contrasts with the perspective presented in the article that follows regarding the letter, should be considered based on its own value.—Ed. E.B.
GALATIANS, EPISTLE TO THE, one of the books of the New Testament. This early Christian scripture is one of the books militant in the world’s literature. Its usefulness to Luther in his propaganda was no accident in its history; it originated in a controversy, and the varying views of the momentous struggle depicted in Gal. ii. and Acts xv. have naturally determined, from time to time, the conception of the epistle’s aim and date. Details of the long critical discussion of this problem cannot be given here. (See Paul.) It must suffice to say that to the present writer the identification of Gal. ii. 1-10 with Acts xi. 28 f. and not with Acts xv. appears quite untenable, while a fair exegesis of Acts xvi. 1-6 implies a distinction between such towns as Lystra, Derbe and Iconium on the one hand and the Galatian χώρα with Phrygia upon the other.1 A further visit to the latter country is mentioned, upon this view, in Acts xviii. 23. The Christians to whom the epistle was addressed were thus inhabitants, for the most part (iv. 8) of pagan birth, belonging to the northern section of the province, perhaps mainly in its south-western district adjoining Bithynia and the province of Asia. The scanty allusions to this mission in Acts cannot be taken as any objection to the theory. Nor is there any valid geographical difficulty. The country was quite accessible from Antioch. Least of all does the historical evidence at our disposal justify the inference that the civilization of north Galatia, during the 1st century A.D., was Romano-Gallic rather than Hellenic; for, as the coins and inscriptions indicate, the Anatolian culture which predominated throughout the province did not exclude the infusion either of Greek religious conceptions or of the Greek language. The degree of elementary Greek culture needful for the understanding of Galatians cannot be shown to have been foreign to the inhabitants of north Galatia. So far as any trustworthy evidence is available, such Hellenic notions as are presupposed in this epistle might well have been intelligible to the Galatians of the northern provinces. Still less does the acquaintance with Roman jurisprudence in iii. 15-iv. 2 imply, as Halmel contends (Über röm. Recht im Galaterbrief, 1895), not merely that Paul must have acquired such knowledge in Italy but that he wrote the epistle there. A popular acquaintance with the outstanding features of Roman law was widely diffused by this time in Asia Minor.
GALATIANS, LETTER TO THE, one of the books of the New Testament. This early Christian text is a significant work in the world’s literature. Its importance to Luther in his advocacy was not a coincidence; it emerged from a controversy, and the differing perspectives on the important conflict represented in Gal. ii. and Acts xv. have naturally influenced the understanding of the epistle’s purpose and timing over the years. Details of the extensive critical debate on this issue cannot be provided here. (See Paul.) It is enough to say that, in the writer's opinion, linking Gal. ii. 1-10 with Acts xi. 28 f. rather than Acts xv. seems quite implausible, while a solid interpretation of Acts xvi. 1-6 suggests a distinction between towns like Lystra, Derbe, and Iconium on one side and the Galatian country along with Phrygia on the other. 1 A subsequent visit to the latter region is referenced, according to this view, in Acts xviii. 23. The Christians addressed in the epistle were primarily (iv. 8) of pagan origin, mainly from the northern part of the province, likely concentrated in its southwestern area near Bithynia and the province of Asia. The limited references to this mission in Acts do not oppose the theory. Furthermore, there is no valid geographical issue. The region was quite accessible from Antioch. Most importantly, the historical evidence available does not support the conclusion that the culture of north Galatia during the 1st century CE was Romano-Gallic rather than Hellenic; as the coins and inscriptions reveal, the predominant Anatolian culture in the province incorporated both Greek religious ideas and the Greek language. The basic level of Greek culture needed to understand Galatians cannot be shown to have been unfamiliar to the inhabitants of north Galatia. As far as reliable evidence exists, the Hellenic concepts assumed in this epistle would likely have been comprehensible to the Galatians from the northern provinces. Even less does the knowledge of Roman law in iii. 15-iv. 2 imply, contrary to Halmel's argument (Über röm. Recht im Galaterbrief, 1895), that Paul must have gained such knowledge in Italy and that he wrote the epistle there. A general awareness of the key aspects of Roman law was widely spread by this time in Asia Minor.
The epistle can hardly have been written therefore until after the period described in Acts xviii. 22, but the terminus ad quem is more difficult to fix.2 The composition may be placed (cf. the present writer’s Historical New Testament, pp. 124 f. for details) either during the earlier part of Paul’s residence at Ephesus (Acts xix. 1, 10, so most editors and scholars), or on his way from Ephesus to Corinth, or at Corinth itself (so Lightfoot, Bleek, Salmon).
The letter couldn’t have been written until after the time mentioned in Acts xviii. 22, but pinpointing the latest possible date is trickier. The writing could have happened (see the present writer’s Historical New Testament, pp. 124 f. for details) either during the earlier part of Paul’s stay in Ephesus (Acts xix. 1, 10, as most editors and scholars agree), or while he was traveling from Ephesus to Corinth, or even while he was in Corinth itself (as suggested by Lightfoot, Bleek, Salmon).
The epistle was not written until Paul had visited Thessalonica, 395 but the Galatian churches owed their origin to a mission of Paul undertaken some time before he crossed from Asia to Europe. When he composed this letter, he had visited the churches twice. On the former of these visits (iv. 13 τὸ πρότερον), though broken down by illness (2 Cor. xii. 7-9?) he had been enthusiastically welcomed, and the immediate result of his mission was an outburst of religious fervour (iii. 1-5, iv. 14 f.). The local Christians made a most promising start (v. 7). But they failed to maintain their ardour. On his second visit (iv. 13, i. 7, v. 21) the apostle found in many of them a disheartening slackness, due to discord and incipient legalism. His plain-speaking gave offence in some quarters (iv. 16), though it was not wholly ineffective. Otherwise, this second visit is left in the shadow.3 So far as it was accompanied by warnings, these were evidently general rather than elicited by any definite and imminent peril to the churches. Not long afterwards, however, some judaizing opponents of the apostle (note the contemptuous anonymity of the τινες in i. 7, as in Col. ii. 4 f.), headed by one prominent and influential individual (v. 10), made their appearance among the Galatians, promulgating a “gospel” which meant fidelity to, not freedom from, the Law (i. 6-10). Arguing from the Old Testament, they represented Paul’s gospel as an imperfect creed which required to be supplemented by legal exactitude,4 including ritual observance (iv. 10) and even circumcision,5 while at the same time they sought to undermine his authority6 by pointing out that it was derived from the apostles at Jerusalem and therefore that his teaching must be open to the checks and tests of that orthodox primitive standard which they themselves claimed to embody. The sole valid charter to Messianic privileges was observance of the Mosaic law, which remained obligatory upon pagan converts (iii. 6-9, 16).
The letter wasn't written until after Paul had visited Thessalonica, 395 but the Galatian churches began because of a mission Paul took on before he went from Asia to Europe. By the time he wrote this letter, he had visited the churches twice. On his first visit (iv. 13 the former), even though he was struggling with illness (2 Cor. xii. 7-9?), he was warmly welcomed, and the immediate outcome of his mission was a surge of religious enthusiasm (iii. 1-5, iv. 14 f.). The local Christians got off to a very promising start (v. 7). But they couldn't keep up their passion. During his second visit (iv. 13, i. 7, v. 21), the apostle found that many of them were discouragingly disengaged, which was caused by conflict and early legalism. His straightforward speech upset some people (iv. 16), but it wasn’t entirely ineffective. Otherwise, this second visit remains somewhat unclear. While it included warnings, those were likely general rather than prompted by any specific and immediate danger to the churches. Soon after, however, some Jewish opponents of the apostle (notice the sneering anonymity of the tires in i. 7, similar to Col. ii. 4 f.), led by a prominent and powerful individual (v. 10), showed up among the Galatians, spreading a “gospel” that emphasized loyalty to the Law instead of freedom from it (i. 6-10). Using the Old Testament, they portrayed Paul’s gospel as an incomplete doctrine that needed to be completed with strict legal adherence, 4 including ritual practices (iv. 10) and even circumcision, 5 while also trying to undermine his authority 6 by arguing that it was based on the apostles in Jerusalem, which meant his teachings had to be evaluated against that traditional standard they claimed to represent. The only legitimate claim to Messianic privileges was following the Mosaic law, which they insisted was still required for pagan converts (iii. 6-9, 16).
When the news of this relapse reached Paul, matters had evidently not yet gone too far. Only a few had been circumcised. It was not too late to arrest the Galatians on their downward plane, and the apostle, unable or unwilling to re-visit them, despatched this epistle. How or when the information came to him, we do not know. But the gravity of the situation renders it unlikely that he would delay for any length of time in writing to counteract the intrigues of his opponents; to judge from allusions like those in i. 6 (ταχέως and μετατίθεσθε—the lapse still in progress), we may conclude that the interval between the reception of the news and the composition of the letter must have been comparatively brief.
When Paul heard about this relapse, it was clear that things hadn’t gone too far yet. Only a few people had been circumcised. It wasn’t too late to stop the Galatians from going down the wrong path, and since the apostle couldn’t or didn’t want to visit them again, he sent this letter. We don’t know how or when he got the information, but given the seriousness of the situation, it seems unlikely he would wait long to write and counteract the schemes of his opponents; from references like those in i. 6 (quickly and μετατίθεσθε—the decline still happening), we can conclude that the time between receiving the news and writing the letter was probably quite short.
After a short introduction7 (i. 1-5), instead of giving his usual word of commendation, he plunges into a personal and historical vindication8 of his apostolic independence, which, developed negatively and positively, forms the first of the three main sections in the epistle (i. 6-ii. 21). In the closing passage he drifts over from an account of this interview with Peter into a sort of monologue upon the incompatibility of the Mosaic law with the Christian gospel (ii. 15-21),9 and this starts him afresh upon a trenchant expostulation and appeal (iii. 1-v. 12) regarding the alternatives of law and spirit. Faith dominates this section; faith in its historical career and as the vantage-ground of Christianity. The much-vaunted law is shown to be merely a provisional episode10 culminating in the gospel (iii. 7-28) as a message of filial confidence and freedom (iii. 29-iv. 11). The genuine “sons of Abraham” are not legalistic Jewish Christians but those who simply possess faith in Jesus Christ. A passionate outburst then follows (iv. 12 f.), and, harping still on Abraham, the apostle essays, with fresh rabbinic dialectic, to establish Christianity over legalism as the free and final religion for men, applying this to the moral situation of the Galatians themselves (v. 1-12). This conception of freedom then leads him to define the moral responsibilities of the faith (v. 13-vi. 10), in order to prevent misconception and to enforce the claims of the gospel upon the individual and social life of the Galatians. The epilogue (vi. 11-21) reiterates, in a handful of abrupt, emphatic sentences, the main points of the epistle.
After a brief introduction7 (i. 1-5), instead of offering his usual praise, he dives into a personal and historical defense8 of his apostolic independence, which, developed in both negative and positive ways, makes up the first of the three main sections in the letter (i. 6-ii. 21). In the closing part, he shifts from discussing this meeting with Peter to a kind of monologue about how the Mosaic law and the Christian gospel don't mix (ii. 15-21),9 and this prompts him to launch into a strong argument and appeal (iii. 1-v. 12) about the choices between law and spirit. Faith takes the lead in this section; faith in its historical journey and as the foundation of Christianity. The often-praised law is shown to be just a temporary phase10 leading up to the gospel (iii. 7-28) as a message of trust and freedom (iii. 29-iv. 11). The true “children of Abraham” are not legalistic Jewish Christians but those who simply have faith in Jesus Christ. A passionate response follows (iv. 12 f.), and, still focusing on Abraham, the apostle attempts, with new rabbinic reasoning, to prove Christianity as the free and final religion for humanity, applying this to the moral situation of the Galatians themselves (v. 1-12). This idea of freedom then leads him to outline the moral responsibilities of faith (v. 13-vi. 10), in order to clear up misunderstandings and reinforce the claims of the gospel on the individual and social lives of the Galatians. The conclusion (vi. 11-21) repeats, in a few concise, forceful sentences, the main points of the letter.
The allusion in vi. 11 (ἴδετε πηλίκοις ὑμῖν γράμμασιν ἔγραψα τῇ ἐμῇ χειρί) is to the large bold size11 of the letters in Paul’s handwriting, but the object and scope of the reference are matters of dispute. It is “a sensational heading” (Findlay), but it may either refer12 to the whole epistle (so Augustine, Chrysostom, &c., followed by Zahn) or, as most hold (with Jerome) to the postscript (vi. 11-18). Paul commonly dictated his letters. His use of the autograph here may have been to prevent any suspicion of a forgery or to mark the personal emphasis of his message. In any case it is assumed that the Galatians knew his handwriting. It is unlikely that he inserted this postscript from a feeling of ironical playfulness, to make the Galatians realize that, after the sternness of the early chapters, he was now treating them like children, “playfully hinting that surely the large letters will touch their hearts” (so Deissmann, Bible-Studies (1901), 346 f.).
The reference in vi. 11 (Look at how many letters I wrote to you with my own hand.) points to the large, bold style of the letters in Paul’s handwriting, but what this refers to and its significance are debated. It’s called “a dramatic heading” (Findlay), but it could either refer to the entire letter (as Augustine, Chrysostom, etc., and Zahn suggest) or, as most believe (following Jerome), to the postscript (vi. 11-18). Paul usually dictated his letters. His use of his own handwriting here might have been to avoid any suspicion of forgery or to emphasize the personal nature of his message. In any case, it’s assumed that the Galatians recognized his handwriting. It seems unlikely that he added this postscript playfully, meant to make the Galatians realize that after the seriousness of the earlier chapters, he was now treating them like kids, “playfully suggesting that surely the large letters will resonate with them” (as Deissmann states, Bible-Studies (1901), 346 f.).
The earliest allusion to the epistle13 is the notice of its inclusion in Marcion’s canon, but almost verbal echoes of iii. 10-13 are to be heard in Justin Martyr’s Dial. xciv.-xcv.; it was certainly known to Polycarp, and as the 2nd century advances the evidence of its popularity multiplies on all sides, from Ptolemaeus and the Ophites to Irenaeus and the Muratorian canon (cf. Gregory’s Canon and Text of N.T., 1907, pp. 201-203). It is no longer necessary for serious criticism to refute the objections to its authenticity raised during the 19th century in certain quarters;14 as Macaulay said of the authenticity of Caesar’s commentaries, “to doubt on that subject is the mere rage of scepticism.” 396 Even the problems of its integrity are quite secondary. Marcion (cf. Tert. Adv. Marc. 2-4) removed what he judged to be some interpolations, but van Manen’s attempt to prove that Marcion’s text is more original than the canonical (Theolog. Tijdschrift, 1887, 400 f. 451 f.) has won no support (cf. C. Clemen’s refutation in Die Einheitlichkeit der paulin. Briefe, 1894, pp. 100 f. and Zahn’s Geschichte d. N. T. lichen Kanons, ii. 409 f.), and little or no weight attaches to the attempts made (e.g. by J.A. Cramer) to disentangle a Pauline nucleus from later accretions. Even D. Völter, who applies this method to the other Pauline epistles, admits that Galatians, whether authentic or not, is substantially a literary unity (Paulus und seine Briefe, 1905, pp. 229-285). The frequent roughnesses of the traditional text suggest, however, that here and there marginal glosses may have crept in. Thus iv. 25a (τὸ γὰρ Σινᾶ ὄρος ἐστὶν ἐν τῇ Ἀραβίᾳ) probably represents the explanatory and prosaic gloss of a later editor, as many scholars have seen from Bentley (Opuscula philologica, 1781, pp. 533 f.) to H.A. Schott, J.A. Cramer, J.M.S. Baljon and C. Holsten. The general style of the epistle is vigorous and unpremeditated, “one continuous rush, a veritable torrent of genuine and inimitable Paulinism, like a mountain stream in full flood, such as may often have been seen by his Galatians” (J. Macgregor). But there is a certain rhythmical balance, especially in the first chapter (cf. J. Weiss, Beiträge zur paulin. Rhetorik, 1897, 8 f.); here as elsewhere the rush and flow of feeling carry with them some care for rhetorical form, in the shape of antitheses, such as a pupil of the schools might more or less unconsciously retain.15 All through, the letter shows the breaks and pauses of a mind in direct contact with some personal crisis. Hurried, unconnected sentences, rather than sustained argument, are its most characteristic features.16 The trenchant remonstrances and fiery outbursts make it indeed “read like a dithyramb from beginning to end.”
The earliest reference to the letter13 is its mention in Marcion’s canon, but we can hear nearly word-for-word echoes of iii. 10-13 in Justin Martyr’s Dial. xciv.-xcv.; it was definitely known to Polycarp, and as the 2nd century progresses, evidence of its popularity increases all around, from Ptolemaeus and the Ophites to Irenaeus and the Muratorian canon (cf. Gregory’s Canon and Text of N.T., 1907, pp. 201-203). There is no longer a need for serious criticism to address the challenges to its authenticity that were raised in certain circles during the 19th century; 14 as Macaulay remarked about the authenticity of Caesar’s commentaries, “to doubt on that subject is merely the height of skepticism.” 396 Even the issues regarding its integrity are quite secondary. Marcion (cf. Tert. Adv. Marc. 2-4) removed what he considered some interpolations, but van Manen’s effort to prove that Marcion’s text is more original than the canonical (Theolog. Tijdschrift, 1887, 400 f. 451 f.) has not gained any support (cf. C. Clemen’s refutation in Die Einheitlichkeit der paulin. Briefe, 1894, pp. 100 f. and Zahn’s Geschichte d. N. T. lichen Kanons, ii. 409 f.), and little to no credibility belongs to attempts made (e.g. by J.A. Cramer) to separate a Pauline core from later additions. Even D. Völter, who uses this method on other Pauline letters, acknowledges that Galatians, whether authentic or not, is fundamentally a literary unity (Paulus und seine Briefe, 1905, pp. 229-285). However, the frequent rough spots in the traditional text suggest that some marginal notes may have made their way in here and there. For instance, iv. 25a (For Mount Sinai is in Arabia.) likely represents the explanatory and straightforward note of a later editor, as many scholars have pointed out from Bentley (Opuscula philologica, 1781, pp. 533 f.) to H.A. Schott, J.A. Cramer, J.M.S. Baljon, and C. Holsten. The overall style of the letter is energetic and spontaneous, “one continuous rush, a true torrent of genuine and inimitable Paulinism, much like a mountain stream in full flow, which could often have been seen by his Galatians” (J. Macgregor). However, there is a certain rhythmic balance, especially in the first chapter (cf. J. Weiss, Beiträge zur paulin. Rhetorik, 1897, 8 f.); here, as elsewhere, the rush and flow of emotion carry with them some attention to rhetorical structure, taking the form of contrasts that a school student might retain more or less unconsciously.15 Throughout, the letter reveals the breaks and pauses of a mind directly engaged in some personal crisis. Quick, disjointed sentences, rather than extended arguments, are its most defining characteristics.16 The sharp critiques and passionate outbursts make it indeed “read like a dithyramb from beginning to end.”
Bibliography.—Of more modern editions in English, the most competent are those of C.J. Ellicott (4th ed., 1867, strong in linguistic and grammatical material), Prof. Eadie (Edinburgh, 1869), J.B. Lightfoot (11th ed., 1892), Dean Alford (3rd ed., 1862) and F. Rendall (Expositor’s Greek Testament, 1903) on the Greek text; Dr Sanday (in Ellicott’s Commentary, 1879), Dr Jas. Macgregor (Edinburgh, 1879), B. Jowett (3rd ed., 1894), Huxtable (Pulpit Comment., 1885), Dr Agar Beet (London, 1885, &c.), Dr W.F. Adeney (Century Bible), Dr E.H. Perowne (Cambridge Bible, 1890) and Dr James Drummond (Internat. Handbooks to N.T., 1899) also comment on the English text. The editions of Lightfoot and Jowett are especially valuable for their subsidiary essays, and Sir W.M. Ramsay’s Historical Commentary on Galatians (1899) contains archaeological and historical material which is often illuminating. The French editions are few and minor, those by A. Sardinoux (Valence, 1837) and E. Reuss (1878) being adequate, however. In Germany the two most up-to-date editions are by F. Sieffert (in Meyer’s Comment., 1899) and Th. Zahn (2nd ed., 1907); these supersede most of the earlier works, but H.A. Schott (1834), A. Wieseler (Göttingen, 1859), G.B. Winer (4th ed., 1859), J.C.K. von Hofmann (2nd ed., 1872), Philippi (1884), R.A. Lipsius (2nd ed., Hand.-Commentar, 1892), and Zöckler (2nd ed., 1894) may still be consulted with advantage, while Hilgenfeld’s commentary (1852) discusses acutely the historical problems of the epistle from the standpoint of Baur’s criticism. The works of A. Schlatter (2nd ed., 1894) and W. Bousset (in Die Schriften des N.T., 2nd ed., 1907) are more popular in character. F. Windischmann (Mayence, 1843), F.X. Reithmayr (1865), A. Schäfer (Münster, 1890) and F. Cornely (1892, also in Cursus scripturae sacrae, 1907) are the most satisfactory modern editors, from the Roman Catholic church, but it should not be forgotten that the 16th century produced the Literalis expositio of Cajetan (Rome, 1529) and the similar work of Pierre Barahona (Salamanca, 1590), no less than the epoch-making edition of Luther (Latin, 1519, &c.; German, 1525 f.; English, 1575 f.). After Calvin and Grotius, H.E.G. Paulus (Des Apostel P. Lehrbriefe an die Gal. u. Römer Christen, 1831) was perhaps the most independent interpreter. For the patristic editions, see the introductory sections in Zahn and Lightfoot. The religious thought of the epistle is admirably expounded from different standpoints by C. Holsten (Das Evangelium Paulus, Teil I., i., 1880), A.B. Bruce (St Paul’s Conception of Christianity, 1894, pp. 49-70) and Prof. G.G. Findlay (Expositor’s Bible). On the historical aspects, Zimmer (Galat. und Apostelgeschichte, 1882) and M. Thomas (Mélanges d’histoire et de litt. religieuse, Paris, 1899, pp. 1-195) are excellent; E.H. Askwith’s essay (Epistle to the Galatians, its Destination and Date, 1899) advocates ingeniously the south Galatian theory, and W.S. Wood (Studies in St Paul’s Epistle to the Galatians, 1887) criticizes Lightfoot. General studies of the epistle will be found in all biographies of Paul and histories of the apostolic age, as well as in works like Sabatier’s The Apostle Paul (pp. 187 f.), B.W. Bacon’s Story of St Paul (pp. 116 f.), Dr R.D. Shaw’s The Pauline Epistles (2nd ed., pp. 60 f.), R. Mariano, Il Cristianesimo nei primi secoli (1902), i. pp. 111 f., and Volkmar’s Paulus vom Damaskus bis zum Galaterbrief (1887), to which may be added a series of papers by Haupt in Deutsche Evang.-Blätter (1904), 1-16, 89-108, 161-183, 238-259, and an earlier set by Hilgenfeld in the Zeitschrift für wiss. Theologie (“Zur Vorgeschichte des Gal.” 1860, pp. 206 f., 1866, pp. 301 f., 1884, pp. 303 f.). Other monographs and essays have been noted in the course of this article. See further under Paul.
References.—Among more recent English editions, the most reliable are those by C.J. Ellicott (4th ed., 1867, robust in linguistic and grammatical content), Prof. Eadie (Edinburgh, 1869), J.B. Lightfoot (11th ed., 1892), Dean Alford (3rd ed., 1862), and F. Rendall (Expositor’s Greek Testament, 1903) concerning the Greek text; Dr. Sanday (in Ellicott’s Commentary, 1879), Dr. Jas. Macgregor (Edinburgh, 1879), B. Jowett (3rd ed., 1894), Huxtable (Pulpit Comment., 1885), Dr. Agar Beet (London, 1885, &c.), Dr. W.F. Adeney (Century Bible), Dr. E.H. Perowne (Cambridge Bible, 1890), and Dr. James Drummond (Internat. Handbooks to N.T., 1899) also provide commentary on the English text. The editions by Lightfoot and Jowett are particularly valuable for their additional essays, and Sir W.M. Ramsay’s Historical Commentary on Galatians (1899) includes archaeological and historical information that is often enlightening. There are few French editions, but the ones by A. Sardinoux (Valence, 1837) and E. Reuss (1878) are sufficient. In Germany, the two most current editions are by F. Sieffert (in Meyer’s Comment., 1899) and Th. Zahn (2nd ed., 1907); these replace most previous works, although H.A. Schott (1834), A. Wieseler (Göttingen, 1859), G.B. Winer (4th ed., 1859), J.C.K. von Hofmann (2nd ed., 1872), Philippi (1884), R.A. Lipsius (2nd ed., Hand.-Commentar, 1892), and Zöckler (2nd ed., 1894) can still be consulted with benefit, while Hilgenfeld’s commentary (1852) insightfully addresses the historical issues of the epistle from Baur’s critical perspective. The works of A. Schlatter (2nd ed., 1894) and W. Bousset (in Die Schriften des N.T., 2nd ed., 1907) are more accessible in nature. F. Windischmann (Mayence, 1843), F.X. Reithmayr (1865), A. Schäfer (Münster, 1890), and F. Cornely (1892, also in Cursus scripturae sacrae, 1907) are the most satisfactory modern editors from the Roman Catholic Church, but it’s important to remember that the 16th century produced Cajetan’s Literalis expositio (Rome, 1529) and the similar work by Pierre Barahona (Salamanca, 1590), as well as the groundbreaking edition by Luther (Latin, 1519, &c.; German, 1525 f.; English, 1575 f.). After Calvin and Grotius, H.E.G. Paulus (Des Apostel P. Lehrbriefe an die Gal. u. Römer Christen, 1831) was perhaps the most independent interpreter. For patristic editions, refer to the introductory sections in Zahn and Lightfoot. The religious themes of the epistle are thoroughly examined from various perspectives by C. Holsten (Das Evangelium Paulus, Teil I., i., 1880), A.B. Bruce (St Paul’s Conception of Christianity, 1894, pp. 49-70), and Prof. G.G. Findlay (Expositor’s Bible). On historical aspects, Zimmer (Galat. und Apostelgeschichte, 1882) and M. Thomas (Mélanges d’histoire et de litt. religieuse, Paris, 1899, pp. 1-195) are excellent sources; E.H. Askwith’s essay (Epistle to the Galatians, its Destination and Date, 1899) cleverly supports the south Galatian theory, and W.S. Wood (Studies in St Paul’s Epistle to the Galatians, 1887) critiques Lightfoot's work. General studies of the epistle can be found in all biographies of Paul and histories of the apostolic age, as well as in works like Sabatier’s The Apostle Paul (pp. 187 f.), B.W. Bacon’s Story of St Paul (pp. 116 f.), Dr. R.D. Shaw’s The Pauline Epistles (2nd ed., pp. 60 f.), R. Mariano, Il Cristianesimo nei primi secoli (1902), i. pp. 111 f., and Volkmar’s Paulus vom Damaskus bis zum Galaterbrief (1887), along with a series of papers by Haupt in Deutsche Evang.-Blätter (1904), 1-16, 89-108, 161-183, 238-259, and an earlier set by Hilgenfeld in the Zeitschrift für wiss. Theologie (“Zur Vorgeschichte des Gal.” 1860, pp. 206 f., 1866, pp. 301 f., 1884, pp. 303 f.). Other monographs and essays have been noted throughout this article. See further under Paul.
1 The historical and geographical facts concerning Galatia, which lead other writers to support the south Galatian theory, are stated in the preceding article on Galatia; and the question is still a matter of controversy, the division of opinion being to some extent dependent on whether it is approached from the point of view of the archaeologist or the Biblical critic. The ablest re-statements of the north Galatian theory, in the light of recent pleas for south Galatia as the destination of this epistle, may be found by the English reader in P.W. Schmiedel’s exhaustive article in Encycl. Biblica (1592-1616) and Prof. G.H. Gilbert’s Student’s Life of Paul (1902), pp. 260-272. Schmiedel’s arguments are mainly directed against Sir W.M. Ramsay, but a recent Roman Catholic scholar, Dr A. Steinmann, takes a wider survey in a pamphlet on the north Galatian side of the controversy (Die Abfassungszeit des Galaterbriefes, Münster, i. W., 1906), carrying forward the points already urged by Sieffert and Zöckler amongst others, and especially refuting his fellow-churchman, Prof. Valentine Weber.
1 The historical and geographical facts about Galatia, which lead other writers to support the south Galatian theory, are mentioned in the previous article on Galatia. The question remains controversial, with opinions divided somewhat based on whether it's approached from an archaeological standpoint or a Biblical critical one. The most comprehensive explanations of the north Galatian theory, in light of recent arguments for south Galatia as the destination of this letter, can be found by English readers in P.W. Schmiedel’s detailed article in Encycl. Biblica (1592-1616) and Prof. G.H. Gilbert’s Student’s Life of Paul (1902), pp. 260-272. Schmiedel’s arguments primarily target Sir W.M. Ramsay, but a recent Roman Catholic scholar, Dr. A. Steinmann, offers a broader perspective in a pamphlet on the north Galatian side of the debate (Die Abfassungszeit des Galaterbriefes, Münster, i. W., 1906), building on points already made by Sieffert and Zöckler among others, and especially refuting his fellow church member, Prof. Valentine Weber.
2 The tendency among adherents of the south Galatian theory is to put the epistle as early as possible, making it contemporaneous with, if not prior to, 1 Thessalonians. So Douglass Round in The Date of St Paul’s Epistle to the Galatians (1906).
2 Supporters of the south Galatian theory tend to date the letter as early as they can, suggesting it was written around the same time as, or even before, 1 Thessalonians. This view is expressed by Douglass Round in The Date of St Paul’s Epistle to the Galatians (1906).
3 It is not quite clear whether traces of the Judaistic agitation were already found by Paul on this visit (so especially Holsten, Lipsius, Sieffert, Pfleiderer, Weiss and Weizsäcker) or whether they are to be dated subsequent to his departure (so Philippi, Renan and Hofmann, among others). The tone of surprise which marks the opening of the epistle tells in favour of the latter theory. Paul seems to have been taken aback by the news of the Galatians’ defection.
3 It’s not entirely clear whether Paul encountered signs of Judaistic unrest during this visit (especially according to Holsten, Lipsius, Sieffert, Pfleiderer, Weiss, and Weizsäcker) or if they emerged after he left (as suggested by Philippi, Renan, and Hofmann, among others). The surprised tone at the beginning of the letter supports the latter idea. Paul seems to have been shocked by the news of the Galatians’ turning away.
4 Apparently they were clever enough to keep the Galatians in ignorance that the entire law would require to be obeyed (v. 3).
4 It seems they were smart enough to keep the Galatians unaware that the whole law had to be followed (v. 3).
5 The critical dubiety about οὐδέ in ii. 5 (cf. Zahn’s excursus and Prof. Lake in Expositor, March 1906, p. 236 f.) throws a slight doubt on the interpretation of ii. 3, but it is clear that the agitators had quoted Paul’s practice as an authoritative sanction of the rite.
5 The important uncertainty about οὐδέ in ii. 5 (see Zahn’s discussion and Prof. Lake in Expositor, March 1906, p. 236 f.) raises a small doubt on the interpretation of ii. 3, but it’s clear that the agitators had cited Paul’s practice as a valid support for the rite.
6 This depreciation is voiced in their catch-word οἱ δοκοῦντες (“those of repute,” ii. 6), while other echoes of their talk can be overheard in such phrases as “we are Abraham’s seed” (iii. 16), “sinners of Gentiles” (ii. 15) and “Jerusalem which is our mother” (iv. 26), as well as in their charges against Paul of “seeking to please men” (i. 10) and “preaching circumcision” (v. 11).
6 This depreciation is expressed in their slogan the supposed (“those of repute,” ii. 6), while other echoes of their conversation can be heard in phrases like “we are Abraham’s descendants” (iii. 16), “sinners among the Gentiles” (ii. 15) and “Jerusalem, our mother” (iv. 26), along with their accusations against Paul of “trying to please people” (i. 10) and “preaching circumcision” (v. 11).
7 Not only is the address “to the churches of Galatia” unusually bare, but Paul associates no one with himself, either because he was on a journey or because, as the attacked party, he desired to concentrate attention upon his personal commission. Yet the ἡμεῖς of i. 8 indicates colleagues like Silas and Timothy.
7 Not only is the address “to the churches of Galatia” surprisingly simple, but Paul doesn’t mention anyone else alongside himself, either because he was traveling or because, as the person being criticized, he wanted to focus attention on his own role. However, the we of i. 8 suggests colleagues like Silas and Timothy.
8 Cf. Hausrath’s History of the N.T. Times (iii. pp. 181-199), with the fine remarks, on vi. 17, that “Paul stands before us like an ancient general who bares his breast before his mutinous legions, and shows them the scars of the wounds that proclaim him not unworthy to be called Imperator.”
8 See Hausrath’s History of the N.T. Times (iii. pp. 181-199), with the insightful comments on vi. 17, that “Paul presents himself like an ancient general who exposes his chest to his rebellious troops and displays the scars of wounds that prove he is worthy to be called Imperator.”
9 Cf. T.H. Green’s Works, iii. 186 f. Verses 15-17 are the indirect abstract of the speech’s argument, but in verses 18-21 the apostle, carried away by the thought and barrier of the moment as he dictates to his amanuensis, forgets the original situation.
9 Cf. T.H. Green’s Works, iii. 186 f. Verses 15-17 summarize the main points of the speech, but in verses 18-21, the apostle, caught up in the moment while dictating to his secretary, loses track of the original context.
10 Thus Paul reverses the ordinary rabbinic doctrine which taught (cf. Kiddushim, 30, b) that the law was given as the divine remedy for the evil yezer of man. So far from being a remedy, he argues, it is an aggravation.
10 Thus, Paul turns the usual rabbinic teaching on its head, which stated (cf. Kiddushim, 30, b) that the law was given as the divine solution for the evil yezer of humanity. Instead of being a solution, he claims, it actually makes things worse.
11 According to Plutarch, Cato the elder wrote histories for the use of his son, ἰδίᾳ χειρὶ καὶ μεγάλοις γράμμασιν (cf. Field’s Notes on Translation of the New Testament, p. 191). If the point of Gal. vi. 11 lies in the size of the letters, Paul cannot have contemplated copies of the epistle being made. He must have assumed that the autograph would reach all the local churches (cf. 2 Thess. iii. 17, with E.A. Abbott, Johannine Grammar, pp. 530-532).
11 According to Plutarch, Cato the Elder wrote histories for his son's use, by my own hand and in large letters (see Field’s Notes on Translation of the New Testament, p. 191). If the point of Gal. vi. 11 is about the size of the letters, Paul couldn't have expected copies of the letter to be made. He must have thought that the original would reach all the local churches (see 2 Thess. iii. 17, with E.A. Abbott, Johannine Grammar, pp. 530-532).
12 For ἔγραψα, the epistolary aorist, at the close of a letter, cf. Xen. Anab. i. 9. 25, Thuc. i. 129. 3, Ezra iv. 14 (LXX) and Lucian, Dial. Meretr. x.
12 For I wrote, the past tense used in letters, see Xen. Anab. i. 9. 25, Thuc. i. 129. 3, Ezra iv. 14 (LXX), and Lucian, Dial. Meretr. x.
13 Hermann Schulze’s attempt to bring out the filiation of the later N.T. literature to Galatians (Die Ursprünglichkeit des Galaterbriefes, Leipzig, 1903) involves repeated exaggerations of the literary evidence.
13 Hermann Schulze’s effort to identify the connections of the later New Testament literature to Galatians (Die Ursprünglichkeit des Galaterbriefes, Leipzig, 1903) contains several overstatements of the literary evidence.
14 Cf. especially J. Gloe’s Die jüngste Kritik des Galaterbriefes (Leipzig, 1890) and Baljon’s reply to Steck and Loman (Exeg.-kritische verhandeling over den Brief van P. aan de Gal., 1889). The English reader may consult Schmiedel’s article (already referred to) and Dr R.J. Knowling’s The Testimony of St Paul to Christ (1905), 28 f.
14 See especially J. Gloe’s The Latest Critique of the Letter to the Galatians (Leipzig, 1890) and Baljon’s response to Steck and Loman (Exeg.-critical Treatise on the Letter of Paul to the Galatians, 1889). The English reader can check out Schmiedel’s article (mentioned earlier) and Dr. R.J. Knowling’s The Testimony of St Paul to Christ (1905), 28 f.
15 Compare the minute analysis of the whole epistle in F. Blass, Die Rhythmen der asianischen und römischen Kunstprosa (1905), pp. 43-53, 204-216, where, however, this feature is exaggerated into unreality. The comic trimeter in Philipp. iii. 1 (ἐμοὶ μὲν ουκ ὀκνηρόν, ὑμῖν δ᾽ ἀσφαλές) may well be, like that in 1 Cor. xv. 33, a reminiscence of Menander.
15 Compare the detailed analysis of the entire letter in F. Blass, Die Rhythmen der asianischen und römischen Kunstprosa (1905), pp. 43-53, 204-216, where this aspect is, however, exaggerated to the point of being unrealistic. The comic trimeter in Philipp. iii. 1 (I'm not afraid, but it's safe for you.) may indeed be, like that in 1 Cor. xv. 33, a reference to Menander.
GALATINA, a town of Apulia, Italy, in the province of Lecce, from which it is 14 m. S. by rail, 233 ft. above sea-level. Pop. (1901) 12,917 (town); 14,086 (commune). It is chiefly remarkable for the fine Gothic church of St Caterina, built in 1390 by Raimondello del Balzo Orsini, count of Soleto, with a fine portal and rose-window. The interior contains frescoes by Francesco d’ Arezzo (1435). The apse contains the fine mausoleum of the son of the founder (d. 1454), a canopy supported by four columns, with his statue beneath it.
GALATINA, is a town in Apulia, Italy, located 14 miles south by rail and 233 feet above sea level. Population (1901): 12,917 (town); 14,086 (commune). It is especially notable for the beautiful Gothic church of St. Caterina, built in 1390 by Raimondello del Balzo Orsini, count of Soleto, featuring an impressive portal and rose window. The interior is adorned with frescoes by Francesco d'Arezzo (1435). The apse houses an exquisite mausoleum of the founder's son (d. 1454), topped by a canopy supported by four columns, with his statue beneath it.
GALATZ (Galaţii), a city of Rumania, capital of the department of Covurlui; on the left bank of the river Danube, 90 m. W. by N. of its mouth at Sulina. Pop. (1900) 62,678, including 12,000 Jews. The Danube is joined by the Sereth 3 m. S.W. of Galatz, and by the Pruth 10 m. E. Galatz is built on a slight eminence among the marshes which line the intervening shore and form, beside the western bank of the Pruth, the shallow mere called Lake Bratych (Brateşul), more than 50 sq. m. in extent. With the disappearance, towards the close of the 19th century, of most of its older quarters in which the crooked, ill-paved streets and insanitary houses were liable to be flooded every year, the city improved rapidly. Embankments and fine quays were constructed along the Danube; electric tramways were opened in the main streets, which were lighted by gas or electricity, and pure water was supplied. The higher, or north-western part of the city, which is the more open and comfortable, contains many of the chief buildings. These include the prefecture, consulate, prison, barracks, civil and military hospitals and the offices of the international commission for the control of the Danube (q.v.). The bishop of the lower Danube resides at Galatz. There are many Orthodox Greek, Roman Catholic and other churches; the most interesting being the cathedral, and St Mary’s church, in which is the tomb of the famous Cossack chief, Mazeppa (1644-1709), said to have been rifled of its contents by the Russians. Galatz is a naval station, and the headquarters of the III. army corps, protected by a line of fortifications which extends for 45 m. E. to Focshani and is known as the Sereth line. But the main importance of the city is commercial. Galatz is the chief Moldavian port of entry, approached by three waterways, the Danube, Sereth and Pruth, down which there is a continual volume of traffic, except in mid-winter; and by the railways which intersect all the richest portions of the country. Textiles, machinery, and coal make up the bulk of imports. Besides a large trade in petroleum and salt, Galatz ranks first among Rumanian cities in its export of timber, and second to Braila in its export of grain. It possesses many saw-mills, paste-mills, flour-mills, roperies, chemical works and petroleum refineries; manufacturing also metal ware, wire, nails, soap and candles. Vessels of 2500 tons can discharge at the quays, but cargoes consigned to Galatz are often transhipped into lighters at Sulina. The shipping trade is largely in foreign hands, the principal owners being British.
GALATZ (Galaţii), a city in Romania, is the capital of the Covurlui department; located on the left bank of the Danube River, 90 miles W by N of its mouth at Sulina. Population (1900) was 62,678, including 12,000 Jews. The Danube meets the Sereth River 3 miles S.W. of Galatz, and the Pruth River 10 miles E. Galatz is built on a slight elevation among the marshes lining the shore and forms, beside the western bank of the Pruth, the shallow Lake Bratych (Brateşul), covering over 50 square miles. As most of its older areas, characterized by crooked, poorly paved streets and unsanitary houses prone to annual flooding, disappeared towards the end of the 19th century, the city rapidly improved. Embankments and beautiful quays were built along the Danube; electric tramways opened in the main streets, which were lit by gas or electricity, and clean water was provided. The higher, or north-western part of the city, which is more open and comfortable, houses many main buildings, including the prefecture, consulate, prison, barracks, civil and military hospitals, and the offices of the international commission for the control of the Danube (q.v.). The bishop of the lower Danube lives in Galatz. There are numerous Orthodox Greek, Roman Catholic, and other churches, with the cathedral and St. Mary’s church, housing the tomb of the famous Cossack chief, Mazeppa (1644-1709), being particularly noteworthy — said to have been rifled of its contents by the Russians. Galatz serves as a naval station and is the headquarters for the III army corps, safeguarded by a line of fortifications extending 45 miles E to Focshani, known as the Sereth line. However, the city's primary significance is commercial. Galatz is the main Moldavian port of entry, accessible by three waterways: the Danube, Sereth, and Pruth, which constantly handle traffic, except in mid-winter; and by railways that connect all the wealthiest areas of the country. The bulk of imports consists of textiles, machinery, and coal. In addition to a substantial trade in petroleum and salt, Galatz ranks first among Romanian cities for timber exports and second to Braila for grain exports. It has many sawmills, paste mills, flour mills, roperies, chemical plants, and petroleum refineries, and also manufactures metal goods, wire, nails, soap, and candles. Vessels of 2,500 tons can unload at the quays, but cargoes sent to Galatz are often transferred to lighters at Sulina. The shipping industry is largely foreign-owned, with major ownership held by British companies.
GALAXY, properly the Milky Way, from the Greek name ὁ γαλαξίας, sc. κύκλος, from γάλα, milk, cf. the Lat. via lactea (see Star). The word is more generally employed in its figurative or 397 transferred sense, to describe a gathering of brilliant or distinguished persons or objects.
GALAXY, specifically the Milky Way Galaxy, comes from the Greek term the galaxy, which means circle, derived from milk, meaning milk, similar to the Latin term via lactea (see Star). The term is more commonly used in its metaphorical or 397 figurative context, to refer to a collection of brilliant or notable individuals or items.
GALBA, SERVIUS SULPICIUS, Roman general and orator. He served under Lucius Aemilius Paulus in the third Macedonian War. As praetor in 151 B.C. in farther Spain he made himself infamous by the treacherous murder of a number of Lusitanians, with their wives and children, after inducing them to surrender by the promise of grants of land. For this in 149 he was brought to trial, but secured an acquittal by bribery and by holding up his little children before the people to gain their sympathy. He was consul in 144, and must have been alive in 138. He was an eloquent speaker, noted for his violent gesticulations, and, in Cicero’s opinion, was the first of the Roman orators. His speeches, however, were almost forgotten in Cicero’s time.
GALBA, SERVIUS SULPICIUS, Roman general and speaker. He served under Lucius Aemilius Paulus in the third Macedonian War. As praetor in 151 BCE in further Spain, he became infamous for the deceitful murder of several Lusitanians, along with their wives and children, after tricking them into surrendering with promises of land grants. In 149, he was put on trial for this, but managed to secure an acquittal through bribery and by parading his young children before the public to earn their sympathy. He was consul in 144 and was likely still alive in 138. He was an eloquent speaker, known for his exaggerated gestures, and, according to Cicero, was the foremost of the Roman orators. However, his speeches were largely forgotten during Cicero’s time.
Livy xlv. 35; Appian, Hisp. 58-60; Cicero, De orat. i. 53, iii. 7; Brutus 21.
Livy xlv. 35; Appian, Hisp. 58-60; Cicero, De orat. i. 53, iii. 7; Brutus 21.
GALBA, SERVIUS SULPICIUS, Roman emperor (June A.D. 68 to January 69), born near Terracina, on the 24th of December 5 B.C. He came of a noble family and was a man of great wealth, but unconnected either by birth or by adoption with the first six Caesars. In his early years he was regarded as a youth of remarkable abilities, and it is said that both Augustus and Tiberius prophesied his future eminence (Tacitus, Annals, vi. 20; Suetonius, Galba, 4). Praetor in 20, and consul in 33, he acquired a well-merited reputation in the provinces of Gaul, Germany, Africa and Spain by his military capability, strictness and impartiality. On the death of Caligula, he refused the invitation of his friends to make a bid for empire, and loyally served Claudius. For the first half of Nero’s reign he lived in retirement, till, in 61, the emperor bestowed on him the province of Hispania Tarraconensis. In the spring of 68 Galba was informed of Nero’s intention to put him to death, and of the insurrection of Julius Vindex in Gaul. He was at first inclined to follow the example of Vindex, but the defeat and suicide of the latter renewed his hesitation. The news that Nymphidius Sabinus, the praefect of the praetorians, had declared in his favour revived Galba’s spirits. Hitherto, he had only dared to call himself the legate of the senate and Roman people; after the murder of Nero, he assumed the title of Caesar, and marched straight for Rome. At first he was welcomed by the senate and the party of order, but he was never popular with the soldiers or the people. He incurred the hatred of the praetorians by scornfully refusing to pay them the reward promised in his name, and disgusted the mob by his meanness and dislike of pomp and display. His advanced age had destroyed his energy, and he was entirely in the hands of favourites. An outbreak amongst the legions of Germany, who demanded that the senate should choose another emperor, first made him aware of his own unpopularity and the general discontent. In order to check the rising storm, he adopted as his coadjutor and successor L. Calpurnius Piso Frugi Licinianus, a man in every way worthy of the honour. His choice was wise and patriotic; but the populace regarded it as a sign of fear, and the praetorians were indignant, because the usual donative was not forthcoming. M. Salvius Otho, formerly governor of Lusitania, and one of Galba’s earliest supporters, disappointed at not being chosen instead of Piso, entered into communication with the discontented praetorians, and was adopted by them as their emperor. Galba, who at once set out to meet the rebels—he was so feeble that he had to be carried in a litter—was met by a troop of cavalry and butchered near the Lacus Curtius. During the later period of his provincial administration he was indolent and apathetic, but this was due either to a desire not to attract the notice of Nero or to the growing infirmities of age. Tacitus rightly says that all would have pronounced him worthy of empire if he had never been emperor (“omnium consensu capax imperii nisi imperasset”).
GALBA, SERVIUS SULPICIUS, Roman emperor (June CE 68 to January 69), born near Terracina on December 24, 5 BCE He came from a noble family and was quite wealthy, but had no connections through birth or adoption with the first six Caesars. In his youth, he was seen as having remarkable abilities, and it's said that both Augustus and Tiberius predicted his future greatness (Tacitus, Annals, vi. 20; Suetonius, Galba, 4). He was praetor in 20 and consul in 33, earning a strong reputation in the provinces of Gaul, Germany, Africa, and Spain for his military skills, strictness, and fairness. After Caligula's death, he turned down his friends' suggestions to seek the empire and served Claudius loyally. For the first half of Nero’s reign, he lived in seclusion until in 61, Nero gave him the province of Hispania Tarraconensis. In the spring of 68, Galba learned of Nero’s plan to kill him and the uprising of Julius Vindex in Gaul. Initially, he considered following Vindex's lead, but the latter’s defeat and suicide left him uncertain. The news that Nymphidius Sabinus, the commander of the praetorians, had declared his support boosted Galba’s morale. Until then, he had only called himself the legate of the senate and the Roman people; after Nero's murder, he took the title of Caesar and headed directly for Rome. At first, he was welcomed by the senate and the conservative faction, but he was never popular with the soldiers or the general public. He earned the praetorians' hatred by dismissively refusing to pay them the promised reward, and he disgusted the masses with his stinginess and aversion to showiness. His old age had drained his energy, leaving him completely in the hands of favorites. A revolt among the legions in Germany, who demanded that the senate select another emperor, was the first indication to him of his unpopularity and the widespread discontent. To quell this growing unrest, he named L. Calpurnius Piso Frugi Licinianus as his co-ruler and successor, a man entirely deserving of the honor. His choice was wise and patriotic, but the public saw it as a sign of weakness, and the praetorians were angry that the usual bonus was not provided. M. Salvius Otho, formerly governor of Lusitania and one of Galba’s earliest supporters, feeling let down at not being chosen over Piso, contacted the disgruntled praetorians and was adopted by them as their emperor. Galba, who immediately set out to confront the rebels—so weak that he had to be carried in a litter—was met by a group of cavalry and killed near the Lacus Curtius. During his later time in provincial administration, he became lazy and indifferent, which was likely due to either a desire to avoid drawing Nero’s attention or the increasing effects of age. Tacitus rightly states that everyone would have deemed him worthy of the empire if he had never actually been emperor (“omnium consensu capax imperii nisi imperasset”).
See his life by Plutarch and Suetonius; Tacitus, Histories, i. 7-49; Dio Cassius lxiii. 23-lxiv. 6; B.W. Henderson, Civil War and Rebellion in the Roman Empire, A.D. 69-70 (1908); W.A. Spooner, On the Characters of Galba, Otho and Vitellius in Introd. to his edition (1891) of the Histories of Tacitus.
See his life by Plutarch and Suetonius; Tacitus, Histories, i. 7-49; Dio Cassius lxiii. 23-lxiv. 6; B.W. Henderson, Civil War and Rebellion in the Roman Empire, CE 69-70 (1908); W.A. Spooner, On the Characters of Galba, Otho and Vitellius in Introd. to his edition (1891) of the Histories of Tacitus.
GALBANUM (Heb. Helbenāh; Gr. χαλβάνη), a gum-resin, the product of Ferula galbaniflua, indigenous to Persia, and perhaps also of other umbelliferous plants. It occurs usually in hard or soft, irregular, more or less translucent and shining lumps, or occasionally in separate tears, of a light-brown, yellowish or greenish-yellow colour, and has a disagreeable, bitter taste, a peculiar, somewhat musky odour, and a specific gravity of 1.212. It contains about 8% of terpene; about 65% of a resin which contains sulphur; about 20% of gum; and a very small quantity of the colourless crystalline substance umbelliferone, C9H6O3. Galbanum is one of the oldest of drugs. In Exodus xxx. 34 it is mentioned as a sweet spice, to be used in the making of a perfume for the tabernacle. Hippocrates employed it in medicine, and Pliny (Nat. Hist. xxiv. 13) ascribes to it extraordinary curative powers, concluding his account of it with the assertion that “the very touch of it mixed with oil of spondylium is sufficient to kill a serpent.” The drug is occasionally given in modern medicine, in doses of from five to fifteen grains. It has the actions common to substances containing a resin and a volatile oil. Its use in medicine is, however, obsolescent.
GALBANUM (Heb. Helbenāh; Gr. χαλβάνη), a gum-resin, is produced by Ferula galbaniflua, native to Persia, and possibly other umbelliferous plants as well. It typically appears in hard or soft, irregular, somewhat translucent and shiny lumps, or sometimes in separate tears, varying in color from light brown to yellowish or greenish-yellow. It has an unpleasant, bitter taste, a distinctive, slightly musky smell, and a specific gravity of 1.212. It consists of about 8% terpene, around 65% of a resin containing sulfur, approximately 20% gum, and a very small amount of the colorless crystalline substance umbelliferone, C9H6O3. Galbanum is one of the oldest known drugs. In Exodus xxx. 34, it is referred to as a sweet spice used for making perfume for the tabernacle. Hippocrates used it in medicine, and Pliny (Nat. Hist. xxiv. 13) attributed remarkable healing properties to it, concluding by stating that “just the touch of it mixed with oil of spondylium is enough to kill a snake.” Today, this drug is sometimes prescribed in modern medicine in doses ranging from five to fifteen grains. It has effects typical of substances that contain resin and volatile oil, but its medicinal use is becoming outdated.
GALCHAS, the name given to the highland tribes of Ferghana, Kohistan and Wakhan. These Aryans of the Pamir and Hindu Kush, kinsmen of the Tajiks, are identified with the Calcienses populi of the lay Jesuit Benedict Goes, who crossed the Pamir in 1603 and described them as “of light hair and beard like the Belgians.” The word “Galcha,” which has been explained as meaning “the hungry raven who has withdrawn to the mountains,” in allusion to the retreat of this branch of the Tajik family to the mountains to escape the Tatar hordes, is probably simply the Persian galcha, “clown” or “rustic,” in reference to their uncouth manners. The Galchas conform physically to what has been called the “Alpine or Celtic European race,” so much so that French anthropologists have termed them “those belated Savoyards of Kohistan.” D’Ujfalvy describes them as tall, brown or bronzed and even white, with ruddy cheeks, black, chestnut, sometimes red hair, brown, blue or grey eyes, never oblique, well-shaped, slightly curved nose, thin lips, oval face and round head. Thus it seems reasonable to hold that the Galchas represent the most eastern extension of the Alpine race through Armenia and the Bakhtiari uplands into central Asia. The Galchas for the most part profess Sunnite Mahommedanism.
GALCHAS, is the name given to the highland tribes of Ferghana, Kohistan, and Wakhan. These Aryans from the Pamir and Hindu Kush, related to the Tajiks, are linked to the Calcienses populi mentioned by the lay Jesuit Benedict Goes, who traveled through the Pamir in 1603 and described them as “having light hair and beards like the Belgians.” The term “Galcha,” which has been interpreted to mean “the hungry raven who has retreated to the mountains,” references this branch of the Tajik family moving to the mountains to escape the Tatar hordes, but it likely originates from the Persian galcha, meaning “clown” or “rustic,” referring to their rough manners. The Galchas physically resemble what is known as the “Alpine or Celtic European race,” to the point that French anthropologists have referred to them as “those delayed Savoyards of Kohistan.” D’Ujfalvy describes them as tall, brown or bronzed, and even white, with rosy cheeks, black, chestnut, or sometimes red hair, and brown, blue, or grey eyes—never slanted—along with well-defined, slightly curved noses, thin lips, oval faces, and round heads. Therefore, it seems reasonable to conclude that the Galchas represent the most eastern extension of the Alpine race through Armenia and the Bakhtiari uplands into central Asia. Most Galchas practice Sunnite Islam.
See Robert Shaw, “On the Galtchah Languages,” in Journ. As. Soc. Bengal, xlv. (1876), and xlvi. (1877); Major J. Biddulph, Tribes of the Hindoo-Koosh (Calcutta, 1880); Hon. Mountstuart Elphinstone, An Account of the Kingdom of Caubul (1815); Bull. de la société d’anthropologie de Paris (1887); Charles Eugene D’Ujfalvy de Mezoe-Koevesd, Les Aryens (1896), and in Revue d’anthropologie (1879), and Bull. de la soc. de géogr. (June 1878); W.Z. Ripley, Races of Europe (New York, 1899).
See Robert Shaw, “On the Galtchah Languages,” in Journ. As. Soc. Bengal, xlv. (1876), and xlvi. (1877); Major J. Biddulph, Tribes of the Hindoo-Koosh (Calcutta, 1880); Hon. Mountstuart Elphinstone, An Account of the Kingdom of Caubul (1815); Bull. de la société d’anthropologie de Paris (1887); Charles Eugene D’Ujfalvy de Mezoe-Koevesd, Les Aryens (1896), and in Revue d’anthropologie (1879), and Bull. de la soc. de géogr. (June 1878); W.Z. Ripley, Races of Europe (New York, 1899).
GALE, THEOPHILUS (1628-1678), English nonconformist divine, was born in 1628 at Kingsteignton, in Devonshire, where his father was vicar. In 1647 he was entered at Magdalen College, Oxford, where he took his B.A. degree in 1649, and M.A. in 1652. In 1650 he was made fellow and tutor of his college. He remained some years at Oxford, discharging actively the duties of tutor, and was in 1657 appointed as preacher in Winchester cathedral. In 1662 he refused to submit to the Act of Uniformity, and was ejected. He became tutor to the sons of Lord Wharton, whom he accompanied to the Protestant college of Caen, in Normandy, returning to England in 1665. The latter portion of his life he passed in London as assistant to John Rowe, an Independent minister who had charge of an important church in Holborn; Gale succeeded Rowe in 1677, and died in the following year. His principal work, The Court of the Gentiles, which appeared in parts in 1669, 1671 and 1676, is a strange storehouse of miscellaneous philosophical learning. It resembles the Intellectual System of Ralph Cudworth, though much inferior to that work both in general construction and in fundamental idea. Gale’s endeavour (based on a hint of Grotius in De veritate, i. 16) is to prove that the whole philosophy of the Gentiles is a distorted or mangled reproduction of Biblical truths. Just as Cudworth referred the Democritean doctrine of atoms to Moses as the original author, so Gale tries to show that the various systems of Greek thought may be traced back to Biblical sources. Like so many of the learned works of the 17th century, the Court of the 398 Gentiles is chaotic and unsystematic, while its erudition is rendered almost valueless by the complete absence of any critical discrimination.
GALE, THEOPHILUS (1628-1678), was an English nonconformist minister, born in 1628 in Kingsteignton, Devonshire, where his father served as vicar. He enrolled at Magdalen College, Oxford, in 1647, earning his B.A. in 1649 and M.A. in 1652. In 1650, he became a fellow and tutor at his college. He spent several years at Oxford fulfilling his responsibilities as a tutor and was appointed preacher at Winchester Cathedral in 1657. In 1662, he refused to comply with the Act of Uniformity and was expelled. He then became the tutor to Lord Wharton's sons, traveling with them to the Protestant college in Caen, Normandy, and returning to England in 1665. The later years of his life were spent in London as an assistant to John Rowe, an Independent minister overseeing a significant church in Holborn; Gale succeeded Rowe in 1677 and passed away the following year. His main work, The Court of the Gentiles, released in parts in 1669, 1671, and 1676, is a peculiar collection of various philosophical ideas. It is similar to Ralph Cudworth's Intellectual System, although of lesser quality in terms of overall structure and core concepts. Gale aimed (inspired by a suggestion from Grotius in De veritate, i. 16) to demonstrate that the entire philosophy of the Gentiles is a twisted or distorted version of Biblical truths. Just as Cudworth traced the Democritean idea of atoms back to Moses as the original source, Gale attempts to show that the different systems of Greek philosophy originate from Biblical sources. Like many scholarly works of the 17th century, the Court of the 398 Gentiles is chaotic and lacks a systematic approach, and its scholarship is nearly worthless due to a complete lack of critical discernment.
His other writings are: A True Idea of Jansenism (1669); Theophil, or a Discourse of the Saint’s Amitie with God in Christ (1671); Anatomie of Infidelitie (1672); Idea theologiae (1673); Philosophia generalis (1676).
His other writings include: A True Idea of Jansenism (1669); Theophil, or a Discourse of the Saint’s Friendship with God in Christ (1671); Anatomy of Infidelity (1672); Theology of Ideas (1673); General Philosophy (1676).
GALE, THOMAS (?1636-1702), English classical scholar and antiquarian, was born at Scruton, Yorkshire. He was educated at Westminster school and Trinity College, Cambridge, of which he became a fellow. In 1666 he was appointed regius professor of Greek at Cambridge, in 1672 high master of St Paul’s school, in 1676 prebendary of St Paul’s, in 1677 a fellow of the Royal Society, and in 1697 dean of York. He died at York on the 7th (or 8th) of April 1702. He published a collection, Opuscula mythologica, ethica, et physica, and editions of several Greek and Latin authors, but his fame rests chiefly on his collection of old works bearing on Early English history, entitled Historiae Anglicanae scriptores and Historiae Britannicae, Saxonicae, Anglo-Danicae scriptores XV. He was the author of the inscription on the London Monument in which the Roman Catholics were accused of having originated the great fire.
GALE, THOMAS (?1636-1702), an English classical scholar and antiquarian, was born in Scruton, Yorkshire. He studied at Westminster School and Trinity College, Cambridge, where he became a fellow. In 1666, he was appointed Regius Professor of Greek at Cambridge, in 1672 he became High Master of St. Paul’s School, in 1676 he was made a Prebendary of St. Paul’s, in 1677 he joined the Royal Society as a fellow, and in 1697 he was appointed Dean of York. He passed away in York on the 7th (or 8th) of April 1702. He published a collection titled Opuscula mythologica, ethica, et physica, along with editions of several Greek and Latin authors, but his reputation primarily comes from his compilation of early works related to Early English history, named Historiae Anglicanae scriptores and Historiae Britannicae, Saxonicae, Anglo-Danicae scriptores XV. He also wrote the inscription on the London Monument that accused Roman Catholics of starting the Great Fire.
See J.E.B. Mayor, Cambridge in the Time of Queen Anne, 448-450.
See J.E.B. Mayor, Cambridge in the Time of Queen Anne, 448-450.
GALE. 1. (A word of obscure origin; possibly derived from Dan. gal, mad or furious, sometimes applied to wind, in the sense of boisterous) a wind of considerable power, considerably stronger than a breeze, but not severe enough to be called a storm. In nautical language it is usually combined with some qualifying word, as “half a gale,” a “stiff gale.” In poetical and figurative language “gale” is often used in a pleasant sense, as in “favouring gale”; in America, it is used in a slang sense for boisterous or excited behaviour.
GALE. 1. (Origin unclear; possibly from Dan. gal, meaning mad or furious, sometimes used for wind in the context of being strong) a powerful wind, much stronger than a breeze, but not intense enough to be classified as a storm. In nautical terms, it’s often paired with a descriptor, like “half a gale” or “stiff gale.” In poetry and figurative language, “gale” is frequently used positively, as in “favouring gale”; in America, it can also refer to loud or excited behavior.
2. The payment of rent, customs or duty at regular intervals; a “hanging gale” is an arrear of rent left over after each successive “gale” or rent day. The term survives in the Forest of Dean, for leases granted to the “free miners” of the forest, granted by the “gaveller” or agent of the crown, and the term is also applied to the royalty paid to the crown, and to the area mined. The word is a contracted form of the O. Eng. gafol, which survives in “gavel,” in gavelkind (q.v.), and in the name of the office mentioned above. The root from which these words derive is that of “give.” Through Latinized forms it appears in gabelle (q.v.).
2. The payment of rent, customs, or duties at regular intervals; a “hanging gale” is overdue rent carried over after each successive “gale” or rent day. The term is still used in the Forest of Dean, for leases granted to the “free miners” of the forest, issued by the “gaveller” or agent of the crown, and it’s also used for the royalty paid to the crown and the mined area. The word is a shortened form of the Old English gafol, which is still found in “gavel,” in gavelkind (q.v.), and in the name of the office mentioned above. The root of these words comes from “give.” Through Latin variations, it appears in gabelle (q.v.).
3. The popular name of a plant, also known as the sweet gale or gaul, sweet willow, bog or Dutch myrtle. The Old English form of the word is gagel. It is a small, twiggy, resinous fragrant shrub found on bogs and moors in the British Islands, and widely distributed in the north temperate zone. It has narrow, short-stalked leaves and inconspicuous, apetalous, unisexual flowers borne in short spikes. The small drupe-like fruit is attached to the persistent bracts. The leaves are used as tea and as a country medicine. John Gerard (Herball, p. 1228) describes it as sweet willow or gaule, and refers to its use in beer or ale. The genus Myrica is the type of a small, but widely distributed order, Myricaceae, which is placed among the apetalous families of Dicotyledons, and is perhaps most nearly allied to the willow family. Myrica cerifera is the candleberry, wax-myrtle or wax-tree (q.v.).
3. The common name of a plant, also known as sweet gale or gaul, sweet willow, bog myrtle, or Dutch myrtle. The Old English version of the word is gagel. It’s a small, twiggy, resinous shrub with a fragrant scent, found in bogs and moors across the British Islands and widely spread throughout the northern temperate zone. It has narrow, short-stalked leaves and small, unobtrusive, unisexual flowers that grow in short spikes. The small, drupe-like fruit is attached to the persistent bracts. The leaves are used to make tea and in traditional medicine. John Gerard (Herball, p. 1228) refers to it as sweet willow or gaule and mentions its use in brewing beer or ale. The genus Myrica is the type for a small but widely distributed order, Myricaceae, which is categorized among the apetalous families of Dicotyledons, and is likely most closely related to the willow family. Myrica cerifera is known as the candleberry, wax-myrtle, or wax-tree (q.v.).
GALEN, CHRISTOPH BERNHARD, Freiherr von (1606-1678), prince bishop of Münster, belonged to a noble Westphalian family, and was born on the 12th of October 1606. Reduced to poverty through the loss of his paternal inheritance, he took holy orders; but this did not prevent him from fighting on the side of the emperor Ferdinand III. during the concluding stages of the Thirty Years’ War. In 1650 he succeeded Ferdinand of Bavaria, archbishop of Cologne, as bishop of Münster. After restoring some degree of peace and prosperity in his principality, Galen had to contend with a formidable insurrection on the part of the citizens of Münster; but at length this was crushed, and the bellicose bishop, who maintained a strong army, became an important personage in Europe. In 1664 he was chosen one of the directors of the imperial army raised to fight the Turk; and after the peace which followed the Christian victory at St Gotthard in August 1664, he aided the English king Charles II. in his war with the Dutch, until the intervention of Louis XIV. and Frederick William I. of Brandenburg compelled him to make a disadvantageous peace in 1666. When Galen again attacked Holland six years later he was in alliance with Louis, but he soon deserted his new friend, and fought for the emperor Leopold I. against France. Afterwards in conjunction with Brandenburg and Denmark he attacked Charles XI. of Sweden, and conquered the duchy of Bremen. He died at Ahaus on the 19th of September 1678. Galen showed himself anxious to reform the church, but his chief energies were directed to increasing his power and prestige.
GALEN, CHRISTOPH BERNHARD, Baron von (1606-1678), prince bishop of Münster, came from a noble Westphalian family and was born on October 12, 1606. After losing his inheritance and falling into poverty, he became a cleric; however, this didn’t stop him from fighting alongside Emperor Ferdinand III during the final stages of the Thirty Years’ War. In 1650, he succeeded Ferdinand of Bavaria, the archbishop of Cologne, as bishop of Münster. After bringing some level of peace and prosperity to his principality, Galen faced a major uprising from the citizens of Münster; eventually, he crushed it, and the warlike bishop, who maintained a strong army, became an influential figure in Europe. In 1664, he was appointed one of the directors of the imperial army assembled to fight the Turks; and after the peace that followed the Christian victory at St. Gotthard in August 1664, he supported King Charles II of England in his conflict with the Dutch until Louis XIV and Frederick William I of Brandenburg forced him into a disadvantageous peace in 1666. When Galen attacked the Netherlands again six years later, he was allied with Louis, but he quickly turned against his new ally and fought for Emperor Leopold I against France. Later, in alliance with Brandenburg and Denmark, he went after Charles XI of Sweden and conquered the duchy of Bremen. He died in Ahaus on September 19, 1678. Galen aimed to reform the church, but his main focus was on increasing his power and influence.
See K. Tücking, Geschichte des Stifts Münster unter C.B. von Galen (Münster, 1865); P. Corstiens, Bernard van Galen, Vorst-Bisschop van Munster (Rotterdam, 1872); A. Hüsing, Fürstbischof C.B. von Galen (Münster, 1887); and C. Brinkmann in the English Historical Review, vol. xxi. (1906). There is in the British Museum a poem printed in 1666, entitled Letter to the bishop of Munster containing a Panegyrick of his heroick achievements in heroick verse.
See K. Tücking, History of the Chapter of Münster under C.B. von Galen (Münster, 1865); P. Corstiens, Bernard van Galen, Prince-Bishop of Munster (Rotterdam, 1872); A. Hüsing, Prince-Bishop C.B. von Galen (Münster, 1887); and C. Brinkmann in the English Historical Review, vol. xxi. (1906). There is a poem in the British Museum printed in 1666, titled Letter to the Bishop of Munster Containing a Panegyric of His Heroic Achievements in Heroic Verse.
GALEN (or Galenus), CLAUDIUS, called Gallien by Chaucer and other writers of the middle ages, the most celebrated of ancient medical writers, was born at Pergamus, in Mysia, about A.D. 130. His father Nicon, from whom he received his early education, is described as remarkable both for excellence of natural disposition and for mental culture; his mother, on the other hand, appears to have been a second Xanthippe. In 146 Galen began the study of medicine, and in about his twentieth year he left Pergamus for Smyrna, in order to place himself under the instruction of the anatomist and physician Pelops, and of the peripatetic philosopher Albinus. He subsequently visited other cities, and in 158 returned from Alexandria to Pergamus. A few years later he went for the first time to Rome. There he healed Eudemus, a celebrated peripatetic philosopher, and other persons of distinction; and ere long, by his learning and unparalleled success as a physician, earned for himself the titles of “Paradoxologus,” the wonder-speaker, and “Paradoxopoeus,” the wonder-worker, thereby incurring the jealousy and envy of his fellow-practitioners. Leaving Rome in 168, he repaired to his native city, whence he was soon sent for to Aquileia, in Venetia, by the emperors Lucius Verus and Marcus Aurelius. In 170 he returned to Rome with the latter, who, on departing thence to conduct the war on the Danube, having with difficulty been persuaded to dispense with his personal attendance, appointed him medical guardian of his son Commodus. In Rome Galen remained for some years, greatly extending his reputation as a physician, and writing some of his most important treatises. It would appear that he eventually betook himself to Pergamus, after spending some time at the island of Lemnos, where he learned the method of preparing a certain popular medicine, the “terra lemnia” or “sigillata.” Whether he ever revisited Rome is uncertain, as also are the time and place of his death. According to Suidas, he died at the age of seventy, or in the year 200, in the reign of Septimius Severus. If, however, we are to trust the testimony of Abul-faraj, his decease took place in Sicily, when he was in his eightieth year. Galen was one of the most versatile and accomplished writers of his age. He composed, it is said, nearly 500 treatises on various subjects, including logic, ethics and grammar. Of the published works attributed to him, 83 are recognized as genuine, 19 are of doubtful authenticity, 45 are confessedly spurious, 19 are fragments, and 15 are notes on the writings of Hippocrates.
GALEN (or Galen), CLAUDIUS, known as Gallien by Chaucer and other medieval writers, the most famous of ancient medical authors, was born in Pergamus, Mysia, around CE 130. His father Nicon, who provided his early education, was noted for both his excellent character and his intellectual development; his mother, however, seemed to resemble a second Xanthippe. In 146, Galen began studying medicine, and at about twenty, he left Pergamus for Smyrna to study under anatomist and physician Pelops and the peripatetic philosopher Albinus. He later traveled to other cities and returned from Alexandria to Pergamus in 158. A few years later, he went to Rome for the first time. There, he treated Eudemus, a well-known peripatetic philosopher, and other notable individuals; soon, due to his knowledge and extraordinary success as a physician, he gained titles like “Paradoxologus,” the wonder-speaker, and “Paradoxopoeus,” the wonder-worker, leading to jealousy and envy among his peers. After leaving Rome in 168, he returned to his hometown but was soon called to Aquileia in Venetia by emperors Lucius Verus and Marcus Aurelius. In 170, he came back to Rome with Marcus Aurelius, who, upon leaving to lead a campaign on the Danube, reluctantly decided not to require his personal attendance and appointed him as the medical advisor for his son Commodus. Galen stayed in Rome for several years, significantly enhancing his reputation as a physician and writing some of his most important works. It seems he eventually returned to Pergamus after spending time on the island of Lemnos, where he learned to prepare a popular medicine known as “terra lemnia” or “sigillata.” It's uncertain whether he ever went back to Rome, as are the details regarding the time and place of his death. According to Suidas, he died at seventy, around the year 200, during the reign of Septimius Severus. However, if we believe Abul-faraj, he passed away in Sicily at the age of eighty. Galen was one of the most versatile and skilled authors of his time. It is said he wrote nearly 500 treatises on various topics, including logic, ethics, and grammar. Of the works published under his name, 83 are considered genuine, 19 are of questionable authenticity, 45 are acknowledged as forgeries, 19 are fragments, and 15 are notes on Hippocrates' writings.
Galen, who in his youth was carefully trained in the Stoic philosophy, was an unusually prolific writer on logic. Of the numerous commentaries and original treatises, a catalogue of which is given in his work De propriis libris, one only has come down to us, the treatise on Fallacies in dictione (Περὶ τῶν κατὰ τήν λέξιν σοφισμάτων). Many points of logical theory, however, are discussed in his medical and scientific writings. His name is perhaps best known in the history of logic in connexion with the fourth syllogistic figure, the first distinct statement of which was ascribed to him by Averroes. There is no evidence from Galen’s own works that he did make this addition to the doctrines of 399 syllogism, and the remarkable passage quoted by Minoides Minas from a Greek commentator on the Analytics, referring the fourth figure to Galen, clearly shows that the addition did not, as generally supposed, rest on a new principle, but was merely an amplification or alteration of the indirect moods of the first figure already noted by Theophrastus and the earlier Peripatetics.
Galen, who was carefully trained in Stoic philosophy during his youth, was an exceptionally prolific writer on logic. Of the many commentaries and original works listed in his book De propriis libris, only one has survived: the treatise on Fallacies in dictione (About the sophisms regarding language). However, many points of logical theory are discussed in his medical and scientific writings. His name is probably best known in the history of logic in relation to the fourth syllogistic figure, the first clear statement of which was attributed to him by Averroes. There is no evidence from Galen’s own works that he made this addition to the doctrines of 399 syllogism, and the notable passage quoted by Minoides Minas from a Greek commentator on the Analytics, which refers the fourth figure to Galen, clearly shows that this addition did not, as often assumed, rely on a new principle, but was simply an expansion or modification of the indirect moods of the first figure already noted by Theophrastus and the earlier Peripatetics.
In 1844 Minas published a work, avowedly from a MS. with the superscription Galenus, entitled Γαληνοῦ εἰσαγωγὴ διαλεκτική. Of this work, which contains no direct intimation of a fourth figure, and which in general exhibits an astonishing mixture of the Aristotelian and Stoic logic, Prantl speaks with the bitterest contempt. He shows demonstratively that it cannot be regarded as a writing of Galen’s, and ascribes it to some one or other of the later Greek logicians. A full summary of its contents will be found in the 1st vol. of the Geschichte der Logik (pp. 591-610), and a notice of the logical theories of the true Galen in the same work, pp. 559-577.
In 1844, Minas published a work that claimed to be based on a manuscript titled Galenus, called Calm introduction to dialectics. This work, which doesn’t directly suggest a fourth figure and shows a striking blend of Aristotelian and Stoic logic, is described by Prantl with harsh disdain. He convincingly argues that it cannot be considered a writing by Galen and attributes it to one of the later Greek logicians. A detailed summary of its content can be found in volume 1 of the Geschichte der Logik (pp. 591-610), along with a discussion of the logical theories of the real Galen in the same work, pp. 559-577.
There have been numerous issues of the whole or parts of Galen’s works, among the editors or illustrators of which may be mentioned Jo. Bapt. Opizo, N. Leonicenus, L. Fuchs, A. Lacuna, Ant. Musa Brassavolus, Aug. Gadaldinus, Conrad Gesner, Sylvius, Cornarius, Joannes Montanus, Joannes Caius, Thomas Linacre, Theodore Goulston, Caspar Hoffman, René Chartier, Haller and Kühn. Of Latin translations Choulant mentions one in the 15th and twenty-two in the following century. The Greek text was edited at Venice, in 1525, 5 vols. fol.; at Basel, in 1538, 5 vols. fol.; at Paris, with Latin version by René Chartier, in 1639, and in 1679, 13 vols. fol.; and at Leipzig, in 1821-1833, by C.G. Kühn, considered to be the best, 20 vols. 8vo. An epitome in English of the works of Hippocrates and Galen, by J.R. Coxe, was published at Philadelphia in 1846. A new edition of Galen’s smaller works by J. Marquardt, Iwan Müller and G. Helmreich was published in three volumes at Leipzig in 1884-1909.
There have been many editions of all or parts of Galen’s works, with editors and illustrators including Jo. Bapt. Opizo, N. Leonicenus, L. Fuchs, A. Lacuna, Ant. Musa Brassavolus, Aug. Gadaldinus, Conrad Gesner, Sylvius, Cornarius, Joannes Montanus, Joannes Caius, Thomas Linacre, Theodore Goulston, Caspar Hoffman, René Chartier, Haller, and Kühn. Choulant mentions one Latin translation in the 15th century and twenty-two in the next century. The Greek text was edited in Venice in 1525, 5 volumes folio; in Basel in 1538, 5 volumes folio; in Paris with a Latin version by René Chartier in 1639 and again in 1679, totaling 13 volumes folio; and in Leipzig from 1821-1833 by C.G. Kühn, which is considered the best edition, consisting of 20 volumes octavo. An English summary of the works of Hippocrates and Galen by J.R. Coxe was published in Philadelphia in 1846. A new edition of Galen’s smaller works by J. Marquardt, Iwan Müller, and G. Helmreich was released in three volumes in Leipzig from 1884 to 1909.
Further details as to the life and an account of the anatomical and medical knowledge of Galen will be found in the historical articles under the headings of Anatomy and Medicine. See also René Chartier’s Life, in his edition of Galen’s works; N.F.J. Eloy, Dictionnaire historique de la médecine, s.v. “Galien,” tom. i. (1778); F. Adams’s “Commentary” in his Medical Works of Paulus Aegineta (London and Aberdeen, 1834); J. Kidd, “A Cursory Analysis of the Works of Galen, so far as they relate to Anatomy and Physiology,” Trans. Provincial Med. and Surg. Assoc. vi., 1837, pp. 299-336; C.V. Daremberg, Exposition des connaissances de Galien sur l’anatomie, la physiologie et la pathologie du système nerveux (Thèse pour le Doctorat en Médecine) (Paris, 1841); J.R. Gasquet, “The Practical Medicine of Galen and his Time,” The British and Foreign Medico-Chirurgical Rev., vol. xi., 1867, pp. 472-488; and Ilberg, “Die Schriften des Claudius Galenos,” Rheinisches Museum für Philologie, 1889, 1892 and 1896.
Further details about the life and account of Galen's anatomical and medical knowledge can be found in the historical articles under the headings of Anatomy and Medicine. Also, check out René Chartier’s Life in his edition of Galen’s works; N.F.J. Eloy, Dictionnaire historique de la médecine, s.v. “Galien,” vol. i. (1778); F. Adams’s “Commentary” in his Medical Works of Paulus Aegineta (London and Aberdeen, 1834); J. Kidd, “A Cursory Analysis of the Works of Galen, as they relate to Anatomy and Physiology,” Trans. Provincial Med. and Surg. Assoc. vi., 1837, pp. 299-336; C.V. Daremberg, Exposition des connaissances de Galien sur l’anatomie, la physiologie et la pathologie du système nerveux (Thèse pour le Doctorat en Médecine) (Paris, 1841); J.R. Gasquet, “The Practical Medicine of Galen and his Time,” The British and Foreign Medico-Chirurgical Rev., vol. xi., 1867, pp. 472-488; and Ilberg, “Die Schriften des Claudius Galenos,” Rheinisches Museum für Philologie, 1889, 1892 and 1896.
GALENA, a city and the county-seat of Jo Daviess county, Illinois, U.S.A., in the N.W. part of the state, on the Galena (formerly the Fever) river, near its junction with the Mississippi, about 165 m. W.N.W. of Chicago. Pop. (1900) 5005, of whom 918 were foreign-born; (1910) 4835. It is served by the Chicago, Burlington & Quincy, the Chicago & North-Western and the Illinois Central railways; the Galena river has been made navigable by government locks at the mouth of the river, but the river traffic is unimportant. The city is built on rocky limestone bluffs, which rise rather abruptly on each side of the river, and a number of the parallel streets, of different levels, are connected by flights of steps. In Grant Park there is a statue of General U.S. Grant, who was a resident of Galena at the outbreak of the Civil War. In the vicinity there are the most important deposits of zinc and lead in the state, and the city derives its name from the deposits of sulphide of lead (galena), which were the first worked about here; below the galena is a zone of zinc carbonate (or smithsonite) ores, which was the main zone worked between 1860 and 1890; still lower is a zone of blende, or zinc sulphide, now the principal source of the mineral wealth of the region. The production of zinc is increasing, but that of lead is unimportant. The principal manufactures are mining pumps and machinery, flour, woollen goods, lumber and furniture. Water power is afforded by the river. Galena was originally a trading post, called by the French “La Pointe” and by the English “Fever River,” the river having been named after le Fevre, a French trader who settled near its mouth. In 1826 Galena was laid out as a town and received its present name; it was incorporated in 1835 and was reincorporated in 1882. In 1838 a theatre was opened, one of whose proprietors was Joseph Jefferson, the father of the celebrated actor of that name.
GALENA, is a city and the county seat of Jo Daviess County, Illinois, U.S.A., located in the northwest part of the state on the Galena (formerly known as the Fever) River, near where it meets the Mississippi, about 165 miles west-northwest of Chicago. Population: (1900) 5,005, of whom 918 were foreign-born; (1910) 4,835. It is served by the Chicago, Burlington & Quincy, the Chicago & North-Western, and the Illinois Central railways. The government has made the Galena River navigable with locks at its mouth, though river traffic is minimal. The city is situated on rocky limestone bluffs that rise steeply on both sides of the river, with several parallel streets of varying levels connected by flights of steps. In Grant Park, there's a statue of General U.S. Grant, who lived in Galena when the Civil War began. Nearby are the most significant deposits of zinc and lead in the state, and the city got its name from the lead sulfide deposits (galena) that were the first to be mined here; beneath the galena is a zone of zinc carbonate (or smithsonite) ores, which were primarily mined between 1860 and 1890; further down is a zone of blende, or zinc sulfide, which is now the main source of the area's mineral wealth. Zinc production is increasing, but lead production is minimal. The main products manufactured include mining pumps and machinery, flour, woolen goods, lumber, and furniture. The river provides water power. Galena began as a trading post, referred to by the French as “La Pointe” and by the English as “Fever River,” named after le Fevre, a French trader who settled near its mouth. In 1826, Galena was established as a town and received its current name; it was incorporated in 1835 and reincorporated in 1882. A theater opened in 1838, one of whose owners was Joseph Jefferson, the father of the famous actor of the same name.
GALENA, a city of Cherokee county, Kansas, U.S.A., in the extreme S.E. part of the state, on Short Creek and near Spring river. Pop. (1890) 2496; (1900) 10,155, of whom 580 were negroes and 251 were foreign-born; (1905) 6449; (1910) 6096. It is situated at the intersection of the Missouri, Kansas & Texas, and the Kansas City, Fort Scott & Memphis (“Frisco System”) railways, in the midst of a lead and zinc region, extremely valuable deposits of these metals having been discovered in 1877. Smelters and foundries are its principal manufacturing establishments. Water power in abundance is furnished by the Spring river. After the discovery of the ore deposits two rival companies founded Galena and Empire City (pop. in 1905, 982), the former S. of Short Creek and the latter N. of it. Galena was incorporated in 1877, and in 1907 Empire City was annexed to it.
GALENA, is a city in Cherokee County, Kansas, USA, located in the southeastern part of the state, on Short Creek and near the Spring River. Its population was 2,496 in 1890; 10,155 in 1900, including 580 Black residents and 251 foreign-born individuals; 6,449 in 1905; and 6,096 in 1910. The city sits at the crossroads of the Missouri, Kansas & Texas, and the Kansas City, Fort Scott & Memphis (“Frisco System”) railways, right in the heart of a region rich in lead and zinc, with valuable deposits discovered in 1877. The main manufacturing facilities include smelters and foundries. The Spring River provides ample water power. After the ore deposits were found, two competing companies established Galena and Empire City (which had a population of 982 in 1905), with Galena located south of Short Creek and Empire City to the north. Galena was incorporated in 1877, and Empire City was annexed to it in 1907.
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GALENA, an important ore of lead, consisting of lead sulphide (PbS). The mineral was mentioned by Pliny under this name, and it is sometimes now known as lead-glance (Ger. Bleiglanz). It crystallizes in the cubic system, and well-developed crystals are of common occurrence; the usual form is the cube or the cubo-octahedron (fig.). An important character, and one by which the mineral may always be recognized, is the perfect cubical cleavage, on which the lustre is brilliant and metallic. The colour of the mineral and of its streak is lead-grey; it is opaque; the hardness is 2½ and the specific gravity 7.5. Twinned crystals are not common, but the presence of polysynthetic twinning is sometimes shown by fine striations running diagonally or obliquely across the cleavage surfaces. Large masses with a coarse or fine granular structure are of common occurrence; the fractured surfaces of such masses present a spangled appearance owing to the numerous bright cleavages.
GALENA, is a key ore of lead, made up of lead sulfide (PbS). This mineral was referred to by Pliny by this name and is sometimes known today as lead-glance (Ger. Bleiglanz). It forms in the cubic system, and well-formed crystals are frequently found; the typical shape is the cube or cubo-octahedron (fig.). A significant characteristic, which allows for easy identification of the mineral, is its perfect cubic cleavage, featuring a brilliant metallic luster. The mineral and its streak are lead-grey; it is opaque, has a hardness of 2½, and a specific gravity of 7.5. Twinned crystals are rare, but polysynthetic twinning can sometimes be seen as fine striations running diagonally or obliquely across the cleavage surfaces. Large masses with either coarse or fine granular structures are common, and the broken surfaces of such masses display a spangled look due to the many bright cleavages.
The formula PbS corresponds with lead 86.6 and sulphur 13.4%. The mineral nearly always contains a small amount of silver, and sometimes antimony, arsenic, copper, gold, selenium, &c. Argentiferous galena is an important source of silver; this metal is present in amounts rarely exceeding 1%, and often less than 0.03% (equivalent to 10¾ ounces per ton). Since argentite (Ag2S) is isomorphous with galena, it is probable that the silver isomorphously replaces lead, but it is to be noted that native silver has been detected as an enclosure in galena.
The formula PbS is made up of 86.6% lead and 13.4% sulfur. The mineral usually contains a small amount of silver, and sometimes antimony, arsenic, copper, gold, selenium, etc. Argentiferous galena is a valuable source of silver; this metal is typically present in amounts that rarely exceed 1%, and often less than 0.03% (which is equivalent to about 10¾ ounces per ton). Since argentite (Ag2S) has a similar structure to galena, it’s likely that the silver replaces lead in a similar way, but it’s important to note that native silver has been found as an inclusion in galena.
Galena is of wide distribution, and occurs usually in metalliferous veins traversing crystalline rocks, clay-slates and limestones, and also as pockets in limestones. It is often associated with blende and pyrites, and with calcite, fluorspar, quartz, barytes, chalybite and pearlspar as gangue minerals; in the upper oxidized parts of the deposits, cerussite and anglesite occur as alteration products. The mineral has occasionally been observed as a recent formation replacing organic matter, such as wood; and it is sometimes found in beds of coal. As small concretionary nodules, it occurs disseminated through sandstone at Kommern in the Eifel. In the lead-mining districts of Derbyshire and the north of England the ore occurs as veins and flats in the Carboniferous Limestone series, whilst in Cornwall the veins traverse clay-slates. In the Upper Mississippi lead region of Missouri, Illinois, Iowa and Wisconsin the ore fills large cavities or chambers in limestone.
Galena is widely distributed and usually found in metal-rich veins running through crystalline rocks, clay slates, and limestones, as well as in pockets within limestones. It is often associated with sphalerite and pyrite, along with gangue minerals like calcite, fluorite, quartz, baryte, chalybite, and pearlspar. In the upper oxidized sections of deposits, cerussite and anglesite are found as alteration products. The mineral has occasionally been seen forming recently by replacing organic matter, like wood, and is sometimes found in coal beds. As small nodules, it appears scattered throughout sandstone at Kommern in the Eifel. In the lead-mining areas of Derbyshire and northern England, the ore occurs as veins and flat layers in the Carboniferous Limestone series, while in Cornwall, the veins cut through clay slates. In the Upper Mississippi lead region, which includes Missouri, Illinois, Iowa, and Wisconsin, the ore fills large cavities or chambers in limestone.
Galena is met with at all places where lead is mined; of localities which have yielded finely crystallized specimens the following may be selected for mention: Derbyshire, Alston in Cumberland, Laxey in the Isle of Man (where crystals measuring almost a foot across have been found), Neudorf in the Harz, Rossie in New York and Joplin in Missouri. Good crystals have also been obtained as a furnace product.
Galena can be found everywhere lead is mined. Notable locations known for producing beautifully crystallized specimens include Derbyshire, Alston in Cumberland, Laxey in the Isle of Man (where crystals up to nearly a foot across have been discovered), Neudorf in the Harz, Rossie in New York, and Joplin in Missouri. Good crystals have also been produced from furnace operations.
Coarsely grained galena is used for glazing pottery, and is then known as “potters’ ore” or alquifoux.
Coarsely grained galena is used for glazing pottery and is then referred to as “potters’ ore” or alquifoux.
The galena group includes several other cubic minerals, such as argentite (q.v.). Mention may also be made here of clausthalite 400 (lead selenide, PbSe) and altaite (lead telluride, PbTe), which, with their lead-grey colour and perfect cubic cleavage, closely resemble galena in appearance; these species are named after the localities at which they were originally found, namely, Klausthal in the Harz and the Altai mountains in Asiatic Russia. Altaite is of interest as being one of the tellurides found associated with gold.
The galena group includes several other cubic minerals, like argentite (q.v.). We should also mention clausthalite 400 (lead selenide, PbSe) and altaite (lead telluride, PbTe), which, with their lead-grey color and perfect cubic cleavage, closely resemble galena in appearance. These minerals are named after the locations where they were first discovered: Klausthal in the Harz region and the Altai mountains in Asiatic Russia. Altaite is notable for being one of the tellurides found alongside gold.
GALEOPITHECUS, the scientific designation of the Colugo (q.v.) or Cobego, commonly known as the flying-lemur, and alone representing the family Galeopithecidae. Much uncertainty has prevailed among naturalists as to the systematic position of this animal, or rather these animals (for there are two species); and while some have referred it to the lemurs, others have placed it with the bats, and others again among the Insectivora, as the representative of a special subordinal group, the Dermoptera. Dr H.C. Chapman, who has made a special study of the creature, writes, however, as follows: “It appears, at least in the judgment of the author, that Galeopithecus cannot be regarded as being either a lemur, or insectivore, or bat, but that it stands alone, the sole representative of an ancient group, Galeopithecidae, as Hyrax does of Hyracoidea. While Galeopithecus is but remotely related to the Lemuroidea and Insectivora, it is so closely related to Chiroptera, more particularly in regard to the structure of its patagium, brain, alimentary canal, genito-urinal apparatus, &c., that there can be but little doubt that the Chiroptera are the descendants of Galeopithecus, or, more probably, that both are the descendants of a Galeopithecus-like ancestor.” Without going quite so far as this, it may be definitely admitted that the colugo is entitled to represent an order by itself, the characters of which will be as follows: Herbivorous, climbing, unguiculate mammals, provided with a very extensive flying-membrane, and having the dental formula i. 2⁄2, c. 0⁄1, p. 3⁄3, m. 3⁄3, total 34. The lower incisors are directed forwards and have a comb-like structure of their crowns, while the outermost of these teeth and the canines are double-rooted, being in these respects, taken together, quite unlike those of all other mammals; the cheek-teeth have numerous sharp cusps; and there is the normal replacement of milk-molars by premolars. In the skull the orbit is surrounded by bone, and the tympanic has a bulla and an ossified external meatus. The ulna and fibula are to some extent inclined backwards; the carpus has a scapho-lunar; and the feet are five-toed. The hemispheres of the brain are short and but slightly convoluted; the stomach is simple; there is a large caecum; the testes are received into inguinal pouches; the uterus is two-horned; the placenta is discoidal; and there are two pairs of pectoral teats. A single offspring is produced at a birth.
GALEOPITHECUS, is the scientific name for the Colugo (q.v.) or Cobego, commonly known as the flying lemur, and it is the sole representative of the family Galeopithecidae. There has been a lot of confusion among naturalists about the classification of this animal, or rather these animals (since there are two species); while some have classified it with lemurs, others have associated it with bats, and still others have placed it among the Insectivora as part of a special subordinal group called Dermoptera. Dr. H.C. Chapman, who has extensively studied this creature, writes: “In my opinion, Galeopithecus cannot be classified as a lemur, insectivore, or bat, but instead is unique, standing alone as the only member of an ancient group, Galeopithecidae, just as Hyrax is for Hyracoidea. While Galeopithecus is only distantly related to Lemuroidea and Insectivora, it is closely related to Chiroptera, especially regarding the structure of its patagium, brain, digestive system, urinary apparatus, etc., leading to the conclusion that Chiroptera are likely descended from Galeopithecus, or more probably, that both share a common ancestor resembling Galeopithecus.” While we might not go that far, it can be accepted that the colugo deserves to represent its own order, defined by the following characteristics: herbivorous, climbing, clawed mammals with extensive flying membranes, and a dental formula of i. 2⁄2, c. 0⁄1, p. 3⁄3, m. 3⁄3, for a total of 34. The lower incisors face forward and have a comb-like shape at their crowns, while the outermost of these teeth and the canines have double roots, making them quite distinct from all other mammals; the cheek teeth have many sharp cusps; and there is the usual replacement of milk molars by premolars. In the skull, the eye socket is surrounded by bone, and the tympanic bone has a bulla and an ossified external ear canal. The ulna and fibula are somewhat angled backward; the wrist has a scapho-lunar bone; and the feet have five toes. The brain hemispheres are short and only slightly folded; the stomach is simple; there is a large cecum; the testes are held in inguinal pouches; the uterus is two-horned; the placenta is disc-shaped; and there are two pairs of mammary glands. A single offspring is born at a time.
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Feet of Philippine Colugo, or Flying-Lemur (Galeopithecus philippinensis). |
It will be obvious that if other representatives of the Dermoptera were discovered, some of these features might apply only to the family Galeopithecidae.
It will be clear that if other members of the Dermoptera were found, some of these characteristics might only pertain to the family Galeopithecidae.
There are two species, Galeopithecus volans, ranging from Burma, Siam and the Malay Peninsula to Borneo, Sumatra and Java, and G. philippinensis of the Philippine group. The former, which is nearly 2 ft. in total length, is distinguished by its larger upper incisors, shorter ears and smaller skull. In both species not only are the long and slender limbs connected by a broad integumentary expansion extending outwards from the sides of the neck and body, but there is also a web between the fingers and toes as far as the base of the claws (fig.); and the hind-limbs are further connected by a similar expansion passing outwards along the back of the feet to the base of the claws, and, inwardly, involving the long tail to the tip, forming a true interfemoral membrane, as in bats. Besides differing from bats altogether in the form of the anterior limbs and of the double-rooted outer incisors and canines, Galeopithecus contrasts strongly with that order in the presence of a large sacculated caecum, and in the great length of the colon, which is so remarkably short in Chiroptera. From the lemurs, on the other hand, the form of the brain, the character of the teeth, the structure of the skull, and the deciduate discoidal placenta at once separate the group.
There are two species, Galeopithecus volans, found in Burma, Siam, and the Malay Peninsula to Borneo, Sumatra, and Java, and G. philippinensis from the Philippine group. The first one, which measures nearly 2 feet in total length, has larger upper front teeth, shorter ears, and a smaller skull. In both species, their long and slender limbs are connected by a broad membrane that extends out from the sides of the neck and body, and there is also webbing between the fingers and toes up to the base of the claws (fig.); additionally, the hind limbs are linked by a similar membrane running outward along the backs of the feet to the base of the claws, and inward, involving the long tail to the tip, forming a true interfemoral membrane, like in bats. Unlike bats, Galeopithecus is very different in the shape of its front limbs and its double-rooted outer front teeth and canines. It also has a large sacculated caecum and a much longer colon, which is notably short in Chiroptera. On the other hand, the shape of the brain, the structure of the teeth, the skull structure, and the deciduous discoidal placenta immediately distinguish this group from lemurs.
GALERIUS [Galerius Valerius Maximianus], Roman emperor from A.D. 305 to 311, was born near Sardica in Thrace. He originally followed his father’s occupation, that of a herdsman, whence his surname of Armentarius (Lat. armentum, herd). He served with distinction as a soldier under Aurelian and Probus, and in 293 was designated Caesar along with Constantius Chlorus, receiving in marriage Diocletian’s daughter Valeria, and at the same time being entrusted with the care of the Illyrian provinces. In 296, at the beginning of the Persian War, he was removed from the Danube to the Euphrates; his first campaign ended in a crushing defeat, near Callinicum, but in 297, advancing through the mountains of Armenia, he gained a decisive victory over Narses (q.v.) and compelled him to make peace. In 305, on the abdication of Diocletian and Maximianus, he at once assumed the title of Augustus, with Constantius his former colleague, and having procured the promotion to the rank of Caesar of Flavius Valerius Severus, a faithful servant, and Daia (Maximinus), his nephew, he hoped on the death of Constantius to become sole master of the Roman world. This scheme, however, was defeated by the sudden elevation of Constantine at Eboracum (York) on the death of his father, and by the action of Maximianus and Maxentius in Italy. After an unsuccessful invasion of Italy in 307 he elevated his friend Licinius to the rank of Augustus, and, moderating his ambition, devoted the few remaining years of his life “to the enjoyment of pleasure and to the execution of some works of public utility.” It was at the instance of Galerius that the first of the celebrated edicts of persecution against the Christians was published, on the 24th of February 303, and this policy of repression was maintained by him until the appearance of the general edict of toleration (311), issued in his own name and in those of Licinius and Constantine. He died in May 311 A.D.
GALERIUS [Galerius Maximianus], Roman emperor from CE 305 to 311, was born near Sardica in Thrace. He originally took after his father and worked as a herdsman, which is reflected in his nickname Armentarius (from the Latin armentum, meaning herd). He distinguished himself as a soldier under Aurelian and Probus, and in 293, he was named Caesar alongside Constantius Chlorus. He married Diocletian’s daughter Valeria and was also given responsibility for the Illyrian provinces. In 296, at the start of the Persian War, he was moved from the Danube to the Euphrates. His first campaign ended in a serious defeat near Callinicum, but in 297, as he advanced through the mountains of Armenia, he achieved a decisive victory over Narses (q.v.) and forced him to negotiate peace. In 305, following the abdication of Diocletian and Maximianus, he quickly took on the title of Augustus, alongside former colleague Constantius. He secured the promotion of Flavius Valerius Severus, a loyal supporter, and his nephew Daia (Maximinus) to the rank of Caesar, hoping that upon Constantius's death, he would become the sole ruler of the Roman Empire. However, this plan was foiled by the unexpected rise of Constantine in Eboracum (York) after his father's death, and the actions of Maximianus and Maxentius in Italy. After an unsuccessful invasion of Italy in 307, he promoted his friend Licinius to Augustus. As he moderated his ambitions, he spent the last few years of his life "enjoying pleasure and carrying out some public works." It was at his request that the first of the famous edicts of persecution against Christians was issued on February 24, 303, and he continued this repressive policy until the general edict of toleration was released in 311, issued in his name as well as those of Licinius and Constantine. He died in May 311 CE
See Zosimus ii. 8-11; Zonaras xii. 31-34; Eutropius ix. 24, x. 1.
See Zosimus ii. 8-11; Zonaras xii. 31-34; Eutropius ix. 24, x. 1.
GALESBURG, a city and the county-seat of Knox county, Illinois, U.S.A., in the N.W. part of the state, 163 m. S.W. of Chicago. Pop. (1890) 15,264; (1900) 18,607; of whom 3602 were foreign-born; (census, 1910) 22,089. It is served by the Atchison, Topeka & Santa Fé, and the Chicago, Burlington & Quincy railways. Knox College (non-sectarian and coeducational), which was chartered here in 1837 as the “Knox Manual Labor College” (the present name was adopted in 1857), was opened in 1841, and had in 1907-1908, 31 instructors and 628 students, of whom more than half were in the Conservatory of Music, a department of the college, and 79 were in the Academy. Lombard College (coeducational; Universalist), which was chartered as the “Illinois Liberal Institute” in 1851, was known as Lombard University (in honour of Benjamin Lombard, a benefactor) from 1855 to 1899; it includes a College of Liberal Arts, the Ryder Divinity School (1881), and departments of music and domestic science, and in 1907-1908 had 18 instructors and 117 students. Here also are Corpus Christi College (Roman Catholic), St Joseph’s Academy (Roman Catholic) and Brown’s Business College (1874). There is a public library, founded in 1874. The industries consist mainly of the construction and repairing of steam railway cars (in the shops of the Chicago, Burlington & Quincy railway) and the manufacture of foundry and machine-shop products, vitrified brick, agricultural implements 401 and machinery. The total value of the factory product in 1905 was $2,217,772, being 52.9% more than in 1900. Galesburg was named in honour of the Rev. George Washington Gale (1789-1862), a prominent Presbyterian preacher, who in 1827-1834 had founded the Oneida Manual Labor Institute at Whitestown, Oneida county, New York. Desiring to establish a college in the Mississippi Valley to supply “an evangelical and able ministry” to “spread the Gospel throughout the world,” and also wishing to counteract the influence of pro-slavery men in Illinois, he interested a number of people in the project, formed a society for colonization, and in 1836 led the first settlers to Galesburg, the “Mesopotamia in the West.” Knox College was founded to fulfil his educational purpose. Galesburg was an important “station” of the Underground Railroad, one of the conditions of membership in the “Presbyterian Church of Galesburg” (the name of Mr Gale’s society) being opposition to slavery; and in 1855 this caused the church to withdraw from the Presbytery. Galesburg was chartered as a city in 1857. On the 7th of October 1858 one of the famous Lincoln-Douglas debates was held in the grounds of Knox College.
GALESBURG, is a city and the county seat of Knox County, Illinois, U.S.A., located in the northwest part of the state, 163 miles southwest of Chicago. The population was 15,264 in 1890; 18,607 in 1900, with 3,602 residents born abroad; and 22,089 according to the 1910 census. The city is served by the Atchison, Topeka & Santa Fé and the Chicago, Burlington & Quincy railways. Knox College (non-sectarian and coeducational), which was chartered here in 1837 as the “Knox Manual Labor College” (the current name was adopted in 1857), opened in 1841 and had 31 instructors and 628 students in the 1907-1908 academic year, more than half of whom were in the Conservatory of Music, a part of the college, and 79 were in the Academy. Lombard College (coeducational; Universalist), chartered as the “Illinois Liberal Institute” in 1851, was known as Lombard University (in honor of Benjamin Lombard, a benefactor) from 1855 to 1899; it includes a College of Liberal Arts, the Ryder Divinity School (1881), and departments of music and domestic science, with 18 instructors and 117 students in 1907-1908. There are also Corpus Christi College (Roman Catholic), St. Joseph’s Academy (Roman Catholic), and Brown’s Business College (founded in 1874). Galesburg has a public library that was established in 1874. The main industries include the construction and repair of steam railway cars (at the Chicago, Burlington & Quincy railway shops) and the manufacture of foundry and machine shop products, vitrified brick, and agricultural implements and machinery. The total value of factory products in 1905 was $2,217,772, which is 52.9% more than in 1900. Galesburg was named after Rev. George Washington Gale (1789-1862), a notable Presbyterian preacher who founded the Oneida Manual Labor Institute in Whitestown, Oneida County, New York, between 1827 and 1834. Wanting to create a college in the Mississippi Valley to provide “an evangelical and able ministry” to “spread the Gospel worldwide” and to counter the influence of pro-slavery advocates in Illinois, he gathered support for the project, formed a colonization society, and led the first settlers to Galesburg in 1836, calling it the “Mesopotamia in the West.” Knox College was established to achieve his educational aims. Galesburg was a significant “station” on the Underground Railroad, and one of the criteria for membership in the “Presbyterian Church of Galesburg” (the society founded by Mr. Gale) was opposition to slavery, leading to the church's withdrawal from the Presbytery in 1855. Galesburg was incorporated as a city in 1857. On October 7, 1858, one of the well-known Lincoln-Douglas debates took place on the grounds of Knox College.
GALGĀCUS, or perhaps rather Calgācus, a Caledonian chief who led the tribes of North Britain against the invading Roman army under Cn. Julius Agricola about A.D. 85 and was defeated at the battle of Mons Graupius (Tac. Agric. 29). The name recurs much later, in Adamnan’s Life of Columba, in the name of a wood near Londonderry, Daire-Calgaich or Roboretum Calgachi, “the wood of Calgacus”: it may be Celtic and denote “the man with the sword.”
GALGĀCUS, or perhaps more accurately Calgacus, was a chief from Caledonia who led the tribes of northern Britain against the invading Roman army under Cn. Julius Agricola around CE 85 and was defeated at the battle of Mons Graupius (Tac. Agric. 29). The name appears again much later in Adamnan’s Life of Columba, in reference to a wood near Londonderry, Daire-Calgaich or Roboretum Calgachi, meaning “the wood of Calgacus”: it might be of Celtic origin and signify “the man with the sword.”
GALIANI, FERDINANDO (1728-1787), Italian economist, was born at Chieti on the 2nd of December 1728. He was carefully educated by his uncle Monsignor C. Galiani at Naples and Rome with a view to entering the Church. Galiani gave early promise of distinction as an economist, and even more as a wit. At the age of twenty-two, after he had taken orders, he had produced two works by which his name became widely known far beyond the bounds of his own Naples. The one, his Trattato della moneta, in which he shows himself a strong supporter of the mercantile school, deals with many aspects of the question of exchange, but always with a special reference to the state of confusion then presented by the whole monetary system of the Neapolitan government. The other, Raccolta in Morte del Boia, established his fame as a humorist, and was highly popular in Italian literary circles at the end of the 18th century. In this volume Galiani parodied with exquisite felicity, in a series of discourses on the death of the public hangman, the styles of the most pompous and pedantic Neapolitan writers of the day. Galiani’s political knowledge and social qualities now pointed him out to the discriminating eye of King Charles, afterwards Charles III. of Spain, and his liberal minister Tanucci, and he was appointed in 1759 secretary to the Neapolitan embassy at Paris. This post he held for ten years, when he returned to Naples and was made a councillor of the tribunal of commerce, and in 1777, minister of the royal domains. His economic reputation was made by a book written in French and published in Paris, namely, his Dialogues sur le commerce des blés. This work, by its light and pleasing style, and the vivacious wit with which it abounded, delighted Voltaire, who spoke of it as a book in the production of which Plato and Molière might have been combined! The author, says Pecchio, treated his arid subject as Fontenelle did the vortices of Descartes, or Algarotti the Newtonian system of the world. The question at issue was that of the freedom of the corn trade, then much agitated, and, in particular, the policy of the royal edict of 1764, which permitted the exportation of grain so long as the price had not arrived at a certain height. The general principle he maintains is that the best system in regard to this trade is to have no system—countries differently circumstanced requiring, according to him, different modes of treatment. He fell, however, into some of the most serious errors of the mercantilists—holding, as indeed did also Voltaire and even Verri, that one country cannot gain without another losing, and in his earlier treatise going so far as to defend the action of governments in debasing the currency. Until his death at Naples on the 30th of October 1787, Galiani kept up with his old Parisian friends a correspondence, which was published in 1818.
GALIANI, FERDINANDO (1728-1787), an Italian economist, was born in Chieti on December 2, 1728. He received a thorough education from his uncle, Monsignor C. Galiani, in Naples and Rome, with the intention of joining the Church. Galiani showed early promise as an economist and even more so as a wit. By the age of twenty-two, after being ordained, he had produced two works that made his name well-known beyond the borders of Naples. One was his Trattato della moneta, where he strongly supported the mercantile school and discussed various aspects of exchange, particularly focusing on the confusion within the Neapolitan government’s monetary system at the time. The other, Raccolta in Morte del Boia, established his reputation as a humorist and became very popular in Italian literary circles in the late 18th century. In this volume, Galiani skillfully parodied the pompous and pedantic styles of the influential Neapolitan writers of his day through a series of discourses on the death of the public hangman. Galiani's political insight and social skills caught the attention of King Charles, later Charles III of Spain, and his progressive minister Tanucci, leading to his appointment in 1759 as secretary to the Neapolitan embassy in Paris. He held this position for ten years, after which he returned to Naples and was appointed a councillor of the tribunal of commerce, and in 1777, minister of the royal domains. His economic reputation soared with his book written in French and published in Paris, titled Dialogues sur le commerce des blés. This work, with its engaging style and lively wit, impressed Voltaire, who remarked that it seemed like a collaboration between Plato and Molière! According to Pecchio, the author handled his dry topic as Fontenelle did with the vortices of Descartes, or Algarotti with the Newtonian universe. The central issue addressed was the freedom of the corn trade, a hot topic at the time, particularly focusing on the royal edict of 1764 that allowed grain exports until prices reached a certain level. Galiani argued that the best approach to this trade is to have no fixed system, as different countries require different strategies based on their circumstances. However, he also made some serious mistakes typical of mercantilists—believing, as did Voltaire and even Verri, that if one country gains, another must lose, and in his earlier treatise, he even defended government actions to debase the currency. Until his death in Naples on October 30, 1787, Galiani maintained correspondence with his old friends in Paris, which was published in 1818.
See L’Abate Galiani, by Alberto Marghieri (1878), and his correspondence with Tanucci in Viesseux’s L’Archivio storico (Florence, 1878).
See L’Abate Galiani, by Alberto Marghieri (1878), and his correspondence with Tanucci in Viesseux’s L’Archivio storico (Florence, 1878).
GALICIA (Ger. Galizien; Pol. Halicz), a crownland of Austria, bounded E. and N. by Russia, S. by Bukovina and Hungary, and W. by Austrian and Prussian Silesia. It has an area of 30,299 sq. m., and is the largest Austrian province. It comprises the old kingdoms of Galicia and Lodomeria, the duchies of Auschwitz and Zator, and the grand duchy of Cracow.
GALICIA (Ger. Galizien; Pol. Halicz), a crownland of Austria, bordered on the east and north by Russia, to the south by Bukovina and Hungary, and to the west by Austrian and Prussian Silesia. It covers an area of 30,299 sq. miles and is the largest province in Austria. It includes the historical kingdoms of Galicia and Lodomeria, the duchies of Auschwitz and Zator, and the grand duchy of Cracow.
Galicia lies on the northern slopes of the Carpathians, which with their offshoots cover about a third of the whole area of the country. The surface gradually sinks down by undulating terraces to the valleys of the Vistula and Dniester. To the N. and E. of these rivers Galicia forms a continuation of the great plains of Russia, intersected only by a few hills, which descend from the plateaus of Poland and Podolia, and which attain in some places an altitude of 1300 to 1500 ft. The Carpathians, which, extending in the form of an arc, form the boundary between Galicia and Hungary, are divided into the West and the East Beskides, which are separated by the northern ramifications of the massif of the Tatra. The highest peaks are the Babia Góra (5650 ft.), the Wolowiec (6773 ft.) and the Cserna Góra (6505 ft.). The principal passes are those of Zdjar over the Tatra, and of Dukla, Vereczke Körösmezö or Delatyn in the East Beskides. The river Vistula, which becomes navigable at Cracow, and forms afterwards the north-western frontier of Galicia, receives the Sola, the Skawa, the Raba, the Dunajec with its affluents the Poprad and the Biala, the Wisloka, the San and the Bug. The Dniester, which rises in the Carpathians, within the territory of Galicia, becomes navigable at Sambor, and receives on the right the Stryj, the Swica, the Lomnica and the Bystrzyca, and on the left the Lipa, the Strypa, the Sereth and the Zbrucz, the boundary river towards Russia. The Pruth, which also rises in the Carpathians, within the territory of Galicia, traverses its south-eastern corner and receives the Czeremosz, the boundary river towards Bukovina. There are few lakes in the country except mountain tarns; but considerable morasses exist about the Upper Dneister, the Vistula and the San, while the ponds or dams in the Podolian valleys are estimated to cover an area of over 200 sq. m. The most frequented mineral springs are the alkaline springs at Szczawnica and Krynica, the sulphur springs at Krzesowice, Szklo and Lubian, and the iodine springs at Iwonicz.
Galicia is located on the northern slopes of the Carpathians, which, with their branches, cover about a third of the entire country. The land gradually slopes down through rolling terraces to the valleys of the Vistula and Dniester rivers. To the north and east of these rivers, Galicia continues into the vast plains of Russia, interrupted only by a few hills that descend from the plateaus of Poland and Podolia, reaching altitudes of 1,300 to 1,500 feet in some areas. The Carpathians, which curve to form the border between Galicia and Hungary, are divided into the West and East Beskides, separated by the northern extensions of the Tatra massif. The tallest peaks include Babia Góra (5,650 ft.), Wolowiec (6,773 ft.), and Cserna Góra (6,505 ft.). The main passes are Zdjar over the Tatra, and Dukla, Vereczke Körösmezö, or Delatyn in the East Beskides. The Vistula River, which becomes navigable at Cracow and later defines the northwestern border of Galicia, receives the Sola, Skawa, Raba, and Dunajec along with its tributaries, Poprad and Biala, as well as Wisloka, San, and Bug. The Dniester, which originates in the Carpathians within Galicia, becomes navigable at Sambor and receives the Stryj, Swica, Lomnica, and Bystrzyca on the right, and Lipa, Strypa, Sereth, and Zbrucz on the left, serving as the border river toward Russia. The Pruth also rises in the Carpathians within Galicia, traverses its southeastern corner, and receives the Czeremosz, which marks the boundary river toward Bukovina. There are few lakes in the region besides mountain tarns, but significant marshlands exist around the Upper Dniester, Vistula, and San, while the ponds or reservoirs in the Podolian valleys are estimated to cover an area of over 200 square miles. The most popular mineral springs are the alkaline springs at Szczawnica and Krynica, the sulfur springs at Krzesowice, Szklo, and Lubian, and the iodine springs at Iwonicz.
Exposed to the cold northern and north-eastern winds, and shut out by the Carpathians from the warm southerly winds, Galicia has the severest climate in Austria. It has long winters, with an abundant snowfall, short and wet springs, hot summers and long and steady autumns. The mean annual temperature at Lemberg is 46.2° F., and at Tarnopol only 43° F.
Exposed to the cold northern and northeastern winds and blocked by the Carpathians from the warm southern winds, Galicia has the harshest climate in Austria. It has long winters with heavy snowfall, short and rainy springs, hot summers, and long, steady autumns. The average annual temperature in Lemberg is 46.2°F, and in Tarnopol, it's only 43°F.
Of the total area 48.45% is occupied by arable land, 11.16% by meadows, 9.19% by pastures, 1.39% by gardens and 25.76% by forests. The soil is generally fertile, but agriculture is still backward. The principal products are barley, oats, rye, wheat, maize and leguminous plants. Galicia has the largest area under potatoes and legumes in the whole of Austria, and hemp, flax, tobacco and hops are of considerable importance. The principal mineral products are salt, coal and petroleum. Salt is extracted at Wieliczka, Bochnia, Bolechow, Dolina, Kalusz and Kosow. Coals are found in the Cracow district at Jaworzno, at Siersza near Trzebinia and at Dabrowa. Some of the richest petroleum fields in Europe are spread in the region of the Carpathians, and are worked at Boryslaw and Schodnica near Drohobycz, Bobrka and Potok near Krosno, Sloboda-Rungurska near Kolomea, &c. Great quantities of ozocerite are also extracted in the petroliferous region of the Carpathians. Other mineral products are zinc, extracted at Trzebionka and Wodna in the Cracow region, amounting to 40% of the total zinc production in Austria, iron ore, marble and various stones for construction. The sulphur mines of Swoszowice near Cracow, which had been worked since 1598, were abandoned in 1884.
Of the total area, 48.45% is used for farming, 11.16% for meadows, 9.19% for pastures, 1.39% for gardens, and 25.76% for forests. The soil is generally rich, but agriculture is still underdeveloped. The main crops are barley, oats, rye, wheat, corn, and legumes. Galicia has the largest area for growing potatoes and legumes in all of Austria, with hemp, flax, tobacco, and hops also being significant. The main mineral resources include salt, coal, and oil. Salt is mined in Wieliczka, Bochnia, Bolechow, Dolina, Kalusz, and Kosow. Coal deposits are in the Cracow district at Jaworzno, Siersza near Trzebinia, and Dabrowa. Some of the richest oil fields in Europe are located in the Carpathian region, with extraction sites at Boryslaw and Schodnica near Drohobycz, Bobrka, and Potok near Krosno, and Sloboda-Rungurska near Kolomea, etc. Large amounts of ozocerite are also extracted in the oil-rich area of the Carpathians. Other mineral resources include zinc, which is mined at Trzebionka and Wodna in the Cracow region, accounting for 40% of Austria's total zinc production, as well as iron ore, marble, and various construction stones. The sulfur mines in Swoszowice near Cracow, which had been in operation since 1598, were closed in 1884.
The manufacturing industries of Galicia are not highly developed. The first place is occupied by the distilleries, whose output amounts to nearly 40% of the total production of spirits in Austria. Then follow the petroleum refineries and kindred industries, saw-mills and the fabrication of various wood articles, paper and milling. The sugar factory at Tlumacz and the tobacco factory at Winniki are amongst the largest establishments of their kind in Austria. Cloth manufacture is concentrated at Biala, while the weaving of linen and of woollens is pursued as a household industry, the former in the Carpathian region, the latter in eastern Galicia. The commerce, which is mainly in the hands of the Jews, is very active, and the transit trade to Russia and to the East is also of considerable importance.
The manufacturing industries in Galicia aren't very advanced. The top position is held by distilleries, which produce almost 40% of the total spirits in Austria. Next are the petroleum refineries and related industries, sawmills, paper production, and milling. The sugar factory in Tlumacz and the tobacco factory in Winniki are among the largest of their kind in Austria. Cloth manufacturing is concentrated in Biala, while linen and wool weaving is done as a household industry—linen in the Carpathian region and wool in eastern Galicia. Commerce, mainly controlled by the Jewish community, is quite active, and the transit trade to Russia and the East is also significant.
Galicia had in 1900 a population of 7,295,538, which is equivalent to 241 inhabitants per sq. m. The two principal nationalities are the Poles (45%) and the Ruthenians (42%), the former predominating in the west and in the big towns, and the latter in the east. The Poles who inhabit the Carpathians are distinguished as Goralians (from góry, mountain), and those of the lower regions as Mazures and Cracoviaks. The Ruthenian highlanders bear the name of Huzulians. The Poles are mostly Roman Catholics, the Ruthenians are Greek Catholics, and there are over 770,000 Jews, and about 2500 Armenians, who are Catholics and stand under the jurisdiction of an Armenian archbishop at Lemberg.
Galicia had a population of 7,295,538 in 1900, which is about 241 people per square kilometer. The two main nationalities are Poles (45%) and Ruthenians (42%), with Poles mainly in the west and in the larger towns, while Ruthenians are mostly in the east. Poles living in the Carpathians are known as Goralians (from góry, meaning mountain), while those in the lowlands are called Mazures and Cracoviaks. The Ruthenian highlanders are referred to as Huzulians. Most Poles are Roman Catholic, Ruthenians are Greek Catholic, and there are over 770,000 Jews and about 2,500 Armenians, who are Catholics and fall under the authority of an Armenian archbishop in Lemberg.
The Roman Catholic Church has an archbishop, at Lemberg, and three bishops, at Cracow, at Przemysl and at Tarnow, and the Greek Catholic Church is represented by an archbishop, at Lemberg, and two bishops, at Przemysl and at Stanislau. At the head of the educational institutions stand the two universities of Lemberg and Cracow, and the Polish academy of science at Cracow.
The Roman Catholic Church has an archbishop in Lviv and three bishops in Kraków, Przemyśl, and Tarnów. The Greek Catholic Church has an archbishop in Lviv and two bishops in Przemyśl and Stanisław. At the top of the educational institutions are the two universities in Lviv and Kraków, along with the Polish Academy of Sciences in Kraków.
The local Diet is composed of 151 members, including the 3 archbishops, the 5 bishops, and the 2 rectors of the universities, and Galicia sends 78 deputies to the Reichsrat at Vienna. For administrative purposes, the province is divided into 78 districts and 2 autonomous municipalities—Lemberg (pop. 159,618), the capital, and Cracow (91,310). Other principal towns are: Przemysl (46,439), Kolomea (34,188), Tarnów (31,548), Tarnopol (30,368), Stanislau (29,628), Stryj (23,673), Jaroslau (22,614), Drohobycz (19,146), Podgórze (18,142), Brody (17,360), Sambor (17,027), Neusandec (15,724), Rzeszów (14,714), Zloczow (12,209), Grodek (11,845), Horodenka (11,615), Buczacz (11,504), Sniatyn (11,498), Brzezany (11,244), Kuty (11,127), Boryslaw (10,671), Chrzanów (10,170), Jaworów (10,090), Bochnia (10,049) and Biala (8265).
The local Diet has 151 members, which includes 3 archbishops, 5 bishops, and 2 university rectors. Galicia sends 78 representatives to the Reichsrat in Vienna. For administrative reasons, the province is divided into 78 districts and 2 autonomous municipalities—Lemberg (population 159,618), the capital, and Cracow (91,310). Other major towns include: Przemysl (46,439), Kolomea (34,188), Tarnów (31,548), Tarnopol (30,368), Stanislau (29,628), Stryj (23,673), Jaroslau (22,614), Drohobycz (19,146), Podgórze (18,142), Brody (17,360), Sambor (17,027), Neusandec (15,724), Rzeszów (14,714), Zloczow (12,209), Grodek (11,845), Horodenka (11,615), Buczacz (11,504), Sniatyn (11,498), Brzezany (11,244), Kuty (11,127), Boryslaw (10,671), Chrzanów (10,170), Jaworów (10,090), Bochnia (10,049), and Biala (8,265).
Galicia (or Halicz) took its rise, along with the neighbouring principality of Lodomeria (or Vladimir), in the course of the 12th century—the seat of the ruling dynasty being Halicz or Halitch. Disputes between the Galician and Lodomerian houses led to the interference of the king of Hungary, Bela III., who in 1190 assumed the title of king, and appointed his son Andreas lieutenant of the kingdom. Polish assistance, however, enabled Vladimir, the former possessor, to expel Andreas, and in 1198 Roman, prince of Lodomeria, made himself master of Galicia also. On his death in 1205 the struggle between Poland and Hungary for supremacy in the country was resumed; but in 1215 it was arranged that Daniel (1205-1264), son of Roman, should be invested with Lodomeria, and Coloman, son of the Hungarian king, with Galicia. Coloman, however, was expelled by Mstislav of Novgorod; and in his turn Andreas, Mstislav’s nominee, was expelled by Daniel of Lodomeria, a powerful prince, who by a flexible policy succeeded in maintaining his position. Though in 1235 he had recognized the overlordship of Hungary, yet, when he found himself hard pressed by the Mongolian general Batu, he called in the assistance of Innocent IV., and accepted the crown of Galicia from the hands of a papal legate; and again, when Innocent disappointed his expectation, he returned to his former connexion with the Greek Church. On the extinction of his line in 1340 Casimir III. of Poland incorporated Galicia and Lemberg; on Casimir’s death in 1370 Louis the Great of Hungary, in accordance with previous treaties, became king of Poland, Galicia and Lodomeria; and in 1382, by the marriage of Louis’s daughter with Ladislaus II., Galicia, which he had regarded as part of his Hungarian rather than of his Polish possessions, became definitively assigned to Poland. On the first partition of Poland, in 1772, the kingdom of Galicia and Lodomeria came to Austria, and to this was added the district of New or West Galicia in 1795; but at the peace of Vienna in 1809 West Galicia and Cracow were surrendered to the grand-duchy of Warsaw, and in 1810 part of East Galicia, including Tarnopol, was made over to Russia. This latter portion was recovered by Austria at the peace of Paris (1814), and the former came back on the suppression of the independent republic of Cracow in 1846. After the introduction of the constitution of February 1861, Galicia gained a larger degree of autonomy than any other province in the Austrian empire.
Galicia (or Halicz) came to prominence, along with the nearby principality of Lodomeria (or Vladimir), during the 12th century, with the ruling dynasty based in Halicz or Halitch. Conflicts between the Galician and Lodomerian houses drew in the king of Hungary, Bela III, who in 1190 took the title of king and appointed his son Andreas as the lieutenant of the kingdom. However, with Polish support, Vladimir, the former ruler, managed to oust Andreas, and in 1198, Roman, the prince of Lodomeria, gained control over Galicia as well. After his death in 1205, the struggle for dominance between Poland and Hungary in the region resumed; however, in 1215, it was decided that Daniel (1205-1264), the son of Roman, would be given Lodomeria, while Coloman, the son of the Hungarian king, would be given Galicia. Yet, Coloman was expelled by Mstislav of Novgorod, and then Andreas, Mstislav's chosen candidate, was removed by Daniel of Lodomeria, a strong prince who adeptly maintained his position through a flexible approach. Although in 1235 he recognized Hungary's overlordship, when he found himself under pressure from the Mongolian general Batu, he sought assistance from Innocent IV and accepted the crown of Galicia from a papal legate. When Innocent let him down, he reverted to his previous ties with the Greek Church. After his lineage ended in 1340, Casimir III of Poland incorporated Galicia and Lemberg; following Casimir’s death in 1370, Louis the Great of Hungary, according to earlier treaties, became king of Poland, Galicia, and Lodomeria. In 1382, through the marriage of Louis’s daughter to Ladislaus II, Galicia, which he considered more a part of his Hungarian than his Polish territories, was permanently assigned to Poland. During the first partition of Poland in 1772, the kingdom of Galicia and Lodomeria was transferred to Austria, and the district of New or West Galicia was added in 1795. However, at the Vienna peace treaty in 1809, West Galicia and Cracow were given to the Grand Duchy of Warsaw, and in 1810, part of East Galicia, including Tarnopol, was transferred to Russia. This area was later recovered by Austria at the Paris peace treaty (1814), and the latter territory returned following the dissolution of the independent republic of Cracow in 1846. After the constitution was introduced in February 1861, Galicia gained more autonomy than any other province in the Austrian Empire.
See Die österreichisch-ungarische Monarchie in Wort und Bild, vol. 19 (Wien, 1885-1902, 24 vols.); Die Länder Österreich-Ungarns in Wort und Bild, vol. 10 (Wien, 1881-1886, 15 vols.). Remarkable sketches of Galician life are to be found in the works of the German novelist Sacher-Masoch (1835-1895).
See Die österreichisch-ungarische Monarchie in Wort und Bild, vol. 19 (Vienna, 1885-1902, 24 vols.); Die Länder Österreich-Ungarns in Wort und Bild, vol. 10 (Vienna, 1881-1886, 15 vols.). Interesting depictions of life in Galicia can be found in the works of the German novelist Sacher-Masoch (1835-1895).
GALICIA (the ancient Gallaecia or Callaecia, Καλλαικία or Καλαικία), a captaincy-general, and formerly a kingdom, countship and province, in the north-western angle of Spain; bounded on the N. by the Bay of Biscay, E. by Leon and Asturias, S. by Portugal, and W. by the Atlantic Ocean. Pop. (1900) 1,980,515; area, 11,254 sq. m. In 1833 Galicia was divided for administrative purposes into the provinces of Corunna, Lugo, Orense and Pontevedra.
GALICIA (the ancient Gallaecia or Callaecia, Καλλαικία or Kalamaki), a captaincy-general and formerly a kingdom, county, and province located in the northwestern part of Spain; bordered on the north by the Bay of Biscay, on the east by León and Asturias, on the south by Portugal, and on the west by the Atlantic Ocean. Population (1900) was 1,980,515; area is 11,254 square miles. In 1833, Galicia was divided for administrative purposes into the provinces of A Coruña, Lugo, Ourense, and Pontevedra.
Galicia is traversed by mountain ranges, sometimes regarded as a continuation of the Cantabrian chain; and its surface is further broken in the east by the westernmost ridges of that system, which, running in a south-westerly direction, rise above the basin of the Miño. The high land north of the headwaters of the Miño forms the sole connecting link between the Cantabrians properly so-called and the mountains of central and western Galicia. The average elevation of the province is considerable, and the maximum height (6593 ft.) is reached in the Peña Trevinca on the eastern border of Orense.
Galicia is crossed by mountain ranges, often seen as a continuation of the Cantabrian chain; its landscape is also disrupted in the east by the westernmost ridges of that system, which run southwest and rise above the Miño basin. The high land north of the Miño's headwaters serves as the only connection between the Cantabrian mountains and the mountains of central and western Galicia. The average elevation of the province is significant, with the highest point (6,593 ft.) found at Peña Trevinca on the eastern border of Orense.
The principal river is the Miño (Portuguese Minho; Lat. Minius; so named, it is said, from the minium or vermilion found in its bed). Rising near Mondoñedo, within 25 m. of the northern coast, the Miño enters the Atlantic near the port of Guardia, after a course of 170 m. S. and S.W. Its lower reaches are navigable by small vessels. Of its numerous affluents the most important is the Sil, which rises among the lofty mountains between Leon and Asturias. Among other rivers having a westerly direction may be mentioned the Tambre, the Ulla and the Lerez or Ler, which falls into the Atlantic by estuaries or rias called respectively Ria de Muros y Noya, Ria de Arosa and Ria de Pontevedra. The rivers of the northern versant, such as the Nera, are, like those of Asturias, for the most part short, rapid and subject to violent floods.
The main river is the Miño (Portuguese Minho; Lat. Minius; it's said to be named after the minium or vermilion found in its riverbed). It starts near Mondoñedo, just 25 miles from the northern coast, and flows into the Atlantic by the port of Guardia, after traveling 170 miles to the south and southwest. Its lower sections can be navigated by small boats. Among its many tributaries, the most significant is the Sil, which rises in the tall mountains between León and Asturias. Other rivers that flow westward include the Tambre, the Ulla, and the Lerez or Ler, which enter the Atlantic through estuaries or rias known as Ria de Muros y Noya, Ria de Arosa, and Ria de Pontevedra, respectively. The rivers on the northern side, like the Nera, are mostly short, fast-flowing, and prone to severe flooding, similar to those in Asturias.
The coast-line of Galicia, extending to about 240 m., is everywhere bold and deeply indented, presenting a large number of secure harbours, and in this respect forming a marked contrast to the neighbouring province. The Eo, which bounds Galicia on the east, has a deep estuary, the Rivadeo or Ribadeo, which offers a safe and commodious anchorage. Vivero Bay and the Ria del Barquero y Váres are of a similar character; while the harbour of Ferrol ranks among the best in Europe, and is the chief naval station on the northern coast of Spain. On the opposite side of Betanzos Bay (the μέγας λιμήν or Portus Magnus of the ancients) is the great port of Corunna or Coruña. The principal port on the western coast is that formed by the deep and sheltered bay of Vigo, but there are also good roadsteads at Corcubion under Cape Finisterre, at Marin and at Carril.
The coastline of Galicia, stretching about 240 km, is dramatic and has many deep inlets, providing plenty of safe harbors, which sets it apart from the neighboring province. The Eo River, which marks Galicia’s eastern border, features a deep estuary, the Rivadeo or Ribadeo, that offers a safe and convenient anchorage. Vivero Bay and the Ria del Barquero y Váres are similar in nature; meanwhile, the harbor of Ferrol is considered one of the best in Europe and serves as the main naval base on Spain's northern coast. On the other side of Betanzos Bay (the great harbor or Portus Magnus of the ancients) lies the significant port of Corunna or Coruña. The major port on the western coast is the deep and sheltered bay of Vigo, but there are also good anchorages at Corcubion under Cape Finisterre, as well as at Marin and Carril.
The climate of the Galician coast is mild and equable, but the interior, owing to the great elevation (the town of Lugo is 1500 ft. above sea-level), has a wide range of temperature. The rainfall is exceptionally large, and snow lies on some of the loftier elevations for a considerable portion of the year. The soil is on the whole fertile, and the produce very varied. A considerable quantity of 403 timber is grown on the high lands, and the rich valley pastures support large herds of cattle, while the abundance of oaks and chestnuts favours the rearing of swine. In the lowland districts good crops of maize, wheat, barley, oats and rye, as well as of turnips and potatoes, are obtained. The fruit also is of excellent quality and in great variety, although the culture of the vine is limited to some of the warmer valleys in the southern districts. The dehesas or moorlands abound in game, and fish are plentiful in all the streams. The mineral resources of the province, which are considerable, were known to some extent to the ancients. Strabo (c. 63 B.C.-A.D. 21) speaks of its gold and tin, and Pliny (A.D. 23-79) mentions the gemma Gallaica, a precious stone. Galicia is also remarkable for the number of its sulphur and other warm springs, the most important of which are those at Lugo, and those from which Orense is said to take its name (Aquae urentes).
The climate along the Galician coast is mild and stable, but the interior, due to its high elevation (the town of Lugo is 1500 ft. above sea level), experiences a wide temperature range. Rainfall is notably high, and snow remains on some of the higher peaks for much of the year. Overall, the soil is fertile, and the produce is very diverse. A substantial amount of timber is grown in the highlands, and the lush valley pastures support large herds of cattle, while the abundance of oaks and chestnuts benefits pig farming. In the lowland areas, good yields of maize, wheat, barley, oats, and rye, as well as turnips and potatoes, are produced. The fruit is also excellent in quality and variety, although vine cultivation is restricted to some of the warmer valleys in the southern regions. The dehesas or moorlands are rich in game, and fish are abundant in all the streams. The province has significant mineral resources that were known to some extent to ancient civilizations. Strabo (c. 63 B.C.-CE 21) refers to its gold and tin, and Pliny (A.D. 23-79) mentions the gemma Gallaica, a precious stone. Galicia is also notable for its many sulfur and other warm springs, the most important being those in Lugo and those from which Orense is said to derive its name (Aquae urentes).
Ethnologically the Galicians (Gallegos) are allied to the Portuguese, whom they resemble in dialect, in appearance and in habits more than the other inhabitants of the peninsula. The men are well known all over Spain and Portugal as hardy, honest and industrious, but for the most part somewhat unskilled, labourers; indeed the word Gallego has come to be almost a synonym in Madrid for a “hewer of wood and drawer of water.” It is also used as a term of abuse, meaning “boor.” Agriculture engages the greater part of the resident population, both male and female; other industries, except the fisheries, are little developed. The largest town in Galicia is Corunna (pop. 1900, 43,971); Santiago de Compostela is the ancient capital and an archiepiscopal see; Lugo, Tuy, Mondoñedo and Orense are bishoprics.
Ethnologically, the Galicians (Gallegos) are linked to the Portuguese, as they share similarities in dialect, appearance, and habits more than with other people on the peninsula. The men are widely recognized throughout Spain and Portugal as tough, honest, and hardworking, but mostly they are somewhat unskilled laborers; in fact, the term Gallego has almost become synonymous in Madrid with a “hewer of wood and drawer of water.” It’s also used as an insult, meaning “boor.” Most of the local population, both men and women, are engaged in agriculture; other industries, except for fishing, are not well-developed. The largest town in Galicia is Corunna (pop. 1900, 43,971); Santiago de Compostela is the historic capital and an archiepiscopal see; Lugo, Tuy, Mondoñedo, and Orense are bishoprics.
Gallaecia, the country of the Galacci, Callaici or Gallaici, seems to have been very imperfectly known to the earlier geographers. According to Eratosthenes (276-196 B.C.) the entire population of the peninsula were at one time called Galatae. The region properly called by their name, bounded on the south by the Douro and on the east by the Navia, was first entered by the Roman legions under Decius Junius Brutus in 137-136 B.C. (Livy lv., lvi., Epit.); but the final subjugation cannot be placed earlier than the time of Augustus (31 B.C.-A.D. 14). On the partition of Spain, which followed the successful invasions of the Suevi, Alans and Vandals, Gallaecia fell to the lot of the first named (A.D. 411). After an independent subsistence of nearly 200 years, the Suevian kingdom was annexed to the Visigothic dominions under Leovigild in 585. In 734 it was occupied by the Moors, who in turn were driven out by Alphonso I. of Asturias, in 739. During the 9th and 10th centuries it was the subject of dispute between more than one count of Galicia and the suzerain, and its coasts were repeatedly ravaged by the Normans. When Ferdinand I. divided his kingdom among his sons in 1063, Galicia was the portion allotted to Garcia, the youngest of the three. In 1072 it was forcibly reannexed by Garcia’s brother Alphonso VI. of Castile and thenceforward it remained an integral part of the kingdom of Castile or of Leon. The honorary title of count of Galicia has frequently been borne by younger sons of the Spanish sovereign.
Gallaecia, the land of the Galicians, Callaici, or Gallaici, seems to have been poorly understood by earlier geographers. According to Eratosthenes (276-196 B.C.), the entire population of the peninsula was once referred to as Galatae. The area known by their name, bordered on the south by the Douro and on the east by the Navia, was first entered by the Roman legions under Decius Junius Brutus in 137-136 BCE (Livy lv., lvi., Epit.); however, the complete conquest could not be dated any earlier than the reign of Augustus (31 BCE-CE 14). After Spain was divided following the successful invasions of the Suevi, Alans, and Vandals, Gallaecia was assigned to the Suevi (A.D. 411). After nearly 200 years of independence, the Suevian kingdom was incorporated into the Visigothic realms under Leovigild in 585. In 734, it was occupied by the Moors, who were later expelled by Alfonso I of Asturias in 739. Throughout the 9th and 10th centuries, it was contested between various counts of Galicia and their overlord, and its coasts faced repeated raids by the Normans. When Ferdinand I divided his kingdom among his sons in 1063, Galicia was given to Garcia, the youngest. In 1072, it was forcefully reannexed by Garcia’s brother, Alfonso VI of Castile, and from that point on, it remained an integral part of the kingdoms of Castile or Leon. The honorary title of count of Galicia has often been held by the younger sons of the Spanish monarch.
See Annette B. Meakin, Galicia, the Switzerland of Spain (London, 1909).
See Annette B. Meakin, Galicia, the Switzerland of Spain (London, 1909).
GALIGNANI, GIOVANNI ANTONIO (1752-1821), newspaper publisher, was born at Brescia, Italy, in 1752. After living some time in London, he went to Paris, where he started in 1800 an English library, and in 1808 a monthly publication, the Repertory of English Literature. In 1814 he began to publish, in Paris, Galignani’s Messenger, a daily paper printed in English. At his death in 1821 the paper was carried on by his two sons, Jean-Antoine (1796-1873) and Guillaume (1798-1882). Under their management it enjoyed a high reputation. Its policy was to promote good feeling between England and France. The brothers established and endowed hospitals at Corbeil and at Neuilly-sur-Seine. In recognition of their generosity the city of Corbeil erected a monument in their honour. In 1884 the Galignani family disposed of their interest in Galignani’s Messenger, and from that date until 1904, when it was discontinued, the paper appeared under the title of the Daily Messenger.
Galignani, Giovanni Antonio (1752-1821), newspaper publisher, was born in Brescia, Italy, in 1752. After spending some time in London, he moved to Paris, where he started an English library in 1800 and launched a monthly publication, the Repertory of English Literature, in 1808. In 1814, he began publishing Galignani’s Messenger, a daily newspaper printed in English, in Paris. When he passed away in 1821, his two sons, Jean-Antoine (1796-1873) and Guillaume (1798-1882), continued the paper. Under their leadership, it gained a strong reputation, promoting good relations between England and France. The brothers also founded and funded hospitals in Corbeil and Neuilly-sur-Seine. In gratitude for their generosity, the city of Corbeil built a monument in their honor. In 1884, the Galignani family sold their stake in Galignani’s Messenger, and from that point until 1904, when it was discontinued, the paper was published as the Daily Messenger.
GALILEE (Heb. גליל, “border” or “ring,” Gr. Γαλιλαία), a Roman province of Palestine north of Samaria, bounded S. by Samaria and the Carmel range, E. by the Jordan, N. by the Leontes (Litāni), and W. by the Mediterranean and part of Phoenicia. Its maximum extent was about 60 m. north to south and 30 east to west. The name in the Hebrew Scriptures hardly had a definite territorial significance. It literally means a ring or circuit, and, like analogous words in English, could be applied to various districts. Thus Joshua (xiii. 2) and Joel (iii. 4) refer to the Geliloth (“borders, coast”) of the Philistines or of Palestine; Joshua again (xxii. 10, 11) and Ezekiel (xlvii. 8) mention the Jordan valley plain as the “Geliloth of Jordan” in “the Eastern Gelilah.” In its more restricted connotation, denoting the district to which it is usually applied or a part thereof, it is found in Joshua xx. 7, xxi. 32, 1 Chr. vi. 76, as the place where was situated the town of Kadesh; and in 1 Kings ix. 11, the district of “worthless” cities given by Solomon to Hiram. In Isa. ix. 1 we find the full name of the district, Galil ha-Goyim, literally “the ring, circuit or border of the foreigners”—referring to the Phoenicians, Syrians and Aramaeans, by whose country the province was on three sides surrounded. In 1 Kings xv. 29 it is specified as one of the districts whose population was deported by Tiglath-Pileser. Throughout the Old Testament history, however, Galilee as a whole cannot be said to have a history; the unit of territorial subdivision was tribal rather than provincial, and though such important events as those associated with the names of Barak, Gideon, Gilboa, Armageddon, took place within its borders, yet these belong rather to the histories of Issachar, Zebulon, Asher or Naphtali, whose territories together almost correspond with Galilee, than to the province itself.
GALILEE (Heb. Galilee, “border” or “ring,” Gr. Galilee), a Roman province of Palestine located north of Samaria, bordered on the south by Samaria and the Carmel range, on the east by the Jordan River, on the north by the Leontes (Litāni), and on the west by the Mediterranean Sea and part of Phoenicia. Its maximum area was about 60 miles from north to south and 30 miles from east to west. In the Hebrew Scriptures, the name didn’t have a specific territorial meaning. It literally means a ring or circuit and, like similar words in English, could apply to different areas. For example, Joshua (xiii. 2) and Joel (iii. 4) mention the Geliloth (“borders, coast”) of the Philistines or Palestine; Joshua again (xxii. 10, 11) and Ezekiel (xlvii. 8) refer to the Jordan valley plain as the “Geliloth of Jordan” in “the Eastern Gelilah.” In its more limited sense, denoting the area to which it’s usually applied or a part of it, it appears in Joshua xx. 7, xxi. 32, and 1 Chr. vi. 76, as the location of the town of Kadesh; and in 1 Kings ix. 11, as the area of “worthless” cities given by Solomon to Hiram. In Isa. ix. 1, the full name of the district, Galil ha-Goyim, means “the ring, circuit, or border of the foreigners”—referring to the Phoenicians, Syrians, and Aramaeans, by whose territory the province was surrounded on three sides. In 1 Kings xv. 29, it’s noted as one of the regions whose inhabitants were deported by Tiglath-Pileser. Throughout the history of the Old Testament, however, Galilee as a whole doesn’t have a distinct history; the unit of territorial subdivision was based on tribes rather than provinces, and while significant events associated with figures like Barak, Gideon, Gilboa, and Armageddon occurred within its borders, these events are more related to the histories of Issachar, Zebulon, Asher, or Naphtali—tribes whose territories nearly correspond with Galilee—than to the province itself.
After the Jewish return from exile the population confined itself to Judaea, and Galilee was left in the possession of the mixed multitude of successors established there by the Assyrians. When it once more came into Israelite hands is uncertain; it is generally supposed that its reconquest was due to John Hyrcanus. Before very long it developed a nationalism and patriotism as intense as that of Judaea itself, notwithstanding the contempt with which the metropolitans of Jerusalem looked down upon the Galilean provincials. Stock proverbial sayings such as “Out of Galilee cometh no prophet” (though Deborah, Jonah, Elisha, and probably Hosea, were Galileans) were apparently common. Provincialism of speech (Matt. xxvi. 73) distinguished the Galileans; it appears that they confused the gutturals in pronunciation.
After the Jewish return from exile, the population settled in Judea, leaving Galilee to the mixed group of successors placed there by the Assyrians. It's unclear when it came back under Israelite control; most believe John Hyrcanus was responsible for its reconquest. Soon after, it developed a sense of nationalism and patriotism as strong as that of Judea itself, despite the disdain that the leaders in Jerusalem had for the Galilean locals. Common sayings like "No prophet comes from Galilee" (even though Deborah, Jonah, Elisha, and likely Hosea were Galileans) seemed to be widespread. The Galileans were recognized for their distinctive way of speaking (Matt. xxvi. 73); they apparently had trouble pronouncing some guttural sounds correctly.
Under the Roman domination Galilee was made a tetrarchate governed by members of the Herod family. Herod the Great was tetrarch of Galilee in 47 B.C.; in 4 B.C. he was succeeded by his son Antipas. Galilee was the land of Christ’s boyhood and the chief centre of His active work, and in His various ministries here some of His chief discourses were uttered (as the Sermon on the Mount, Matt. v.) and some of His chief miracles performed.
Under Roman rule, Galilee was established as a tetrarchy led by members of the Herod family. Herod the Great became tetrarch of Galilee in 47 B.C.; he was succeeded by his son Antipas in 4 B.C. Galilee was the place where Christ grew up and the main center of His ministry. During His time there, He delivered some of His most important teachings (like the Sermon on the Mount, Matt. v.) and performed many of His significant miracles.
After the destruction of Jerusalem the Judaean Rabbinic schools took refuge in the Galilee they had heretofore despised. No ancient remains of Jewish synagogues exist except those that have been identified in some of the ancient Galilean towns, such as Tell Ḥum (Talḥūm), Kerāzeh, Kefr Bir’īm, and elsewhere. One of the chief centres of Rabbinism was Ṣafed, still a sacred city of the Jews and largely inhabited by members of that faith. Near here is Meirūn, a place much revered by the Jews as containing the tombs of Hillel, Shammai and Simon ben Yohai; a yearly festival in honour of these rabbis is here celebrated. At Tiberias also are the tombs of distinguished Jewish teachers, including Maimonides.
After the destruction of Jerusalem, the Judaean Rabbinic schools took refuge in the Galilee, which they had previously looked down upon. No ancient remains of Jewish synagogues exist except for those found in some of the ancient Galilean towns, like Tell Ḥum (Talḥūm), Kerāzeh, Kefr Bir’īm, and others. One of the main centers of Rabbinism was Ṣafed, which is still a sacred city for Jews and mostly inhabited by members of that faith. Close by is Meirūn, a site greatly respected by Jews as it contains the tombs of Hillel, Shammai, and Simon ben Yohai; a yearly festival honoring these rabbis is celebrated here. Tiberias also holds the tombs of notable Jewish teachers, including Maimonides.
The province was subdivided into two parts, Upper and Lower Galilee, the two being divided by a ridge running west to east, which prolonged would cut the Jordan about midway between Ḥūleh and the Sea of Galilee. Lower Galilee includes the plains of Buttauf and Esdraelon.
The province was divided into two areas, Upper and Lower Galilee, separated by a ridge that ran from west to east, which would extend to cut the Jordan roughly halfway between Ḥūleh and the Sea of Galilee. Lower Galilee encompasses the plains of Buttauf and Esdraelon.
The whole of Galilee presents country more or less disturbed by volcanic action. In the lower division the hills are all tilted up towards the east, and broad streams of lava have flowed over the plateau above the sea of Galilee. In this district Lower Galilee. the highest hills are only about 1800 ft. above the sea. The ridge of Nazareth rises north of the great plain of Esdraelon, and 404 north of this again is the fertile basin of the Buttauf, separated from the sea-coast plains by low hills. East of the Buttauf extends the basaltic plateau called Sahel el Aḥmā (“the inaccessible plain”), rising 1700 ft. above the Sea of Galilee. North of the Buttauf is a confused hill country, the spurs falling towards a broad valley which lies at the foot of the mountains of Upper Galilee. This broad valley, running westwards to the coast, is perhaps the old boundary of Zebulun—the valley of Jiphthah-el (Josh, xix. 14). The great plain of Esdraelon is of triangular form, bounded by Gilboa on the east and by the ridge which runs to Carmel on the west. It is 14 m. long from Jenīn to the Nazareth hills, and its southern border is about 20 m. long. It rises 200 ft. above the sea, the hills on both sides being some 1500 ft. higher. The whole drainage is collected by the Kishon, which runs through a narrow gorge at the north-west corner of the plain, descending beside the ridge of Carmel to the sea. The broad valley of Jezreel on the east, descending towards the Jordan valley, forms the gate by which Palestine is entered from beyond Jordan. Mount Tabor stands isolated in the plain at the north-east corner, and rather farther south the conical hill called Nebi Duḥi rises between Tabor and Gilboa. The whole of Lower Galilee is well watered. The Kishon is fed by springs from near Tabor and from a copious stream from the west side of the plain of Esdraelon. North-west of Nazareth is Wādi el Melek, an open valley full of springs. The river Belus, just south of Acre, rising in the sea-coast marshes, drains the whole valley above identified with Jiphthah-el. On the east the broad valley of Jezreel is full of magnificent springs, many of which are thermal. The plains of Esdraelon, and the Buttauf, and the plateau of el-Aḥmā are all remarkable for the rich basaltic soil which covers them, in which corn, cotton, maize, sesame, tobacco, millet and various kinds of vegetable are grown, while indigo and sugar-cane were cultivated in former times. The Nazareth hills and Gilboa are bare and white, but west of Nazareth is a fine oak wood, and another thick wood spreads over the northern slopes of Tabor. The hills west of the great plain are partly of bare white chalk, partly covered with dense thickets. The mountains north of the Buttauf are rugged and covered with scrub, except near the villages, where fine olive groves exist. The principal places of importance in Lower Galilee are Nazareth (10,000 inhabitants), Sepphoris (now Seffuria), a large village standing above the Buttauf on the spurs of the southern hills, and Jenīn (En Gannim), a flourishing village, with a palm garden (3000 inhabitants). The ancient capital, Jezreel (Zerin), is now a miserable village on a precipitous spur of Gilboa; north of this are the small mud hamlets, Solam (Shunem), Endūr (Endor), Nein (Nain); on the west side of the plain is the ruin of Lejjūn (the Legio of the 4th century, which was then a place of importance). In the hills north of the Buttauf is Jefāt, situated on a steep hill-top, and representing the Jotapata defended by Josephus. Kefr Kenna, now a flourishing Christian village at the foot of the Nazareth hills, south of the Buttauf, is one of the sites identified with Cana of Galilee, and the ruin Kāna, on the north side of the same plain, represents the site pointed out to the pilgrims of the 12th and 13th centuries.
The entire region of Galilee features a landscape that has been shaped by volcanic activity. In the lower part, the hills are tilted toward the east, with broad lava flows covering the plateau above the Sea of Galilee. In this area Lower Galilee. the highest hills reach about 1,800 feet above sea level. The ridge of Nazareth rises north of the vast plain of Esdraelon, and 404 further north lies the fertile Buttauf basin, which is separated from the coastal plains by low hills. To the east of Buttauf, you'll find the basaltic plateau known as Sahel el Aḥmā (“the inaccessible plain”), which rises to 1,700 feet above the Sea of Galilee. North of Buttauf is a hilly area with spurs leading down to a wide valley that sits at the foot of the Upper Galilee mountains. This extensive valley stretches west toward the coast and is possibly the ancient boundary of Zebulun—the valley of Jiphthah-el (Josh, xix. 14). The large Esdraelon plain has a triangular shape, bordered by Gilboa on the east and the ridge leading to Carmel on the west. It measures 14 miles long from Jenīn to the Nazareth hills, with the southern edge running about 20 miles. It stands 200 feet above sea level, while the hills on either side rise about 1,500 feet higher. All the drainage in this area is carried by the Kishon, which flows through a narrow gorge at the northwest corner of the plain, moving down beside the Carmel ridge to the sea. The broad Jezreel valley to the east, which slopes toward the Jordan valley, serves as the gateway into Palestine from across Jordan. Mount Tabor is isolated in the northeastern corner of the plain, and slightly farther south lies the conical hill called Nebi Duḥi, positioned between Tabor and Gilboa. Lower Galilee is well supplied with water. The Kishon is fed by springs near Tabor and from a plentiful stream on the west side of the Esdraelon plain. To the northwest of Nazareth is Wādi el Melek, an open valley abundant with springs. The river Belus, just south of Acre, originates from the coastal marshes and drains the entire valley associated with Jiphthah-el. To the east, the Jezreel valley is rich in beautiful springs, many of which are thermal. The plains of Esdraelon, Buttauf, and el-Aḥmā plateau are noted for their fertile basaltic soil, which supports the growth of crops like corn, cotton, maize, sesame, tobacco, millet, and various vegetables, while indigo and sugarcane were cultivated in earlier times. The Nazareth hills and Gilboa are mostly bare and white, but west of Nazareth there is a lovely oak forest, and another dense forest covers the northern slopes of Tabor. The hills to the west of the great plain are partly made of bare white chalk and partly dense with thickets. The mountains north of Buttauf are rugged and scraggly, except near the villages, where there are nice olive groves. The main notable locations in Lower Galilee include Nazareth (10,000 residents), Sepphoris (now Seffuria), a large village situated above Buttauf on the slopes of the southern hills, and Jenīn (En Gannim), a thriving village with a palm garden (3,000 residents). The ancient capital, Jezreel (Zerin), is currently a poor village on a steep spur of Gilboa; just north are small mud huts like Solam (Shunem), Endūr (Endor), and Nein (Nain); on the western side of the plain lies the ruins of Lejjūn (the Legio of the 4th century, which was significant at the time). In the hills north of Buttauf is Jefāt, located on a high hilltop and representing Jotapata, which was defended by Josephus. Kefr Kenna, now a vibrant Christian village at the foot of the Nazareth hills south of Buttauf, is one of the sites believed to be Cana of Galilee, and the ruins of Kāna on the north side of the same plain mark the site recognized by pilgrims in the 12th and 13th centuries.
The mountains are tilted up towards the Sea of Galilee, and the drainage of the district is towards the north-west. On the south the rocky range of Jebel Jarmūk rises to nearly 4000 ft. above the sea; on the east a narrow ridge 2800 ft. high forms Upper Galilee. the watershed, with steep eastern slopes falling towards Jordan. Immediately west of the watershed are two small plateaus covered with basaltic débris, near el-Jish and Kades. On the west are rugged mountains with deep intricate valleys. The main drains of the country are—first, Wādi el ‘Ayūn, rising north of Jebel Jarmūk, and running north-west as an open valley; and secondly, Wādi el Ahjār, a rugged precipitous gorge running north to join the Leontes. The district is well provided with springs throughout, and the valleys are full of water in the spring-time. Though rocky and difficult, Upper Galilee is not barren, the soil of the plateaus is rich, and the vine flourishes in the higher hills, especially in the neighbourhood of Kefr Bir’īm. The principal town is Ṣafed, perched on a white mountain 2700 ft. above the sea. It has a population of about 9000, including Jews, Christians and Moslems.
The mountains rise up towards the Sea of Galilee, and the area's drainage flows towards the northwest. To the south, the rocky range of Jebel Jarmūk reaches nearly 4000 ft. above sea level; to the east, a narrow ridge stands 2800 ft. high, forming Upper Galilee. This ridge has steep eastern slopes that drop down toward the Jordan River. Just to the west of the watershed, there are two small plateaus covered with basalt debris, located near el-Jish and Kades. To the west, rugged mountains create deep, complex valleys. The main drainage systems in the area include Wādi el ‘Ayūn, which originates north of Jebel Jarmūk and flows northwest as an open valley, and Wādi el Ahjār, a steep, narrow gorge that heads north to join the Leontes. The region is rich in springs, and the valleys are filled with water in the spring. While Upper Galilee is rocky and challenging, it is not barren; the soil on the plateaus is fertile, and vineyards thrive on the higher hills, especially near Kefr Bir’īm. The main town is Ṣafed, located on a white mountain 2700 ft. above sea level. It has a population of around 9000, which includes Jews, Christians, and Muslims.
Josephus gives a good description of the Galilee of his time in Wars, iii. 3. 2: “The Galileans are inured to war from their infancy, and have been always very numerous; nor hath the country been ever destitute of men of courage or wanted a numerous set of them; for their soil is universally rich and fruitful, and full of plantations of trees of all sorts, insomuch that it invites the most slothful to take pains in its cultivation.... Moreover, the cities lie here very thick, and the very many villages there are here are everywhere full of people.” Though the population is diminished and the cities ruinous, the country is still remarkable for fertility, thanks to the copiousness of its water-supply draining from the Lebanon mountains.
Josephus gives a good description of the Galilee of his time in Wars, iii. 3. 2: “The Galileans are used to war from a young age and have always been very numerous; the region has never lacked brave people and has always had plenty of them. The land is rich and fertile, filled with all kinds of trees, so much so that it encourages even the laziest to work the fields.... Additionally, the cities are closely situated, and the many villages are all bustling with people.” Although the population has declined and the cities are in ruins, the area is still known for its fertility, thanks to the abundant water supply coming from the Lebanon mountains.
The principal products of the country are corn, wine, oil and soap (from the olives), with every species of pulse and gourd.
The main products of the country are corn, wine, oil, and soap (made from olives), along with various types of beans and gourds.
The antiquities of Galilee include dolmens and rude stone monuments, rock-cut tombs, and wine-presses, with numerous remains of Byzantine monasteries and fine churches of the time of the crusades. There are also remains of Greek architecture in various places; but the most interesting buildings are the ancient synagogues, of which some eleven examples are now known. They are rectangular, with the door to the south, and two rows of columns forming aisles east and west. The architecture is a peculiar and debased imitation of classic style, attributed by architects to the 2nd century A.D. In Kefr Bir’īm there were remains of two synagogues, but early in the 20th century one of them was completely destroyed by a local stone-mason. At Irbid, above Tiberias, is another synagogue of rather different character. Traces of synagogues have also been found on Carmel, and at Tireh, west of Nazareth. It is curious to find the representation of various animals in relief on the lintels of these buildings. Hebrew inscriptions also occur, and the carved work of the cornices and capitals is rich though debased.
The ancient sites in Galilee include dolmens, rough stone monuments, rock-cut tombs, and wine presses, along with many remnants of Byzantine monasteries and impressive churches from the Crusades. There are also remnants of Greek architecture in various locations; however, the most fascinating buildings are the ancient synagogues, of which around eleven are currently known. They are rectangular, with the entrance facing south, and feature two rows of columns creating aisles to the east and west. The architecture is a distinctive and simplified imitation of classical style, attributed by architects to the 2nd century CE In Kefr Bir’īm, there were remains of two synagogues, but one was completely destroyed by a local stonemason in the early 20th century. Above Tiberias in Irbid, there is another synagogue that has quite a different character. Traces of synagogues have also been discovered on Carmel and at Tireh, west of Nazareth. It's interesting to see representations of various animals carved in relief on the lintels of these buildings. Hebrew inscriptions can also be found, and the intricate carvings on the cornices and capitals are elaborate, though somewhat simplistic.
In the 12th century Galilee was the outpost of the Christian kingdom of Jerusalem, and its borders were strongly protected by fortresses, the magnificent remains of which still crown the most important strategical points. Toron (mod. Tibnīn) was built in 1104, the first fortress erected by the crusaders, and standing on the summit of the mountains of Upper Galilee. Beauvoir (Kaukab el-Hawa, built in 1182) stood on a precipice above Jordan south-west of the Sea of Galilee, and guarded the advance by the valley of Jezreel; and about the same time Château Neuf (Hunīn) was erected above the Hüleh lake. Belfort (esh Shukif), on the north bank of the Leontes, the finest and most important, dates somewhat earlier; and Montfort (Kalat el Kurn) stood on a narrow spur north-east of Acre, completing the chain of frontier fortresses. The town of Banias, with its castle, formed also a strong outpost against Damascus, and was the scene, in common with the other strongholds, of many desperate encounters between Moslems and Christians. Lower Galilee was the last remaining portion of the Holy Land held by the Christians. In 1250 the knights of the Teutonic order owned lands extending round Acre as far east as the Sea of Galilee, and including Ṣafed. These possessions were lost in 1291, on the fall of Acre.
In the 12th century, Galilee was the frontier of the Christian kingdom of Jerusalem, and its borders were heavily protected by fortresses, the impressive remnants of which still dominate the key strategic points. Toron (modern Tibnīn) was built in 1104, the first fortress erected by the Crusaders, situated at the peak of the Upper Galilee mountains. Beauvoir (Kaukab el-Hawa, built in 1182) perched on a cliff above the Jordan River, southwest of the Sea of Galilee, and guarded the approach through the Jezreel Valley; around the same time, Château Neuf (Hunīn) was constructed above the Hüleh Lake. Belfort (esh Shukif), located on the north bank of the Leontes, the most impressive and significant, dates back a bit earlier; and Montfort (Kalat el Kurn) stood on a narrow ridge northeast of Acre, completing the network of frontier fortresses. The town of Banias, with its castle, also served as a strong defense against Damascus and witnessed many fierce battles between Muslims and Christians, just like the other strongholds. Lower Galilee was the last remaining part of the Holy Land held by Christians. By 1250, the knights of the Teutonic Order controlled lands extending around Acre eastward to the Sea of Galilee, including Ṣafed. These territories were lost in 1291 with the fall of Acre.
The population of Galilee is mixed. In Lower Galilee the peasants are principally Moslem, with a sprinkling of Greek Christians round Nazareth, which is a Christian town. In Upper Galilee, however, there is a mixture of Jews and Maronites, Druses and Moslems (natives or Algerine settlers), while the slopes above the Jordan are inhabited by wandering Arabs. The Jews are engaged in trade, and the Christians, Druses and Moslems in agriculture; and the Arabs are an entirely pastoral people.
The population of Galilee is diverse. In Lower Galilee, most of the farmers are Muslim, with a few Greek Christians around Nazareth, which is a Christian town. In Upper Galilee, there’s a mix of Jews and Maronites, Druze, and Muslims (both locals and Algerine settlers), while the areas above the Jordan River are home to nomadic Arabs. The Jews are involved in trade, while Christians, Druze, and Muslims focus on farming, and the Arabs are primarily herders.
GALILEE, an architectural term sometimes given to a porch or chapel which formed the entrance to a church. This is the case at Durham and Ely cathedrals, and in Lincoln cathedral the name is sometimes given to the south-west porch. The name is said to be derived from the scriptural expression “Galilee of the Gentiles” (Matt. iv. 15). Galilees are supposed to have been used sometimes as courts of law, but they probably served chiefly for penitents not yet admitted to the body of the church. The Galilee would also appear to have been the vestibule of an abbey church where women were allowed to see the monks to whom they were related, or from which they could hear divine service. The foundation of what is considered to have been a Galilee exists at the west end of Fountains Abbey. Sometimes also corpses were placed there before interment.
GALILEE, is an architectural term used to describe a porch or chapel that serves as the entrance to a church. This is seen at Durham and Ely cathedrals, and in Lincoln cathedral, the term is sometimes used for the south-west porch. The name is believed to come from the biblical phrase “Galilee of the Gentiles” (Matt. iv. 15). Galilees were sometimes thought to be used as courts of law, but they mostly functioned as spaces for penitents who hadn't yet been accepted into the church. The Galilee also seemed to act as the entrance of an abbey church where women could see related monks or listen to divine service. The remnants of what is thought to be a Galilee can be found at the west end of Fountains Abbey. Additionally, it was sometimes where bodies were placed before burial.
GALILEE, SEA OF, a lake in Palestine consisting of an expansion of the Jordan, on the latitude of Mt. Carmel. It is 13 m. long, 8 m. broad, 64 sq. m. in area, 680 ft. below the level of the Mediterranean, and, according to Merrill and Barrois (who have corrected the excessive depth said to have been found by Lortet at the northern end), 150 ft. in maximum depth. It is pear-shaped, the narrow end pointing southward. In the Hebrew Scriptures it is called the Sea of Chinnereth or Chinneroth (probably derived from a town of the same name mentioned in Joshua xi. 2 and elsewhere; the etymology that connects it with כנור, “a harp,” is very doubtful.) In Josephus and the book of 405 Maccabees it is named Gennesar; while in the Gospels it is usually called Sea of Galilee, though once it is called Lake of Gennesaret (Luke v. i) and twice Sea of Tiberias (John vi. 1, xxi. 1). The modern Arabic name is Baḥr Tubarīya, which is often rendered “Lake of Tiberias.” Pliny refers to it as the Lake of Taricheae.
GALILEE, SEA OF, is a lake in Palestine formed by an expansion of the Jordan River, located at the latitude of Mt. Carmel. It is 13 miles long, 8 miles wide, covering an area of 64 square miles, and is 680 feet below the level of the Mediterranean. According to Merrill and Barrois (who corrected the previously overstated depth found by Lortet at the northern end), the maximum depth is 150 feet. The lake is shaped like a pear, with the narrow end facing south. In the Hebrew Scriptures, it is referred to as the Sea of Chinnereth or Chinneroth (likely named after a town mentioned in Joshua xi. 2 and elsewhere; the connection to Violin, “a harp,” is highly questionable). In Josephus and the book of 405 Maccabees, it is called Gennesar, while in the Gospels, it is typically referred to as the Sea of Galilee, although it is once called Lake of Gennesaret (Luke v. 1) and twice as Sea of Tiberias (John vi. 1, xx. 1). The modern Arabic name is Baḥr Tubarīya, often translated as “Lake of Tiberias.” Pliny refers to it as the Lake of Taricheae.
Like the Dead Sea it is a “rift” lake, being part of the great fault that formed the Jordan-Araba depression. Deposits show that originally it formed part of the great inland sea that filled this depression in Pleistocene times. The district on each side of the lake has a number of hot springs, at least one of which is beneath the sea itself, and has always shown indications of volcanic and other subterranean disturbances. It is especially liable to earthquakes. The water of the sea, though slightly brackish and not very clear, is generally used for drinking. The shores are for the greater part formed of fine gravel; some yards from the shore the bed is uniformly covered with fine greyish mud. The temperature in summer is tropical, but after noon falls about 10º F. owing to strong north-west winds. This range of temperature affects the water to a depth of about 49 ft.; below that depth the water is uniformly about 59° F. The sea is set deep in hills which rise on the east side to a height of about 2000 ft. Sudden and violent storms (such as are described in Matt. viii. 23, xiv. 22, and the parallel passages) are often produced by the changes of temperature in the air resulting from these great differences of level.
Like the Dead Sea, it is a “rift” lake, part of the major fault that created the Jordan-Araba depression. Evidence shows that it used to be part of the large inland sea that filled this depression during the Pleistocene era. The area around the lake has several hot springs, at least one of which is located beneath the sea itself, and has consistently shown signs of volcanic and other underground activity. It is particularly prone to earthquakes. Although the water is a bit brackish and not very clear, it is generally used for drinking. The shores are mostly made of fine gravel; a few yards from the shore, the bottom is covered with fine gray mud. Summer temperatures are tropical, but after noon, they drop by about 10°F due to strong northwest winds. This temperature variation affects the water down to about 49 ft.; below that depth, the temperature is consistently around 59°F. The sea is nestled deep in hills, which rise to about 2000 ft. on the east side. Sudden and violent storms (like those described in Matt. viii. 23, xiv. 22, and the parallel passages) are often created by the temperature changes in the air caused by these significant elevation differences.
The Sea of Galilee is best seen from the top of the western precipices. It presents a desolate appearance. On the north the hills rise gradually from the shore, which is fringed with oleander bushes and indented with small bays. The ground is here covered with black basalt. On the west the plateau known as Sahel el-Ahma terminates in precipices 1700 ft. above the lake, and over these the black rocky tops called “the Horns of Hattīn” are conspicuous objects. On the south is a broad valley through which the Jordan flows. On the east are furrowed and rugged slopes, rising to the great plateau of the Jaulān (Gaulonitis). The Jordan enters the lake through a narrow gorge between lower hills. A marshy plain, 2½ m. long and 1½ broad, called el-Batīhah, exists immediately east of the Jordan inlet. There is also on the west side of the lake a small plain called el-Ghuweir, formed by the junction of three large valleys. It measures 3¼ m. along the shore, and is 1 m. wide. This plain, naturally fertile, but now almost uncultivated, is supposed to be the plain of Gennesareth, described by Josephus (B. J. iii. 10, 8). On the east the hills approach in one place within 40 ft. of the water, but there is generally a width of about ¾ of a mile from the hills to the beach. On the west the flat ground at the foot of the hills has an average width of about 200 yds. A few scattered palms dot the western shores, and a palm grove is to be found near Kefr Hārib on the south-east. The hot baths south of Tiberias include seven springs, the largest of which has a temperature of 137° F. In these springs a distinct rise in temperature was observed in 1837, when Tiberias and Ṣafed were destroyed by an earthquake. The plain of Gennesareth, with its environs, is the best-watered part of the lake-basin. North of this plain are the five springs of et-Tabighah, the largest of which was enclosed about a century ago in an octagonal reservoir by ‘Ali, son of Dhahr el-Amīr, and the water led off by an aqueduct 52 ft. above the lake. The Tabighah springs, though abundant, are warm and brackish. At the north end of the plain is ’Ain et-Tīneh (“spring of the fig-tree”), also a brackish spring with a good stream; south of the plain is ‘Ain el-Bardeh (“the cold spring”), which is sweet, but scarcely lower in temperature than the others. One of the most important springs is ‘Ain el-Madawwera (“the round spring”), situated 1 m. from the south end of the plain and half a mile from the shore. The water rises in a circular well 32 ft. in diameter, and is clear and sweet, with a temperature of 73° F. The bottom is of loose sand, and the fish called coracinus by Josephus (B.J. iii. 10, 8) is here found (see below). Dr Tristram was the first explorer to identify this fish, and on account of its presence suggested the identification of the “round spring” with the fountain of Capharnaum, which, according to Josephus, watered the plain of Gennesareth. There is, however, a difficulty in this identification; there are no ruins at ‘Ain el-Madawwera.
The Sea of Galilee is best viewed from the top of the western cliffs. It looks barren. To the north, the hills gently rise from the shore, which is lined with oleander bushes and has small bays. The ground here is covered in black basalt. To the west, the plateau known as Sahel el-Ahma ends in cliffs 1,700 feet above the lake, where the dark rocky tops called “the Horns of Hattīn” stand out. To the south, there’s a wide valley where the Jordan River flows. To the east, the slopes are rough and hilly, leading up to the large plateau of the Jaulān (Gaulonitis). The Jordan flows into the lake through a narrow gorge between lower hills. Immediately east of the Jordan outlet is a marshy plain, 2.5 miles long and 1.5 miles wide, called el-Batīhah. On the west side of the lake is a small plain known as el-Ghuweir, formed by the merging of three large valleys. It stretches 3.25 miles along the shore and is 1 mile wide. This plain, which is naturally fertile but mostly uncultivated now, is believed to be the plain of Gennesareth, as described by Josephus (B. J. iii. 10, 8). To the east, the hills come within 40 feet of the water in one spot, but there’s generally about three-quarters of a mile from the hills to the beach. On the west side, the flat area at the foot of the hills averages about 200 yards wide. A few scattered palm trees line the western shores, and there’s a palm grove near Kefr Hārib in the southeast. The hot springs located south of Tiberias include seven sources, the largest of which reaches a temperature of 137°F. A significant increase in temperature was noted in these springs in 1837, during the earthquake that destroyed Tiberias and Ṣafed. The plain of Gennesareth and its surrounding areas have the best water supply in the lake basin. North of this plain are the five springs of et-Tabighah, the largest of which was enclosed about a century ago in an octagonal reservoir by ‘Ali, son of Dhahr el-Amīr, with the water being channeled by an aqueduct built 52 feet above the lake. Although the Tabighah springs are plentiful, they are warm and brackish. At the northern edge of the plain is ‘Ain et-Tīneh (“spring of the fig-tree”), another brackish spring with a strong stream; south of the plain is ‘Ain el-Bardeh (“the cold spring”), which has fresh water but is only slightly cooler than the others. One of the key springs is ‘Ain el-Madawwera (“the round spring”), located 1 mile from the southern end of the plain and half a mile from the shore. The water rises from a circular well 32 feet in diameter, is clear and fresh, and has a temperature of 73°F. The bottom consists of loose sand, and a fish called coracinus by Josephus (B.J. iii. 10, 8) is found here (see below). Dr. Tristram was the first to identify this fish, and because of its presence, he suggested that the “round spring” is the fountain of Capharnaum, which, according to Josephus, irrigated the plain of Gennesareth. However, there is a complication with this identification since there are no ruins at ‘Ain el-Madawwera.
Fauna and Flora.—For half the year the hillsides are bare and steppe-like, but in spring are clothed with a subtropical vegetation. Oleanders flourish round the lake, and the large papyrus grows at ’Ain et-Tin as well as at the mouth of the Jordan. The lake swarms with fish, which are caught with nets by a gild of fishermen, whose boats are the only representatives of the many ships and boats which plied on the lake as late as the 10th century. Fishing was a lucrative industry at an early date, and the Jews ascribed the laws regulating it to Joshua. The fish, which were classed as clean and unclean, the good and bad of the parable (Matt. xiii. 47, 48), belong to the genera Chromis, Barbus, Capoeta, Discognathus, Nemachilus, Blennius and Clarias; and there is a great affinity between them and the fish of the East African lakes and streams. There are eight species of Chromis, most of which hatch their eggs and raise their young in the buccal cavities of the males. The Chromis simonis is popularly supposed to be the fish from which Peter took the piece of money (Matt. xvii. 27). Clarias macracanthus (Arab. Burbur) is the coracinus of Josephus. It was found by Lortet in the springs of ‘Ain el-Madawwera, ‘Ain et-Tīneh and ‘Ain et-Tabighah, on the lake shore where muddy, and in Lake Hüleh. It is a scaleless, snake-like fish, often nearly 5 ft. long, which resembles the C. anguillaris of Egypt. From the absence of scales it was held by the Jews to be unclean, and some commentators suppose it to be the serpent of Matt. vii. 10 and Luke xi. 11. Large numbers of grebes—great crested, eared, and little,—gulls and pelicans frequent the lake. On its shores are tortoises, mud-turtles, crayfish and innumerable sand-hoppers; and at varying depths in the lake several species of Melania, Melanopsis, Neritina, Corbicula and Unio have been found.
Fauna and Flora.—For half the year, the hillsides are bare and resemble a steppe, but in spring, they are covered with subtropical vegetation. Oleanders thrive around the lake, and large papyrus grows at 'Ain et-Tin as well as at the mouth of the Jordan. The lake is full of fish, which are caught with nets by a group of fishermen, whose boats are the only remnant of the many ships and boats that navigated the lake until the 10th century. Fishing was a profitable industry from an early time, and the Jews attributed the laws governing it to Joshua. The fish, which were categorized as clean and unclean, representing the good and bad in the parable (Matt. xiii. 47, 48), belong to the genera Chromis, Barbus, Capoeta, Discognathus, Nemachilus, Blennius, and Clarias; and there is a strong similarity between them and the fish found in the lakes and streams of East Africa. There are eight species of Chromis, most of which hatch their eggs and raise their young in the mouths of the males. The Chromis simonis is commonly believed to be the fish from which Peter took the piece of money (Matt. xvii. 27). Clarias macracanthus (Arab. Burbur) is the coracinus mentioned by Josephus. It was discovered by Lortet in the springs of 'Ain el-Madawwera, 'Ain et-Tīneh, and 'Ain et-Tabighah, on the muddy shores of the lake and in Lake Hüleh. It is a scaleless, snake-like fish, often nearly 5 ft. long, resembling the C. anguillaris of Egypt. Due to the absence of scales, it was considered unclean by the Jews, and some commentators believe it to be the serpent mentioned in Matt. vii. 10 and Luke xi. 11. A large number of grebes—great crested, eared, and little—gulls, and pelicans frequent the lake. On its shores, there are tortoises, mud-turtles, crayfish, and countless sand-hoppers; and at various depths in the lake, several species of Melania, Melanopsis, Neritina, Corbicula, and Unio have been found.
Antiquities.—The principal sites of interest round the lake may be enumerated from north to west and from south to east. Kerazeh, the undoubted site of Chorazin, stands on a rocky spur 900 ft. above the lake, 2 m. north of the shore. Foundations and scattered stones cover the slopes and the flat valley below. On the west is a rugged gorge. In the middle of the ruins are the scattered remains of a synagogue of richly ornamental style built of black basalt. A small spring occurs on the north. Tell Ḥum (as the name is generally spelt, though Talḥūm would probably be preferable for several reasons) is an important ruin on the shore, south of the last-mentioned site. The remains consist of foundations and piles of stones (in spring concealed by gigantic thistles) extending about half a mile along the shore. The foundations of a fine synagogue, measuring 75 ft. by 57, and built in white limestone, have been excavated. A conspicuous building has been erected close to the water, from the fragments of the Tell Ḥum synagogue. Since the 4th century Tell Ḥum has been pointed out by all the Christian writers of importance as the site of Capernaum. Some modern geographers question this identification, but without sufficient reason (see Capernaum). Minyeh is a ruined site at the north end of the plain of Gennesareth, 2½ m. from the last, and close to the shore. There are extensive ruins on flat ground, consisting of mounds and foundations. Masonry of well-dressed stones has also been here discovered in course of excavation. Near the ruins are remains of an old khān, which appears to have been built in the middle ages. This is another suggested identification for Capernaum; but all the remains belong to the Arab period. Between Tell Ḥum and Minyeh is Tell ‘Oreimeh, the site of a forgotten Amorite city.
Antiquities.—The main sites of interest around the lake can be listed from north to west and from south to east. Kerazeh, definitely the site of Chorazin, is located on a rocky outcrop 900 ft. above the lake, 2 m. north of the shore. Foundations and scattered stones cover the slopes and the flat valley below. To the west is a rugged gorge. In the center of the ruins are the scattered remains of a synagogue with rich decorative style made of black basalt. A small spring is found to the north. Tell Ḥum (as the name is usually spelled, though Talḥūm might be a better option for several reasons) is an important ruin on the shore, south of the previous site. The remains consist of foundations and piles of stones (in spring hidden by giant thistles) stretching about half a mile along the shore. The foundations of a beautiful synagogue, measuring 75 ft. by 57 ft., built of white limestone, have been excavated. A notable building has been constructed close to the water, using fragments from the Tell Ḥum synagogue. Since the 4th century, Tell Ḥum has been recognized by all significant Christian writers as the site of Capernaum. Some modern geographers question this identification, but without strong grounds (see Capernaum). Minyeh is a ruined site at the north end of the plain of Gennesareth, 2½ m. from the previous site, and close to the shore. There are extensive ruins on flat ground, consisting of mounds and foundations. Well-crafted stone masonry has also been discovered here during excavation. Near the ruins are remains of an old khān, which seems to have been built in the Middle Ages. This is another proposed identification for Capernaum; however, all the remains belong to the Arab period. Between Tell Ḥum and Minyeh is Tell ‘Oreimeh, the site of a forgotten Amorite city.
South of the supposed plain of Gennesareth is Mejdel, commonly supposed to represent the New Testament town of Magdala. A few lotus trees and some rock-cut tombs are here found beside a miserable mud hamlet on the hill slope, with a modern tombhouse (kubbeh). Passing beneath rugged cliffs a recess in the hills is next reached, where stands Tubarīya, the ancient Tiberias or Rakkath, containing 3000 inhabitants, more than half of whom are Jews. The walls, flanked with round towers, but partly destroyed by the earthquake of 1837, were built by Dhahr el-Amīr, as was the court-house. The two mosques, now partly ruinous, were erected by his sons. There are remains of a Crusaders’ church, and the tomb of the celebrated Maimonides is shown in the town, while Rabbi Aqība and Rabbi Meir lie buried outside. The ruins of the ancient city, including granite columns and traces of a sea-wall with towers, stretch southwards a mile beyond the modern town. An aqueduct in the cliff once brought water a distance of 9 m. from the south.
South of the supposed plain of Gennesaret is Mejdel, which is commonly believed to be the New Testament town of Magdala. A few lotus trees and some rock-cut tombs can be found alongside a shabby mud village on the hillside, with a modern tomb house (kubbeh). After passing beneath rugged cliffs, you reach a recess in the hills where Tubarīya stands, the ancient Tiberias or Rakkath, home to about 3,000 residents, more than half of whom are Jews. The walls, which are flanked by round towers but were partly destroyed by the earthquake of 1837, were built by Dhahr el-Amīr, as was the courthouse. The two mosques, now partially in ruins, were constructed by his sons. There are remnants of a Crusader church, and the tomb of the famous Maimonides can be seen in the town, while Rabbi Aqíba and Rabbi Meir are buried outside. The ruins of the ancient city, including granite columns and traces of a sea-wall with towers, stretch a mile south of the modern town. An aqueduct in the cliff once brought water from 9 miles away to the south.
Kerak, at the south end of the lake, is an important site on a peninsula surrounded by the water of the lake, by the Jordan, and by a broad water ditch, while on the north-west a narrow neck of land remains. The plateau thus enclosed is partly artificial, and banked up 50 or 60 ft. above the water. A ruined citadel remains on the north-west, and on the east was a bridge over the Jordan; broken pottery and fragments of sculptured stone strew the site. The ruin of Kerak answers to the description given by Josephus of the city of Taricheae, which lay 30 stadia from Tiberias, the hot baths being between the two cities. Taricheae was situated, as is Kerak, on the shore below the cliffs, and partly surrounded by water, while before the city was a 406 plain (the Ghor). Pliny further informs us that Taricheae was at the south end of the Sea of Galilee. Sinn en-Nabreh, a ruin on a spur of the hills close to the last-mentioned site, represents the ancient Sennabris, where Vespasian (Josephus, B.J. iii. 9, 7) fixed his camp, advancing from Scythopolis (Beisen) on Taricheae and Tiberias. Sennabris was 30 stadia from Tiberias, or about the distance of the ruin now existing.
Kerak, located at the southern tip of the lake, is a significant area on a peninsula surrounded by the lake's waters, the Jordan River, and a wide water ditch, with a narrow stretch of land to the northwest. The plateau enclosed here is partly man-made and rises 50 to 60 feet above the water. There are ruins of a citadel in the northwest, and to the east, there was a bridge over the Jordan; broken pottery and pieces of carved stone are scattered throughout the site. The ruins of Kerak match the description Josephus gave of the city of Taricheae, which was located 30 stadia from Tiberias, with hot springs situated between the two cities. Taricheae was also positioned on the shore below the cliffs and mostly surrounded by water, with a plain (the Ghor) in front of the city. Pliny further states that Taricheae was at the southern end of the Sea of Galilee. Sinn en-Nabreh, a ruin on a hill spur near this site, is thought to be the ancient Sennabris, where Vespasian (Josephus, B.J. iii. 9, 7) camped while advancing from Scythopolis (Beisen) toward Taricheae and Tiberias. Sennabris was 30 stadia from Tiberias, which is approximately the same distance as the existing ruins.
The eastern shores of the Sea of Galilee have been less fully explored than the western, and the sites are not so perfectly recovered. The site of Hippos, one of the cities of Decapolis, is fixed by Clermont-Ganneau at Khurbet Susieh. Kalat el-Hosn (“castle of the stronghold”) is a ruin on a rocky spur opposite Tiberias. Two large ruined buildings remain, with traces of an old street and fallen columns and capitals. A strong wall once surrounded the town; a narrow neck of land exists on the east where the rock has been scarped. Rugged valleys enclose the site on the north and south; broken sarcophagi and rock-cut tombs are found beneath the ruin. This site is not identified; the suggestion that it is Gamala is doubtful, and not borne out by Josephus (War, iv. 1, 1), who says Gamala was over against Taricheae. Kersa, an insignificant ruin north of the last, is thought to represent the Gerasa or Gergesa of the 4th century, situated east of the lake; and the projecting spur of hill south of this ruin is conjectured to be the place where the swine “ran violently down a steep place” (Matt. viii. 32).
The eastern shores of the Sea of Galilee have been explored less thoroughly than the western ones, and the sites aren’t as well preserved. The location of Hippos, one of the cities of Decapolis, is identified by Clermont-Ganneau at Khurbet Susieh. Kalat el-Hosn (“castle of the stronghold”) is a ruin on a rocky outcrop opposite Tiberias. Two large ruined buildings remain, along with remnants of an old street and fallen columns and capitals. A strong wall once surrounded the town; there’s a narrow piece of land on the east where the rock has been cut down. Rugged valleys encircle the site to the north and south; broken sarcophagi and rock-cut tombs are found beneath the ruin. This site hasn't been identified; the idea that it is Gamala is uncertain and not supported by Josephus (War, iv. 1, 1), who states that Gamala was opposite Taricheae. Kersa, a minor ruin north of the last, is thought to be the Gerasa or Gergesa of the 4th century, located east of the lake; and the hill extending south of this ruin is speculated to be the spot where the swine “ran violently down a steep place” (Matt. viii. 32).
GALILEO GALILEI (1564-1642), Italian astronomer and experimental philosopher, was born at Pisa on the 15th of February 1564. His father, Vincenzio, was an impoverished descendant of a noble Florentine house, which had exchanged the surname of Bonajuti for that of Galilei, on the election, in 1343, of one of its members, Tommaso de’ Bonajuti, to the college of the twelve Buonuomini. The family, which was nineteen times represented in the signoria, and in 1445 gave a gonfalonier to Florence, flourished with the republic and declined with its fall. Vincenzio Galilei was a man of better parts than fortune. He was a competent mathematician, wrote with considerable ability on the theory and practice of music, and was especially distinguished amongst his contemporaries for the grace and skill of his performance upon the lute. By his wife, Giulia Ammannati of Pescia, he had three sons and four daughters.
GALILEO GALILEI (1564-1642), an Italian astronomer and experimental philosopher, was born in Pisa on February 15, 1564. His father, Vincenzio, came from a poor branch of a noble Florentine family that changed their surname from Bonajuti to Galilei when one of their relatives, Tommaso de’ Bonajuti, was elected to the college of the twelve Buonuomini in 1343. The family had a significant presence in the government, being represented nineteen times in the signoria, and produced a gonfalonier for Florence in 1445. They thrived during the republic but declined with its downfall. Vincenzio Galilei was more talented than fortunate. He was a skilled mathematician, wrote effectively on music theory and practice, and was particularly noted among his peers for his graceful and skillful lute playing. With his wife, Giulia Ammannati of Pescia, he had three sons and four daughters.
From his earliest childhood Galileo, the eldest of the family, was remarkable for intellectual aptitude as well as for mechanical invention. His favourite pastime was the construction of original and ingenious toy-machines; but his application to literary studies was equally conspicuous. In the monastery of Vallombrosa, near Florence, where his education was principally conducted, he not only made himself acquainted with the best Latin authors, but acquired a fair command of the Greek tongue, thus laying the foundation of his brilliant and elegant style. From one of the monks he also received instruction in logic; but the subtleties of the scholastic science were thoroughly distasteful to him. A document published by F. Selmi in 1864 proves that he was at this time so far attracted towards a religious life as to have joined the novitiate; but his father, who had other designs for him, seized the opportunity of an attack of ophthalmia to withdraw him permanently from the care of the monks. Having had personal experience of the unremunerative character both of music and of mathematics, he desired that his son should apply himself to the cultivation of medicine, and, not without some straining of his slender resources, placed him, before he had completed his eighteenth year, at the university of Pisa. He accordingly matriculated there on the 5th of November 1581, and immediately entered upon attendance at the lectures of the celebrated physician and botanist, Andrea Cesalpino.
From a young age, Galileo, the oldest in his family, stood out for his intelligence and talent for mechanical inventions. His favorite hobby was creating original and clever toy machines, but he was also very committed to his studies. At the Vallombrosa monastery near Florence, where he primarily received his education, he not only familiarized himself with the top Latin authors but also gained a decent understanding of Greek, laying the groundwork for his impressive and refined writing style. A monk taught him logic, but he found the complexities of scholastic thought completely unappealing. A document published by F. Selmi in 1864 shows that during this time, he was drawn towards a religious life and even joined the novitiate; however, his father, who had other plans for him, seized the chance during an eye illness to remove him from the monks’ care permanently. Having seen firsthand the unprofitable nature of both music and mathematics, he wanted his son to focus on medicine. After stretching his limited resources, he enrolled Galileo in the University of Pisa before he turned eighteen. He officially registered there on November 5, 1581, and immediately began attending lectures by the renowned physician and botanist, Andrea Cesalpino.
The natural gifts of the young student seemed at this time equally ready to develop in any direction towards which choice or hazard might incline them. In musical skill and invention he already vied with the best professors of the art in Italy; his personal taste would have led him to choose painting as his profession, and one of the most eminent artists of his day, Lodovico Cigoli, owned that to his judgment and counsel he was mainly indebted for the success of his works. In 1581, while watching a lamp set swinging in the cathedral of Pisa, he observed that, whatever the range of its oscillations, they were invariably executed in equal times. The experimental verification of this fact led him to the important discovery of the isochronism of the pendulum. He at first applied the new principle to pulse-measurement, and more than fifty years later turned it to account in the construction of an astronomical clock. Up to this time he was entirely ignorant of mathematics, his father having carefully held him aloof from a study which he rightly apprehended would lead to his total alienation from that of medicine. Accident, however, frustrated this purpose. A lesson in geometry, given by Ostilio Ricci to the pages of the grand-ducal court, chanced, tradition avers, to have Galileo for an unseen listener; his attention was riveted, his dormant genius was roused, and he threw all his energies into the new pursuit thus unexpectedly presented to him. With Ricci’s assistance, he rapidly mastered the elements of the science, and eventually extorted his father’s reluctant permission to exchange Hippocrates and Galen for Euclid and Archimedes. In 1585 he was withdrawn from the university, through lack of means, before he had taken a degree, and returned to Florence, where his family habitually resided. We next hear of him as lecturing before the Florentine Academy on the site and dimensions of Dante’s Inferno; and he shortly afterwards published an essay descriptive of his invention of the hydrostatic balance, which rapidly made his name known throughout Italy. His first patron was the Marchese Guidubaldo del Monte of Pesaro, a man equally eminent in science, and influential through family connexions. At the Marchese’s request he wrote, in 1588, a treatise on the centre of gravity in solids, which obtained for him, together with the title of “the Archimedes of his time,” the honourable though not lucrative post of mathematical lecturer at the Pisan university. During the ensuing two years (1589-1591) he carried on that remarkable series of experiments by which he established the first principles of dynamics and earned the undying hostility of bigoted Aristotelians. From the leaning tower of Pisa he afforded to all the professors and students of the university ocular demonstration of the falsehood of the Peripatetic dictum that heavy bodies fall with velocities proportional to their weights, and with unanswerable logic demolished all the time-honoured maxims of the schools regarding the motion of projectiles, and elemental weight or levity. But while he convinced, he failed to conciliate his adversaries. The keen sarcasm of his polished rhetoric was not calculated to soothe the susceptibilities of men already smarting under the deprivation of their most cherished illusions. He seems, in addition, to have compromised his position with the grand-ducal family by the imprudent candour with which he condemned a machine for clearing the port of Leghorn, invented by Giovanni de’ Medici, an illegitimate son of Cosmo I. Princely favour being withdrawn, private rancour was free to show itself. He was publicly hissed at his lecture, and found it prudent to resign his professorship and withdraw to Florence in 1591. Through the death of his father in July of that year family cares and responsibilities devolved upon him, and thus his nomination to the chair of mathematics at the university of Padua, secured by the influence of the Marchese Guidubaldo with the Venetian senate, was welcome both as affording a relief from pecuniary embarrassment and as opening a field for scientific distinction.
The natural talents of the young student at this time seemed equally ready to develop in any direction his choices or circumstances might push him. In musical skill and creativity, he already matched the best professors in Italy; his personal taste led him to prefer painting as his profession, and one of the most notable artists of his time, Lodovico Cigoli, admitted that he owed much of his success to the student's judgment and advice. In 1581, while observing a swinging lamp in the cathedral of Pisa, he noticed that, regardless of how far it swung, it always completed its movements in equal times. This experimental confirmation led him to the significant discovery of the pendulum's isochronism. He initially applied this new principle to measure pulses, and over fifty years later, it contributed to the construction of an astronomical clock. Up to this point, he had no knowledge of mathematics because his father intentionally kept him away from a subject that he thought would completely distract him from studying medicine. However, fate intervened. A geometry lesson given by Ostilio Ricci to the pages of the grand-ducal court happened to have Galileo as an unseen listener; his attention was captivated, his dormant genius awakened, and he devoted himself to this new interest. With Ricci’s help, he quickly learned the basics of the science and eventually persuaded his father to reluctantly allow him to swap Hippocrates and Galen for Euclid and Archimedes. In 1585, he had to leave the university due to lack of funds before earning a degree and returned to Florence, where his family regularly lived. We next find him lecturing at the Florentine Academy about the location and size of Dante’s Inferno; shortly after, he published an essay describing his invention of the hydrostatic balance, which quickly made him famous across Italy. His first patron was Marchese Guidubaldo del Monte of Pesaro, a man recognized in science and influential due to his family connections. At the Marchese’s request, he wrote a treatise on the center of gravity in solids in 1588, earning him the title of “the Archimedes of his time” along with the prestigious but not financially rewarding role of mathematical lecturer at the Pisan university. Over the next two years (1589-1591), he conducted a remarkable series of experiments that laid the groundwork for dynamics and earned the lasting animosity of staunch Aristotelians. From the leaning tower of Pisa, he provided the professors and students of the university with visual proof against the Peripatetic belief that heavy objects fall at rates proportional to their weights, and he effectively dismantled all the age-old beliefs about projectile motion and elemental weight. But while he was convincing, he did not win over his opponents. The sharp wit of his eloquent rhetoric did not help ease the sensitivities of those already suffering from the loss of their most cherished beliefs. Moreover, he seemed to have jeopardized his standing with the grand-ducal family due to his reckless honesty in criticizing a machine for clearing the port of Leghorn, which was invented by Giovanni de’ Medici, an illegitimate son of Cosmo I. With princely favor withdrawn, private resentment was able to surface. He was publicly booed during his lecture and deemed it wise to resign his professorship and retreat to Florence in 1591. Following his father's death in July of that year, family obligations and responsibilities fell on him, and his appointment as the chair of mathematics at the university of Padua, secured through the Marchese Guidubaldo’s influence with the Venetian senate, was a relief from financial struggles and opened a path for scientific achievement.
His residence at Padua, which extended over a period of eighteen years, from 1592 to 1610, was a course of uninterrupted prosperity. His appointment was three times renewed, on each occasion with the expressions of the highest esteem on the part of the governing body, and his yearly salary was progressively raised from 180 to 1000 florins. His lectures were attended by persons of the highest distinction from all parts of Europe, and such was the charm of his demonstrations that a hall capable of containing 2000 people had eventually to be assigned for the accommodation of the overflowing audiences which they attracted. His invention of the proportional compass or sector—an implement still used in geometrical drawing—dates from 1597; and about the same time he constructed the first thermometer, consisting of a bulb 407 and tube filled with air and water, and terminating in a vessel of water. In this instrument the results of varying atmospheric pressure were not distinguishable from the expansive and contractive effects of heat and cold, and it became an efficient measure of temperature only when Rinieri, in 1646, introduced the improvement of hermetically sealing the liquid in glass. The substitution, in 1670, of mercury for water completed the modern thermometer.
His time in Padua lasted eighteen years, from 1592 to 1610, and was marked by consistent success. He was reappointed three times, each time with high praise from the governing body, and his annual salary increased from 180 to 1000 florins. His lectures drew attendees of great distinction from all over Europe, and the appeal of his demonstrations was so strong that a hall that could hold 2000 people was eventually designated to accommodate the large crowds. He invented the proportional compass or sector in 1597, which is still used in geometric drawing today; around the same time, he created the first thermometer, consisting of a bulb and tube filled with air and water, ending in a vessel of water. In this device, the effects of changing atmospheric pressure were indistinguishable from the expansive and contractive effects of heat and cold, and it only became an effective measure of temperature when Rinieri improved it in 1646 by hermetically sealing the liquid in glass. The switch from water to mercury in 1670 finalized the modern thermometer.
Galileo seems, at an early period of his life, to have adopted the Copernican theory of the solar system, and was deterred from avowing his opinions—as is proved by his letter to Kepler of August 4, 1597—by the fear of ridicule rather than of persecution. The appearance, in September 1604, of a new star in the constellation Serpentarius afforded him indeed an opportunity, of which he eagerly availed himself, for making an onslaught upon the Aristotelian axiom of the incorruptibility of the heavens; but he continued to conform his public teachings in the main to Ptolemaic principles, until the discovery of a novel and potent implement of research in the shape of the telescope (q.v.) placed at his command startling and hitherto unsuspected evidence as to the constitution and mutual relations of the heavenly bodies. Galileo was not the original inventor of the telescope.1 That honour must be assigned to Johannes Lippershey, an obscure optician of Middleburg, who, on the 2nd of October 1608, petitioned the states-general of the Low Countries for exclusive rights in the manufacture of an instrument for increasing the apparent size of remote objects. A rumour of the new invention, which reached Venice in June 1609, sufficed to set Galileo on the track; and after one night’s profound meditation on the principles of refraction, he succeeded in producing a telescope of threefold magnifying power. Upon this first attempt he rapidly improved, until he attained to a power of thirty-two, and his instruments, of which he manufactured hundreds with his own hands, were soon in request in every part of Europe. Two lenses only—a plano-convex and a plano-concave—were needed for the composition of each, and this simple principle is that still employed in the construction of opera-glasses. Galileo’s direction of his new instrument to the heavens formed an era in the history of astronomy. Discoveries followed upon it with astounding rapidity and in bewildering variety. The Sidereus Nuncius, published at Venice early in 1610, contained the first-fruits of the new mode of investigation, which were sufficient to excite learned amazement on both sides of the Alps. The mountainous configuration of the moon’s surface was there first described, and the so-called “phosphorescence” of the dark portion of our satellite attributed to its true cause—namely, illumination by sunlight reflected from the earth.2 All the time-worn fables and conjectures regarding the composition of the Milky Way were at once dissipated by the simple statement that to the eye, reinforced by the telescope, it appeared as a congeries of lesser stars, while the great nebulae were equally declared to be resolvable into similar elements. But the discovery which was at once perceived to be most important in itself, and most revolutionary in its effects, was that of Jupiter’s satellites, first seen by Galileo on the 7th of January 1610, and by him named Sidera Medicea, in honour of the grand-duke of Tuscany, Cosmo II., who had been his pupil, and was about to become his employer. An illustration is, with the general run of mankind, more powerful to convince than an argument; and the cogency of the visible plea for the Copernican theory offered by the miniature system, then first disclosed to view, was recognizable in the triumph of its advocates as well as in the increased acrimony of its opponents.
Galileo appears to have embraced the Copernican theory of the solar system early in his life but hesitated to express his views, as demonstrated by his letter to Kepler dated August 4, 1597. His reluctance stemmed more from fear of mockery than persecution. The appearance of a new star in the constellation Serpentarius in September 1604 gave him a chance he eagerly seized to challenge the Aristotelian belief in the unchangeability of the heavens. However, he primarily adhered to Ptolemaic principles in his public teachings until the invention of the telescope (q.v.) provided him with surprising and previously unknown evidence about the structure and relationships of celestial bodies. Galileo was not the original inventor of the telescope. That credit goes to Johannes Lippershey, a little-known optician from Middleburg, who on October 2, 1608, sought exclusive rights from the states-general of the Low Countries to produce an instrument for magnifying distant objects. A rumor of this new device, which reached Venice in June 1609, prompted Galileo to take action. After a night of deep reflection on the principles of refraction, he succeeded in creating a telescope with three times the magnification. He quickly improved upon this initial design until he achieved a power of thirty-two, and he manufactured hundreds of these instruments by hand, which soon became sought after throughout Europe. Each telescope required only two lenses—a plano-convex and a plano-concave—and this straightforward principle is still used in building opera glasses today. Galileo’s use of his new instrument to observe the heavens marked a significant turning point in the history of astronomy. Discoveries followed rapidly and in a bewildering array. The Sidereus Nuncius, published in Venice in early 1610, showcased the first results of this new investigative approach, which amazed scholars on both sides of the Alps. For the first time, the mountainous features of the moon’s surface were described, and the “phosphorescence” of the moon’s dark side was correctly explained as sunlight reflected from the Earth. All the long-standing myths and theories about the Milky Way were dispelled by the straightforward observation that, enhanced by the telescope, it looked like a cluster of smaller stars, while the great nebulae were similarly identified as being made up of such elements. However, the discovery deemed most significant in its implications was that of Jupiter’s moons, first observed by Galileo on January 7, 1610, which he named Sidera Medicea in honor of Cosmo II, the grand-duke of Tuscany, who had been his student and was about to hire him. A visual example is often more persuasive than an argument, and the compelling evidence for the Copernican theory presented by the miniature system newly revealed was evident in the success of its supporters as well as in the heightened backlash from its detractors.
In September 1610 Galileo finally abandoned Padua for Florence. His researches with the telescope had been rewarded by the Venetian senate with the appointment for life to his professorship, at an unprecedentedly high salary. His discovery of the “Medicean Stars” was acknowledged by his nomination (July 12, 1610) as philosopher and mathematician extraordinary to the grand-duke of Tuscany. The emoluments of this office, which involved no duties save that of continuing his scientific labours, were fixed at 1000 scudi; and it was the desire of increased leisure, rather than the promptings of local patriotism, which induced him to accept an offer the original suggestion of which had indeed come from himself. Before the close of 1610 the memorable cycle of discoveries begun in the previous year was completed by the observation of the ansated or, as it appeared to Galileo, triple form of Saturn (the ring-formation was first recognized by Christiaan Huygens in 1655), of the phases of Venus, and of the spots upon the sun. As regards sun-spots, however, Johann Fabricius of Osteel in Friesland can claim priority of publication, if not of actual detection. In the spring of 1611 Galileo visited Rome, and exhibited in the gardens of the Quirinal Palace the telescopic wonders of the heavens to the most eminent personages at the pontifical court. Encouraged by the flattering reception accorded to him, he ventured, in his Letters on the Solar Spots, printed at Rome in 1613, to take up a more decided position towards that doctrine on the establishment of which, as he avowed in a letter to Belisario Vinta, secretary to the grand-duke, “all his life and being henceforward depended.” Even in the time of Copernicus some well-meaning persons, especially those of the reformed persuasion, had suspected a discrepancy between the new view of the solar system and certain passages of Scripture—a suspicion strengthened by the anti-Christian inferences drawn from it by Giordano Bruno; but the question was never formally debated until Galileo’s brilliant disclosures, enhanced by his formidable dialectic and enthusiastic zeal, irresistibly challenged for it the attention of the authorities. Although he had no desire to raise the theological issue, it must be admitted that, the discussion once set on foot, he threw himself into it with characteristic impetuosity, and thus helped to precipitate a decision which it was his interest to avert. In December 1613 a Benedictine monk named Benedetto Castelli, at that time professor of mathematics at the university of Pisa, wrote to inform Galileo of a recent discussion at the grand-ducal table, in which he had been called upon to defend the Copernican doctrine against theological objections. This task Castelli, who was a steady friend and disciple of the Tuscan astronomer, seems to have discharged with moderation and success. Galileo’s answer, written, as he said himself, currente calamo, was an exposition of a formal theory as to the relations of physical science to Holy Writ, still further developed in an elaborate apology addressed by him in the following year (1614) to Christina of Lorraine, dowager grand-duchess of Tuscany. Not satisfied with explaining adverse texts, he met his opponents with unwise audacity on their own ground, and endeavoured to produce scriptural confirmation of a system which seemed to the ignorant many an incredible paradox, and to the scientific few a beautiful but daring innovation. The rising agitation on the subject, fomented for their own purposes by the rabid Aristotelians of the schools, was heightened rather than allayed by these manifestoes, and on the fourth Sunday of the following Advent found a voice in the pulpit of Santa Maria Novella. Padre Caccini’s denunciation of the new astronomy was indeed disavowed and strongly condemned by his superiors; nevertheless, on the 5th of February 1615, another Dominican monk named Lorini laid Galileo’s letter to Castelli before the Inquisition.
In September 1610, Galileo finally left Padua for Florence. His telescope research earned him a lifetime appointment to his professorship from the Venetian senate, along with an unusually high salary. His discovery of the “Medicean Stars” led to his nomination on July 12, 1610, as the extraordinary philosopher and mathematician to the Grand Duke of Tuscany. The pay for this position, which required no duties besides continuing his scientific work, was set at 1000 scudi. It was his desire for more leisure, rather than local patriotism, that led him to accept an offer he had originally suggested himself. Before the end of 1610, he completed the remarkable series of discoveries he began the previous year, including the triple form of Saturn (which was first recognized as a ring by Christiaan Huygens in 1655), the phases of Venus, and sunspots. However, Johann Fabricius from Osteel in Friesland deserves credit for publishing about sunspots, if not for discovering them. In the spring of 1611, Galileo visited Rome and showcased the astronomical wonders through his telescope in the gardens of the Quirinal Palace to the prominent figures at the papal court. Encouraged by their warm reception, he boldly took a firmer stance in his Letters on the Solar Spots, published in Rome in 1613, asserting that “all his life and existence going forward depended” on the establishment of this doctrine, as he stated in a letter to Belisario Vinta, secretary to the Grand Duke. Even during Copernicus's time, some well-meaning people, especially from the Reformed tradition, had suspected a conflict between the new view of the solar system and certain biblical passages. This suspicion was intensified by the anti-Christian interpretations drawn from it by Giordano Bruno. However, the issue was never formally discussed until Galileo’s brilliant revelations, bolstered by his powerful reasoning and enthusiastic fervor, captured the attention of the authorities. Although he didn't want to stir up a theological debate, once the discussion began, he engaged in it with typical impulsiveness, ultimately leading to a decision he wished to avoid. In December 1613, a Benedictine monk named Benedetto Castelli, who was then a mathematics professor at the University of Pisa, wrote to inform Galileo about a recent discussion at the Grand Duke’s table, where he had defended the Copernican theory against theological objections. Castelli, a loyal friend and disciple of Galileo, seems to have handled the discussion with moderation and success. Galileo’s response, which he wrote, as he noted himself, currente calamo, laid out a formal theory regarding the relationship between physical science and Scripture, which he further elaborated in a detailed apology he addressed in the following year (1614) to Christina of Lorraine, the dowager Grand Duchess of Tuscany. Not content with just explaining conflicting biblical texts, he boldly challenged his opponents on their own terms, trying to find scriptural support for a system that many ignorant people viewed as an unbelievable paradox, while the scientifically knowledgeable recognized it as a beautiful but bold innovation. The growing tension around the issue, fueled for their own agendas by the fiercely traditional Aristotelians of the schools, escalated rather than decreased due to these manifestos. On the fourth Sunday of the following Advent, the topic was discussed from the pulpit of Santa Maria Novella. Padre Caccini's condemnation of the new astronomy was indeed rejected and strongly criticized by his superiors; nevertheless, on February 5, 1615, another Dominican monk named Lorini presented Galileo's letter to Castelli to the Inquisition.
Cardinal Robert Bellarmin was at that time by far the most influential member of the Sacred College. He was a man of vast learning and upright piety, but, although personally friendly to Galileo, there is no doubt that he saw in his scientific teachings a danger to religion. The year 1615 seems to have been a period of suspense. Galileo received, as the result of a conference between Cardinals Bellarmin and Del Monte, a semi-official warning to avoid theology, and limit himself to physical reasoning. “Write freely,” he was told by Monsignor Dini, “but keep outside the 408 sacristy.” Unfortunately, he had already committed himself to dangerous ground. In December he repaired personally to Rome, full of confidence that the weight of his arguments and the vivacity of his eloquence could not fail to convert the entire pontifical court to his views. He was cordially received, and eagerly listened to, but his imprudent ardour served but to injure his cause. On the 24th of February 1616 the consulting theologians of the Holy Office characterized the two propositions—that the sun is immovable in the centre of the world, and that the earth has a diurnal motion of rotation—the first as “absurd in philosophy, and formally heretical, because expressly contrary to Holy Scripture,” and the second as “open to the same censure in philosophy, and at least erroneous as to faith.” Two days later Galileo was, by command of the pope (Paul V.), summoned to the palace of Cardinal Bellarmin, and there officially admonished not thenceforward to “hold, teach or defend” the condemned doctrine. This injunction he promised to obey. On the 5th of March the Congregation of the Index issued a decree reiterating, with the omission of the word “heretical,” the censure of the theologians, suspending, usque corrigatur, the great work of Copernicus, De revolutionibus orbium coelestium, and absolutely prohibiting a treatise by a Carmelite monk named Foscarini, which treated the same subject from a theological point of view. At the same time it was given to be understood that the new theory of the solar system might be held ex hypothesi, and the trivial verbal alterations introduced into the Polish astronomer’s book in 1620, when the work of revision was completed by Cardinal Gaetani, confirmed this interpretation. This edict, it is essential to observe, the responsibility for which rests with a disciplinary congregation in no sense representing the church, was never confirmed by the pope, and was virtually repealed in 1757 under Benedict XIV.
Cardinal Robert Bellarmin was, at that time, the most influential member of the Sacred College. He was a man of great knowledge and genuine piety, but even though he was personally friendly with Galileo, he clearly saw his scientific teachings as a threat to religion. The year 1615 seems to have been a time of uncertainty. Galileo received a semi-official warning, as a result of a meeting between Cardinals Bellarmin and Del Monte, telling him to steer clear of theology and focus on physical reasoning. “Write freely,” Monsignor Dini told him, “but stay away from the sacristy.” Unfortunately, he had already put himself in a risky position. In December, he went to Rome, fully confident that the strength of his arguments and his engaging speech would win over the entire papal court to his views. He was warmly welcomed and eagerly listened to, but his reckless enthusiasm ended up harming his cause. On February 24, 1616, the consulting theologians of the Holy Office deemed two propositions—that the sun is stationary at the center of the universe, and that the earth rotates daily—the first as “absurd in philosophy and formally heretical, as it directly contradicts Holy Scripture,” and the second as “similarly objectionable in philosophy and at least erroneous regarding faith.” Two days later, Galileo was summoned to the palace of Cardinal Bellarmin by command of Pope Paul V, where he was officially warned not to “hold, teach, or defend” the condemned doctrine. He promised to comply. On March 5, the Congregation of the Index issued a decree reaffirming, though without the label “heretical,” the theologians’ condemnation, suspending, usque corrigatur, the great work of Copernicus, De revolutionibus orbium coelestium, and completely banning a treatise by a Carmelite monk named Foscarini, which discussed the same topic from a theological perspective. At the same time, it was implied that the new theory of the solar system could be accepted ex hypothesi, and the minor textual changes made to the Polish astronomer's book in 1620, when the revision was completed by Cardinal Gaetani, supported this understanding. It is important to note that this decree, for which a disciplinary congregation took responsibility and which did not represent the church as a whole, was never ratified by the pope, and was effectively repealed in 1757 under Benedict XIV.
Galileo returned to Florence three months later, not ill-pleased, as his letters testify, with the result of his visit to Rome. He brought with him, for the refutation of calumnious reports circulated by his enemies, a written certificate from Cardinal Bellarmin, to the effect that no abjuration had been required of or penance imposed upon him. During a prolonged audience he had received from the pope assurances of private esteem and personal protection; and he trusted to his dialectical ingenuity to find the means of presenting his scientific convictions under the transparent veil of an hypothesis. Although a sincere Catholic, he seems to have laid but little stress on the secret admonition of the Holy Office, which his sanguine temperament encouraged him gradually to dismiss from his mind. He preserved no written memorandum of its terms, and it was represented to him, according to his own deposition in 1633, solely by Cardinal Bellarmin’s certificate, in which, for obvious reasons, it was glossed over rather than expressly recorded. For seven years, nevertheless, during which he led a life of studious retirement in the Villa Segni at Bellosguardo, near Florence, he maintained an almost unbroken silence. At the end of that time he appeared in public with his Saggiatore, a polemical treatise written in reply to the Libra astronomica of Padre Grassi (under the pseudonym of Lotario Sarsi), the Jesuit astronomer of the Collegio Romano. The subject in debate was the nature of comets, the conspicuous appearance of three of which bodies in the year 1618 furnished the occasion of the controversy. Galileo’s views, although erroneous, since he held comets to be mere atmospheric emanations reflecting sunlight after the evanescent fashion of a halo or a rainbow, were expressed with such triumphant vigour, and embellished with such telling sarcasms, that his opponent did not venture upon a reply. The Saggiatore was printed at Rome in October 1623 by the Academy of the Lincei, of which Galileo was a member, with a dedication to the new pope, Urban VIII., and notwithstanding some passages containing a covert defence of Copernican opinions, was received with acclamation by ecclesiastical, no less than by scientific authorities.
Galileo returned to Florence three months later, quite pleased, as his letters show, with the outcome of his visit to Rome. He brought back a written certificate from Cardinal Bellarmin to counter the false reports spread by his enemies, stating that he hadn’t been required to recant or perform penance. During a long audience, the pope assured him of his personal respect and protection. Galileo relied on his argumentative skill to present his scientific beliefs as just a hypothesis. Although he was a sincere Catholic, he seemed to put little weight on the secret warning from the Holy Office, which his optimistic nature led him to eventually forget. He didn’t keep a written record of its specifics, and it was represented to him, according to his own statement in 1633, only through Cardinal Bellarmin’s certificate, which, for obvious reasons, understated rather than clearly documented the warning. For seven years, during which he lived a quiet life at the Villa Segni in Bellosguardo, near Florence, he maintained almost total silence. After that time, he made a public appearance with his Saggiatore, a polemical work responding to the Libra astronomica by Padre Grassi (writing as Lotario Sarsi), the Jesuit astronomer from the Collegio Romano. The debate was about the nature of comets, triggered by the prominent sighting of three of them in 1618. Galileo’s views, though incorrect—believing comets were mere atmospheric phenomena reflecting sunlight like halos or rainbows—were expressed with such confidence and were filled with sharp sarcasm that his opponent didn’t dare to respond. The Saggiatore was published in Rome in October 1623 by the Academy of the Lincei, of which Galileo was a member, dedicated to the new pope, Urban VIII., and despite some passages that subtly defended Copernican ideas, it was received with praise from both church and science authorities.
Everything seemed now to promise a close of unbroken prosperity to Galileo’s career. Maffeo Barberini, his warmest friend and admirer in the Sacred College, was, by the election of the 8th of August 1623, seated on the pontifical throne; and the marked distinction with which he was received on his visit of congratulation to Rome in 1624 encouraged him to hope for the realization of his utmost wishes. He received every mark of private favour. The pope admitted him to six long audiences in the course of two months, wrote an enthusiastic letter to the grand-duke praising the great astronomer, not only for his distinguished learning, but also for his exemplary piety, and granted a pension to his son Vincenzio, which was afterwards transferred to himself, and paid, with some irregularities, to the end of his life. But on the subject of the decree of 1616, the revocation of which Galileo had hoped to obtain through his personal influence, he found him inexorable. Yet there seemed reason to expect that it would at least be interpreted in a liberal spirit, and Galileo’s friends encouraged his imprudent confidence by eagerly retailing to him every papal utterance which it was possible to construe in a favourable sense. To Cardinal Hohenzollern, Urban was reported to have said that the theory of the earth’s motion had not been and could not be condemned as heretical, but only as rash; and in 1630 the brilliant Dominican monk Tommaso Campanella wrote to Galileo that the pope had expressed to him in conversation his disapproval of the prohibitory decree. Thus, in the full anticipation of added renown, and without any misgiving as to ulterior consequences, Galileo set himself, on his return to Florence, to complete his famous but ill-starred work, the Dialogo dei due massimi sistemi del mondo. Finished in 1630, it was not until January 1632 that it emerged from the presses of Landini at Florence. The book was originally intended to appear in Rome, but unexpected obstacles interposed. The Lincean Academy collapsed with the death of Prince Federigo Cesi, its founder and president; an outbreak of plague impeded communication between the various Italian cities; and the imprimatur was finally extorted, rather than accorded, under the pressure of private friendship and powerful interest. A tumult of applause from every part of Europe followed its publication; and it would be difficult to find in any language a book in which animation and elegance of style are so happily combined with strength and clearness of scientific exposition. Three interlocutors, named respectively Salviati, Sagredo, and Simplicio, take part in the four dialogues of which the work is composed. The first-named expounds the views of the author; the second is an eager and intelligent listener; the third represents a well-meaning but obtuse Peripatetic, whom the others treat at times with undisguised contempt. Salviati and Sagredo took their names from two of Galileo’s early friends, the former a learned Florentine, the latter a distinguished Venetian gentleman; Simplicio ostensibly derived his from the Cilician commentator of Aristotle, but the choice was doubtless instigated by a sarcastic regard to the double meaning of the word. There were not wanting those who insinuated that Galileo intended to depict the pope himself in the guise of the simpleton of the party; and the charge, though preposterous in itself, was supported by certain imprudences of expression, which Urban was not permitted to ignore.
Everything now seemed to promise a continued period of success for Galileo’s career. Maffeo Barberini, his closest friend and supporter in the Sacred College, was, as of the election on August 8, 1623, sitting on the papal throne. The warm welcome he received during his congratulatory visit to Rome in 1624 led him to hope that his greatest wishes might come true. He enjoyed every kind of personal favor. The pope granted him six lengthy audiences over two months, wrote an enthusiastic letter to the grand-duke praising the renowned astronomer not only for his exceptional knowledge but also for his exemplary faith, and gave a pension to his son Vincenzio, which was later transferred to Galileo himself and paid, albeit with some irregularities, until his death. However, when it came to the decree of 1616, which Galileo had hoped to have revoked through his personal influence, he found the pope to be unyielding. Still, there seemed to be reason to believe it would be interpreted liberally, and Galileo’s friends fueled his overconfidence by eagerly sharing every papal statement that could be interpreted positively. Urban reportedly told Cardinal Hohenzollern that the theory of the earth’s motion had not been and could not be condemned as heretical, but only as rash; and in 1630, the brilliant Dominican monk Tommaso Campanella informed Galileo that the pope had expressed his disapproval of the prohibitory decree in conversation. Thus, with expectations of greater fame, and without any doubts about future consequences, Galileo returned to Florence to complete his famous but ill-fated work, the Dialogo dei due massimi sistemi del mondo. Finished in 1630, it wasn’t until January 1632 that it finally came off the presses of Landini in Florence. The book was originally meant to be published in Rome, but unexpected obstacles arose. The Lincean Academy collapsed with the death of its founder and president, Prince Federigo Cesi; a plague outbreak hindered communication between various Italian cities; and the imprimatur was eventually obtained, not granted, due to personal friendship and strong interests. A wave of applause erupted from all over Europe after its publication, and it would be hard to find a book in any language that so successfully combines lively and elegant style with strong and clear scientific explanation. Three characters, named Salviati, Sagredo, and Simplicio, participate in the four dialogues that make up the work. Salviati presents the author’s views; Sagredo is an enthusiastic and intelligent listener; and Simplicio represents a well-meaning but dull Aristotelian, whom the others sometimes treat with open disdain. Salviati and Sagredo were named after two of Galileo’s early friends, the former a learned Florentine and the latter a prominent Venetian gentleman; Simplicio’s name seemingly comes from the Cilician commentator on Aristotle, but the choice was likely motivated by a sarcastic double meaning. There were those who suggested that Galileo intended to portray the pope himself as the simpleton of the group; though this accusation was ridiculous, it was supported by certain careless expressions, which Urban could not overlook.
It was at once evident that the whole tenor of this remarkable work was in flagrant contradiction with the edict passed sixteen years before its publication, as well as with the author’s personal pledge of conformity to it. The ironical submission with which it opened, and the assumed indetermination with which it closed, were hardly intended to mask the vigorous assertion of Copernican principles which formed its substance. It is a singular circumstance, however, that the argument upon which Galileo mainly relied as furnishing a physical demonstration of the truth of the new theory rested on a misconception. The ebb and flow of the tides were, he asserted, a visible proof of the terrestrial double movement, since they resulted from inequalities in the absolute velocities through space of the various parts of the earth’s surface, due to its rotation. To this notion, which took its rise in a confusion of thought, he attached capital importance, and he treated with scorn Kepler’s suggestion that a certain occult attraction of the moon was in some way concerned in the phenomenon. The theological censures which the book did not fail to incur were not slow in making themselves felt. Towards 409 the end of August the sale was prohibited; on the 1st of October the author was cited to Rome by the Inquisition. He pleaded his age, now close upon seventy years, his infirm health, and the obstacles to travel caused by quarantine regulations; but the pope was sternly indignant at what he held to be his ingratitude and insubordination, and no excuse was admitted. At length, on the 13th of February 1633, he arrived at the residence of Niccolini, the Tuscan ambassador to the pontifical court, and there abode in retirement for two months. From the 12th to the 30th of April he was detained in the palace of the Inquisition, where he occupied the best apartments and was treated with unexampled indulgence. On the 30th he was restored to the hospitality of Niccolini, his warm partisan. The accusation against him was that he had written in contravention of the decree of 1616, and in defiance of the command of the Holy Office communicated to him by Cardinal Bellarmin; and his defence consisted mainly in a disavowal of his opinions, and an appeal to his good intentions. On the 21st of June he was finally examined under menace of torture; but he continued to maintain his assertion that after its condemnation by the Congregation of the Index, he had never held the Copernican theory. Since the publication of the documents relating to this memorable trial, there can no longer be any doubt, not only that the threat of torture was not carried into execution, but that it was never intended that it should be. On the 22nd of June, in the church of Santa Maria sopra Minerva, Galileo read his recantation, and received his sentence. He was condemned, as “vehemently suspected of heresy,” to incarceration at the pleasure of the tribunal, and by way of penance was enjoined to recite once a week for three years the seven penitential psalms. This sentence was signed by seven cardinals, but did not receive the customary papal ratification. The legend according to which Galileo, rising from his knees after repeating the formula of abjuration, stamped on the ground, and exclaimed, “Eppur si muove!” is, as may readily be supposed, entirely apocryphal. Its earliest ascertained appearance is in the Abbé Irailh’s Querelles littéraires (vol. iii. p. 49, 1761).
It was immediately clear that the overall tone of this extraordinary work directly contradicted the decree issued sixteen years before its publication, as well as the author’s personal promise to follow it. The ironic submission at the beginning and the vague ending hardly disguised the strong endorsement of Copernican principles that made up its core. Interestingly, the argument that Galileo mainly relied on as a physical demonstration of the new theory was based on a misunderstanding. He claimed that the rising and falling of the tides were visible proof of the Earth's dual motion, resulting from differences in the absolute speeds of different parts of the Earth’s surface due to its rotation. He placed great importance on this idea, dismissing Kepler’s suggestion that some hidden attraction from the moon played a role in the phenomenon. The theological criticisms that the book inevitably attracted were quick to make their presence felt. By the end of August, the sale was banned; on October 1st, the author was summoned to Rome by the Inquisition. He cited his age, nearing seventy, his poor health, and travel restrictions due to quarantine; however, the pope was fiercely angry at what he saw as ingratitude and defiance, rejecting any excuses. Finally, on February 13, 1633, he arrived at the residence of Niccolini, the Tuscan ambassador to the pontifical court, where he stayed in seclusion for two months. From April 12 to 30, he was held in the palace of the Inquisition, where he had the best accommodations and was treated with exceptional leniency. On the 30th, he returned to Niccolini's hospitality, his staunch supporter. The charge against him was that he had written against the decree of 1616 and ignored the command of the Holy Office relayed to him by Cardinal Bellarmin; his defense mainly consisted of disavowing his opinions and appealing to his good intentions. On June 21, he faced an examination under the threat of torture; however, he maintained that after the condemnation by the Congregation of the Index, he had never believed in the Copernican theory. Since the publication of the documents related to this significant trial, there is no longer any doubt that not only was the threat of torture never carried out, but that it was never intended. On June 22, in the church of Santa Maria sopra Minerva, Galileo read his recantation and received his sentence. He was condemned as “vehemently suspected of heresy” to confinement at the tribunal's discretion, and as a form of penance, was required to recite the seven penitential psalms once a week for three years. This sentence was signed by seven cardinals but did not receive the usual papal approval. The story that Galileo, after getting up from his knees following his formula of abjuration, stamped the ground and exclaimed, “Eppur si muove!” is, as one might expect, completely fictional. Its earliest confirmed appearance is in the Abbé Irailh’s Querelles littéraires (vol. iii. p. 49, 1761).
Galileo remained in the custody of the Inquisition from the 21st to the 24th of June, on which day he was relegated to the Villa Medici on the Trinità de’ Monti. Thence, on the 6th of July, he was permitted to depart for Siena, where he spent several months in the house of the archbishop, Ascanio Piccolomini, one of his numerous and trusty friends. It was not until December that his earnest desire of returning to Florence was realized, and the remaining eight years of his life were spent in his villa at Arcetri called “Il Giojello,” in the strict seclusion which was the prescribed condition of his comparative freedom. Domestic afflictions combined with numerous and painful infirmities to embitter his old age. His sister-in-law and her whole family, who came to live with him on his return from Rome, perished shortly afterwards of the plague; and on the 2nd of April 1634 died, to the inexpressible grief of her father, his eldest and best-beloved daughter, a nun in the convent of San Matteo at Arcetri. Galileo was never married; but by a Venetian woman named Marina Gamba he had three children—a son who married and left descendants, and two daughters who took the veil at an early age. His prodigious mental activity continued undiminished to the last. In 1636 he completed his Dialoghi delle nuove scienze, in which he recapitulated the results of his early experiments and mature meditations on the principles of mechanics. This in many respects his most valuable work was printed by the Elzevirs at Leiden in 1638, and excited admiration equally universal and more lasting than that accorded to his astronomical treatises. His last telescopic discovery—that of the moon’s diurnal and monthly librations—was made in 1637, only a few months before his eyes were for ever closed in hopeless blindness. It was in this condition that Milton found him when he visited him at Arcetri in 1638. But the fire of his genius was not even yet extinct. He continued his scientific correspondence with unbroken interest and undiminished logical acumen; he thought out the application of the pendulum to the regulation of clockwork, which Huygens successfully realized fifteen years later; and he was engaged in dictating to his disciples, Viviani and Torricelli, his latest ideas on the theory of impact when he was seized with the slow fever which in two months brought him to the grave. On the 8th of January 1642 he closed his long life of triumph and humiliation, which just spanned the interval between the death of Michelangelo and the birth of Isaac Newton.
Galileo was held by the Inquisition from June 21 to June 24, when he was sent to the Villa Medici at Trinità de’ Monti. On July 6, he was allowed to leave for Siena, where he spent several months at the home of Archbishop Ascanio Piccolomini, one of his many trusted friends. It wasn’t until December that he was finally able to return to Florence, and he spent the last eight years of his life in his villa at Arcetri, called “Il Giojello,” in strict seclusion, which was the condition of his relative freedom. Personal tragedies, along with various painful illnesses, made his later years difficult. His sister-in-law and her whole family, who moved in with him after his return from Rome, died shortly after from the plague; and on April 2, 1634, his eldest and beloved daughter, who was a nun at the convent of San Matteo in Arcetri, passed away, causing immense grief for her father. Galileo never married, but he had three children with a Venetian woman named Marina Gamba: a son who got married and had descendants, and two daughters who became nuns at a young age. His incredible intellectual energy remained strong until the end. In 1636, he completed his Dialoghi delle nuove scienze, where he summarized the results of his early experiments and mature thoughts on the principles of mechanics. This, his most significant work in many ways, was published by the Elzevirs in Leiden in 1638, receiving widespread admiration that lasted longer than the praise for his astronomical writings. His last telescopic discovery, observing the moon’s daily and monthly movements, was made in 1637, just a few months before he lost his sight entirely. Milton found him in this state when he visited Arcetri in 1638; however, his brilliance was far from extinguished. He continued to engage in scientific correspondence with great interest and clear reasoning; he conceived the use of the pendulum for regulating clocks, which Huygens successfully implemented fifteen years later; and he was busy dictating his latest ideas on impact theory to his students Viviani and Torricelli when he fell ill with a slow fever that ultimately led to his death two months later. On January 8, 1642, he ended his long life filled with triumph and hardship, which spanned the time between Michelangelo's death and Isaac Newton's birth.
The direct services which Galileo rendered to astronomy are virtually summed up in his telescopic discoveries. To the theoretical perfection of the science he contributed little or nothing. He pointed out indeed that the so-called “third motion,” introduced by Copernicus to account for the constant parallelism of the earth’s axis, was a superfluous complication. But he substituted the equally unnecessary hypothesis of a magnetic attraction, and failed to perceive that the phenomenon to be explained was, in relation to absolute space, not a movement but the absence of movement. The circumstance, however, which most seriously detracts from his scientific reputation is his neglect of the discoveries made during his lifetime by the greatest of his contemporaries. Kepler’s first and second laws were published in 1609, and his third ten years later. By these momentous inductions the geometrical theory of the solar system was perfected, and a hitherto unimagined symmetry was perceived to regulate the mutual relations of its members. But by Galileo they were passed over in silence. In his Dialogo dei massimi sistemi, printed not less than thirteen years after the last of the three laws had been given to the world, the epicycles by which Copernicus, adhering to the ancient postulate of uniform circular motion, had endeavoured to reduce to theory the irregularities of the planetary movements, were neither expressly adopted nor expressly rejected; and the conclusion seems inevitable that this grave defection from the cause of progress was due to his perhaps unconscious reluctance to accept discoveries which he had not originated. His name is nevertheless justly associated with that vast extension of the bounds of the visible universe which has rendered modern astronomy the most sublime of sciences, and his telescopic observations are a standing monument to his sagacity and acumen.
The direct contributions Galileo made to astronomy are mainly captured in his telescopic discoveries. He contributed little to the theoretical advancement of the field. He did point out that the so-called "third motion" introduced by Copernicus to explain the constant parallel position of the earth's axis was an unnecessary complication. However, he replaced it with the equally unnecessary idea of magnetic attraction and failed to recognize that the phenomenon needing explanation was, in terms of absolute space, not a movement but the lack of movement. What seriously undermines his scientific reputation is his disregard for the discoveries made during his lifetime by some of his most notable contemporaries. Kepler's first and second laws were published in 1609, followed by his third law ten years later. These groundbreaking insights perfected the geometrical theory of the solar system, revealing a previously unimagined symmetry in the relationships between its components. Yet, Galileo overlooked them completely. In his Dialogo dei massimi sistemi, published at least thirteen years after the third law was announced, he neither explicitly accepted nor rejected the epicycles that Copernicus had used, while adhering to the old idea of uniform circular motion, to theoretically explain the irregularities in planetary movements. It seems inevitable that this significant oversight was due to his possibly unconscious reluctance to accept discoveries that he hadn’t made himself. Nevertheless, his name is rightly linked to the immense expansion of the visible universe that has made modern astronomy the pinnacle of science, and his telescopic observations stand as a testament to his insight and intelligence.
With the sure instinct of genius, he seized the characteristic features of the phenomena presented to his attention, and his inferences, except when distorted by polemical exigencies, have been strikingly confirmed by modern investigations. Of his two capital errors, regarding respectively the theory of the tides and the nature of comets, the first was insidiously recommended to him by his passionate desire to find a physical confirmation of the earth’s double motion; the second was adopted for the purpose of rebutting an anti-Copernican argument founded on the planetary analogies of those erratic subjects of the sun. Within two years of their first discovery, he had constructed approximately accurate tables of the revolutions of Jupiter’s satellites, and he proposed their frequent eclipses as a means of determining longitudes, not only on land, but at sea. This method, on which he laid great stress, and for the facilitation of which he invented a binocular glass, and devised some skilful mechanical contrivances, was offered by him in 1616 to the Spanish government, and afterwards to that of Tuscany, but in each case unsuccessfully; and the close of his life was occupied with prolonged but fruitless negotiations on the same subject with the states-general of Holland. The idea, though ingenious, has been found of little practical utility at sea.
With his natural genius, he quickly grasped the key features of the phenomena he was observing, and his conclusions, except when skewed by argumentative needs, have been markedly supported by modern research. Of his two major mistakes, one about the theory of tides and the other about the nature of comets, the first was subtly influenced by his intense desire to find physical evidence for the earth's dual motion; the second was used to counter an anti-Copernican argument based on planetary similarities of those unpredictable objects orbiting the sun. Within two years of their discovery, he had created fairly accurate tables of Jupiter’s moons, proposing their frequent eclipses as a way to determine longitudes, both on land and at sea. He emphasized this method, for which he invented a binocular telescope and devised some clever mechanical devices. He presented this idea in 1616 to the Spanish government and later to Tuscany, but both attempts were unsuccessful; the latter part of his life was spent in lengthy but unproductive negotiations on the same topic with the states-general of Holland. Although clever, the idea has proven to be of little practical use at sea.
A series of careful observations made him acquainted with the principal appearances revealed by modern instruments in the solar spots. He pointed out that they were limited to a certain defined zone on the sun’s surface; he noted the faculae with which they are associated, the penumbra by which they are bordered, their slight proper motions and their rapid changes of form. He inferred from the regularity of their general movements the rotation of the sun on its axis in a period of little less than a month; and he grounded on the varying nature of the paths seemingly traversed by them a plausible, though inconclusive, argument in favour of the earth’s annual revolution. Twice in the year, he observed, they seem to travel across the solar disk in straight lines; at other times, in curves. These appearances he 410 referred with great acuteness to the slight inclination of the sun’s axis of rotation to the plane of the ecliptic. Thus, when the earth finds herself in the plane of the sun’s equator, which occurs at two opposite points of her orbit, the spots, travelling in circles parallel with that plane, necessarily appear to describe right lines; but when the earth is above or below the equatorial level, the paths of the spots open out into curves turned downwards or upwards, according to the direction in which they are seen. But the explanation of this phenomenon is equally consistent with the geocentric as with the heliocentric theory of the solar system. The idea of a universal force of gravitation seems to have hovered on the borders of this great man’s mind, without ever fully entering it. He perceived the analogy between the power which holds the moon in the neighbourhood of the earth, and compels Jupiter’s satellites to circulate round their primary, and the attraction exercised by the earth on bodies at its surface;3 but he failed to conceive the combination of central force with tangential velocity, and was disposed to connect the revolutions of the planets with the axial rotation of the sun. This notion, it is plain, tended rather towards Descartes’s theory of vortices than towards Newton’s theory of gravitation. More valid instances of the anticipation of modern discoveries may be found in his prevision that a small annual parallax would eventually be found for some of the fixed stars, and that extra-Saturnian planets would at some future time be ascertained to exist, and in his conviction that light travels with a measurable, although, in relation to terrestrial distances, infinite velocity.
A series of careful observations made him familiar with the main features revealed by modern instruments in solar spots. He pointed out that they were confined to a specific area on the sun’s surface; he noted the faculae they're associated with, the penumbra that borders them, their slight movements, and their rapid changes in shape. He inferred from the regular pattern of their overall movements that the sun rotates on its axis in just under a month; and he based on the differing nature of the paths they seemed to take a reasonable, though not definitive, argument in favor of the earth’s yearly revolution. Twice a year, he observed, they appear to move across the solar disk in straight lines; at other times, in curves. He astutely linked these observations to the slight tilt of the sun’s rotation axis in relation to the plane of the ecliptic. Therefore, when the earth is in line with the sun’s equator—occurring at two opposite points in its orbit—the spots, moving in circles parallel to that plane, necessarily seem to trace straight lines; but when the earth is above or below the equatorial level, the paths of the spots shift into curves facing either down or up, depending on the viewer’s perspective. However, this phenomenon can be explained equally well by both geocentric and heliocentric models of the solar system. The concept of a universal gravitational force seemed to linger on the edge of this great man’s thoughts, never fully taking hold. He recognized the similarity between the force that keeps the moon close to the earth and makes Jupiter’s satellites orbit their planet, and the attraction the earth exerts on objects at its surface; but he couldn’t quite grasp the combination of central force with tangential velocity and leaned towards connecting the planets' revolutions with the sun's axial rotation. Clearly, this idea was more aligned with Descartes’s vortex theory than with Newton’s gravitational theory. Stronger examples of anticipating modern discoveries can be found in his foresight that a small annual parallax would eventually be detected for some fixed stars, that planets beyond Saturn would someday be proven to exist, and in his belief that light travels at a measurable, albeit infinite speed in relation to earthly distances.
The invention of the microscope, attributed to Galileo by his first biographer, Vincenzio Viviani, does not in truth belong to him. Such an instrument was made as early as 1590 by Zacharias Jansen of Middleburg; and although Galileo discovered, in 1610, a means of adapting his telescope to the examination of minute objects, he did not become acquainted with the compound microscope until 1624 when he saw one of Drebbel’s instruments in Rome, and, with characteristic ingenuity, immediately introduced some material improvements into its construction.
The invention of the microscope, credited to Galileo by his first biographer, Vincenzio Viviani, actually doesn't belong to him. An instrument like that was created as early as 1590 by Zacharias Jansen of Middleburg. Although Galileo found a way in 1610 to adapt his telescope for studying small objects, he didn't encounter the compound microscope until 1624 when he saw one of Drebbel’s devices in Rome. True to his inventive nature, he promptly made some improvements to its design.
The most substantial, if not the most brilliant part of his work consisted undoubtedly in his contributions towards the establishment of mechanics as a science. Some valuable but isolated facts and theorems had been previously discovered and proved, but it was he who first clearly grasped the idea of force as a mechanical agent, and extended to the external world the conception of the invariability of the relation between cause and effect. From the time of Archimedes there had existed a science of equilibrium, but the science of motion began with Galileo. It is not too much to say that the final triumph of the Copernican system was due in larger measure to his labours in this department than to his direct arguments in its favour. The problem of the heavens is essentially a mechanical one; and without the mechanical conceptions of the dependence of motion upon force which Galileo familiarized to men’s minds, that problem might have remained a sealed book even to the intelligence of Newton. The interdependence of motion and force was not indeed formulated into definite laws by Galileo, but his writings on dynamics are everywhere suggestive of those laws, and his solutions of dynamical problems involve their recognition. The extraordinary advances made by him in this branch of knowledge were owing to his happy method of applying mathematical analysis to physical problems. As a pure mathematician he was, it is true, surpassed in profundity by more than one among his pupils and contemporaries; and in the wider imaginative grasp of abstract geometrical principles he cannot be compared with Fermat, Descartes or Pascal, to say nothing of Newton or Leibnitz. Still, even in the region of pure mathematics, his powerful and original mind left notable traces of its working. He studied the properties of the cycloid, and attempted the problem of its quadrature; and in the “infinitesimals,” which he was one of the first to introduce into geometrical demonstrations, was contained the fruitful germ of the differential calculus. But the method which was peculiarly his, and which still forms the open road to discoveries in natural science, consisted in the combination of experiment with calculation—in the transformation of the concrete into the abstract, and the assiduous comparison of results. The first-fruits of the new system of investigation was his determination of the laws of falling bodies. Conceiving that the simplest principle is the most likely to be true, he assumed as a postulate that bodies falling freely towards the earth descend with a uniformly accelerated motion, and deduced thence that the velocities acquired are in the direct, and the spaces traversed in the duplicate ratio of the times, counted from the beginning of motion; finally, he proved, by observing the times of descent of bodies falling down inclined planes, that the postulated law was the true law. Even here, he was obliged to take for granted that the velocities acquired in descending from the same height along planes of every inclination are equal; and it was not until shortly before his death that he found the mathematical demonstration of this not very obvious principle.
The most significant, if not the most impressive part of his work was undoubtedly his contributions to the establishment of mechanics as a science. Some valuable but isolated facts and theorems had been discovered and proven before, but he was the first to clearly understand the concept of force as a mechanical agent and to extend the idea of the unchanged relationship between cause and effect to the external world. Since the time of Archimedes, a science of equilibrium had existed, but the science of motion began with Galileo. It’s fair to say that the ultimate success of the Copernican system was largely due to his work in this area rather than his direct arguments for it. The problem of the heavens is fundamentally a mechanical one; without Galileo's mechanical ideas about the relationship between motion and force, that problem might have remained an unsolved mystery even to Newton. Although Galileo didn’t formalize the interdependence of motion and force into specific laws, his writings on dynamics are filled with suggestions of those laws, and his solutions to dynamical problems show an understanding of them. His remarkable advances in this field came from his effective method of applying mathematical analysis to physical problems. As a pure mathematician, he was indeed surpassed in depth by several of his students and contemporaries, and he can’t be compared to Fermat, Descartes, or Pascal in terms of a broader understanding of abstract geometrical principles, not to mention Newton or Leibnitz. Still, even in pure mathematics, his strong and original mind left notable marks. He studied the properties of the cycloid and tackled the problem of its quadrature, and in the “infinitesimals,” which he was one of the first to introduce into geometrical proofs, was the fertile seed of the differential calculus. But the method that was uniquely his, and which continues to lead to discoveries in natural science, involved combining experiments with calculations—transforming the concrete into the abstract and diligently comparing results. The first fruits of this new investigative approach were his determinations of the laws of falling bodies. Believing that the simplest principle is most likely to be true, he assumed as a postulate that freely falling bodies accelerate uniformly toward the Earth and deduced that their velocities are directly proportional, and the distances they travel are proportional to the square of the time, counted from the start of motion. Ultimately, he proved, by observing the descent times of bodies down inclined planes, that his proposed law was indeed the true law. Even here, he had to assume that the velocities acquired by falling from the same height along planes of varying angles were equal; it wasn’t until shortly before his death that he established the mathematical proof of this not-so-obvious principle.
The first law of motion—that which expresses the principle of inertia—is virtually contained in the idea of uniformly accelerated velocity. The recognition of the second—that of the independence of different motions—must be added to form the true theory of projectiles. This was due to Galileo. Up to his time it was universally held in the schools that the motion of a body should cease with the impulse communicated to it, but for the “reaction of the medium” helping it forward. Galileo showed, on the contrary, that the nature of motion once impressed is to continue indefinitely in a uniform direction, and that the effect of the medium is a retarding, not an impelling one. Another commonly received axiom was that no body could be affected by more than one movement at one time, and it was thus supposed that a cannon ball, or other projectile, moves forward in a right line until its first impulse is exhausted, when it falls vertically to the ground. In the fourth of Galileo’s dialogues on mechanics, he demonstrated that the path described by a projectile, being the result of the combination of a uniform transverse motion with a uniformly accelerated vertical motion, must, apart from the resistance of the air, be a parabola. The establishment of the principle of the composition of motions formed a conclusive answer to the most formidable of the arguments used against the rotation of the earth, and we find it accordingly triumphantly brought forward by Galileo in the second of his dialogues on the systems of the world. It was urged by anti-Copernicans that a body flung upward or cast downward would, if the earth were in motion, be left behind by the rapid translation of the point from which it started; Galileo proved on the contrary that the reception of a fresh impulse in no way interfered with the movement already impressed, and that the rotation of the earth was insensible, because shared equally by all bodies at its surface. His theory of the inclined plane, combined with his satisfactory definition of “momentum,” led him towards the third law of motion. We find Newton’s theorem, that “action and reaction are equal and opposite,” stated with approximate precision in his treatise Della scienza meccanica, which contains the substance of lectures delivered during his professorship at Padua; and the same principle is involved in the axiom enunciated in the third of his mechanical dialogues, that “the propensity of a body to fall is equal to the least resistance which suffices to support it.” The problems of percussion, however, received no definitive solution until after his death.
The first law of motion—which describes the principle of inertia—is essentially captured in the concept of uniform acceleration. To create a complete theory of projectiles, we need to acknowledge the second law, which addresses the independence of different motions. This insight is credited to Galileo. Before him, it was commonly taught that a body's motion would stop when the impulse given to it ended, unless aided by the "reaction of the medium." Galileo, however, demonstrated that once motion is initiated, it continues indefinitely in a straight line, and that the medium actually slows it down, rather than propels it. Another widely accepted belief was that no object could experience more than one motion at a time, leading to the idea that a cannonball or any projectile moves straight until its initial force runs out, at which point it falls straight down. In the fourth of Galileo's dialogues on mechanics, he showed that the path taken by a projectile results from combining a constant horizontal motion with a uniformly accelerated vertical motion, which, barring air resistance, forms a parabola. Establishing the principle of motion combination effectively countered the strongest arguments against the Earth's rotation, and this was powerfully presented by Galileo in the second of his dialogues on the systems of the world. Anti-Copernican critics argued that an object thrown up or down would be left behind if the Earth was moving, but Galileo proved that receiving a new impulse doesn't disrupt the initial motion, and that Earth’s rotation is imperceptible because it's experienced uniformly by all objects on its surface. His study of the inclined plane, along with his clear definition of "momentum," led him toward the third law of motion. Newton's theorem, stating that “action and reaction are equal and opposite,” is expressed with considerable accuracy in his work Della scienza meccanica, which encompasses the essence of his lectures while he was a professor in Padua; this principle is also included in the third of his mechanical dialogues, which states that “the tendency of a body to fall is equal to the least resistance needed to support it.” However, the issues related to impacts weren't definitively resolved until after his death.
His services were as conspicuous in the statical as in the kinetical division of mechanics. He gave the first satisfactory demonstration of equilibrium on an inclined plane, reducing it to the level by a sound and ingenious train of reasoning; while, by establishing the theory of “virtual velocities,” he laid down the fundamental principle which, in the opinion of Lagrange, contains the general expression of the laws of equilibrium. He 411 studied with attention the still obscure subject of molecular cohesion, and little has been added to what he ascertained on the question of transverse strains and the strength of beams, first brought by him within the scope of mechanical theory. In his Discorso intorno alle cose che stanno su l’acqua, published in 1612, he used the principle of virtual velocities to demonstrate the more important theorems of hydrostatics, deducing from it the equilibrium of fluid in a siphon, and proved against the Aristotelians that the floating of solid bodies in a liquid depends not upon their form, but upon their specific gravities relative to such liquid.
His contributions were just as important in the static as in the dynamic parts of mechanics. He provided the first solid proof of equilibrium on an inclined plane, simplifying it through a clear and clever line of reasoning. By establishing the theory of “virtual velocities,” he set down the fundamental principle that, according to Lagrange, contains the general expression of the laws of equilibrium. He 411 carefully examined the still unclear topic of molecular cohesion, and little has been added to what he determined about transverse strains and the strength of beams, which he was the first to bring into the realm of mechanical theory. In his Discorso intorno alle cose che stanno su l’acqua, published in 1612, he applied the principle of virtual velocities to prove the more significant theorems of hydrostatics, deriving from it the equilibrium of fluid in a siphon, and demonstrated against the Aristotelians that the buoyancy of solid bodies in a liquid depends not on their shape but on their specific gravities in relation to that liquid.
In order to form an adequate estimate of the stride made by Galileo in natural philosophy, it would be necessary to enumerate the confused and erroneous opinions prevailing on all such subjects in his time. His best eulogium, it has been truly said, consists in the fallacies which he exposed. The scholastic distinctions between corruptible and incorruptible substances, between absolute gravity and absolute levity, between natural and violent motions, if they did not wholly disappear from scientific phraseology, ceased thenceforward to hold the place of honour in the controversies of the learned. Discarding these obscure and misleading notions, Galileo taught that gravity and levity are relative terms, and that all bodies are heavy, even those which, like the air, are invisible; that motion is the result of force, instantaneous or continuous; that weight is a continuous force, attracting towards the centre of the earth; that, in a vacuum, all bodies would fall with equal velocities; that the “inertia of matter” implies the continuance of motion, as well as the permanence of rest; and that the substance of the heavenly bodies is equally “corruptible” with that of the earth. These simple elementary ideas were eminently capable of development and investigation, and were not only true but the prelude to further truth; while those they superseded defied inquiry by their vagueness and obscurity. Galileo was a man born in due time. He was superior to his contemporaries, but not isolated amongst them. He represented and intensified a growing tendency of the age in which he lived. It was beginning to be suspected that from Aristotle an appeal lay to nature, and some were found who no longer treated the ipse dixit of the Stagirite as the final authority in matters of science. A vigorous but ineffectual warfare had already been waged against the blind traditions of the schools by Ramus and Telesius, by Patricius and Campanella, and the revolution which Galileo completed had been prepared by his predecessors. Nevertheless, the task which he so effectually accomplished demanded the highest and rarest quality of genius. He struck out for himself the happy middle path between the a priori and the empirical systems, and exemplified with brilliant success the method by which experimental science has wrested from nature so many of her secrets. His mind was eminently practical. He concerned himself above all with what fell within the range of exact inquiry, and left to others the larger but less fruitful speculations which can never be brought to the direct test of experiment. Thus, while far-reaching but hasty generalizations have had their day and been forgotten, his work has proved permanent, because he made sure of its foundations. His keen intuition of truth, his vigour and yet sobriety of argument, his fertility of illustration and acuteness of sarcasm, made him irresistible to his antagonists; and the evanescent triumphs of scornful controversy have given place to the sedate applause of a long-lived posterity.
To accurately evaluate the progress made by Galileo in natural philosophy, it's essential to recognize the confused and incorrect beliefs that were common during his time. As has been rightly observed, his greatest praise lies in the misconceptions he challenged. The academic distinctions between corruptible and incorruptible substances, between absolute weight and absolute lightness, and between natural and forced motions, although they didn't completely disappear from scientific terminology, lost their esteemed position in scholarly debates. By dismissing these obscure and misleading ideas, Galileo taught that weight and lightness are relative concepts and that all objects have weight, even those like air that we can't see; that motion results from force, whether instant or continuous; that weight is a constant force pulling things toward the earth's center; that in a vacuum, all objects fall at the same rate; that the "inertia of matter" implies both the persistence of motion and the consistency of rest; and that the material of celestial bodies is just as "corruptible" as that of the earth. These straightforward concepts were not only true but also laid the groundwork for further discoveries, while the ideas they replaced were too vague and unclear to be thoroughly examined. Galileo was a man of his time—superior to his peers but not isolated among them. He embodied and amplified a growing trend of his era. It was becoming apparent that, in contrast to Aristotle, one could appeal to nature, and some individuals no longer regarded the teachings of the Stagirite as the ultimate authority in scientific matters. A vigorous but ineffective struggle against the rigid traditions of academia had already been launched by Ramus, Telesius, Patricius, and Campanella, and the revolution that Galileo brought to fruition had been set in motion by his predecessors. Still, the task he achieved demanded a unique and exceptional quality of genius. He carved out an effective balance between theoretical and empirical systems and successfully illustrated the method through which experimental science has uncovered many of nature's secrets. His thinking was fundamentally practical. He primarily focused on what could be examined accurately and left to others the broader but less productive speculations that can't be directly tested through experiments. Therefore, while ambitious but rushed generalizations have faded into obscurity, his work has remained enduring because he established solid foundations. His sharp insight into truth, his vigorous yet measured arguments, his imaginative use of examples, and his sharp wit made him formidable to his opponents; the fleeting victories of scornful debates have been replaced by the respectful recognition of a lasting legacy.
The first complete edition of Galileo’s writings was published at Florence (1842-1856), in 16 8vo vols., under the supervision of Signor Eugenio Albèri. Besides the works already enumerated, it contained the Sermones de motu gravium composed at Pisa between 1589 and 1591; his letters to his friends, with many of their replies, as well as several of the essays of his scientific opponents; his laudatory comments on the Orlando Furioso, and depreciatory notes on the Gerusalemme Liberata, some stanzas and sonnets of no great merit, together with the sketch of a comedy; finally, a reprint of Viviani’s Life, with valuable notes and corrections. The original documents from the archives of the Inquisition, relating to the events of 1616 and 1633, recovered from Paris in 1846 by the efforts of Count Rossi, and now in the Vatican Library, were to a limited extent made public by Monsignor Marino-Marini in 1850, and more unreservedly by M. Henri de l’Épinois, in an essay entitled Galilée, son procès, sa condemnation, published in 1867 in the Revue des questions historiques. He was followed by M. Karl von Gebler, who, in an able and exhaustive but somewhat prejudiced work, Galileo Galilei und die römische Curie (Stuttgart, 1876), sought to impeach the authenticity of a document of prime importance in the trial of 1633. He was victoriously answered by Signor Domenico Berti, in Il Processo originale di Galileo Galilei (Rome, 1876), and by M. de l’Épinois, with Les pièces du procès de Galilée (Rome, Paris, 1877). The touching letters of Galileo’s eldest daughter, Sister Maria Celeste, to her father were printed in 1864 by Professor Carlo Arduini, in a publication entitled La Primogenita di Galileo Galilei.
The first complete edition of Galileo’s writings was published in Florence (1842-1856), in 16 octavo volumes, under the supervision of Signor Eugenio Albèri. In addition to the works already listed, it included the Sermones de motu gravium, written in Pisa between 1589 and 1591; his letters to friends, along with many of their replies and several essays from his scientific opponents; his positive comments on the Orlando Furioso and negative notes on the Gerusalemme Liberata; some stanzas and sonnets of little significance, and a draft of a comedy; and finally, a reprint of Viviani’s Life, complete with valuable notes and corrections. Original documents from the Inquisition’s archives relating to the events of 1616 and 1633, which were recovered from Paris in 1846 thanks to Count Rossi, and are now in the Vatican Library, were partially made public by Monsignor Marino-Marini in 1850, and more openly by M. Henri de l’Épinois in an essay titled Galilée, son procès, sa condemnation, published in 1867 in the Revue des questions historiques. He was followed by M. Karl von Gebler, who, in a thorough yet somewhat biased work titled Galileo Galilei und die römische Curie (Stuttgart, 1876), attempted to challenge the authenticity of a key document in the 1633 trial. He was effectively countered by Signor Domenico Berti in Il Processo originale di Galileo Galilei (Rome, 1876), and by M. de l’Épinois, with Les pièces du procès de Galilée (Rome, Paris, 1877). The heartfelt letters from Galileo’s eldest daughter, Sister Maria Celeste, to her father were published in 1864 by Professor Carlo Arduini in a work titled La Primogenita di Galileo Galilei.
The issue of a “national edition” of the Works of Galileo, in 20 large volumes, was begun at Florence in 1890. It includes a mass of previously inedited correspondence and other documents, collected by the indefatigable director, Professor Antonio Favaro, among whose numerous publications on Galilean subjects may be mentioned: Galileo e lo studio di Padova (2 vols., 1883); Scampoli Galileani (12 series, 1886-1897); Nuovi Studii Galileani (1891); Galileo Galilei e Suor Maria Celeste (1891). See also Th. Henri Martin’s Galilée, les droits de la science et la méthode des sciences physiques (1868); Private Life of Galileo (by Mrs Olney, 1870); J.J. Fahie’s Galileo; his Life and Work (1903); Galilée et Marius, by J.A.C. Oudemans and J. Bosscha (1903). The relations of Galileo to the Church are temperately and ably discussed by F.R. Wegg-Prosser in Galileo and his Judges (1889), and in two articles published in the American Catholic Quarterly for April and July 1901.
The project for a “national edition” of the Works of Galileo, consisting of 20 large volumes, began in Florence in 1890. It features a wealth of previously unpublished correspondence and other documents, compiled by the tireless director, Professor Antonio Favaro. Among his many publications on Galilean topics are: Galileo e lo studio di Padova (2 vols., 1883); Scampoli Galileani (12 series, 1886-1897); Nuovi Studii Galileani (1891); and Galileo Galilei e Suor Maria Celeste (1891). Also, see Th. Henri Martin’s Galilée, les droits de la science et la méthode des sciences physiques (1868); Private Life of Galileo (by Mrs. Olney, 1870); J.J. Fahie’s Galileo; his Life and Work (1903); and Galilée et Marius, by J.A.C. Oudemans and J. Bosscha (1903). The relationship between Galileo and the Church is thoughtfully and skillfully examined by F.R. Wegg-Prosser in Galileo and his Judges (1889), as well as in two articles published in the American Catholic Quarterly for April and July 1901.
1 The word telescope, from τῆλε, far, σκοπεῖν, to view, was invented by Demiscianus, an eminent Greek scholar, at the request of Prince Cesi, president of the Lyncean Academy. It was used by Galileo as early as 1612, but was not introduced into England until much later. In 1655 the word telescope was inserted and explained in Bagwell’s Mysteries of Astronomy, trunk or cylinder being the terms until then ordinarily employed.
1 The word telescope, derived from τῆλε, meaning far, and σκοπεῖν, meaning to view, was created by Demiscianus, a prominent Greek scholar, at the request of Prince Cesi, the head of the Lyncean Academy. Galileo used it as early as 1612, but it didn't reach England until much later. In 1655, the word telescope was added and explained in Bagwell’s Mysteries of Astronomy, with trunk or cylinder being the terms commonly used until then.
2 Leonardo da Vinci, more than a hundred years earlier, had come to the same conclusion.
2 Leonardo da Vinci, over a hundred years earlier, had reached the same conclusion.
3 The passage is sufficiently remarkable to deserve quotation in the original:—“Le parti della Terra hanno tal propensione al centro di essa, che quando ella cangiasse luogo, le dette parti, benchè lontane dal globo nel tempo delle mutazioni di esso, lo seguirebbero per tutto; esempio di ciò sia il seguito perpetuo delle Medicee, ancorchè separate continuamente da Giove. L’istesso si deve dire della Luna, obbligata a seguir la Terra.”—Dialogo dei massimi sistemi, Giornata terza, p. 351 of Albèri’s edition.
3 The passage is so remarkable that it deserves to be quoted in the original:—“The parts of the Earth have such a tendency towards its center that when it changes position, those parts, even if distant from the globe during the times of its changes, would follow it everywhere; an example of this is the perpetual following of the Medici, even though they are continuously separated from Jupiter. The same can be said of the Moon, bound to follow the Earth.”—Dialogo dei massimi sistemi, Giornata terza, p. 351 of Albèri’s edition.
GALION, a city of Crawford County, Ohio, U.S.A., about 75 m. S.W. of Cleveland. Pop. (1890) 6326; (1900) 7282 (703 foreign-born); (1910) 7214. It is served by the Cleveland, Cincinnati, Chicago & St Louis, and the Erie railways, and by an interurban electric railway. The city is about 1165 ft. above sea level, and has extensive railway shops (of the Erie railway) and manufactories of brick and tile machinery, carriages and wagons, and grain and seed cleaners. The municipality owns and operates its electric-lighting plant. Galion was laid out as a town in 1831, was incorporated as a borough in 1840, and was chartered as a city in 1878.
GALION, is a city in Crawford County, Ohio, USA, located about 75 miles southwest of Cleveland. Population: (1890) 6,326; (1900) 7,282 (703 foreign-born); (1910) 7,214. It has access to the Cleveland, Cincinnati, Chicago & St. Louis, and Erie railways, as well as an interurban electric railway. The city sits about 1,165 feet above sea level and features extensive railway shops (of the Erie railway) along with factories producing brick and tile machinery, carriages and wagons, and grain and seed cleaners. The city government owns and operates its own electric lighting plant. Galion was established as a town in 1831, became a borough in 1840, and was chartered as a city in 1878.
GALL, FRANZ JOSEPH (1758-1828), anatomist, physiologist, and founder of phrenology (q.v.), was born at Tiefenbrunn near Pforzheim, Baden, on the 9th of March 1758. After completing the usual literary course at Baden and Bruchsal, he began the study of medicine under J. Hermann (1738-1800) at Strassburg, whence, attracted by the names of Gerhard van Swieten (1700-1772) and Maximilian Stoll (1742-1788), he removed to Vienna in 1781. Having received his diploma, he began to practise as a physician there in 1785; but his energies were mainly devoted to the scientific investigation of problems which had occupied his attention from boyhood. At a comparatively early period he formed the generalization that in the human subject at least a powerful memory is invariably associated with prominent eyes; and further observation enabled him, as he thought, also to define the external characteristics indicative of special talents for painting, music and the mechanical arts. Following out these researches, he gradually reached the strong conviction, not only that the talents and dispositions of men are dependent upon the functions of the brain, but also that they may be inferred with perfect exactitude and precision from the external appearances of the skull. Gall’s first appearance as an author was made in 1791, when he published the first two chapters of a (never completed) work entitled Philosophisch-medicinische Untersuchungen über Natur u. Kunst im kranken u. gesunden Zustande des Menschen. The first public notice of his inquiries in cranioscopy, however, was in the form of a letter addressed to a friend, which appeared in C.M. Wieland’s Deutscher Mercur in 1798; but two years previously he had begun to give private courses of phrenological lectures in Vienna, where his doctrines soon attracted general attention, and met with increasing success until, in 1802, they were interdicted by the government as being dangerous to religion. This step on the part of the authorities had the effect of greatly stimulating public curiosity and increasing Gall’s celebrity.
GALL, FRANZ JOSEPH (1758-1828), anatomist, physiologist, and founder of phrenology (q.v.), was born in Tiefenbrunn near Pforzheim, Baden, on March 9, 1758. After completing the regular education in Baden and Bruchsal, he began studying medicine under J. Hermann (1738-1800) in Strasbourg, and then, drawn by the names of Gerhard van Swieten (1700-1772) and Maximilian Stoll (1742-1788), he moved to Vienna in 1781. After earning his diploma, he started practicing as a physician there in 1785; however, he mainly focused on the scientific investigation of issues that had interested him since childhood. At a relatively early stage, he concluded that in human beings, a strong memory is consistently linked to prominent eyes; further observations led him to believe he could define external features that indicated specific talents in painting, music, and mechanical skills. As he pursued these studies, he became firmly convinced that people's talents and traits rely on brain functions, and that they could be accurately inferred from the skull's external appearances. Gall's first work as an author was in 1791 when he published the first two chapters of a (never completed) book titled Philosophisch-medicinische Untersuchungen über Natur u. Kunst im kranken u. gesunden Zustande des Menschen. However, his first public mention of his cranioscopy inquiries was in a letter to a friend, published in C.M. Wieland’s Deutscher Mercur in 1798; but two years earlier, he had started giving private lectures on phrenology in Vienna, where his ideas quickly gained attention and grew in popularity until 1802, when the government banned them as a threat to religion. This action from the authorities notably sparked public interest and boosted Gall's fame.
In March 1805 he finally left Vienna in company with his friend and associate J.C. Spurzheim, and made a tour through Germany, in the course of which he lectured in Berlin, Dresden, Magdeburg and several of the university towns. His expositions, which he knew how to make popular and attractive, were much 412 resorted to by the public, and excited considerable controversy in the scientific world. He had almost reached the zenith of his fame when, in 1807, he repaired to Paris and established himself there as a medical practitioner, at the same time continuing his activity as a lecturer and writer. In 1808 appeared his Introduction au cours de physiologie du cerveau, which was followed in 1809 by the Recherches sur le système nerveux en général, et sur celui du cerveau en particulier (originally laid before the Institute of France in March 1808), and in 1810 by the first instalment of the Anatomie et physiologie du système nerveux en général, et du cerveau en particulier, avec des observations sur la possibilité de reconnaître plusieurs dispositions intellectuelles et morales de l’homme et des animaux par la configuration de leurs têtes. The Recherches and the first two volumes of the Anatomie bear the conjoint names of Gall and Spurzheim. The latter work was completed in 1819, and appeared in a second edition of six volumes in 1822-1825. In 1811 he replied to a charge of Spinozism or atheism, which had been strongly urged against him, by a treatise entitled Des dispositions innées de l’âme et de l’esprit, which he afterwards incorporated with his greater work. In 1819 he became a naturalized French subject, but his efforts two years afterwards to obtain admission to the Academy of Sciences, although supported by E. Geoffroy Saint-Hilaire, were unsuccessful. In 1823 he visited London with the intention of giving a series of phrenological lectures, but his reception was not what he had anticipated, and he speedily abandoned his plans. He continued to lecture and practise in Paris until the beginning of 1828, when he was disabled by an apoplectic seizure. His death took place at Montrouge near Paris, on the 22nd of August 1828.
In March 1805, he finally left Vienna with his friend and colleague J.C. Spurzheim and toured Germany, where he gave lectures in Berlin, Dresden, Magdeburg, and a number of university towns. His presentations, which he knew how to make engaging and appealing, attracted a lot of public interest and stirred significant debate in the scientific community. He was nearly at the peak of his fame when, in 1807, he went to Paris and set up as a medical practitioner while also continuing his work as a lecturer and writer. In 1808, he published his Introduction au cours de physiologie du cerveau, followed in 1809 by Recherches sur le système nerveux en général, et sur celui du cerveau en particulier (originally presented to the Institute of France in March 1808), and in 1810 by the first part of Anatomie et physiologie du système nerveux en général, et du cerveau en particulier, avec des observations sur la possibilité de reconnaître plusieurs dispositions intellectuelles et morales de l’homme et des animaux par la configuration de leurs têtes. The Recherches and the first two volumes of the Anatomie were co-authored by Gall and Spurzheim. The latter work was completed in 1819 and published in a second edition of six volumes from 1822 to 1825. In 1811, he addressed accusations of Spinozism or atheism, which were strongly leveled against him, in a treatise titled Des dispositions innées de l’âme et de l’esprit, which he later included in his larger work. In 1819, he became a naturalized French citizen, but his attempts two years later to join the Academy of Sciences, despite support from E. Geoffroy Saint-Hilaire, were unsuccessful. In 1823, he visited London intending to give a series of phrenological lectures, but the reception was not as he had hoped, and he quickly abandoned his plans. He continued to lecture and practice in Paris until early 1828, when he was incapacitated by a stroke. He died in Montrouge near Paris on August 22, 1828.
GALL (a word common to many Teutonic languages, cf. Dutch gal, and Ger. Galle; the Indo-European root appears in Gr. χολή and Lat. fel; possibly connected with “yellow,” with reference to the colour of bile), the secretion of the liver known as “bile,” the term being also used of the pear-shaped diverticulum of the bile-duct, which forms a reservoir for the bile, more generally known as the “gall-bladder” (see Liver). From the extreme bitterness of the secretion, “gall,” like the Lat. fel, is used for anything extremely bitter, whether actually or metaphorically. From the idea that the gall-bladder was the dominating organ of a bitter, sharp temperament, “gall” was formerly used in English for such a spirit, and also for one very ready to resent injuries. It thus survives in American slang, with the meaning “impudence” or “assurance.”
GALL (a term found in many Germanic languages, like Dutch gal and German Galle; the Indo-European root appears in Greek bile and Latin fel; possibly linked to “yellow,” referring to the color of bile), is the secretion from the liver known as “bile.” The term also refers to the pear-shaped diverticulum of the bile duct, which acts as a reservoir for bile, commonly known as the “gall-bladder” (see Liver). Due to the intense bitterness of this secretion, “gall,” like the Latin fel, is used to describe anything that is extremely bitter, either literally or figuratively. The notion that the gall-bladder was the key organ associated with a bitter and sharp temperament led to “gall” being used in English to describe such a spirit, as well as someone who is quick to hold grudges. This meaning still exists in American slang, where it signifies “impudence” or “audacity.”
“Gall,” meaning a sore or painful swelling, especially on a horse, may be the same word, derived from an early use of the word as meaning “poison.” On the other hand, in Romanic languages, the Fr. galle, Sp. agalla, a wind-gall or puffy distension of the synovial bursa on the fetlock joint of a horse, is derived from the Lat. galla, oak-apple, from which comes the English “gall,” meaning an excrescence on trees caused by certain insects. (See Galls.)
“Gall,” which refers to a sore or painful swelling, especially on a horse, may share the same origins as an earlier meaning of the word as “poison.” On the other hand, in Romance languages, the French galle and the Spanish agalla, referring to a wind-gall or puffy swelling of the synovial bursa on a horse's fetlock joint, come from the Latin galla, meaning oak-apple, and this is where the English “gall,” describing an abnormal growth on trees caused by certain insects, originates. (See Galls.)
GALLABAT, or Galabat, called by the Abyssinians Matemma (Metemma), a town of the Anglo-Egyptian Sudan, in 13° N. 36° 12′ E. It is built, at the foot of a steep slope, on the left bank of a tributary of the Atbara called the Khor Abnaheir, which forms here the Sudan-Abyssinian frontier. Gallabat lies 90 m. W. by N. of Gondar, the capital of Amhara, and being on the main route from Sennar to Abyssinia, is a trade centre of some importance. Pop. about 3000. The majority of the buildings are grass tukls. Slaves, beeswax, coffee, cotton and hides were formerly the chief articles of commerce. The slave market was closed about 1874. Being on the frontier line, the possession of the town was for long a matter of dispute between the Sudanese, and later the Egyptians, on the one hand and the Abyssinians on the other. About 1870 the Egyptians garrisoned the town, which in 1886 was attacked by the dervishes and sacked. From Gallabat a dervish raiding party penetrated to Gondar, which they looted. In revenge an Abyssinian army under King John attacked the dervishes close to Gallabat in March 1889. The dervishes suffered very severely, but King John being killed by a stray bullet, the Abyssinians retired (see Egypt: Military Operations, 1885-1896). In December 1898 an Anglo-Egyptian force entered Gallabat. The Abyssinians then held the fort, but as the result of frontier arrangement the town was definitely included in the Sudan, though Abyssinia takes half the customs revenue. Since 1899 the trade of the place has revived, coffee and live stock being the most important items.
GALLABAT, or Galabat, known to the Abyssinians as Matemma (Metemma), is a town in the Anglo-Egyptian Sudan, located at 13° N, 36° 12′ E. It sits at the base of a steep slope on the left bank of a tributary of the Atbara called the Khor Abnaheir, which marks the Sudan-Abyssinian border. Gallabat is situated 90 miles W. by N. of Gondar, the capital of Amhara, and, being on the main route from Sennar to Abyssinia, is an important trade center. The population is about 3,000. Most buildings are grass tukls. Slaves, beeswax, coffee, cotton, and hides were previously the main trade goods. The slave market was shut down around 1874. Because it’s on the border, control of the town was long contested between the Sudanese, later the Egyptians, and the Abyssinians. Around 1870, Egyptian forces garrisoned the town, and in 1886, it was attacked and looted by the dervishes. From Gallabat, a dervish raiding party advanced to Gondar and plundered it. In retaliation, an Abyssinian army led by King John attacked the dervishes near Gallabat in March 1889. The dervishes faced heavy losses, but King John was killed by a stray bullet, leading the Abyssinians to retreat (see Egypt: Military Operations, 1885-1896). In December 1898, an Anglo-Egyptian force entered Gallabat. The Abyssinians held the fort at that time, but following a border agreement, the town was officially incorporated into the Sudan, although Abyssinia receives half of the customs revenue. Since 1899, trade in the area has resumed, with coffee and livestock being the most significant commodities.
The town and district form a small ethnographical island, having been peopled in the 18th century by a colony of Takruri from Darfur, who, finding the spot a convenient resting-place for their fellow-pilgrims on their way to Mecca and back, obtained permission from the negus of Abyssinia to make a permanent settlement. They are an industrious agricultural race, and cultivate cotton with considerable success. They also collect honey in large quantities. The Takruri possess jagged throwing knives, which are said to have been brought from their original home in the Upper Congo regions.
The town and district make up a small cultural island, having been settled in the 18th century by a group of Takruri from Darfur. They found the area a convenient resting place for their fellow pilgrims traveling to Mecca and back, so they got permission from the negus of Abyssinia to establish a permanent settlement. They are a hardworking agricultural community and successfully grow cotton. They also collect honey in large amounts. The Takruri have sharp throwing knives, which are said to have been brought from their original home in the Upper Congo regions.
GALLAIT, LOUIS (1810-1887), Belgian painter, was born at Tournay, in Hainaut, Belgium, on the 9th of May 1810. He first studied in his native town under Hennequin. In 1832 his first picture, “Tribute to Caesar,” won a prize at the exhibition at Ghent. He then went to Antwerp to prosecute his studies under Mathieu Ignace Van Brée, and in the following year exhibited at the Brussels Salon “Christ Healing the Blind.” This picture was purchased by subscription and placed in the cathedral at Tournay. Gallait next went to Paris, whence he sent to the Belgian Salons “Job on the Dunghill,” “Montaigne Visiting Tasso in Prison”; and, in 1841, “The Abdication of Charles V.,” in the Brussels Gallery. This was hailed as a triumph, and gained for the painter a European reputation. Official invitations then caused him to settle at Brussels, where he died on the 20th of November 1887. Among his greater works may be named: “The Last Honours paid to Counts Egmont and Horn by the Corporations of the Town of Brussels,” now at Tournay; “The Death of Egmont,” in the Berlin gallery; the “Coronation of Baudouin, Emperor of Constantinople,” painted for Versailles; “The Temptation of St Anthony,” in the palace at Brussels; “The Siege of Antioch,” “Art and Liberty,” a “Portrait of M.B. Dumortier” and “The Plague at Tournay,” all in the Brussels gallery. “A Gipsy Woman and her Children” was painted in 1852. “M. Gallait has all the gifts that may be acquired by work, taste, judgment and determination,” wrote Théophile Gautier; his art is that of a man of tact, a skilled painter, happy in his dramatic treatment but superficial. No doubt, this Walloon artist, following the example of the Flemings of the Renaissance and the treatment of Belgian classical painters and the French Romantic school, sincerely aimed at truth; unfortunately, misled by contemporary taste, he could not conceive of it excepting as dressed in sentimentality. As an artist employed by the State he exercised considerable influence, and for a long period he was the leader of public taste in Brussels.
GALLAIT, LOUIS (1810-1887), Belgian painter, was born in Tournay, Hainaut, Belgium, on May 9, 1810. He initially studied in his hometown under Hennequin. In 1832, his first painting, “Tribute to Caesar,” won a prize at the Ghent exhibition. He then moved to Antwerp to continue his studies under Mathieu Ignace Van Brée, and the following year, he exhibited “Christ Healing the Blind” at the Brussels Salon. This painting was funded by subscription and placed in the cathedral in Tournay. Gallait then went to Paris, where he sent pieces like “Job on the Dunghill” and “Montaigne Visiting Tasso in Prison” to the Belgian Salons, and in 1841, “The Abdication of Charles V.” at the Brussels Gallery. This work received acclaim, establishing him as a prominent artist in Europe. Official invitations led him to settle in Brussels, where he passed away on November 20, 1887. Some of his notable works include: “The Last Honours paid to Counts Egmont and Horn by the Corporations of the Town of Brussels,” now in Tournay; “The Death of Egmont,” in the Berlin gallery; “The Coronation of Baudouin, Emperor of Constantinople,” painted for Versailles; “The Temptation of St Anthony,” in the palace at Brussels; and “The Siege of Antioch,” “Art and Liberty,” a “Portrait of M.B. Dumortier,” and “The Plague at Tournay,” all in the Brussels gallery. “A Gipsy Woman and her Children” was painted in 1852. “M. Gallait has all the gifts that may be acquired by work, taste, judgment, and determination,” wrote Théophile Gautier; his art reflects a tactful man, a skilled painter, successful in his dramatic approach but somewhat superficial. Though this Walloon artist aimed for truth, inspired by the Renaissance Flemings, Belgian classical painters, and the French Romantic school, he was unfortunately led astray by contemporary tastes, perceiving it only through a sentimental lens. As a state-employed artist, he held significant influence and was a major force in shaping public taste in Brussels for many years.
See Teichlin, Louis Gallait und die Malerei in Deutschland (1853); J. Dujardin, L’Art flamand (1899); C. Lemonnier, Histoire des beaux-arts en Belgique (1881).
See Teichlin, Louis Gallait und die Malerei in Deutschland (1853); J. Dujardin, L’Art flamand (1899); C. Lemonnier, Histoire des beaux-arts en Belgique (1881).
GALLAND, ANTOINE (1646-1715), French Orientalist and archaeologist, the first European translator of the Arabian Nights, was born on the 4th of April 1646 at Rollot, in the department of Somme. The completion of his school education at Noyon was followed by a brief apprenticeship to a trade, from which, however, he soon escaped, to pursue his linguistic studies at Paris. After having been employed for some time in making a catalogue of the Oriental manuscripts at the Sorbonne, he was, in 1670, attached to the French embassy at Constantinople; and in 1673 he travelled in Syria and the Levant, where he copied a great number of inscriptions, and sketched, and in some cases removed historical monuments. After a brief visit to France, where his collection of ancient coins attracted some attention, Galland returned to the Levant in 1676; and in 1679 he undertook a third voyage, being commissioned by the French East India Company to collect for the cabinet of Colbert; on the expiration of this commission he was instructed by the government to continue his researches, and had the title of 413 “antiquary to the king” conferred upon him. During his prolonged residences abroad he acquired a thorough knowledge of the Arabic, Turkish and Persian languages and literatures, which, on his final return to France, enabled him to render valuable assistance to Thevenot, the keeper of the royal library, and to Barthélemy d’Herbelot. After their deaths he lived for some time at Caen under the roof of Nicolas Foucault (1643-1721), the intendant of Caen, himself no mean archaeologist; and there he began the publication (12 vols., 1704-1717) of Les mille et une nuits, which excited immense interest during the time of its appearance, and is still the standard French translation. It had no pretensions to verbal accuracy, and the coarseness of the language was modified to suit European taste, but the narrative was adequately rendered. In 1701 Galland had been admitted into the Academy of Inscriptions, and in 1709 he was appointed to the chair of Arabic in the Collège de France. He continued to discharge the duties of this post until his death, which took place on the 17th of February 1715.
GALLAND, ANTOINE (1646-1715), was a French Orientalist and archaeologist, and the first European to translate the Arabian Nights. He was born on April 4, 1646, in Rollot, in the Somme department. After finishing school in Noyon, he briefly apprenticed in a trade but soon left to focus on his language studies in Paris. He worked for a while cataloging Oriental manuscripts at the Sorbonne. In 1670, he joined the French embassy in Constantinople, and in 1673 he traveled through Syria and the Levant, where he copied many inscriptions and sketched or, in some cases, removed historical monuments. After a short visit back to France, where his collection of ancient coins gained some attention, Galland returned to the Levant in 1676. In 1679, he undertook a third voyage commissioned by the French East India Company to collect items for Colbert’s cabinet; once that commission ended, the government instructed him to continue his research, granting him the title of 413 "antiquary to the king." During his extended stays abroad, he gained a deep understanding of Arabic, Turkish, and Persian languages and literatures, which, upon his final return to France, allowed him to provide valuable assistance to Thevenot, the keeper of the royal library, and Barthélemy d’Herbelot. After they passed away, he lived for a time in Caen with Nicolas Foucault (1643-1721), the intendant of Caen and an accomplished archaeologist himself. There, he began publishing Les mille et une nuits (12 volumes, 1704-1717), which generated immense interest at the time and remains the standard French translation. Although it didn't strive for exact wording and the language was toned down to align with European preferences, the narrative was adequately conveyed. In 1701, Galland was admitted to the Academy of Inscriptions, and in 1709, he was appointed to the Arabic chair at the Collège de France. He fulfilled the responsibilities of this role until his death on February 17, 1715.
Besides a number of archaeological works, especially in the department of numismatics, he published a compilation from the Arabic, Persian and Turkish, entitled Paroles remarquables, bons mots et maximes des orientaux (1694), and a translation from an Arabic manuscript, De l’origine et du progrès du café (1699). The former of these works appeared in an English translation in 1795. His Contes et fables indiennes de Bidpaï et de Lokman was published (1724) after his death. Among his numerous unpublished manuscripts are a translation of the Koran and a Histoire générale des empereurs turcs. His Journal was published by M. Charles Schefer in 1881.
Besides several archaeological works, particularly in the field of numismatics, he published a compilation from the Arabic, Persian, and Turkish, called Paroles remarquables, bons mots et maximes des orientaux (1694), and a translation from an Arabic manuscript, De l’origine et du progrès du café (1699). The former of these works was translated into English in 1795. His Contes et fables indiennes de Bidpaï et de Lokman was published (1724) after his death. Among his many unpublished manuscripts are a translation of the Koran and a Histoire générale des empereurs turcs. His Journal was published by M. Charles Schefer in 1881.
GALLARATE, a town of Lombardy, Italy, in the province of Milan, from which it is 25 m. N.W. by rail. Pop. (1901) 12,002. The town is of medieval origin. It is remarkable mainly for its textile factories. It is the junction of railways to Varese, Laveno and Arona (for the Simplon). Six miles to the W. are the electric works of Vizzola, the largest in Europe, where 23,000 h.p. are derived from the river Ticino.
Gallarate a town in Lombardy, Italy, located 25 miles Northwest of Milan by train. Population (1901) 12,002. The town has medieval origins and is mainly known for its textile factories. It serves as the junction for railways to Varese, Laveno, and Arona (for the Simplon). Six miles to the West are the electric works of Vizzola, the largest in Europe, generating 23,000 horsepower from the river Ticino.
GALLARS [in Lat. Gallasius], NICOLAS DES (c. 1520-c. 1580), Calvinistic divine, first appears as author of a Defensio of William Farel, published at Geneva in 1545, followed (1545-1549) by translations into French of three tracts by Calvin. In 1551 he was admitted burgess of Geneva, and in 1553 made pastor of a country church in the neighbourhood. In 1557 he was sent to minister to the Protestants at Paris; his conductor, Nicolas du Rousseau, having prohibited books in his possession, was executed at Dijon; des Gallars, having nothing suspicious about him, continued his journey. On the revival of the Strangers’ church in London (1560), he, being then minister at Geneva, came to London to organize the French branch; and in 1561 he published La Forme de police ecclésiastique instituée à Londres en l’Église des François. In the same year he assisted Beza at the colloquy of Poissy. He became minister to the Protestants at Orleans in 1564; presided at the synod of Paris in 1565; was driven out of Orleans with other Protestants in 1568; and in 1571 was chaplain to Jeanne d’Albret, queen of Navarre. Calvin held him in high esteem, employing him as amanuensis, and as editor as well as translator of several of his exegetical and polemical works. He himself wrote a commentary on Exodus (1560); edited an annotated French Bible (1562) and New Testament (1562); and published tracts against Arians (1565-1566). His main work was his edition of Irenaeus (1570) with prefatory letter to Grindal, then bishop of London, and giving, for the first time, some fragments of the Greek text. His collaboration with Beza in the Histoire des Églises Réformées du royaume de France (1580) is doubted by Bayle.
GALLARS [in Lat. Gallasius], NICOLAS DES (c. 1520-c. 1580), a Calvinist theologian, first appears as the author of a Defensio of William Farel, published in Geneva in 1545, followed (1545-1549) by translations into French of three tracts by Calvin. In 1551, he became a citizen of Geneva and in 1553 was made pastor of a rural church nearby. In 1557, he was sent to minister to the Protestants in Paris; his companion, Nicolas du Rousseau, who had prohibited books with him, was executed in Dijon; des Gallars, with nothing suspicious about him, continued his journey. When the Strangers’ church in London was revived (1560), he, being the minister in Geneva, traveled to London to organize the French branch; in 1561, he published La Forme de police ecclésiastique instituée à Londres en l’Église des François. In the same year, he assisted Beza at the colloquy of Poissy. He became the minister for the Protestants in Orleans in 1564, presided over the synod of Paris in 1565, was expelled from Orleans with other Protestants in 1568, and in 1571 served as chaplain to Jeanne d’Albret, queen of Navarre. Calvin held him in high regard, employing him as a copyist and as an editor and translator of various exegetical and polemical works. He wrote a commentary on Exodus (1560); edited an annotated French Bible (1562) and New Testament (1562); and published tracts against Arians (1565-1566). His main work was his edition of Irenaeus (1570) with a prefatory letter to Grindal, then bishop of London, and it included, for the first time, some fragments of the Greek text. Bayle questions his collaboration with Beza in the Histoire des Églises Réformées du royaume de France (1580).
See Bayle, Dictionnaire hist. et crit.; Jean Senebier, Hist. littéraire de Genève (1786); Nouvelle Biog. gén. (1857).
See Bayle, Dictionnaire hist. et crit.; Jean Senebier, Hist. littéraire de Genève (1786); Nouvelle Biog. gén. (1857).
GALLAS, MATTHIAS, Count of Campo, Duke of Lucera (1584-1647), Austrian soldier, first saw service in Flanders, and in Savoy with the Spaniards, and subsequently joined the forces of the Catholic League as captain. On the general outbreak of hostilities in Germany, Gallas, as colonel of an infantry regiment, distinguished himself, especially at the battle of Stadtlohn (1623). In 1630 he was serving as General-Feldwachtmeister under Collalto in Italy, and was mainly instrumental in the capture of Mantua. Made count of the Empire for this service, he returned to Germany for the campaign against Gustavus Adolphus. In command of a corps of Wallenstein’s army, he covered Bohemia against the Swedes in 1631-1632, and served at the Alte Veste near Nuremberg, and at Lützen. Further good service against Bernhard of Saxe-Weimar commended General Gallas to the notice of the emperor, who made him lieutenant-general in his own army. He was one of the chief conspirators against Wallenstein, and after the tragedy of Eger was appointed to the command of the army which Wallenstein had formed and led. At the great battle of Nördlingen (23rd of August 1634) in which the army of Sweden was almost annihilated, Gallas commanded the victorious Imperialists. His next command was in Lorraine, but even the Moselle valley had suffered so much from the ravages of war that his army perished of want. Still more was this the case in northern Germany, where Gallas commanded against the Swedish general Banér in 1637 and 1638. At first driving the Swedes before him, in the end he made a complete failure of the campaign, lost his command, and was subject to much ridicule. It was, however, rather the indiscipline of his men (the baneful legacy of Wallenstein’s methods) than his own faults which brought about his disastrous retreat across North Germany, and at a moment of crisis he was recalled to endeavour to stop Torstenson’s victorious advance, only to be shut up in Magdeburg, whence he escaped with the barest remnant of his forces. Once more relieved of his command, he was again recalled to make head against the Swedes in 1645 (after their victory at Jankow). Before long, old and warworn, he resigned his command, and died in 1647 at Vienna. His army had earned for itself the reputation of being the most cruel and rapacious force even in the Thirty Years’ War, and his Merode Brüder have survived in the word marauder. Like many other generals of that period, he had acquired much wealth and great territorial possessions (the latter mostly his share of Wallenstein’s estates). He was the founder of the Austrian family of Clam-Gallas, which furnished many distinguished soldiers to the Imperial army.
GALLAS, MATTHIAS, Count of Campo, Duke of Lucera (1584-1647), was an Austrian soldier who began his career in Flanders and Savoy with the Spaniards before joining the Catholic League as a captain. When hostilities broke out in Germany, Gallas distinguished himself as a colonel of an infantry regiment, particularly during the battle of Stadtlohn (1623). In 1630, he served as General-Feldwachtmeister under Collalto in Italy and played a significant role in capturing Mantua. For this achievement, he was made a count of the Empire and returned to Germany for the campaign against Gustavus Adolphus. He commanded a corps in Wallenstein’s army, protecting Bohemia from the Swedes from 1631 to 1632, and fought at the Alte Veste near Nuremberg and at Lützen. His effective actions against Bernhard of Saxe-Weimar earned him recognition from the emperor, who promoted him to lieutenant-general in his own army. Gallas was one of the key conspirators against Wallenstein and took command of the army Wallenstein had formed after the tragedy at Eger. At the major battle of Nördlingen (August 23, 1634), where the Swedish army was almost defeated, Gallas led the victorious Imperialists. He was then assigned to command in Lorraine, but even the Moselle valley had been so devastated by war that his army suffered from lack of supplies. The same was true in northern Germany, where Gallas faced the Swedish general Banér in 1637 and 1638. Initially pushing the Swedes back, he ultimately failed in the campaign, lost his command, and faced significant ridicule. However, it was largely the indiscipline of his troops (a negative legacy of Wallenstein’s tactics) rather than his own shortcomings that led to his disastrous retreat across northern Germany. At a critical moment, he was recalled to try to stop Torstenson’s successful advance, only to end up trapped in Magdeburg, from which he escaped with only a small fraction of his forces. Once again relieved of his command, he was recalled to confront the Swedes in 1645 (after their victory at Jankow). Soon after, worn out by war, he resigned and died in 1647 in Vienna. His army gained a reputation for being particularly cruel and looting even during the Thirty Years’ War, and his Merode Brüder have given rise to the term marauder. Like many generals of his time, he amassed considerable wealth and large landholdings (mostly from Wallenstein’s estates). He founded the Austrian family of Clam-Gallas, which produced many notable soldiers for the Imperial army.
GALLAS, or more correctly Galla, a powerful Hamitic people of eastern Africa, scattered over the wide region which extends for about 1000 m. from the central parts of Abyssinia to the neighbourhood of the river Sabaki in British East Africa. The name “Galla” or “Gala” appears to be an Abyssinian nickname, unknown to the people, who call themselves Ilm’ Orma, “sons of men” or “sons of Orma,” an eponymous hero. In Shoa (Abyssinia) the word is connected with the river Gála in Guragie, on the banks of which a great battle is said to have been fought between the Galla and the Abyssinians. Arnaud d’Abbadie says that the Abyssinian Moslems recount that, when summoned by the Prophet’s messenger to adopt Islam, the chief of the Galla said “No,”—in Arabic kāl (or gāl) la,—and the Prophet on hearing this said, “Then let their very name imply their denial of the Faith.” Of all Hamitic peoples the Galla are the most numerous. Dr J. Ludwig Krapf estimated them (c. 1860) at from six to eight millions; later authorities put them at not much over three millions. Individual tribes are said to be able to bring 20,000 to 30,000 horsemen into the field.
Gallas, or more accurately Gala, are a strong Hamitic group from eastern Africa, spread across a large area that stretches about 1000 miles from central Abyssinia to near the Sabaki River in British East Africa. The term “Galla” or “Gala” seems to be an Abyssinian nickname, which the people themselves don’t use; they refer to themselves as Ilm’ Orma, meaning “sons of men” or “sons of Orma,” a legendary hero. In Shoa (Abyssinia), the name is linked to the Gála River in Guragie, where a significant battle was reportedly fought between the Galla and the Abyssinians. Arnaud d’Abbadie mentions that the Abyssinian Muslims say that when asked by the Prophet’s messenger to convert to Islam, the Galla chief replied “No,”—in Arabic kāl (or gāl) la,—and upon hearing this, the Prophet declared, “Then let their very name signify their rejection of the Faith.” Of all Hamitic groups, the Galla are the largest. Dr. J. Ludwig Krapf estimated their numbers around 1860 to be between six and eight million; later estimates suggest they are just over three million. Individual tribes are said to be capable of fielding 20,000 to 30,000 horsemen.
Hardly anything is definitely known as to the origin and early home of the race, but it appears to have occupied the southern part of its present territory since the 16th century. According to Hiob Ludolf and James Bruce, the Galla invaders first crossed the Abyssinian frontiers in the year 1537. The Galla of Gojam (a district along the northern side of the river Abai) tell how their savage forefathers came from the south-east from a country on the other side of a bahr (lake or river), and the Yejju and Raia Galla also point towards the east and commemorate the passage of a bahr. Among the southern Galla tradition appears to be mainly concerned with the expulsion of the race from the country now occupied by the Somali. Their original home was possibly in the district east of Victoria Nyanza, for the tribes near Mount Kenya are stated to go on periodical pilgrimages to the mountain, making offerings to it as if to their mother. A theory has been advanced that the great exodus which it seems certain took place among the peoples throughout eastern Africa during the 15th century was caused by some great eruption of Kenya 414 and other volcanoes of equatorial Africa. As a geographical term Galla-land is now used mainly to denote the south-central regions of the Abyssinian empire, the country in which the Galla are numerically strongest. There is no sharp dividing line between the territory occupied respectively by the Galla and by the Somali.
Hardly anything is definitely known about the origin and early home of the race, but it seems to have lived in the southern part of its current territory since the 16th century. According to Hiob Ludolf and James Bruce, the Galla invaders first crossed the Abyssinian borders in 1537. The Galla of Gojam (a district on the northern side of the Abai River) share stories about their fierce ancestors coming from the southeast from a land beyond a bahr (lake or river), and the Yejju and Raia Galla also refer to the east and remember the crossing of a bahr. Among the southern Galla, the tradition mainly focuses on the expulsion of the race from the lands now inhabited by the Somali. Their original home may have been in the area east of Lake Victoria, as tribes near Mount Kenya are said to go on periodic pilgrimages to the mountain, offering gifts as if it were their mother. There is a theory that the significant migration that likely occurred among peoples throughout eastern Africa during the 15th century was triggered by a major eruption of Kenya 414 and other volcanoes in equatorial Africa. Geographically, Galla-land is now used mainly to refer to the south-central regions of the Abyssinian empire, the area where the Galla are most numerous. There is no clear boundary separating the territories occupied by the Galla and the Somali.
In any case the Galla must be regarded as members of that vast eastern Hamitic family which includes their neighbours, the Somali, the Afars (Danakil) and the Abyssinians. As in all the eastern Hamites, there is a perceptible strain of Negro blood in the Galla, who are, however, described by Sir Frederick Lugard as “a wonderfully handsome race, with high foreheads, brown skins, and soft wavy hair quite different from the wool of the Bantus.” As a rule their features are quite European. Their colour is dark brown, but many of the northern Galla are of a coffee and milk tint. The finest men are to be found among the Limmu and Gudru on the river Abai.
In any case, the Galla should be seen as part of the larger eastern Hamitic family, which also includes their neighbors, the Somali, the Afars (Danakil), and the Abyssinians. Like other eastern Hamites, there is a noticeable mix of Negro ancestry among the Galla, who Sir Frederick Lugard describes as “a wonderfully handsome race, with high foreheads, brown skin, and soft wavy hair quite different from the wool of the Bantus.” Generally, their features are quite European. Their skin tone is dark brown, but many of the northern Galla have a coffee and milk complexion. The finest individuals are found among the Limmu and Gudru along the river Abai.
The Galla are for the most part still in the nomadic and pastoral stage, though in Abyssinia they have some agricultural settlements. Their dwellings, circles of rough stones roofed with grasses, are generally built under trees. Their wealth consists chiefly in cattle and horses. Among the southern tribes it is said that about seven or eight head of cattle are kept for every man, woman and child; and among the northern tribes, as neither man nor woman ever thinks of going any distance on foot, the number of horses is very large. The ordinary food consists of flesh, blood, milk, butter and honey, the last being considered of so much importance by the southern Galla that a rude system of bee-keeping is in vogue, and the husband who fails to furnish his wife with a sufficient supply of honey may be excluded from all conjugal rights. In the south monogamy is the rule, but in the north the number of a man’s wives is limited only by his wishes and his wealth. Marriage-forms are numerous, that of bride-capture being common. Each tribe has its own chief, who enjoys the strange privilege of being the only merchant for his people, but in all public concerns must take the advice of the fathers of families assembled in council. The greater proportion of the tribes are still pagan, worshipping a supreme god Waka, and the subordinate god and goddess Oglieh and Atetieh, whose favour is secured by sacrifices of oxen and sheep. With a strange liberality of sentiment, they say that at a certain time of the year Waka leaves them and goes to attend to the wants of their enemies the Somali, whom also he has created. Some tribes, and notably the Wollo Galla, have been converted to Mahommedanism and are very bigoted adherents of the Prophet. In the north, where the Galla are under Abyssinian rule, a kind of superficial Christianization has taken place, to the extent at least that the people are familiar with the names of Maremma or Mary, Balawold or Jesus, Girgis or St George, &c.; but to all practical intents paganism is still in force. The serpent is a special object of worship, the northern Galla believing that he is the author of the human race. There is a belief in were-wolves (buda), and the northern Galla have sorcerers who terrorize the people. Though cruel in war, all Galla respect their pledged word. They are armed with a lance, a two-edged knife, and a shield of buffalo or rhinoceros hide. A considerable number find employment in the Abyssinian armies.
The Galla mostly still lead a nomadic and pastoral lifestyle, although in Abyssinia they have some farming communities. Their homes, circles of rough stones topped with grass, are typically built under trees. Their wealth mainly comes from cattle and horses. It’s said that among the southern tribes, there are about seven or eight head of cattle for every man, woman, and child; while in the northern tribes, since neither men nor women think about traveling any distance on foot, the number of horses is quite high. Their typical diet includes meat, blood, milk, butter, and honey, with honey being so important to the southern Galla that they practice a basic form of beekeeping, and a husband who doesn't provide enough honey for his wife can lose all marital rights. In the south, monogamy is standard, but in the north, a man can have as many wives as he wants, depending on his desires and wealth. There are many different marriage customs, with bride capture being common. Each tribe has its own chief, who holds the unusual privilege of being the only merchant for his people but must seek advice from the heads of families in council for all public matters. Most tribes are still pagan, worshiping a supreme god named Waka, along with the lesser gods and goddesses Oglieh and Atetieh, whose favor is sought through sacrifices of oxen and sheep. Strangely, they believe that at a certain time of year, Waka leaves them to attend to the needs of their enemies, the Somali, whom he also created. Some tribes, particularly the Wollo Galla, have converted to Islam and are very zealous followers of the Prophet. In the north, where the Galla are under Abyssinian control, there has been a kind of superficial Christian influence, to the extent that people know the names Maremma or Mary, Balawold or Jesus, Girgis or St. George, etc.; however, in practical terms, paganism still prevails. The serpent is especially revered, with northern Galla believing it is the source of humanity. They have a belief in werewolves (buda), and northern Galla have sorcerers who instill fear in the community. Though fierce in battle, all Galla honor their promises. They carry lances, double-edged knives, and shields made from buffalo or rhinoceros hide. A significant number also serve in the Abyssinian armies.
Among the more important tribes in the south (the name in each instance being compounded with Galla) are the Ramatta, the Kukatta, the Baōle, the Aurova, the Wadjole, the Ilani, the Arrar and the Kanigo Galla; the Borani, a very powerful tribe, may be considered to mark the division between north and south; and in the north we find the Amoro, the Jarso, the Toolama, the Wollo, the Ambassil, the Aijjo, and the Azobo Galla.
Among the more significant tribes in the south (each name includes "Galla") are the Ramatta, the Kukatta, the Baōle, the Aurova, the Wadjole, the Ilani, the Arrar, and the Kanigo Galla; the Borani, a very strong tribe, can be seen as the boundary between north and south; and in the north, we have the Amoro, the Jarso, the Toolama, the Wollo, the Ambassil, the Aijjo, and the Azobo Galla.
See C.T. Beke, “On the Origin of the Gallas,” in Trans. of Brit. Assoc. (1847); J. Ludwig Krapf, Travels in Eastern Africa (1860); and Vocabulary of the Galla Language (London, 1842); Arnaud d’Abbadie, Douze Ans dans la Haute-Éthiopie (1868); Ph. Paulitschke, Ethnographie Nord-Ost-Afrikas; Die geistige Kultur der Dan’akil, Galla u. Somâl (Berlin, 1896); P.M. de Salviac, Les Galla (Paris, 1901).
See C.T. Beke, “On the Origin of the Gallas,” in Trans. of Brit. Assoc. (1847); J. Ludwig Krapf, Travels in Eastern Africa (1860); and Vocabulary of the Galla Language (London, 1842); Arnaud d’Abbadie, Douze Ans dans la Haute-Éthiopie (1868); Ph. Paulitschke, Ethnographie Nord-Ost-Afrikas; Die geistige Kultur der Dan’akil, Galla u. Somâl (Berlin, 1896); P.M. de Salviac, Les Galla (Paris, 1901).
GALLATIN, ALBERT (1761-1849), American statesman, was born in Geneva (Switzerland) on the 29th of January 1761. The Gallatins were both an old and a noble family. They are first heard of in Savoy in the year 1258, and more than two centuries later they went to Geneva (1510), united with Calvin in his opposition to Rome, and associated their fortunes with those of the little Swiss city. Here they remained, and with one or two other great families governed Geneva, and sent forth many representatives to seek their fortune and win distinction in the service of foreign princes, both as soldiers and ministers. On the eve of the French Revolution the Gallatins were still in Geneva, occupying the same position which they had held for two hundred years. Albert Gallatin’s father died in 1765, his mother five years later, and his only sister in 1777. Although left an orphan at nine, he was by no means lonely or unprotected. His grandparents, a large circle of near relatives and Mlle Catherine Pictet (d. 1795), an intimate friend of his mother, cared for him during his boyhood. He was thoroughly educated at the schools of Geneva, and graduated with honour from the college or academy there in 1779. His grandmother then wished him to enter the army of the landgrave of Hesse, but he declined to serve “a tyrant,” and a year later slipped away from Geneva and embarked for the United States. A competent fortune, good prospects, social position, and a strong family connexion were all thrown aside in order to tempt fate in the New World. His relatives very properly opposed his course, but they nevertheless did all in their power to smooth his way, and continued to treat him kindly. In after life he himself admitted the justice of their opinions. The temper of the times, a vague discontent with the established order of things, and some political enthusiasm imbibed from the writings of Rousseau, are the best reasons which can now be assigned for Gallatin’s desertion of home and friends.
GALLATIN, ALBERT (1761-1849), American statesman, was born in Geneva, Switzerland, on January 29, 1761. The Gallatins were an old and noble family. They first appeared in Savoy in 1258, and over two centuries later, they moved to Geneva in 1510, aligning themselves with Calvin in his opposition to Rome and tying their fate to the small Swiss city. They remained there, governing Geneva along with a few other prominent families, and sent many representatives to seek their fortunes and achieve distinction in the service of foreign princes, both as soldiers and diplomats. On the eve of the French Revolution, the Gallatins were still in Geneva, maintaining the same status they had held for 200 years. Albert Gallatin’s father passed away in 1765, his mother five years later, and his only sister in 1777. Although he was left an orphan at age nine, he was not lonely or without support. His grandparents, a large circle of close relatives, and Mlle Catherine Pictet (d. 1795), a close friend of his mother, took care of him during his childhood. He received a thorough education in the schools of Geneva and graduated with honors from the college or academy there in 1779. His grandmother wanted him to join the army of the landgrave of Hesse, but he refused to serve “a tyrant” and a year later left Geneva for the United States. He gave up a reasonable fortune, promising prospects, social standing, and strong family connections to take a chance in the New World. His relatives understandably opposed his decision, but they did everything they could to help him and continued to treat him kindly. Later in life, he acknowledged the validity of their concerns. The mood of the times, a general discontent with the established order, and some political enthusiasm inspired by Rousseau’s writings are the best reasons that can now be given for Gallatin’s departure from home and friends.
In July 1780 Gallatin and his friend Henri Serre (d. 1784) landed in Massachusetts. They brought with them youth, hope and courage, as well as a little money, and at once entered into business. The times, however, were unfavourable. The great convulsion of the Revolution was drawing to a close, and everything was in an unsettled condition. The young Genevans failed in business, passed a severe winter in the wilds of Maine, and returned to Boston penniless. Gallatin tried to earn a living by teaching French in Harvard College, apparently not without success, but the cold and rigid civilization of New England repelled him, and he made his way to the South. In the backwoods of Pennsylvania and Virginia there seemed to be better chances for a young adventurer. Gallatin engaged in land speculations, and tried to lay the foundation of his fortune in a frontier farm. In 1789 he married Sophie Allègre, and every prospect seemed to be brightening. But clouds soon gathered again. After only a few months of wedlock his wife died, and Gallatin was once more alone. The solitary and desolate frontier life became now more dreary than ever; he flung himself into politics, the only outside resource open to him, and his long, and eventful public career began.
In July 1780, Gallatin and his friend Henri Serre (d. 1784) arrived in Massachusetts. They brought with them youth, hope, courage, and a bit of money, and immediately jumped into business. However, the times were tough. The major upheaval of the Revolution was winding down, and everything was in chaos. The young men from Geneva struggled in business, endured a harsh winter in the wilderness of Maine, and returned to Boston broke. Gallatin attempted to make a living by teaching French at Harvard College, seemingly with some success, but the cold and rigid culture of New England drove him away, and he headed south. In the backwoods of Pennsylvania and Virginia, he thought there would be better opportunities for a young adventurer. Gallatin got involved in land speculation and aimed to build his fortune with a frontier farm. In 1789, he married Sophie Allègre, and things seemed to be looking up. But trouble loomed once again. After just a few months of marriage, his wife passed away, leaving Gallatin alone once more. The isolated and bleak frontier life now felt even more dismal; he threw himself into politics, the only option available to him, marking the start of his long and eventful public career.
The constitution of 1787 was then before the public, and Gallatin, with his dislike of strong government still upon him, threw himself into opposition and became one of the founders of the Anti-Federalist, or, as it was afterwards called, the Republican party. He was a member of the Pennsylvania Constitutional Convention of 1789-1790, and of the Pennsylvania Assembly in 1790, 1791, and 1792, and rose with surprising rapidity, despite his foreign birth and his inability to speak English with correctness or fluency. He was helped of course by his sound education; but the true cause of his success lay in his strong sense, untiring industry, courage, clear-sightedness and great intellectual force. In 1793 he was chosen United States senator from Pennsylvania by the votes of both political parties. No higher tribute was ever paid to character and ability than that conveyed by this election. But the staunch Federalists of the senate, who had begun to draw the party lines rather sharply, found the presence of the young Genevan highly distasteful. They disliked his French origin, and suspected him to be a man of levelling principles. His seat was contested on account of a technical flaw in regard to the duration of his citizenship, and in February 1794, almost three months after the beginning of the session, the senate annulled the election and sent him back to Pennsylvania with all the glory of political martyrdom.
The 1787 constitution was now in the public eye, and Gallatin, still having a strong aversion to powerful government, took a stand against it and became one of the founders of the Anti-Federalist, or what later became known as the Republican party. He was a member of the Pennsylvania Constitutional Convention from 1789 to 1790 and served in the Pennsylvania Assembly in 1790, 1791, and 1792. He rose rapidly in his political career despite being born overseas and struggling to speak English correctly or fluently. His solid education certainly helped, but the real reasons for his success were his strong sense, relentless work ethic, bravery, clear vision, and significant intellectual capabilities. In 1793, he was elected as a United States senator from Pennsylvania with support from both political parties. No greater tribute could be paid to his character and abilities than this election. However, the firm Federalists in the senate, who were starting to draw clear party lines, found the young Genevan to be quite unwelcome. They were uncomfortable with his French heritage and suspected him of having radical ideas. His seat was challenged due to a technical issue regarding the length of his citizenship, and in February 1794, nearly three months into the session, the senate canceled the election and sent him back to Pennsylvania, gaining him the status of a political martyr.
The leading part which Gallatin had taken in the “Whisky Insurrection” in Western Pennsylvania had, without doubt, been an efficient cause in his rejection by the senate. He intended fully to restrain within legal bounds the opposition which the excise on domestic spirits had provoked, but he made the serious mistake of not allowing sufficiently for the character of the backwoods population. When legal resistance developed into insurrection, Gallatin did his best to retrieve his error and 415 prevent open war. At Redstone Old Fort (Brownsville) on the 29th of August 1794, before the “Committee of Sixty” who were appointed to represent the disaffected people, he opposed with vigorous eloquence the use of force against the government, and refused to be intimidated by an excited band of riflemen who happened to be in the vicinity and represented the radical element. He effectively checked the excitement, and when a month later an overwhelming Federal force began moving upon the western counties, the insurrection collapsed without bloodshed. Of all the men who took part in the opposition to the excise, Gallatin alone came out with credit. He was at once elected to the national house of representatives, and took his seat in December 1795. There, by sheer force of ability and industry, he wrested from all competitors the leadership of the Republicans, and became the most dangerous opponent whom the Federalists had ever encountered in congress. Inflamed with a hatred of France just then rising to the dignity of a party principle, they found in Gallatin an enemy who was both by origin and opinion peculiarly obnoxious to them. They attacked him unsparingly, but in vain. His perfect command of temper, his moderation of speech and action, in a bitterly personal age, never failed, and were his most effective weapons; but he made his power felt in other ways. His clear mind and industrious habits drew him to questions of finance. He became the financier of his party, preached unceasingly his cardinal doctrines of simplicity and economy, and was an effective critic of the measures of government. Cool and temperate, Gallatin, when following his own theories, was usually in the right, although accused by his followers of trimming. Thus, in regard to the Jay treaty, he defended the constitutional right of the house to consider the treaty, but he did not urge rejection in this specific case. On the other hand, when following a purely party policy he generally erred. He resisted the navy, the mainspring of Washington’s foreign policy; he opposed commercial treaties and diplomatic intercourse in a similar fashion. On these points he was grievously wrong, and on all he changed his views after a good deal of bitter experience.
The prominent role that Gallatin played in the “Whisky Rebellion” in Western Pennsylvania was undoubtedly a significant reason for his rejection by the Senate. He fully intended to contain the opposition sparked by the tax on domestic spirits within legal limits, but he seriously underestimated the nature of the frontier population. When legal pushback escalated into rebellion, Gallatin tried his best to correct his mistake and prevent open conflict. At Redstone Old Fort (Brownsville) on August 29, 1794, before the “Committee of Sixty” representing the dissatisfied citizens, he passionately argued against the use of force against the government and stood firm despite being confronted by an agitated group of riflemen who were part of the radical faction. He successfully calmed the crowd, and when a month later a large Federal force began advancing on the western counties, the rebellion fell apart without any bloodshed. Out of all the individuals who opposed the excise, only Gallatin emerged with his reputation intact. He was immediately elected to the national House of Representatives and took his seat in December 1795. There, through sheer talent and hard work, he outshone all contenders to take the lead among the Republicans, becoming the most formidable opponent the Federalists had ever faced in Congress. Fueled by a rising animosity toward France turning into a party principle, they saw Gallatin as an adversary who was especially objectionable to them by both his background and views. They attacked him relentlessly, but it was in vain. His incredible self-control, along with his measured speech and actions in a highly personal and antagonistic era, proved to be his most effective tools; however, he also made his influence known in other ways. His sharp intellect and diligent work ethic led him to focus on financial issues. He became the financial strategist of his party, relentlessly advocating for his core principles of simplicity and economy, and effectively critiqued government policies. Calm and sensible, Gallatin was usually right when adhering to his own theories, though his followers sometimes accused him of being inconsistent. For example, regarding the Jay Treaty, he upheld the constitutional right of the House to examine the treaty, but he did not push for its rejection in this instance. Conversely, when he adhered to a strictly party line, he often went awry. He opposed the navy, essential to Washington’s foreign policy, and similarly resisted commercial treaties and diplomatic relations. On these issues, he was profoundly mistaken and eventually changed his views after facing considerable harsh realities.
The greatest period of Gallatin’s career in congress was in 1798, after the publication of the famous X.Y.Z. despatches. The insults of Talleyrand, and his shameless attempts to extort bribes from the American commissioners, roused the deep anger of the people against France. The Federalists swept all before them, and the members of the opposition either retired from Philadelphia or went over to the government. Alone and single-handed, Gallatin carried on the fight in congress. The Federalists bore down on him unmercifully, and even attempted (1798) a constitutional amendment in regard to citizenship, partly, it appears, in order to drive him from office. Still he held on, making a national struggle in the national legislature, and relying very little upon the rights of States so eagerly grasped by Jefferson and Madison. But even then the tide was turning. The strong measures of the Federalists shocked the country; the leaders of the dominant party quarrelled fiercely among themselves; and the Republicans carried the elections of 1800. In the exciting contest for the presidency in the house of representatives between Jefferson and Burr, it was Gallatin who led the Republicans.
The peak of Gallatin’s career in Congress came in 1798, after the publication of the famous X.Y.Z. dispatches. The insults from Talleyrand and his brazen attempts to extort bribes from the American commissioners fueled the public’s anger towards France. The Federalists dominated the political landscape, forcing opposition members to either leave Philadelphia or switch to the government’s side. Alone, Gallatin continued the fight in Congress. The Federalists relentlessly attacked him and even tried to pass a constitutional amendment regarding citizenship in 1798, seemingly to push him out of office. Yet, he persevered, waging a national battle in the national legislature, relying very little on the states' rights that Jefferson and Madison valued so much. However, the situation was changing. The Federalists' harsh measures alarmed the public; their leaders fought bitterly among themselves, and the Republicans won the elections of 1800. In the intense presidential contest in the House of Representatives between Jefferson and Burr, Gallatin was the one who led the Republicans.
When, after this contest, Jefferson became president (1801), there were two men whose commanding abilities marked them for the first places in the cabinet. James Madison became secretary of state, and Albert Gallatin secretary of the treasury. Wise, prudent and conservative, Gallatin made few changes in Hamilton’s arrangements, and for twelve years administered the national finances with the greatest skill. He and Jefferson were both imbued with the idea that government could be carried on upon a priori principles resting on the assumed perfectness of human nature, and the chief burden of carrying out this theory fell upon Gallatin. His guiding principles were still simplicity of administration and speedy extinction of all debt, and everything bent to these objects. Fighting or bribing the Barbary pirates was a mere question of expense. It was cheaper to seize Louisiana than to await the settlement of doubtful points. Commercial warfare was to be avoided because of the cost. All wars were bad, but if they could not be evaded it was less extravagant to be ready than to rush to arms unprepared. Amid many difficulties, and thwarted even by Jefferson himself in the matter of the navy, Gallatin pushed on; and after six years the public debt was decreased (in spite of the Louisiana purchase) by $14,260,000, a large surplus was on hand, a comprehensive and beneficent scheme of internal improvements was ready for execution, and the promised land seemed in sight. Then came the stress of war in Europe, a wretched neutrality at home, fierce outbreaks of human passions, and the fair structure of government by a priori theories based on the goodness of unoppressed humanity came to the ground. Gallatin was thrown helplessly back upon the rejected Federalist doctrine of government according to circumstances. He uttered no vain regrets, but the position was a trying one. The sworn foe of strong government, he was compelled, in pursuance of Jefferson’s policy, to put into execution the Embargo and other radical and stringent measures. He did his best, but all was in vain. Commercial warfare failed, the Embargo was repealed, and Jefferson, having entangled foreign relations and brought the country to the verge of civil war, retired to private life, leaving to his successor Madison, and to Gallatin, the task of extricating the nation from its difficulties. From 1809 the new administration, drifting steadily towards war, struggled on from one abortive and exasperating negotiation to another. It was a period of sore trial to Gallatin. The peace policy had failed, and nothing else replaced it. He had lost his hold upon Pennsylvania and his support in the house, while a cabal in the senate, bitterly and personally hostile to the treasury, crippled the administration and reduced every government measure to mere inanity. At last, however, in June 1812, congress on Madison’s recommendation declared war against England.
When Jefferson became president after this contest in 1801, two men stood out for key positions in his cabinet. James Madison took on the role of secretary of state, and Albert Gallatin became secretary of the treasury. Wise, careful, and conservative, Gallatin made few changes to Hamilton’s plans and skillfully managed the national finances for twelve years. Both he and Jefferson believed that government could run on principles assuming the inherent perfection of human nature, and Gallatin carried the primary responsibility of implementing this theory. His main goals were still a simple administration and quickly paying off all debt, and everything he did was focused on these objectives. Dealing with the Barbary pirates was just a matter of cost. It was more practical to seize Louisiana than to wait for uncertain outcomes. They wanted to avoid commercial warfare because of its expense. All wars were undesirable, but if they couldn't be avoided, it was smarter to be prepared rather than rush into battle unready. Despite numerous challenges, including opposition from Jefferson regarding the navy, Gallatin persevered; after six years, the public debt was reduced by $14,260,000 (despite the Louisiana purchase), there was a large surplus, and a detailed and beneficial plan for internal improvements was ready to be implemented, and success seemed within reach. Then came the strains of war in Europe, ineffective neutrality at home, fierce emotional upheavals, and the elegant structure of government based on optimistic theories about unoppressed humanity came crashing down. Gallatin found himself forced to rely on the despised Federalist idea of adjusting the government to real circumstances. He voiced no empty complaints, but the situation was challenging. A staunch opponent of a strong government, he had to carry out Jefferson’s policies, including the Embargo and other extreme and strict measures. He did his best, but it was all in vain. The commercial warfare was a failure, the Embargo was repealed, and Jefferson, having complicated foreign relations and driven the country to the brink of civil war, stepped back into private life, leaving Madison and Gallatin to deal with the nation's troubles. Starting in 1809, the new administration, moving steadily toward war, struggled through one frustrating and unsuccessful negotiation after another. It was a difficult time for Gallatin. The peace strategy had failed, and there was nothing to take its place. He had lost his influence in Pennsylvania and his support in the House, while a group in the Senate, personally hostile to the treasury, hampered the administration and rendered every government action ineffective. Finally, in June 1812, Congress declared war against England at Madison’s suggestion.
Gallatin never wasted time in futile complaints. His cherished schemes were shattered. War and extravagant expenditure had come, and he believed both to be fatal to the prosperity and progress of America. He therefore put the finances in the best order he could, and set himself to mitigate the evil effects of the war by obtaining an early peace. With this end in view he grasped eagerly at the proffered mediation of Russia, and without resigning the treasury sailed for Europe in May 1813.
Gallatin never spent time on pointless complaints. His valued plans were ruined. War and excessive spending had arrived, and he believed both would be disastrous for the prosperity and progress of America. So, he organized the finances as best as he could and focused on reducing the negative impacts of the war by seeking an early peace. Aiming for this, he eagerly accepted Russia's offer to mediate and, without stepping down from the treasury, sailed to Europe in May 1813.
Russian mediation proved barren, but Gallatin persevered, catching at every opportunity for negotiation. In the midst of his labours came the news that the senate had refused to confirm his appointment as peace commissioner. He still toiled on unofficially until, the objection of the senate having been met by the appointment of a new secretary of the treasury, his second nomination was approved, and he was able to proceed with direct negotiations. The English and American commissioners finally met at Ghent, and in the tedious and irritating discussions which ensued Gallatin took the leading part. His great difficulty lay in managing his colleagues, who were, especially Henry Clay and John Quincy Adams, able men of strong wills and jarring tempers. He succeeded in preserving harmony, and thus established his own reputation as an able diplomatist. Peace was his reward; on the 24th of December 1814 the treaty was signed; and after visiting Geneva for the first time since his boyhood, and assisting in negotiating a commercial convention (1815) with England by which all discriminating duties were abolished, Gallatin in July 1815 returned to America.
Russian mediation was unproductive, but Gallatin kept pushing, seizing every chance for negotiation. In the middle of his efforts, he learned that the Senate had rejected his appointment as peace commissioner. He continued to work unofficially until the Senate’s objection was addressed by appointing a new Secretary of the Treasury, leading to his second nomination being approved, allowing him to move forward with direct negotiations. The English and American commissioners finally gathered in Ghent, where Gallatin took the lead in the lengthy and frustrating discussions that followed. His biggest challenge was managing his fellow commissioners, particularly Henry Clay and John Quincy Adams, both strong-willed and temperamental individuals. He managed to maintain harmony and thus built his own reputation as a skilled diplomat. His reward was peace; the treaty was signed on December 24, 1814. After visiting Geneva for the first time since childhood and helping negotiate a commercial convention in 1815 with England that abolished all discriminatory duties, Gallatin returned to America in July 1815.
While still in Europe he had been asked by Madison to become minister to France; this appointment he accepted in January 1816, and adhered to his acceptance in spite of his being asked in April 1816 to serve once more as secretary of the treasury. He remained in France for the next seven years. He passed his time in thoroughly congenial society, seeing everybody of note or merit in Europe. He did not neglect the duties of his official position, but strove assiduously and with his wonted patience to settle the commercial relations of his adopted country with the nations of Europe, and in 1818 assisted Richard Rush, then United States minister in London, in negotiating a commercial convention with Great Britain to take the place of that negotiated in 1815.
While still in Europe, Madison asked him to be the minister to France; he accepted this position in January 1816 and stuck to his decision even when he was asked in April 1816 to serve again as secretary of the treasury. He spent the next seven years in France, enjoying a very compatible social life and meeting everyone notable or talented in Europe. He didn't ignore his official responsibilities; instead, he worked diligently and with his usual patience to manage the commercial relations of his adopted country with the nations of Europe. In 1818, he helped Richard Rush, who was then the United States minister in London, negotiate a commercial agreement with Great Britain to replace the one made in 1815.
In June 1823 he returned to the United States, where he found himself plunged at once into the bitter struggle then in progress for the presidency. His favourite candidate was his personal friend William H. Crawford, whom he regarded as the true heir and representative of the old Jeffersonian principles. With these feelings he consented in May 1824 to stand for the vice-presidency on the Crawford ticket. But Gallatin had come home to new scenes and new actors, and he did not fully appreciate the situation. The contest was bitter, personal, factious and full of intrigue. Martin Van Buren, then in the Crawford interest, came to the conclusion that the candidate for the second place, by his foreign origin, weakened the ticket, and in October Gallatin retired from the contest. The election, undecided by the popular vote, was thrown into the house, and resulted in the choice of John Quincy Adams, who in 1826 drew Gallatin from his retirement and sent him as minister to England to conduct another complicated and arduous negotiation. Gallatin worked at his new task with his usual industry, tact and patience, but the results were meagre, although an open breach on the delicate question of the north-east boundary of the United States was avoided by referring it to the arbitration of the king of the Netherlands. In November 1827 he once more returned to the United States and bade farewell to public life.
In June 1823, he returned to the United States, where he immediately found himself caught up in the intense struggle for the presidency. His preferred candidate was his friend William H. Crawford, whom he saw as the true heir and representative of the old Jeffersonian principles. With this in mind, he agreed in May 1824 to run for the vice-presidency on the Crawford ticket. However, Gallatin had come back to a new environment with new people, and he didn't fully grasp the situation. The contest was bitter, personal, factional, and full of intrigue. Martin Van Buren, who was then supporting Crawford, concluded that the candidate for the second spot, because of his foreign background, weakened the ticket, and in October, Gallatin stepped back from the race. The election, which was undecided by the popular vote, was handed over to the House, resulting in the selection of John Quincy Adams, who in 1826 pulled Gallatin out of retirement and appointed him as minister to England to handle another complicated and challenging negotiation. Gallatin approached his new task with his usual diligence, tact, and patience, but the outcomes were minimal, although a significant conflict over the sensitive issue of the northeast boundary of the United States was avoided by referring it to the arbitration of the king of the Netherlands. In November 1827, he returned once more to the United States and said goodbye to public life.
Taking up his residence in New York, he was in 1832-1839 president of the National Bank (afterwards the Gallatin Bank) of New York, but his duties were light, and he devoted himself chiefly to the congenial pursuits of science and literature. In both fields he displayed much talent, and by writing his Synopsis of the Indian Tribes within the United States East of the Rocky Mountains and in the British and Russian Possessions in North America (1836), and by founding the American Ethnological Society of New York in 1842, he earned the title of “Father of American Ethnology.” He continued, of course, to interest himself in public affairs, although no longer an active participant, and in all financial questions, especially in regard to the bank charter, the resumption of specie payments, and the panic of 1837, he exerted a powerful influence. The rise of the slavery question touched him nearly. Gallatin had always been a consistent opponent of slavery; he felt keenly, therefore, the attempts of the South to extend the slave power and confirm its existence, and the remnant of his strength was devoted in his last days to writing and distributing two able pamphlets against the war with Mexico. Almost his last public act was a speech, on the 24th of April 1844, in New York City, against the annexation of Texas; and in his eighty-fourth year he confronted a howling New York mob with the same cool, unflinching courage which he had displayed half a century before when he faced the armed frontiersmen of Redstone Old Fort. During the winter of 1848-1849 his health failed, and on the 12th of August 1849, at the home of his daughter in Astoria, Long Island, he passed peacefully away.
Taking up residence in New York, he served as president of the National Bank (later the Gallatin Bank) from 1832 to 1839. His responsibilities were light, allowing him to focus mainly on his passion for science and literature. He showed considerable talent in both areas, and by writing his Synopsis of the Indian Tribes within the United States East of the Rocky Mountains and in the British and Russian Possessions in North America (1836) and founding the American Ethnological Society of New York in 1842, he earned the title of “Father of American Ethnology.” He continued to be interested in public affairs, even though he was no longer an active participant. In all financial matters, particularly concerning the bank charter, the resumption of specie payments, and the panic of 1837, he had a significant influence. The rise of the slavery issue affected him deeply. Gallatin had always been a strong opponent of slavery, so he felt acutely the South's attempts to expand the slave power and secure its existence. In his final days, he devoted what little strength he had left to writing and distributing two influential pamphlets against the war with Mexico. One of his last public acts was a speech on April 24, 1844, in New York City, opposing the annexation of Texas. Even at eighty-four years old, he stood up to a hostile New York mob with the same brave, unwavering courage he had shown half a century earlier when confronting the armed frontiersmen of Redstone Old Fort. His health declined during the winter of 1848-1849, and he passed away peacefully on August 12, 1849, at his daughter's home in Astoria, Long Island.
Gallatin was twice married. His second wife, whom he married in November 1793, was Miss Hannah Nicholson, of New York, the daughter of Com. James Nicholson (1737-1804), an American naval officer, commander-in-chief of the navy from 1777 until August 1781, when with his ship the “Virginia,” he was taken by the British “Iris” and “General Monk.” By her he had three children, two sons and a daughter, who all survived him. In personal appearance he was above middle height, with strongly-marked features, indicating great strength of intellect and character. He was reserved and very reticent, cold in manner and not sympathetic. There was, too, a certain Calvinistic austerity about him. But he was much beloved by his family. He was never a popular man, nor did he ever have a strong personal following or many attached friends. He stood, with Jefferson and Madison, at the head of his party, and won his place by force of character, courage, application and intellectual power. His eminent and manifold services to his adopted country, his great abilities and upright character, assure him a high position in the history of the United States.
Gallatin was married twice. His second wife, whom he wed in November 1793, was Miss Hannah Nicholson from New York, the daughter of Com. James Nicholson (1737-1804), an American naval officer who served as commander-in-chief of the navy from 1777 until August 1781, when he was captured by the British ships “Iris” and “General Monk” while aboard the “Virginia.” Together, they had three children—two sons and a daughter—who all outlived him. In terms of physical appearance, he was taller than average, with strong features that suggested considerable intelligence and character. He was reserved and very private, cold in demeanor and lacking warmth. He also had a certain Calvinistic severity about him. However, he was greatly loved by his family. He was never particularly popular and didn’t have a strong personal following or many close friends. Alongside Jefferson and Madison, he was a leader of his party, earning his position through strength of character, courage, diligence, and intellect. His significant and varied contributions to his adopted country, along with his exceptional abilities and integrity, secure him a prominent place in the history of the United States.
The Writings of Albert Gallatin, edited by Henry Adams, were published at Philadelphia, in three volumes, in 1879. With these volumes was published an excellent biography, The Life of Albert Gallatin, also by Henry Adams; another good biography is John Austin Stevens’s Albert Gallatin (Boston, 1884) in the “American Statesmen” series.
The Writings of Albert Gallatin, edited by Henry Adams, were published in Philadelphia in three volumes in 1879. Alongside these volumes, an outstanding biography, The Life of Albert Gallatin, also by Henry Adams, was released; another notable biography is John Austin Stevens’s Albert Gallatin (Boston, 1884) from the “American Statesmen” series.
GALLAUDET, THOMAS HOPKINS (1787-1851), American educator of the deaf and dumb, was born in Philadelphia, Pennsylvania, of French Huguenot ancestry, on the 10th of December 1787. He graduated at Yale in 1805, where he was a tutor from 1808 to 1810. Subsequently he studied theology at Andover, and was licensed to preach in 1814, but having determined to abandon the ministry and devote his life to the education of deaf mutes, he visited Europe in 1815-1816, and studied the methods of the abbé Sicard in Paris, and of Thomas Braidwood (1715-1806) and his successor Joseph Watson (1765-1829) in Great Britain. Returning to the United States in 1816, he established at Hartford, Connecticut, with the aid of Laurent Clerc (1785-1869), a deaf mute assistant of the abbé Sicard, a school for deaf mutes, in support of which Congress, largely through the influence of Henry Clay, made a land grant, and which Gallaudet presided over with great success until ill-health compelled him to retire in 1830. It was the first institution of the sort in the United States, and served as a model for institutions which were subsequently established. He died at Hartford, Connecticut, on the 5th of September 1851.
Gallaudet, Thomas Hopkins (1787-1851), American educator for the deaf, was born in Philadelphia, Pennsylvania, of French Huguenot descent, on December 10, 1787. He graduated from Yale in 1805 and was a tutor there from 1808 to 1810. After that, he studied theology at Andover and was licensed to preach in 1814, but he decided to leave the ministry to dedicate his life to educating deaf individuals. He traveled to Europe in 1815-1816, where he learned about the methods of Abbé Sicard in Paris and Thomas Braidwood (1715-1806) and his successor Joseph Watson (1765-1829) in Great Britain. Returning to the United States in 1816, he founded a school for the deaf in Hartford, Connecticut, with the help of Laurent Clerc (1785-1869), a deaf assistant of Abbé Sicard. Congress supported this initiative with a land grant, influenced largely by Henry Clay, and Gallaudet led the school successfully until health issues forced him to retire in 1830. It was the first institution of its kind in the United States and became a model for future schools. He died in Hartford, Connecticut, on September 5, 1851.
There are three accounts of his life, one by Henry Barnard, Life, Character and Services of the Rev. Thomas H. Gallaudet (Hartford, 1852); another by Herman Humphrey (Hartford, 1858), and a third (and the best one) by his son Edward Miner Gallaudet (1888).
There are three accounts of his life: one by Henry Barnard, Life, Character and Services of the Rev. Thomas H. Gallaudet (Hartford, 1852); another by Herman Humphrey (Hartford, 1858); and a third (the best one) by his son Edward Miner Gallaudet (1888).
His son, Thomas Gallaudet (1822-1902), after graduating at Trinity College in 1842, entered the Protestant Episcopal ministry, settled in New York City, and there in 1852 organized St Anne’s Episcopal church, where he conducted services for deaf mutes. In 1872 he organized and became general manager of the Church mission to deaf mutes, and in 1885 founded the Gallaudet home for deaf mutes, particularly the aged, at Wappingers Falls, near Poughkeepsie, New York.
His son, Thomas Gallaudet (1822-1902), graduated from Trinity College in 1842, then joined the Protestant Episcopal ministry. He settled in New York City and in 1852 started St Anne’s Episcopal Church, where he held services for the deaf community. In 1872, he established and became the general manager of the Church mission for the deaf. In 1885, he founded the Gallaudet Home for the deaf, specifically for the elderly, in Wappingers Falls, near Poughkeepsie, New York.
Another son, Edward Miner Gallaudet (b. 1837), was born at Hartford, Connecticut, on the 3rd of February 1837, and graduated at Trinity College in 1856. After teaching for a year in the institution for deaf mutes founded by his father at Hartford, he removed with his mother, Sophia Fowler Gallaudet (1798-1877), to Washington, D.C., where at the request of Amos Kendall (1789-1869), its founder, he organized and took charge of the Columbia Institution for the deaf and dumb, which received support from the government, and of which he became president. This institution was the first to furnish actual collegiate education for deaf mutes (in 1864 it acquired the right to grant degrees), and was successful from the start. The Gallaudet College (founded in 1864 as the National Deaf Mute College and renamed in 1893 in honour of Thomas H. Gallaudet) and the Kendall School are separate departments of this institution, under independent faculties (each headed by Gallaudet), but under the management of one board of directors.
Another son, Edward Miner Gallaudet (b. 1837), was born in Hartford, Connecticut, on February 3, 1837, and graduated from Trinity College in 1856. After teaching for a year at the institution for deaf individuals founded by his father in Hartford, he moved with his mother, Sophia Fowler Gallaudet (1798-1877), to Washington, D.C. There, at the request of its founder, Amos Kendall (1789-1869), he organized and became the head of the Columbia Institution for the Deaf and Dumb, which received government support and where he served as president. This institution was the first to provide actual college-level education for deaf individuals (in 1864, it gained the right to grant degrees) and was successful from the beginning. Gallaudet College (founded in 1864 as the National Deaf Mute College and renamed in 1893 in honor of Thomas H. Gallaudet) and the Kendall School are separate departments of this institution, each with independent faculties (each headed by Gallaudet), but managed by one board of directors.
GALLE, or Point de Galle, a town and port of Ceylon on the south-west coast. It was made a municipality in 1865, and divided into the five districts of the Fort, Callowelle, Galopiadde, Hirimbure and Cumbalwalla. The fort, which is more than a mile in circumference, overlooks the whole harbour, but is commanded by a range of hills. Within its enclosure are not only several government buildings, but an old church erected by the Dutch East India Company, a mosque, a Wesleyan chapel, a hospital, and a considerable number of houses occupied by Europeans. The old Dutch building known as the queen’s house, or governor’s residence, which dated from 1687, was in such a dilapidated state that it was sold by the governor, Sir William Gregory, in 1873. Elsewhere there are few buildings of individual note, but the general style of domestic architecture is pleasant and comfortable, though not pretentious. One of the most delightful features of the place is the profusion of trees, even within the town, and along the edge of the shore—suriyas, palms, coco-nut trees and bread-fruit trees. The ramparts towards the sea furnish fine promenades. In the harbour deep water is found close to the shore, and the outer roads are spacious; but the south-west 417 monsoon renders entrance difficult, and not unfrequently drives vessels from their moorings.
GALLE or Point de Galle, is a town and port in Ceylon located on the southwest coast. It became a municipality in 1865 and is divided into five districts: the Fort, Callowelle, Galopiadde, Hirimbure, and Cumbalwalla. The fort, which is over a mile around, overlooks the entire harbor but is overshadowed by a range of hills. Inside its walls are several government buildings, an old church built by the Dutch East India Company, a mosque, a Wesleyan chapel, a hospital, and a substantial number of homes occupied by Europeans. The historic Dutch building known as the queen’s house, or governor’s residence, which dates back to 1687, fell into such disrepair that it was sold by Governor Sir William Gregory in 1873. There are few buildings of particular note elsewhere, but the overall style of the homes is pleasant and cozy, though not fancy. One of the most charming aspects of the area is the abundance of trees, even within the town and along the shoreline—suriyas, palms, coconut trees, and breadfruit trees. The ramparts facing the sea provide lovely walking paths. In the harbor, deep water is found close to the shore, and the outer roads are wide; however, the southwest 417 monsoon makes entry challenging and often drives vessels from their moorings.
The opening of the Suez Canal in 1869, and the construction of a breakwater at Colombo, leading to the transfer of the mail and most of the commercial steamers to the capital of the island, seriously diminished the prosperity of Galle. Although a few steamers still call to coal and take in some cargo, yet the loss of the Peninsular and Oriental and other steamer agencies reduced the port to a subordinate position; nor has the extension of the railway from Colombo, and beyond Galle to Matara, very much improved matters. The tea-planting industry has, however, spread to the neighbourhood, and a great deal is done in digging plumbago and in growing grass for the distillation of citronella oil. The export trade is chiefly represented by coco-nut oil, plumbago, coir yarn, fibre, rope and tea. In the import trade cotton goods are the chief item. Both the export and import trade for the district, however, now chiefly passes through Colombo. Pop. (1901) 37,165.
The opening of the Suez Canal in 1869 and the construction of a breakwater at Colombo led to the transfer of mail and most commercial steamers to the capital of the island, significantly hurting Galle's prosperity. While a few steamers still stop by for coal and to pick up some cargo, the loss of the Peninsular and Oriental and other steamer agencies has relegated the port to a lesser status; the extension of the railway from Colombo and beyond Galle to Matara hasn't really improved the situation. However, the tea-planting industry has spread to the area, and a lot of work is being done in mining plumbago and growing grass for the distillation of citronella oil. The export trade mainly consists of coconut oil, plumbago, coir yarn, fiber, rope, and tea. In the import trade, cotton goods are the main item. Nevertheless, both the export and import trade for the district now primarily go through Colombo. Pop. (1901) 37,165.
Galle is mentioned by none of the Greek or Latin geographers, unless the identification with Ptolemy’s Avium Promontorium or Cape of Birds be a correct one. It is hardly noticed in the native chronicles before 1267, and Ibn Batuta, in the middle of the 14th century, distinctly states that Kali—that is, Galle—was a small town. It was not till the period of Portuguese occupation that it rose to importance. When the Dutch succeeded the Portuguese they strengthened the fortifications, which had been vigorously defended against their admiral, Kosten; and under their rule the place had the rank of a commandancy. In the marriage treaty of the infanta of Portugal with Charles II. of England it was agreed that if the Portuguese recovered Ceylon they were to hand over Galle to the English; but as the Portuguese did not recover Ceylon the town was left to fall into English hands at the conquest of the island from the Dutch in 1796. The name Galle is derived from the Sinhalese galla, equivalent to “rock”; but the Portuguese and Dutch settlers, being better fighters than philologists, connected it with the Latin gallus, a cock, and the image of a cock was carved as a symbol of the town in the front of the old government house.
Galle is not mentioned by any Greek or Latin geographers, unless the identification with Ptolemy’s Avium Promontorium or Cape of Birds is accurate. It’s barely referenced in local chronicles before 1267, and Ibn Batuta, in the mid-14th century, clearly states that Kali—meaning Galle—was a small town. It wasn't until the Portuguese occupation that it gained significance. When the Dutch took over from the Portuguese, they reinforced the fortifications, which had been strongly defended against their admiral, Kosten; under their control, the town became a commandancy. In the marriage treaty between the infanta of Portugal and Charles II of England, it was decided that if the Portuguese regained Ceylon, they would hand over Galle to the English; however, since the Portuguese did not reclaim Ceylon, the town fell to the English when they conquered the island from the Dutch in 1796. The name Galle comes from the Sinhalese galla, meaning “rock”; but because the Portuguese and Dutch settlers were better warriors than linguists, they associated it with the Latin gallus, meaning a cock, and a cock was carved as a symbol of the town at the front of the old government house.
GALLENGA, ANTONIO CARLO NAPOLEONE (1810-1895), Italian author and patriot, born at Parma on the 4th of November 1810, was the eldest son of a Piedmontese of good family, who served for ten years in the French army under Masséna and Napoleon. He had finished his education at the university of Parma, when the French Revolution of 1830 caused a ferment in Italy. He sympathized with the movement, and within a few months was successively a conspirator, a state prisoner, a combatant and a fugitive. For the next five years he lived a wandering life in France, Spain and Africa. In August 1836 he embarked for New York, and three years later he proceeded to England, where he supported himself as a translator and teacher of languages. His first book, Italy; General Views of its History and Literature, which appeared in 1841, was well received, but was not successful financially. On the outbreak of the Italian revolution in 1848 he at once put himself in communication with the insurgents. He filled the post of Chargé d’Affaires for Piedmont at Frankfort in 1848-1849, and for the next few years he travelled incessantly between Italy and England, working for the liberation of his country. In 1854, through Cavour’s influence, he was elected a deputy to the Italian parliament. He retained his seat until 1864, passing the summer in England and fulfilling his parliamentary duties at Turin in the winter. On the outbreak of the Austro-French War of 1859 he proceeded to Lombardy as war correspondent of The Times. The campaign was so brief that the fighting was over before he arrived, but his connexion with The Times endured for twenty years. He was a forcible and picturesque writer, with a command of English remarkable for an Italian. He materially helped to establish that friendly feeling towards Italy which became traditional in England. In 1859 Gallenga purchased the Falls, at Llandogo on the Wye, as a residence, and thither he retired in 1885. He died at this house on the 17th of December 1895. He was twice married. Among his chief works are an Historical Memoir of Frà Dolcino and his Times (1853); a History of Piedmont (3 vols., 1855; Italian translation, 1856); Country Life in Piedmont (1858); The Invasion of Denmark (2 vols., 1864); The Pearl of the Antilles [travels in Cuba] (1873); Italy Revisited (2 vols., 1875); Two Years of the Eastern Question (2 vols., 1877); The Pope [Pius IX.] and the King [Victor Emmanuel] (2 vols., 1879); South America (1880); A Summer Tour in Russia (1882); Iberian Reminiscences (2 vols., 1883); Episodes of my Second Life (1884); Italy, Present and Future (2 vols., 1887). Gallenga’s earlier publications appeared under the pseudonym of Luigi Mariotti.
GALLENGA, ANTONIO CARLO NAPOLEONE (1810-1895), Italian author and patriot, born in Parma on November 4, 1810, was the eldest son of a well-off Piedmontese family, whose father served for ten years in the French army under Masséna and Napoleon. He completed his education at the university of Parma when the French Revolution of 1830 stirred up unrest in Italy. He supported the movement and soon became, in succession, a conspirator, a political prisoner, a fighter, and a fugitive. For the next five years, he lived a nomadic life in France, Spain, and Africa. In August 1836, he set sail for New York, and three years later, he moved to England, where he earned a living as a translator and language teacher. His first book, Italy; General Views of its History and Literature, published in 1841, was well-received but didn't do well financially. When the Italian revolution broke out in 1848, he quickly contacted the insurgents. He served as Chargé d'Affaires for Piedmont in Frankfort from 1848 to 1849, and for the next few years, he constantly traveled between Italy and England, working for his country’s freedom. In 1854, thanks to Cavour’s influence, he was elected as a deputy to the Italian parliament. He held this position until 1864, spending summers in England and attending to his parliamentary duties in Turin during the winter. When the Austro-French War broke out in 1859, he went to Lombardy as a war correspondent for The Times. The campaign was so short that the fighting ended before he arrived, but his connection with The Times lasted for twenty years. He was a powerful and vivid writer, with an impressive command of English for an Italian. He significantly contributed to the friendly attitude towards Italy that became a tradition in England. In 1859, Gallenga bought the Falls at Llandogo on the Wye to use as a residence, and he retired there in 1885. He passed away at this house on December 17, 1895. He was married twice. Among his major works are Historical Memoir of Frà Dolcino and his Times (1853); History of Piedmont (3 vols., 1855; Italian translation, 1856); Country Life in Piedmont (1858); The Invasion of Denmark (2 vols., 1864); The Pearl of the Antilles [travels in Cuba] (1873); Italy Revisited (2 vols., 1875); Two Years of the Eastern Question (2 vols., 1877); The Pope [Pius IX.] and the King [Victor Emmanuel] (2 vols., 1879); South America (1880); A Summer Tour in Russia (1882); Iberian Reminiscences (2 vols., 1883); Episodes of my Second Life (1884); Italy, Present and Future (2 vols., 1887). Gallenga’s earlier works were published under the pseudonym Luigi Mariotti.
GALLERY (through Ital. galleria, from Med. Lat. galeria, of which the origin is unknown),1 a covered passage or space outside a main wall, sometimes used as a verandah if on the ground floor, and as a balcony if on an upper floor and supported by columns, piers or corbels; similarly the upper seats in a theatre or a church, on either side as in many 17th-century churches, or across the west end under the organ. The word is also used of an internal passage primarily provided to place various rooms in communication with one another; but if of narrow width this is usually called a corridor or passage. When of sufficient width the gallery is utilized to exhibit pictures and other art treasures. In the 16th century the picture gallery formed the largest room or hall in English mansions, with wainscoted walls and a richly decorated plaster ceiling; the principal examples are those of Audley End, Essex (226 ft. by 34 ft.); Hardwick, Derbyshire (166 ft. by 22 ft.); Hatfield, Hertfordshire (163 ft. by 19 ft. 6 in.); Aston Hall, near Birmingham (136 ft. by 18 ft.); Haddon Hall, Derbyshire (116 ft. by 17 ft.); and Montacute in Somersetshire (189 ft. by 22 ft.). Hence the application of the term to art museums (the National Gallery, &c.) and also to smaller rooms with top-light in which temporary exhibitions are held.
GALLERY (through Ital. galleria, from Med. Lat. galeria, origin unknown),1 a covered walkway or area outside a main wall, sometimes used as a porch if on the ground floor and as a balcony if on an upper floor supported by columns, piers, or corbels; similarly, it refers to the upper seats in a theater or church, on either side as seen in many 17th-century churches, or across the west end under the organ. The term is also used for an internal passage mainly designed to connect various rooms; however, if it’s narrow, it’s usually called a corridor or passage. When wide enough, the gallery is used to display pictures and other art treasures. In the 16th century, the picture gallery was the largest room or hall in English mansions, featuring wainscoted walls and a beautifully decorated plaster ceiling; notable examples include Audley End in Essex (226 ft. by 34 ft.); Hardwick in Derbyshire (166 ft. by 22 ft.); Hatfield in Hertfordshire (163 ft. by 19 ft. 6 in.); Aston Hall near Birmingham (136 ft. by 18 ft.); Haddon Hall in Derbyshire (116 ft. by 17 ft.); and Montacute in Somersetshire (189 ft. by 22 ft.). This is why the term is also applied to art museums (like the National Gallery, etc.) and to smaller rooms with skylights where temporary exhibitions are held.
1 Du Cange, Glossarium, s.v. “Galeria,” suggests an origin from galera, a galley, on the analogy of “nave,” from navis, the galley being a long and narrow ship; but, he adds, alii alia opinantur.
1 Du Cange, Glossarium, s.v. “Galeria,” suggests it comes from galera, a galley, similar to “nave,” from navis, since the galley is a long and narrow ship; but, he adds, alii alia opinantur.
GALLEY (derived through the O. Fr. galee, galie, from the Med. Lat. galea, Ital. galea, Port. galé, of uncertain origin; from the Med. Lat. variant form galera are derived the Mod. Fr. galère, Span. and Ital. galera), a long single or half decked vessel of war, with low free-board, propelled primarily by oars or sweeps; but also having masts for sails. The word is used generally of the ancient war vessels of Greece and Rome of various types, whose chief propelling power was the oar or sweep, but its more specific application is to the medieval war vessel which survived in the navies of the Mediterranean sea-powers after the general adoption of the larger many-decked ship of war, propelled solely by sail-power. Lepanto (1571) was the last great naval battle in which the galley played the principal part. The “galleass” or “galliass” (Med. Lat. galeasea, Ital. galeazza, an augmented form of galea) was a larger and heavier form of galley; it usually carried three masts and had at bow and stern a castellated structure. The “galliot” (O. Fr. galiot, Span. and Port. galeota, Ital. galeotta, a diminutive of galea) was a small light type of galley. The “galleon” (formerly in English “galloon,” Fr. galion, derived from the Med. Lat. galio, galionis, a derivative of galea) was a sailing ship of war and trade, shorter than the galley and standing high out of the water with several decks, chiefly used by the Spaniards during the 16th century in the carrying of treasure from America. The number of oars or sweeps varied, the larger galley having twenty-five on each side; the galleass as many as thirty-two, each being worked by several men. This labour was from the earliest times often performed by slaves or prisoners of war. It became the custom among the Mediterranean powers to sentence condemned criminals to row in the war galleys of the state. Traces of this in France can be found as early as 1532, but the first legislative enactment is in the Ordonnance d’Orléans of 1561. In 1564 Charles IX. forbade the sentencing of prisoners to the galleys for less than ten years. The galley-slaves were branded with the letters Gal. At the end of the reign of Louis XIV. the use of the galley for war purposes had practically ceased, but the corps of the galleys was not incorporated with the navy till 1748. The headquarters of the galleys and of the convict rowers (galériens) was at Marseilles. The majority of these latter were brought to Toulon, the others were sent to Rochefort and Brest, where they were used for work 418 in the arsenal. At Toulon the convicts remained (in chains) on the galleys, which were moored as hulks in the harbour. Shore prisons were, however, provided for them, known as bagnes, baths, a name given to such penal establishments first by the Italians (bagno), and said to have been derived from the prison at Constantinople situated close by or attached to the great baths there. The name galérien was still given to all convicts, though the galleys had been abandoned, and it was not till the French Revolution that the hated name with all it signified was changed to forçat. In Spain galera is still used for a criminal condemned to penal servitude.
GALLEY (originating from Old French galee, galie, from Medieval Latin galea, Italian galea, Portuguese galé, with uncertain roots; the Medieval Latin variant galera led to the modern French galère and Spanish and Italian galera), refers to a long single or half-decked warship, with a low freeboard, mainly powered by oars or sweeps but also equipped with masts for sails. The term is generally used for ancient warships of Greece and Rome, which were primarily rowed, but it more specifically applies to the medieval warships that continued to exist in the navies of Mediterranean powers after the widespread adoption of larger, multi-decked sailing warships. The Battle of Lepanto (1571) marked the last major naval battle where galleys played a significant role. The “galleass” or “galliass” (from Medieval Latin galeasea and Italian galeazza, a larger version of galea) was a bigger and heavier type of galley, typically with three masts, featuring a fortified structure at the bow and stern. The “galliot” (from Old French galiot, Spanish and Portuguese galeota, Italian galeotta, a variation of galea) was a smaller, lighter kind of galley. The “galleon” (previously called “galloon” in English, French galion, derived from the Medieval Latin galio, galionis, a derivative of galea) was a sailing ship used for both war and trade, shorter than a galley and riding high in the water with multiple decks, mainly utilized by the Spaniards in the 16th century for transporting treasure from the Americas. The number of oars or sweeps varied; larger galleys had twenty-five on each side, while galleasses could have as many as thirty-two, each rowed by several men. This work was often done by slaves or prisoners of war from ancient times. It became customary among Mediterranean powers to sentence condemned criminals to row in the state’s war galleys. Evidence of this practice in France dates back to 1532, but the first legal enactment appears in the Ordonnance d’Orléans of 1561. In 1564, Charles IX prohibited sentencing prisoners to the galleys for less than ten years. Galley slaves were marked with the letters Gal. By the end of Louis XIV's reign, the use of galleys for military purposes had nearly ended, but the corps of galleys didn't merge with the navy until 1748. The galleys and their convict rowers (galériens) were based in Marseilles. Most of these convicts were brought to Toulon, while others were sent to Rochefort and Brest, where they worked in the arsenal. In Toulon, the convicts remained (chained) on the galleys, which were moored as hulks in the harbor. However, shore prisons known as bagnes were established for them, a term coined by Italians (bagno) believed to have originated from a prison near or linked to the grand baths in Constantinople. The term galérien continued to be used for all convicts, even after the galleys were abandoned, and it was not until the French Revolution that this despised name, reflecting all it symbolized, was replaced with forçat. In Spain, galera is still used to refer to a criminal condemned to forced labor.
A vivid account of the life of galley-slaves in France is given in Jean Marteilhes’s Memoirs of a Protestant, translated by Oliver Goldsmith (new edition, 1895), which describes the experiences of one of the Huguenots who suffered after the revocation of the edict of Nantes.
A vivid account of the life of galley slaves in France is provided in Jean Marteilhes’s Memoirs of a Protestant, translated by Oliver Goldsmith (new edition, 1895), which describes the experiences of one of the Huguenots who suffered after the revocation of the Edict of Nantes.
GALLIA CISALPINA (Lat. Cis, on this side, i.e. of the Alps), in ancient geography, that portion of northern Italy north of Liguria and Umbria and south of the Alps, which was inhabited by various Celtic and other peoples, of whom the Celts were in continual hostility to Rome. In early times it was bounded on the S. by Liguria and the Aesis, in Caesar’s time by Liguria and the Rubicon. After the Second Punic War (203 B.C.) these tribes were severely punished by the Roman generals for the assistance they had rendered to Hannibal. Sulla divided the district into two parts; the region between the Aesis and the Rubicon was made directly subject to the government at Rome, while the northern portion was put under a distinct authority, probably similar to the usual transmarine commands (see Mommsen, Hist. of Rome, Eng. trans., bk. iv. c. 10).
Gallo-Cisalpine (Lat. Cis, this side, i.e. of the Alps), in ancient geography, refers to the area of northern Italy that lies north of Liguria and Umbria and south of the Alps. This region was inhabited by various Celtic and other groups, with the Celts continuously hostile towards Rome. In earlier times, it was bordered to the south by Liguria and the Aesis, and during Caesar’s era by Liguria and the Rubicon. After the Second Punic War (203 BCE), the Roman generals harshly punished these tribes for the support they had given to Hannibal. Sulla divided the area into two parts; the area between the Aesis and the Rubicon was made directly subject to the government in Rome, while the northern part was placed under a separate authority, likely similar to the usual overseas commands (see Mommsen, Hist. of Rome, Eng. trans., bk. iv. c. 10).
GALLIC ACID, trioxybenzoic acid (HO)3(3.4.5.)C6H2CO2H·H2O, the acidum gallicum of pharmacy, a substance discovered by K. W. Scheele; it occurs in the leaves of the bearberry, in pomegranate root-bark, in tea, in gall-nuts to the extent of about 3%, and in other vegetable productions. It may be prepared by keeping moist and exposed to the air for from four to six weeks, at a temperature of 20° to 25° C., a paste of powdered gall-nuts and water, and removing from time to time the mould which forms on its surface; the paste is then boiled with water, the hot solution filtered, allowed to cool, the separated gallic acid drained, and purified by dissolving in boiling water, recrystallization at about 27° C., and washing of the crystals with ice-cold water. The production of the acid appears to be due to the presence in the galls of a ferment. Gallic acid is most readily obtained by boiling the tannin procured from oak-galls by means of alcohol and ether with weak solution of acids. It may also be produced by heating an aqueous solution of di-iodosalicylic acid with excess of alkaline carbonate, by acting on dibromosalicylic acid with moist silver oxide, and by other methods. It crystallizes in white or pale fawn-coloured acicular prisms or silky needles, and is soluble in alcohol and ether, and in 100 parts of cold and 3 of boiling water; it is without odour and has an astringent and an acid taste and reaction. It melts at about 200° C., and at 210º to 215° it is resolved into carbon dioxide and pyrogallol, C6H3(OH)3. With ferric salts its solution gives a deep blue colour, and with ferrous salts, after exposure to the air, an insoluble, blue-black, ferroso-ferric gallate. Bases of the alkali metals give with it four series of salts; these are stable except in alkaline solutions, in which they absorb oxygen and turn brown. Solution of calcium bicarbonate becomes with gallic acid, on exposure to the air, of a dark blue colour. Unlike tannic acid, gallic acid does not precipitate albumen or salts of the alkaloids, or, except when mixed with gum, gelatin. Salts of gold and silver are reduced by it, slowly in cold, instantaneously in warm solutions, hence its employment in photography. With phosphorus oxychloride at 120° C. gallic acid yields tannic acid, and with concentrated sulphuric acid at 100°, rufigallic acid, C14H8O8, an anthracene derivative. Oxidizing agents, such as arsenic acid, convert it into ellagic acid, C14H8O9 + H2O, probably a fluorene derivative, a substance which occurs in gall-nuts, in the external membrane of the episperm of the walnut, and probably in many plants, and composes the “bezoar stones” found in the intestines of Persian wild goats. Medicinally, gallic acid has been, and is still, largely used as an astringent, styptic and haemostatic. Gallic acid, however, does not coagulate albumen and therefore possesses no local astringent action. So far is it from being an haemostatic that, if perfused through living blood-vessels, it actually dilates them. Its rapid neutralization in the intestine renders it equally devoid of any remote actions.
GALLIC ACID, trioxybenzoic acid (HO)3(3.4.5.)C6H2CO2H·H2O, the acidum gallicum in pharmacy, a substance discovered by K. W. Scheele; it is found in the leaves of bearberry, in pomegranate root-bark, in tea, in gall-nuts at about 3%, and in other plant materials. It can be prepared by keeping a paste of powdered gall-nuts and water moist and exposed to the air for four to six weeks at a temperature of 20° to 25° C., removing the mold that forms on the surface from time to time; then the paste is boiled with water, the hot solution is filtered, allowed to cool, the separated gallic acid is drained, and purified by dissolving in boiling water, recrystallization at about 27° C., and washing the crystals with ice-cold water. The acid’s production seems to be due to the presence of a ferment in the galls. Gallic acid is most easily obtained by boiling the tannin extracted from oak galls with alcohol and ether using a weak acid solution. It can also be produced by heating an aqueous solution of di-iodosalicylic acid with excess alkaline carbonate, reacting dibromosalicylic acid with moist silver oxide, and other methods. It crystallizes in white or pale fawn-colored acicular prisms or silky needles, is soluble in alcohol and ether, and in 100 parts of cold and 3 of boiling water; it is odorless with an astringent and acidic taste and reaction. It melts at about 200° C., and at 210º to 215° it breaks down into carbon dioxide and pyrogallol, C6H3(OH)3. When mixed with ferric salts, its solution produces a deep blue color, and with ferrous salts, after exposure to air, it forms an insoluble blue-black ferroso-ferric gallate. Alkali metal bases react with it to form four series of salts that are stable except in alkaline solutions, where they absorb oxygen and turn brown. Calcium bicarbonate solutions turn dark blue when mixed with gallic acid and exposed to air. Unlike tannic acid, gallic acid doesn’t precipitate albumen or salts of alkaloids, or gelatin unless mixed with gum. Gold and silver salts are reduced by it slowly in cold solutions and instantly in warm solutions, which is why it is used in photography. When combined with phosphorus oxychloride at 120° C., gallic acid yields tannic acid, and with concentrated sulfuric acid at 100°, it produces rufigallic acid, C14H8O8, an anthracene derivative. Oxidizing agents like arsenic acid convert it into ellagic acid, C14H8O9 + H2O, likely a fluorene derivative, which is found in gall-nuts, in the outer membrane of walnut episperm, and possibly in many plants, and makes up the "bezoar stones" found in the intestines of Persian wild goats. Medicinally, gallic acid has been and continues to be widely used as an astringent, styptic, and hemostatic. However, gallic acid doesn’t coagulate albumen and therefore has no local astringent effect. It is so far from being a hemostatic that if introduced into living blood vessels, it actually causes dilation. Its rapid neutralization in the intestine makes it ineffective for any remote actions.
GALLICANISM, the collective name for various theories maintaining that the church and king of France had ecclesiastical rights of their own, independent and exclusive of the jurisdiction of the pope. Gallicanism had two distinct sides, a constitutional and a dogmatic, though both were generally held together, the second serving as the logical basis of the first. And neither is intelligible, except in relation to the rival theory of Ultramontanism (q.v.). Dogmatic Gallicanism was concerned with the question of ecclesiastical government. It maintained that the church’s infallible authority was committed to pope and bishops jointly. The pope decided in the first instance, but his judgments must be tacitly or expressly confirmed by the bishops before they had the force of law. This ancient theory survived much longer in France than in other Catholic countries. Hence the name of Gallican is loosely given to all its modern upholders, whether of French nationality or not. Constitutional Gallicanism dealt with the relation of church and state in France. It began in the 13th century, as a protest against the theocratic pretensions of the medieval popes. They claimed that they, as vicars of Christ, had the right to interfere in the temporal concerns of princes, and even to depose sovereigns of whom they disapproved. Gallicanism answered that kings held their power directly of God; hence their temporal concerns lay altogether outside the jurisdiction of the pope. During the troubles of the Reformation era, when the papal deposing power threatened to become a reality, the Gallican theory became of great importance. It was elaborated, and connected with dogmatic Gallicanism, by the famous theologian, Edmond Richer (1559-1631), and finally incorporated by Bossuet in a solemn Declaration of the French Clergy, made in 1682. This document lays down: (1) that the temporal sovereignty of kings is independent of the pope; (2) that a general council is above the pope; (3) that the ancient liberties of the Gallican Church are sacred; (4) that the infallible teaching authority of the church belongs to pope and bishops jointly. This declaration led to a violent quarrel with Rome, and was officially withdrawn in 1693, though its doctrines continued to be largely held. They were asserted in an extreme form in the Civil Constitution of the Clergy (1790), which almost severed connexion between France and the papacy. In 1802 Napoleon contented himself by embodying Bossuet’s declaration textually in a statute. Long before his time, however, the issue had been narrowed down to determining exactly how far the pope should be allowed to interfere in French ecclesiastical affairs. Down to the repeal of the Concordat in 1905 all French governments continued to uphold two of the ancient “Gallican Liberties.” The secular courts took cognizance of ecclesiastical affairs whenever the law of the land was alleged to have been broken; and papal bulls were not allowed to be published without the leave of the state. (See also Febronianism.)
GALLICANISM, is the collective term for several theories asserting that the church and the king of France had their own ecclesiastical rights, independent and exclusive of the pope's authority. Gallicanism had two distinct aspects: constitutional and dogmatic, though both were generally combined, with the latter providing the logical foundation for the former. Neither can be understood without considering the opposing theory of Ultramontanism (q.v.). Dogmatic Gallicanism focused on ecclesiastical governance, claiming that the church's infallible authority was shared jointly by the pope and bishops. While the pope made initial decisions, his judgments needed to be implicitly or explicitly confirmed by the bishops to become enforceable law. This old theory persisted in France much longer than in other Catholic countries, leading to the term Gallican being broadly applied to all modern proponents, regardless of nationality. Constitutional Gallicanism addressed the relationship between church and state in France, beginning in the 13th century as a response to the theocratic claims of medieval popes. These popes asserted their right, as representatives of Christ, to interfere in the secular matters of rulers and even to dismiss sovereigns they disapproved of. Gallicanism countered that kings derived their authority directly from God, rendering their secular matters outside the pope's jurisdiction. During the Reformation, when the papal power to depose threatened to become a reality, Gallican theory gained considerable significance. It was further developed and linked to dogmatic Gallicanism by the renowned theologian Edmond Richer (1559-1631), and ultimately incorporated by Bossuet in a formal Declaration of the French Clergy in 1682. This document established: (1) that the temporal power of kings is independent of the pope; (2) that a general council holds authority over the pope; (3) that the ancient rights of the Gallican Church are sacred; (4) that the church's infallible teaching authority belongs jointly to the pope and bishops. This declaration sparked a fierce conflict with Rome, leading to its official withdrawal in 1693, though its principles remained widely accepted. They were expressed in an extreme form in the Civil Constitution of the Clergy (1790), which nearly severed ties between France and the papacy. In 1802, Napoleon chose to incorporate Bossuet’s declaration verbatim into a statute. Long before his reign, however, the debate had shifted to the extent of the pope's potential interference in French church matters. Until the repeal of the Concordat in 1905, all French governments upheld two of the traditional “Gallican Liberties.” Secular courts could address ecclesiastical matters when local laws were claimed to have been violated, and papal bulls could not be published without state consent. (See also Febronianism.)
GALLIENI, JOSEPH SIMON (1849- ), French soldier and colonial administrator, was born at Saint-Béat, in the department of Haute-Garonne, on the 24th of April 1849. He left the military academy of Saint-Cyr in July 1870 as a second lieutenant in the Marines, becoming lieutenant in 1873 and captain in 1878. He saw service in the Franco-German War, and between 1877 and 1881 took an important part in the explorations and military expeditions by which the French dominion was extended in the basin of the upper Niger. He rendered a particularly valuable service by obtaining, in March 1881, a treaty from Ahmadu, almany of Segu, giving the French exclusive rights of commerce on the upper Niger. For this he received the gold medal of the Société de Géographie. From 1883 to 1886 Gallieni was stationed in Martinique. On the 24th of June 1886 he attained the rank 419 of lieutenant-colonel, and on the 20th of December was nominated governor of Upper Senegal. He obtained several successes against Ahmadu in 1887, and compelled Samory to agree to a treaty by which he abandoned the left bank of the Niger (see Senegal: History). In connexion with his service in West Africa, Gallieni published two works—Mission d’exploration du Haut-Niger, 1879-1881 (Paris, 1885), and Deux Campagnes au Sudan français (Paris, 1891)—which, besides possessing great narrative interest, give information of considerable value in regard to the resources and topography of the country. In 1888 Gallieni was made an officer of the Legion of Honour. In 1891 he attained the rank of colonel, and from 1893 to 1895 he served in Tongking, commanding the second military division of the territory. In 1899 he published his experiences in Trois Colonnes au Tonkin. In 1896 Madagascar was made a French colony, and Gallieni was appointed resident-general (a title changed in 1897 to governor-general) and commander-in-chief. Under the weak administration of his predecessor a widespread revolt had broken out against the French. By a vigorous military system Gallieni succeeded in completing the subjugation of the island. He also turned his attention to the destruction of the political supremacy of the Hovas and the restoration of the autonomy of the other tribes. The execution of the queen’s uncle, Ratsimamanga, and of Rainandrianampandry, the minister of the interior, in October 1896, and the exile of Queen Ranavalo III. herself in 1897, on the charge of fomenting rebellion, broke up the Hova hegemony, and made an end of Hova intrigues against French rule. The task of government was one of considerable difficulty. The application of the French customs and other like measures, disastrous to British and American trade, were matters for which Gallieni was not wholly responsible. His policy was directed to the development of the economic resources of the island and was conciliatory towards the non-French European population. He also secured for the Protestants religious liberty. In 1899 he published a Rapport d’ensemble sur la situation générale de Madagascar. In 1905, when he resigned the governorship, Madagascar enjoyed peace and a considerable measure of prosperity. In 1906 General Gallieni was appointed to command the XIV. army corps and military government of Lyons. He reviewed the results of his Madagascar administration in a book entitled Neuf Ans à Madagascar (Paris, 1908).
GALLIENI, JOSEPH SIMON (1849- ), French soldier and colonial administrator, was born in Saint-Béat, Haute-Garonne, on April 24, 1849. He graduated from the military academy of Saint-Cyr in July 1870 as a second lieutenant in the Marines, becoming a lieutenant in 1873 and a captain in 1878. He served in the Franco-German War and played a significant role in the explorations and military campaigns that expanded French control in the upper Niger region between 1877 and 1881. He was especially instrumental in securing a treaty from Ahmadu, the almany of Segu, in March 1881, which granted the French exclusive trade rights on the upper Niger. For this achievement, he was awarded the gold medal by the Société de Géographie. From 1883 to 1886, Gallieni was stationed in Martinique. On June 24, 1886, he rose to the rank of lieutenant-colonel, and on December 20, he was appointed governor of Upper Senegal. He achieved several victories against Ahmadu in 1887 and forced Samory to agree to a treaty that required him to relinquish the left bank of the Niger (see Senegal: History). In connection with his West African service, Gallieni published two works—Mission d’exploration du Haut-Niger, 1879-1881 (Paris, 1885) and Deux Campagnes au Sudan français (Paris, 1891)—which, in addition to being highly engaging narratives, provide valuable insights into the country's resources and geography. In 1888, Gallieni was made an officer of the Legion of Honour. In 1891, he achieved the rank of colonel, and from 1893 to 1895, he served in Tongking, commanding the second military division of the region. In 1899, he published his experiences in Trois Colonnes au Tonkin. In 1896, Madagascar became a French colony, and Gallieni was appointed resident-general (a title changed to governor-general in 1897) and commander-in-chief. His predecessor's weak administration had allowed a widespread revolt against the French rule to erupt. Through a strong military approach, Gallieni managed to complete the subjugation of the island. He also focused on dismantling the political dominance of the Hovas and restoring the autonomy of other tribes. The execution of the queen’s uncle, Ratsimamanga, and Minister of the Interior Rainandrianampandry in October 1896, along with the exile of Queen Ranavalo III. in 1897 on accusations of inciting rebellion, ended the Hova hegemony and curbed Hova conspiracies against French authority. Governing was quite challenging. The implementation of French customs and similar regulations, which harmed British and American trade, was not entirely Gallieni's doing. His policy aimed at developing the island's economic resources and was accommodating towards the non-French European population. He also ensured that Protestants had religious freedom. In 1899, he published a Rapport d’ensemble sur la situation générale de Madagascar. By the time he resigned the governorship in 1905, Madagascar was at peace and experiencing significant prosperity. In 1906, General Gallieni was appointed to command the XIV army corps and the military government of Lyons. He summarized his experiences from his administration in Madagascar in a book titled Neuf Ans à Madagascar (Paris, 1908).
GALLIENUS, PUBLIUS LICINIUS EGNATIUS, Roman emperor from A.D. 260 to 268, son of the emperor Valerian, was born about 218. From 253 to 260 he reigned conjointly with his father, during which time he gave proof of military ability and bravery. But when his father was taken prisoner by Shapur I. of Persia, in 260, Gallienus made no effort to obtain his release, or to withstand the incursions of the invaders who threatened the empire from all sides. He occupied part of his time in dabbling in literature, science and various trifling arts, but gave himself up chiefly to excess and debauchery. He deprived the senators of their military and provincial commands, which were transferred to equites. During his reign the empire was ravaged by a fearful pestilence; and the chief cities of Greece were sacked by the Goths, who descended on the Greek coast with a fleet of five hundred. His generals rebelled against him in almost every province of the empire, and this period of Roman history came to be called the reign of the Thirty Tyrants. Nevertheless, these usurpers probably saved the empire at the time, by maintaining order and repelling the attacks of the barbarians. Gallienus was killed at Mediolanum by his own soldiers while besieging Aureolus, who was proclaimed emperor by the Illyrian legions. His sons Valerianus and Saloninus predeceased him.
GALLIENUS, PUBLIUS LICINIUS EGNATIUS, Roman emperor from CE 260 to 268, son of the emperor Valerian, was born around 218. He reigned alongside his father from 253 to 260, showcasing military skill and courage. However, when his father was captured by Shapur I of Persia in 260, Gallienus made no effort to secure his release or to resist the invasions threatening the empire from all directions. Instead, he spent part of his time engaging in literature, science, and various trivial pursuits, but mostly indulged in excess and indulgence. He stripped the senators of their military and provincial commands, handing them over to the equites. During his rule, the empire suffered from a devastating plague, and the major cities of Greece were looted by the Goths, who arrived on the Greek coast with a fleet of five hundred ships. His generals turned against him in nearly every province, and this era of Roman history became known as the reign of the Thirty Tyrants. Despite this, these usurpers likely helped save the empire at the time by maintaining order and fending off barbarian attacks. Gallienus was killed at Mediolanum by his own soldiers while laying siege to Aureolus, who had been declared emperor by the Illyrian legions. His sons Valerianus and Saloninus died before him.
Life by Trebellius Pollio in Script. Hist. Aug.; on coins see articles in Numism. Zeit. (1908) and Riv. ital. d. num. (1908).
Life by Trebellius Pollio in Script. Hist. Aug.; on coins see articles in Numism. Zeit. (1908) and Riv. ital. d. num. (1908).
GALLIFFET, GASTON ALEXANDRE AUGUSTE, Marquis de, Prince de Martignes (1830-1909), French general, was born in Paris on the 23rd of January 1830. He entered the army in 1848, was commissioned as sub-lieutenant in 1853, and served with distinction at the siege of Sevastopol in 1855, in the Italian campaign of 1859, and in Algeria in 1860, after which for a time he served on the personal staff of the emperor Napoleon III. He displayed great gallantry as a captain at the siege and storm of Puebla, in Mexico, in 1863, when he was severely wounded. When he returned to France to recover from his wounds he was entrusted with the task of presenting the captured standards and colours to the emperor, and was promoted chef d’escadrons. He went again to Algeria in 1864, took part in expeditions against the Arabs, returned to Mexico as lieutenant-colonel, and, after winning further distinction, became in 1867 colonel of the 3rd Chasseurs d’Afrique. In the Franco-German War of 1870-71 he commanded this regiment in the army of the Rhine, until promoted to be general of brigade on the 30th of August. At the battle of Sedan he led the brigade of Chasseurs d’Afrique in the heroic charge of General Margueritte’s cavalry division, which extorted the admiration of the old king of Prussia. Made prisoner of war at the capitulation, he returned to France during the siege of Paris by the French army of Versailles, and commanded a brigade against the Communists. In the suppression of the Commune he did his duty rigorously and inflexibly, and on that ground earned a reputation for severity, which, throughout his later career, and in all his efforts to improve the French army, made him the object of unceasing attacks in the press and the chamber of deputies. In 1872 he took command of the Batna subdivision of Algeria, and commanded an expedition against El Golea, surmounting great difficulties in a rapid march across the desert, and inflicting severe chastisement on the revolted tribes. On the general reorganization of the army he commanded the 31st infantry brigade. Promoted general of division in 1875, he successively commanded the 15th infantry division at Dijon, the IX. army corps at Tours, and in 1882 the XII. army corps at Limoges. In 1885 he became a member of the Conseil Supérieur de la Guerre. He conducted the cavalry manœuvres in successive years, and attained a European reputation on all cavalry questions, and, indeed, as an army commander. Decorated with the grand cross of the Legion of Honour in 1887, he received the military medal for his able conduct of the autumn manœuvres in 1891, and after again commanding at the manœuvres of 1894 he retired from the active list. Afterwards he took an important part in French politics, as war minister (22nd of June 1899 to 29th of May 1900) in M. Waldeck-Rousseau’s cabinet, and distinguished himself by the firmness with which he dealt with cases of unrest in the army, but he then retired into private life, and died on the 8th of July 1909.
GALLIFFET, GASTON ALEXANDRE AUGUSTE, Marquis, Prince de Martignes (1830-1909), French general, was born in Paris on January 23, 1830. He joined the army in 1848, became a sub-lieutenant in 1853, and served with distinction during the siege of Sevastopol in 1855, in the Italian campaign of 1859, and in Algeria in 1860. Afterward, he served on the personal staff of Emperor Napoleon III for a time. He showed remarkable bravery as a captain during the siege and storm of Puebla in Mexico in 1863, where he was severely wounded. Upon returning to France to recover, he was assigned the task of presenting the captured standards and colors to the emperor and was promoted to chef d’escadrons. He returned to Algeria in 1864, took part in expeditions against the Arabs, and went back to Mexico as a lieutenant-colonel. After gaining further recognition, he became colonel of the 3rd Chasseurs d’Afrique in 1867. During the Franco-German War of 1870-71, he commanded this regiment in the army of the Rhine until he was promoted to general of brigade on August 30. At the battle of Sedan, he led the Chasseurs d’Afrique brigade in the heroic charge of General Margueritte’s cavalry division, which earned the admiration of the old King of Prussia. Captured when they surrendered, he returned to France during the siege of Paris by the French army of Versailles and led a brigade against the Communists. In suppressing the Commune, he executed his duties rigorously and inflexibly, gaining a reputation for severity that made him a target of constant criticism in the press and the chamber of deputies throughout his later career and in all his efforts to improve the French army. In 1872, he took command of the Batna subdivision of Algeria and led an expedition against El Golea, overcoming significant challenges during a rapid march across the desert and inflicting heavy punishment on the revolting tribes. During the army's general reorganization, he commanded the 31st infantry brigade. Promoted to general of division in 1875, he successively led the 15th infantry division at Dijon, the IX army corps at Tours, and in 1882 the XII army corps at Limoges. In 1885, he became a member of the Conseil Supérieur de la Guerre. He conducted cavalry maneuvers in subsequent years, gaining a European reputation for all cavalry matters and as an army commander. Decorated with the grand cross of the Legion of Honour in 1887, he received the military medal for his skilled handling of the autumn maneuvers in 1891, and after commanding the maneuvers again in 1894, he retired from active service. Afterwards, he played a significant role in French politics as war minister (June 22, 1899, to May 29, 1900) in M. Waldeck-Rousseau’s cabinet, standing out for his firmness in handling unrest in the army. He later retired to private life and died on July 8, 1909.
GALLIO, JUNIUS ANNAEUS (originally Lucius Annaeus Novatus), son of the rhetorician L. Annaeus Seneca and the elder brother of L. Annaeus Seneca the philosopher, was born at Corduba (Cordova) about the beginning of the Christian era. At Rome he was adopted by L. Junius Gallio, a rhetorician of some repute, from whom he took the name of Junius Gallio. His brother Seneca, who dedicated to him the treatises De Ira and De Vita Beata, speaks of the charm of his disposition, also alluded to by the poet Statius (Silvae, ii. 7, 32). It is probable that he was banished to Corsica with his brother, and that both returned together to Rome when Agrippina selected Seneca to be tutor to Nero. Towards the close of the reign of Claudius, Gallio was proconsul of the newly constituted senatorial province of Achaea, but seems to have been compelled by ill-health to resign the post within a few years. During his tenure of office (in 53) he dismissed the charge brought by the Jews against the apostle Paul (Acts xviii.). His behaviour on this occasion (“But Gallio cared for none of these things”) shows the impartial attitude of the Roman officials towards Christianity in its early days. He survived his brother Seneca, but was subsequently put to death by order of Nero (in 65) or committed suicide.
GALLIO, JUNIUS ANNAEUS (originally Lucius Annaeus Novatus), the son of the orator L. Annaeus Seneca and the older brother of L. Annaeus Seneca the philosopher, was born in Corduba (Cordova) around the beginning of the Christian era. In Rome, he was adopted by L. Junius Gallio, a well-known rhetorician, and took on the name Junius Gallio. His brother Seneca, who dedicated the works De Ira and De Vita Beata to him, spoke about his charming personality, something also noted by the poet Statius (Silvae, ii. 7, 32). It's likely that he was exiled to Corsica along with his brother and that they both returned to Rome when Agrippina chose Seneca to tutor Nero. Toward the end of Claudius’s reign, Gallio served as proconsul of the newly formed senatorial province of Achaea, but he seems to have had to resign due to poor health within a few years. During his time in office (in 53), he dismissed the accusations made by the Jews against the apostle Paul (Acts xviii.). His response at that time (“But Gallio cared for none of these things”) demonstrates the neutral stance of Roman officials towards early Christianity. He outlived his brother Seneca but was later executed on Nero's orders (in 65) or possibly took his own life.
Tacitus, Annals, xv. 73; Dio Cassius lx. 35, lxii. 25; Sir W.M. Ramsay, St Paul the Traveller, pp. 257-261; art. in Hastings’ Dict. of the Bible (H. Cowan). An interesting reconstruction is given by Anatole France in Sur la pierre blanche.
Tacitus, Annals, xv. 73; Dio Cassius lx. 35, lxii. 25; Sir W.M. Ramsay, St Paul the Traveller, pp. 257-261; art. in Hastings’ Dict. of the Bible (H. Cowan). Anatole France provides an intriguing reconstruction in Sur la pierre blanche.
GALLIPOLI (anc. Callipolis), a seaport town and episcopal see of Apulia, Italy, in the province of Lecce, 31 m. S. by W. of it by rail, 46 ft. above sea-level. Pop. (1901) town, 10,399; commune, 13,459. It is situated on a rocky island in the Gulf of Taranto, but is united to the mainland by a bridge, protected by 420 a castle constructed by Charles I. of Anjou. The other fortifications have been removed. The handsome cathedral dates from 1629. The town was once famous for its exports of olive-oil, which was stored, until it clarified, in cisterns cut in the rock. This still continues, but to a less extent; the export of wine, however, is increasing, and fruit is also exported.
GALLIPOLI (formerly Callipolis), a seaport town and the episcopal see of Apulia, Italy, located in the province of Lecce, 31 miles southwest by rail, 46 feet above sea level. Population (1901) town, 10,399; commune, 13,459. It is situated on a rocky island in the Gulf of Taranto, but is connected to the mainland by a bridge, protected by a castle built by Charles I of Anjou. The other fortifications have been removed. The beautiful cathedral dates back to 1629. The town was once well-known for exporting olive oil, which was stored in cisterns carved from rock until it clarified. This practice continues, but to a lesser extent; however, wine exports are increasing, and fruit is also being exported.
The ancient Callipolis was obviously of Greek origin, as its name (“beautiful city”) shows. It is hardly mentioned in ancient times. Pliny tells us that in his time it was known as Anxa. It lay a little off the road from Tarentum to Hydruntum, but was reached by a branch from Aletium (the site is marked by the modern church of S. Maria della Lizza), among the ruins of which many Messapian inscriptions, but no Latin ones, have been found.
The ancient Callipolis clearly had Greek roots, as its name ("beautiful city") indicates. It’s barely referenced in ancient history. Pliny mentions that during his time it was called Anxa. It was located slightly off the route from Tarentum to Hydruntum but could be accessed by a side road from Aletium (the site is marked by the modern church of S. Maria della Lizza), where many Messapian inscriptions have been discovered, but no Latin ones.
GALLIPOLI (Turk. Gelibolu, anc. Καλλίπολις), a seaport and city of European Turkey, in the vilayet of Adrianople; at the north-western extremity of the Dardanelles, on a narrow peninsula 132 m. W.S.W. of Constantinople, and 90 m. S. of Adrianople, in 40° 24′ N. and 26° 40′ 30″ E. Pop. (1905) about 25,000. Nearly opposite is Lapsaki on the Asiatic side of the channel, which is here about 2 m. wide. Gallipoli has an unattractive appearance; its streets are narrow and dirty, and many of its houses are built of wood, although there are a few better structures, occupied by the foreign residents and the richer class of Turkish citizens. The only noteworthy buildings are the large, crowded and well-furnished bazaars with leaden domes. There are several mosques, none of them remarkable, and many interesting Roman and Byzantine remains, especially a magazine of the emperor Justinian (483-565), a square castle and tower attributed to Bayezid I. (1389-1403), and some tumuli on the south, popularly called the tombs of the Thracian kings. The lighthouse, built on a cliff, has a fine appearance as seen from the Dardanelles. Gallipoli is the seat of a Greek bishop. It has two good harbours, and is the principal station for the Turkish fleet. From its position as the key of the Dardanelles, it was occupied by the allied French and British armies in 1854. Then the isthmus a few miles north of the town, between it and Bulair, was fortified with strong earthworks by English and French engineers, mainly on the lines of the old works constructed in 1357. These fortifications were renewed and enlarged in January 1878, on the Russians threatening to take possession of Constantinople. The peninsula thus isolated by the fortified positions has the Gulf of Saros on the N.W., and extends some 50 m. S.W. The guns of Gallipoli command the Dardanelles just before the strait joins the Sea of Marmora. The town itself is not very strongly fortified, the principal fortifications being farther down the Dardanelles, where the passage is narrower.
GALLIPOLI (Turk. Gelibolu, anc. Callipolis), a seaport and city in European Turkey, located in the Adrianople province; at the northwestern tip of the Dardanelles, on a narrow peninsula 132 miles W.S.W. of Constantinople and 90 miles S. of Adrianople, at coordinates 40° 24′ N. and 26° 40′ 30″ E. The population was about 25,000 in 1905. Directly across from it is Lapsaki on the Asian side of the channel, which is about 2 miles wide here. Gallipoli has an unappealing look; its streets are narrow and dirty, and many houses are wooden, although there are a few better buildings housing foreign residents and wealthier Turkish citizens. The only notable structures are the large, crowded, and well-stocked bazaars with leaden domes. There are several mosques, none particularly significant, along with many intriguing Roman and Byzantine remnants, especially a storehouse from the time of Emperor Justinian (483-565), a square castle and tower attributed to Bayezid I. (1389-1403), and some burial mounds to the south, referred to as the tombs of the Thracian kings. The lighthouse, built on a cliff, looks impressive when viewed from the Dardanelles. Gallipoli is the seat of a Greek bishop. It has two good harbors and serves as the main base for the Turkish fleet. Due to its strategic position at the key of the Dardanelles, it was occupied by the allied French and British armies in 1854. The isthmus a few miles north of the town, between it and Bulair, was fortified with strong earthen structures by English and French engineers, mainly based on the old fortifications built in 1357. These defenses were renewed and expanded in January 1878, when the Russians were threatening to seize Constantinople. The peninsula isolated by these fortified positions has the Gulf of Saros to the northwest and stretches about 50 miles southwest. The guns of Gallipoli oversee the Dardanelles just before the strait connects with the Sea of Marmora. The town itself is not very strongly fortified, with the main defenses located further down the Dardanelles, where the passage is narrower.
The district (sanjak) of Gallipoli is exceedingly fertile and well adapted for agriculture. It has about 100,000 inhabitants, and comprises four kazas (cantons), namely, (1) Maitos, noted for its excellent cotton; (2) Keshan, lying inland north of Gallipoli, noted for its cattle-market, and producing grain, linseed and canary seed; (3) Myriofyto; and (4) Sharkeui or Shar-Koi (Peristeri) on the coast of the Sea of Marmora. Copper ore and petroleum are worked at Sharkeui, and the neighbourhood formerly produced wine that was highly esteemed and largely exported to France for blending. Heavy taxation, however, amounting to 55% of the value of the wine, broke the spirit of the viticulturists, most of whom uprooted their vines and replanted their lands with mulberry trees, making sericulture their occupation.
The district (sanjak) of Gallipoli is very fertile and great for farming. It has around 100,000 residents and consists of four kazas (cantons): (1) Maitos, known for its high-quality cotton; (2) Keshan, located inland north of Gallipoli, recognized for its cattle market and producing grain, linseed, and canary seed; (3) Myriofyto; and (4) Sharkeui or Shar-Koi (Peristeri) on the shore of the Sea of Marmora. Copper ore and petroleum are extracted at Sharkeui, and the area used to produce wine that was very popular and mostly exported to France for blending. However, heavy taxes amounting to 55% of the wine's value discouraged the winemakers, and most of them pulled up their vines and replanted their land with mulberry trees, turning to sericulture as their new livelihood.
There are no important industrial establishments in Gallipoli itself, except steam flour-mills and a sardine factory. The line of railway between Adrianople and the Aegean Sea has been prejudicial to the transit trade of Gallipoli, and several attempts have been made to obtain concessions for the construction of a railway that would connect this port with the Turkish railway system. Steamers to and from Constantinople call regularly. In 1904 the total value of the exports was £80,000. Wheat and maize are exported to the Aegean islands and to Turkish ports on the mainland; barley, oats and linseed to Great Britain; canary seed chiefly to Australia; beans to France and Spain. Semolina and bran are manufactured in the district. Live stock, principally sheep, pass through Gallipoli in transit to Constantinople and Smyrna. Cheese, sardines, goats’ skins and sheepskins are also exported. The imports include woollen and cotton fabrics from Italy, Germany, France and Great Britain, and hardware from Germany and Austria. These goods are imported through Constantinople. Cordage is chiefly obtained from Servia. Other imports are fuel, iron and groceries.
There aren't any major industrial businesses in Gallipoli itself, other than steam flour mills and a sardine factory. The railway line between Adrianople and the Aegean Sea has negatively impacted Gallipoli's transit trade, and there have been several attempts to get permission to build a railway connecting this port to the Turkish railway system. Steamers regularly travel to and from Constantinople. In 1904, the total value of exports was £80,000. Wheat and corn are exported to the Aegean islands and Turkish ports on the mainland; barley, oats, and linseed go to Great Britain; canary seed mainly to Australia; and beans to France and Spain. Semolina and bran are produced in the area. Livestock, mainly sheep, pass through Gallipoli on their way to Constantinople and Smyrna. Cheese, sardines, goat skins, and sheepskins are also exported. Imports consist of wool and cotton fabrics from Italy, Germany, France, and Great Britain, as well as hardware from Germany and Austria. These goods come in through Constantinople. Cordage mainly comes from Servia. Other imports include fuel, iron, and groceries.
The Macedonian city of Callipolis was founded in the 5th century B.C. At an early date it became a Christian bishopric, and in the middle ages developed into a great commercial city, with a population estimated at 100,000. It was fortified by the East Roman emperors owing to its commanding strategic position and its valuable trade with Greece and Italy. In 1190 the armies of the Third Crusade, under the emperor Frederick I. (Barbarossa), embarked here for Asia Minor. After the capture of Constantinople by the Latins in 1204, Gallipoli passed into the power of Venice. In 1294 the Genoese defeated a Venetian force in the neighbourhood. A body of Catalans, under Roger Florus, established themselves here in 1306, and after the death of their leader massacred almost all the citizens; they were vainly besieged by the allied troops of Venice and the Empire, and withdrew in 1307, after dismantling the fortifications. About the middle of the 14th century the Turks invaded Europe, and Gallipoli was the first city to fall into their power. The Venetians under Pietro Loredano defeated the Turks here in 1416.
The Macedonian city of Callipolis was founded in the 5th century B.C. It quickly became a Christian bishopric and grew into a major commercial hub during the Middle Ages, with a population estimated at 100,000. The East Roman emperors fortified it due to its strategic location and its valuable trade with Greece and Italy. In 1190, the armies of the Third Crusade, led by Emperor Frederick I (Barbarossa), departed from here for Asia Minor. After the Latins captured Constantinople in 1204, Gallipoli came under Venetian control. In 1294, the Genoese defeated a Venetian force nearby. A group of Catalans, led by Roger Florus, settled here in 1306 and, after their leader's death, massacred almost all the citizens. They were unsuccessfully besieged by the combined forces of Venice and the Empire, and they withdrew in 1307 after destroying the fortifications. Around the middle of the 14th century, the Turks invaded Europe, and Gallipoli was the first city to fall to them. The Venetians, under Pietro Loredano, defeated the Turks there in 1416.
GALLIPOLIS, a city and the county-seat of Gallia county, Ohio, U.S.A., on the Ohio river, about 125 m. E. by S. of Cincinnati. Pop. (1890) 4498; (1900) 5432 (852 negroes); (1910) 5560. It is served by the Kanawha & Michigan (Ohio Central Lines) and the Hocking Valley railways, and (at Gallipolis Ferry, West Virginia, across the Ohio) by the Baltimore & Ohio railway. The city is built on a level site several feet above the river’s high-water mark. It has a United States marine hospital and a state hospital for epileptics. Among the city’s manufactures are lumber, furniture, iron, stoves, flour and brooms. The municipality owns and operates its water-works. Gallipolis was settled in 1790 by colonists from France, who had received worthless deeds to lands in Ohio from the Scioto Land Company, founded by Col. William Duer (1747-1799) and others in 1787 and officially organized in 1789 as the Compagnie du Scioto in Paris by Joel Barlow, the agent of Duer and his associates abroad, William Playfair, an Englishman, and six Frenchmen. This company had arranged with the Ohio Company in 1787 for the use of about 4,000,000 acres, N. of the Ohio and E. of the Scioto, on which the Ohio Company had secured an option only. The dishonesty of those who conducted the sales in France, the unbusinesslike methods of Barlow, and the failure of Duer and his associates to meet their contract with the Ohio Company, caused the collapse of the Scioto Company early in 1790, and two subsequent attempts to revive it failed. Meanwhile about 150,000 acres had been sold to prospective settlers in France, and in October 1790 the French immigrants, who had been detained for two months at Alexandria, Virginia, arrived on the site of Gallipolis, where rude huts had been built for them. This land, however, fell within the limits of the tract bought outright by the Ohio Company, which sold it to the Scioto Company, and to which it reverted on the failure of the Scioto Company to pay. In 1794 William Bradford, attorney-general of the United States, decided that all rights in the 4,000,000 acres, on which the Ohio Company had secured an option for the Scioto Company, were legally vested in the Ohio Company. In 1795 the Ohio Company sold to the French settlers for $1.25 an acre the land they occupied and adjacent improved lots, and the United States government granted to them 24,000 acres in the southern part of what is now Scioto County in 1795; little of this land (still known as the “French Grant”), however, was ever occupied by them. Gallipolis was incorporated as a village in 1842, and was first chartered as a city in 1865.
GALLIPOLIS, is a city and the county seat of Gallia County, Ohio, U.S.A., located on the Ohio River, about 125 miles east-southeast of Cincinnati. Population: (1890) 4,498; (1900) 5,432 (852 Black residents); (1910) 5,560. It is served by the Kanawha & Michigan (Ohio Central Lines) and the Hocking Valley railways, and at Gallipolis Ferry, West Virginia, across the Ohio River, by the Baltimore & Ohio railway. The city is situated on a flat area several feet above the river’s high-water mark. It has a United States marine hospital and a state hospital for epileptics. The city’s industries include lumber, furniture, iron, stoves, flour, and brooms. The municipality owns and operates its water supply. Gallipolis was settled in 1790 by colonists from France, who had received worthless deeds to lands in Ohio from the Scioto Land Company, founded by Col. William Duer (1747-1799) and others in 1787, officially organized in 1789 as the Compagnie du Scioto in Paris by Joel Barlow, the agent for Duer and his associates abroad, William Playfair, an Englishman, and six Frenchmen. This company arranged with the Ohio Company in 1787 for the use of about 4,000,000 acres, north of the Ohio River and east of the Scioto, for which the Ohio Company had only secured an option. The dishonesty of those managing the sales in France, unprofessional methods employed by Barlow, and the failure of Duer and his associates to fulfill their contract with the Ohio Company led to the collapse of the Scioto Company early in 1790, and two later attempts to revive it failed. In the meantime, about 150,000 acres had been sold to prospective settlers in France, and in October 1790, the French immigrants, who had been held up for two months in Alexandria, Virginia, arrived at the site of Gallipolis, where rough huts had been constructed for them. However, this land was within the area that was purchased outright by the Ohio Company, which sold it to the Scioto Company, and it reverted to the Ohio Company due to the Scioto Company's failure to pay. In 1794, William Bradford, the attorney general of the United States, decided that all rights to the 4,000,000 acres, for which the Ohio Company had secured an option for the Scioto Company, were legally owned by the Ohio Company. In 1795, the Ohio Company sold the land they occupied and nearby improved lots to the French settlers for $1.25 an acre, and the U.S. government granted them 24,000 acres in the southern part of what is now Scioto County in 1795; however, little of this land, still known as the “French Grant," was ever settled by them. Gallipolis was incorporated as a village in 1842 and first chartered as a city in 1865.
See Theodore T. Belote, The Scioto Speculation and the French Settlement at Gallipolis (Cincinnati, 1907), series 2, vol. iii. No. 3 of the University Studies of the University of Cincinnati.
See Theodore T. Belote, The Scioto Speculation and the French Settlement at Gallipolis (Cincinnati, 1907), series 2, vol. iii. No. 3 of the University Studies of the University of Cincinnati.
GALLITZIN, DEMETRIUS AUGUSTINE (1770-1840), American Roman Catholic priest, called “The Apostle of the Alleghanies,” was born at the Hague on the 22nd of December 1770. His name is a form of Golitsuin (q.v.), the Russian family from which he came. His father, Dimitri Alexeievich Gallitzin (1735-1803), Russian ambassador to Holland, was an intimate friend of Voltaire and a follower of Diderot; so, too, for many years was his mother, Countess Adelheid Amalie von Schmettau (1748-1806), until a severe illness in 1786 led her back to the Roman Catholic church, in which she had been reared. At the age of seventeen he too became a member of that church. His father had planned for him a diplomatic or military career, and in 1792 he was aide-de-camp to the commander of the Austrian troops in Brabant; but, after the assassination of the king of Sweden, he, like all other foreigners, was dismissed from the service. He then set out to complete his education by travel, and on the 28th of October 1792 arrived in Baltimore, Maryland, where he finally decided to enter the priesthood. He was ordained priest in March 1795, being the first Roman Catholic priest ordained in America, and then worked in the mission at Port Tobacco, Maryland, whence he was soon transferred to the Conewago district. His impulsive objection to some of Bishop Carroll’s instructions was sharply rebuked, and he was recalled to Baltimore. But in 1796 he removed to Taneytown, Maryland, and in both Maryland and Pennsylvania worked with such misdirected zeal and autocratic manners that he was again reproved by his bishop in 1798. In the Alleghanies, in 1799, he planned a settlement in what is now Cambria county, Pennsylvania, and bought up much land which he gave or sold at low prices to Catholic immigrants, spending $150,000 or more in the purchase of some 20,000 acres in a spot singularly ill suited for such an enterprise. In 1808, after his father’s death, he was disinherited by the emperor Alexander I. of Russia “by reason of your Catholic faith and your ecclesiastical profession”; and although his sister Anne repeatedly promised him his half of the valuable estate and sent him money from time to time, after her death her brother received little or nothing from the estate. The priest, who after his father’s death had in 1809 discarded the name of Augustine Smith, under which he had been naturalized, and had taken his real name, was soon deeply in debt. No small part was a loan from Charles Carroll, and when Gallitzin was suggested for the see of Philadelphia in 1814, Bishop Carroll gave as an objection Gallitzin’s “great load of debt rashly, though for excellent and charitable purposes, contracted.” In 1815 Gallitzin was suggested for the bishopric of Bardstown, Kentucky, and in 1827 for the proposed see of Pittsburg, and he refused the bishopric of Cincinnati. He died at Loretto, the settlement he had founded in Cambria county, on the 6th of May 1840. Among his parishioners Gallitzin was a great power for good. His part in building up the Roman Catholic Church in western Pennsylvania cannot be estimated; but it is said that at his death there were 10,000 members of his church in the district where forty years before he had found a scant dozen. One of the villages he founded bears his name. Among his controversial pamphlets are: A Defence of Catholic Principles (1816), Letter to a Protestant Friend on the Holy Scriptures (1820), Appeal to the Protestant Public (1834), and Six Letters of Advice (1834), in reply to attacks on the Catholic Church by a Presbyterian synod.
GALLITZIN, DEMETRIUS AUGUSTINE (1770-1840), American Roman Catholic priest known as “The Apostle of the Alleghanies,” was born in The Hague on December 22, 1770. His name is a variation of Golitsuin (q.v.), the Russian family from which he came. His father, Dimitri Alexeievich Gallitzin (1735-1803), was the Russian ambassador to Holland and a close friend of Voltaire and a follower of Diderot. Likewise, his mother, Countess Adelheid Amalie von Schmettau (1748-1806), was involved with these influences until a serious illness in 1786 brought her back to the Roman Catholic Church, where she had been raised. At seventeen, he also joined that church. His father envisioned a diplomatic or military career for him, and in 1792 he served as aide-de-camp to the commander of the Austrian troops in Brabant. However, after the assassination of the king of Sweden, he, like all other foreigners, was dismissed. He then began to travel to continue his education and arrived in Baltimore, Maryland, on October 28, 1792, where he ultimately decided to pursue the priesthood. He was ordained a priest in March 1795, becoming the first Roman Catholic priest ordained in America, and worked in the mission at Port Tobacco, Maryland, before being transferred to the Conewago district. His impulsive disagreement with some of Bishop Carroll’s directions was met with sharp criticism, leading to his recall to Baltimore. In 1796, he moved to Taneytown, Maryland, and in both Maryland and Pennsylvania worked with such misguided zeal and authoritarian manners that he received another reprimand from his bishop in 1798. In the Alleghanies in 1799, he planned a settlement in what is now Cambria County, Pennsylvania, purchasing large tracts of land which he either gave or sold at low prices to Catholic immigrants, spending over $150,000 to acquire about 20,000 acres in an area particularly unsuitable for such an endeavor. After his father's death in 1808, he was disinherited by Emperor Alexander I of Russia “because of your Catholic faith and your ecclesiastical profession.” Although his sister Anne often promised to provide him his share of the valuable estate and sent money occasionally, after her death, her brother received very little, if anything, from the estate. Following his father's death, the priest, who had in 1809 abandoned the name Augustine Smith—under which he had been naturalized—and taken his real name, soon found himself deeply in debt. A significant part of this debt came from a loan from Charles Carroll, and when Gallitzin was considered for the see of Philadelphia in 1814, Bishop Carroll cited Gallitzin’s “great load of debt rashly, though for excellent and charitable purposes, contracted” as an objection. In 1815, Gallitzin was proposed for the bishopric of Bardstown, Kentucky, and in 1827 for the anticipated see of Pittsburgh, and he declined the bishopric of Cincinnati. He passed away at Loretto, the settlement he had founded in Cambria County, on May 6, 1840. Among his parishioners, Gallitzin was a significant force for good. His contribution to establishing the Roman Catholic Church in western Pennsylvania is immeasurable; it is reported that at his death there were 10,000 members of his church in the region where, four decades earlier, he had found only a scant dozen. One of the villages he founded bears his name. Notable among his controversial pamphlets are: A Defence of Catholic Principles (1816), Letter to a Protestant Friend on the Holy Scriptures (1820), Appeal to the Protestant Public (1834), and Six Letters of Advice (1834), which were responses to attacks on the Catholic Church by a Presbyterian synod.
See Sarah M. Brownson, Life of D.A. Gallitzin, Prince and Priest (New York, 1873); a brief summary of his life by A.A. Lambing in American Catholic Records (Pittsburg, Pennsylvania, October 1886, pp. 58-68); and a good bibliography by Thomas C. Middleton in The Gallitzin Memorandum Book, in American Catholic Historical Society of Philadelphia, Records, vol. 4, pp. 32 sqq.
See Sarah M. Brownson, Life of D.A. Gallitzin, Prince and Priest (New York, 1873); a brief summary of his life by A.A. Lambing in American Catholic Records (Pittsburg, Pennsylvania, October 1886, pp. 58-68); and a good bibliography by Thomas C. Middleton in The Gallitzin Memorandum Book, in American Catholic Historical Society of Philadelphia, Records, vol. 4, pp. 32 sqq.
GALLIUM (symbol Ga; atomic weight 69.9), one of the metallic chemical elements. It was discovered in 1875 through its spectrum, in a specimen of zinc blende by Lecoq de Boisbaudran (Comptes rendus, 1875, 81, p. 493, and following years). The chief chemical and physical properties of gallium had been predicted many years before by D. Mendeléeff (c. 1869) from a consideration of the properties of aluminium, indium and zinc (see Element). The metal is obtained from zinc blende (which only contains it in very small quantity) by dissolving the mineral in an acid, and precipitating the gallium by metallic zinc. The precipitate is dissolved in hydrochloric acid and foreign metals are removed by sulphuretted hydrogen; the residual liquid being then fractionally precipitated by sodium carbonate, which throws out the gallium before the zinc. This precipitate is converted into gallium sulphate and finally into a pure specimen of the oxide, from which the metal is obtained by the electrolysis of an alkaline solution. Gallium crystallizes in greyish-white octahedra which melt at 30.15° C. to a silvery-white liquid. It is very hard and but slightly malleable and flexible, although in thin plates it may be bent several times without breaking. The specific gravity of the solid form is 5.956 (24.5° C.), of the liquid 6.069, whilst the specific heats of the two varieties are, for the solid form 0.079 (12-23° C.) and for the liquid 0.082 (106-119°) [M. Berthelot, Comptes rendus, 1878, 86, p. 786]. It is not appreciably volatilized at a red heat. Chlorine acts on it readily in the cold, bromine not so easily, and iodine only when the mixture is heated. The atomic weight of gallium has been determined by Lecoq de Boisbaudran by ignition of gallium ammonium alum, and also by L. Meyer and K. Seubert.
GALLIUM (symbol Ga; atomic weight 69.9) is one of the metallic chemical elements. It was discovered in 1875 through its spectrum in a sample of zinc blende by Lecoq de Boisbaudran (Comptes rendus, 1875, 81, p. 493, and following years). The main chemical and physical properties of gallium had been predicted many years earlier by D. Mendeléeff (c. 1869) based on the properties of aluminum, indium, and zinc (see Element). The metal is extracted from zinc blende (which contains it in very small amounts) by dissolving the mineral in an acid and precipitating the gallium with metallic zinc. The precipitate is then dissolved in hydrochloric acid, and foreign metals are removed using hydrogen sulfide; the remaining liquid is then fractionally precipitated with sodium carbonate, which separates the gallium before the zinc. This precipitate is turned into gallium sulfate and ultimately into a pure sample of the oxide, from which the metal is obtained through the electrolysis of an alkaline solution. Gallium crystallizes in greyish-white octahedra that melt at 30.15° C into a silvery-white liquid. It is very hard but only slightly malleable and flexible, though it can be bent several times without breaking into thin plates. The specific gravity of the solid form is 5.956 (24.5° C), while the liquid's specific gravity is 6.069, and the specific heats for the two forms are 0.079 (12-23° C) for solid and 0.082 (106-119° C) for liquid [M. Berthelot, Comptes rendus, 1878, 86, p. 786]. It doesn’t significantly volatilize at red heat. Chlorine reacts with it easily at room temperature, bromine reacts less readily, and iodine reacts only when heated. The atomic weight of gallium has been determined by Lecoq de Boisbaudran through the ignition of gallium ammonium alum, as well as by L. Meyer and K. Seubert.
Gallium oxide Ga2O3 is obtained when the nitrate is heated, or by solution of the metal in nitric acid and ignition of the nitrate. It forms a white friable mass which after ignition is insoluble in acids. On heating to redness in a stream of hydrogen it forms a bluish mass which is probably a lower oxide of composition GaO. Gallium forms colourless salts, which in neutral dilute aqueous solutions are converted on heating into basic salts. The gallium salts are precipitated by alkaline carbonates and by barium carbonate, but not by sulphuretted hydrogen unless in acetic acid solution. Potassium ferrocyanide gives a precipitate even in very dilute solution. In neutral solutions, zinc gives a precipitate of gallium oxide. By heating gallium in a regulated stream of chlorine the dichloride GaCl2 is obtained as a crystalline mass, which melts at 164° C. and readily decomposes on exposure to moist air. The trichloride GaCl3 is similarly formed when the metal is heated in a rapid stream of chlorine, and may be purified by distillation in an atmosphere of nitrogen. It forms very deliquescent long white needles melting at 75.5° C. and boiling at 215-220° C. The bromide, iodide and sulphate are known, as is also gallium ammonium alum. Gallium is best detected by means of its spark spectrum, which gives two violet lines of wave length 4171 and 4031.
Gallium oxide Ga2O3 is produced when the nitrate is heated, or by dissolving the metal in nitric acid and igniting the nitrate. It forms a white, crumbly mass that becomes insoluble in acids after ignition. When heated to red hot in a stream of hydrogen, it creates a bluish mass that is likely a lower oxide with the composition GaO. Gallium creates colorless salts, which convert into basic salts when heated in neutral dilute aqueous solutions. Gallium salts can be precipitated by alkaline carbonates and barium carbonate, but not by hydrogen sulfide unless in an acetic acid solution. Potassium ferrocyanide will produce a precipitate even in very dilute solutions. In neutral solutions, zinc causes a precipitate of gallium oxide. By heating gallium in a controlled stream of chlorine, the dichloride GaCl2 is formed as a crystalline mass, which melts at 164° C and easily decomposes when exposed to moist air. The trichloride GaCl3 is created similarly when the metal is heated in a rapid stream of chlorine and can be purified by distillation in a nitrogen atmosphere. It forms very deliquescent long white needles that melt at 75.5° C and boil at 215-220° C. The bromide, iodide, and sulfate are also known, as well as gallium ammonium alum. The best way to detect gallium is by using its spark spectrum, which shows two violet lines with wavelengths of 4171 and 4031.
GALLON, an English measure of capacity, usually of liquids, but also used as a dry measure for corn. A gallon contains four quarts. The word was adapted from an O. Norm. Fr. galon, Central Fr. jalon, and was Latinized as galo and galona. It appears to be connected with the modern French jale, a bowl, but the ultimate origin is unknown; it has been referred without much plausibility to Gr. γαυλός, a milk pail. The British imperial gallon of four quarts contains 277.274 cub. in. The old English wine gallon of 231 cub. in. capacity is the standard gallon of the United States.
GALLON, is a measure of capacity in England, primarily for liquids, but also used as a dry measure for grains. A gallon is equal to four quarts. The term comes from the Old Norman French galon, Central French jalon, and was Latinized as galo and galona. It seems to be connected to the modern French jale, meaning a bowl, though its exact origin is unclear; it has been loosely linked to the Greek γαυλός, which means a milk container. The British imperial gallon, consisting of four quarts, is equal to 277.274 cubic inches. The old English wine gallon, with a capacity of 231 cubic inches, is the standard gallon used in the United States.
GALLOWAY, JOSEPH (1731-1803), American lawyer and politician, one of the most prominent of the Loyalists, was born in West River, Anne Arundel county, Maryland, in 1731. He early removed to Philadelphia, where he acquired a high standing as a lawyer. From 1756 until 1774 (except in 1764) he was one of the most influential members of the Pennsylvania Assembly, over which he presided in 1766-1773. During this period, with his friend Benjamin Franklin, he led the opposition to the Proprietary government, and in 1764 and 1765 attempted to secure a royal charter for the province. With the approach of the crisis in the relations between Great Britain and the American colonies he adopted a conservative course, and, while recognizing the justice of many of the colonial complaints, discouraged radical action and advocated a compromise. As a member of the First Continental Congress, he introduced (28th September 1774) a “Plan of a Proposed Union between Great Britain and the Colonies,” and it is for this chiefly that he is remembered. It provided for a president-general appointed by the crown, who should have supreme executive authority over all the colonies, and for a grand council, elected triennially by the several provincial assemblies, and to have such “rights, liberties and privileges as are held and exercised by and in the House of Commons of Great Britain”; the president-general and grand council were to be “an inferior distinct branch of the British legislature, united and incorporated with it.” The assent of the 422 grand council and of the British parliament was to be “requisite to the validity of all ... general acts or statutes,” except that “in time of War, all bills for granting aid to the crown, prepared by the grand council and approved by the president-general, shall be valid and passed into a law, without the assent of the British parliament.” The individual colonies, however, were to retain control over their strictly internal affairs. The measure was debated at length, was advocated by such influential members as John Jay and James Duane of New York and Edward Rutledge of South Carolina, and was eventually defeated only by the vote of six colonies to five. Galloway declined a second election to Congress in 1775, joined the British army at New Brunswick, New Jersey (December 1776), advised the British to attack Philadelphia by the Delaware, and during the British occupation of Philadelphia (1777-1778) was superintendent of the port, of prohibited articles, and of police of the city. In October 1778 he went to England, where he remained until his death at Watford, Hertfordshire, on the 29th of August 1803. After he left America his life was attainted, and his property, valued at £40,000, was confiscated by the Pennsylvania Assembly, a loss for which he received a partial recompense in the form of a small parliamentary pension. He was one of the clearest thinkers and ablest political writers among the American Loyalists, and, according to Prof. Tyler, “shared with Thomas Hutchinson the supreme place among American statesmen opposed to the Revolution.”
GALLOWAY, JOSEPH (1731-1803), American lawyer and politician, one of the most notable Loyalists, was born in West River, Anne Arundel County, Maryland, in 1731. He moved to Philadelphia early on, where he established a solid reputation as a lawyer. From 1756 until 1774 (except in 1764), he was one of the most influential members of the Pennsylvania Assembly, serving as its president from 1766 to 1773. During this time, alongside his friend Benjamin Franklin, he led the opposition to the Proprietary government and tried in 1764 and 1765 to obtain a royal charter for the province. As tensions grew between Great Britain and the American colonies, he took a conservative approach, acknowledging the validity of many colonial grievances while discouraging radical actions and advocating for compromise. As a member of the First Continental Congress, he introduced (September 28, 1774) a “Plan of a Proposed Union between Great Britain and the Colonies,” for which he is primarily remembered. This plan called for a president-general appointed by the crown, who would hold supreme executive authority over all the colonies, and a grand council elected every three years by the provincial assemblies, to have the same “rights, liberties and privileges as are held and exercised by and in the House of Commons of Great Britain.” The president-general and grand council were to be “an inferior distinct branch of the British legislature, united and incorporated with it.” The consent of the grand council and British parliament was required for the validity of all “general acts or statutes,” except that “in time of War, all bills for granting aid to the crown, prepared by the grand council and approved by the president-general, shall be valid and passed into a law, without the assent of the British parliament.” The individual colonies, however, would maintain control over their internal affairs. The proposal was debated extensively and supported by influential members like John Jay and James Duane of New York and Edward Rutledge of South Carolina, but ultimately it was defeated by a vote of six colonies to five. Galloway chose not to seek re-election to Congress in 1775, joined the British army at New Brunswick, New Jersey (December 1776), advised the British on attacking Philadelphia via the Delaware, and during the British occupation of Philadelphia (1777-1778) served as the superintendent of the port, prohibited articles, and city police. In October 1778, he moved to England, where he stayed until his death at Watford, Hertfordshire, on August 29, 1803. After leaving America, he was declared an enemy of the state, and his property, valued at £40,000, was confiscated by the Pennsylvania Assembly, for which he received partial compensation in the form of a small parliamentary pension. He was one of the clearest thinkers and most skilled political writers among the American Loyalists, and according to Prof. Tyler, “shared with Thomas Hutchinson the supreme place among American statesmen opposed to the Revolution.”
Among his pamphlets are A Candid Examination of the Mutual Claims of Great Britain and the Colonies (1775); Historical and Political Reflections on the Rise and Progress of the American Rebellion (1780); Cool Thoughts on the Consequences to Great Britain of American Independence (1780); and The Claim of the American Loyalists Reviewed and Maintained upon Incontrovertible Principles of Law and Justice (1788).
Among his pamphlets are A Candid Examination of the Mutual Claims of Great Britain and the Colonies (1775); Historical and Political Reflections on the Rise and Progress of the American Rebellion (1780); Cool Thoughts on the Consequences to Great Britain of American Independence (1780); and The Claim of the American Loyalists Reviewed and Maintained upon Incontrovertible Principles of Law and Justice (1788).
See Thomas Balch (Ed.), The Examination of Joseph Galloway by a Committee of the House of Commons (Philadelphia, 1855); Ernest H. Baldwin, Joseph Galloway, the Loyalist Politician (New Haven, 1903); and M.C. Tyler, Literary History of the American Revolution (2 vols., New York, 1897).
See Thomas Balch (Ed.), The Examination of Joseph Galloway by a Committee of the House of Commons (Philadelphia, 1855); Ernest H. Baldwin, Joseph Galloway, the Loyalist Politician (New Haven, 1903); and M.C. Tyler, Literary History of the American Revolution (2 vols., New York, 1897).
GALLOWAY, THOMAS (1796-1851), Scottish mathematician, was born at Symington, Lanarkshire, on the 26th of February 1796. In 1812 he entered the university of Edinburgh, where he distinguished himself specially in mathematics. In 1823 he was appointed one of the teachers of mathematics at the military college of Sandhurst, and in 1833 he was appointed actuary to the Amicable Life Assurance Office, the oldest institution of that kind in London; in which situation he remained till his death on the 1st of November 1851. Galloway was a voluminous, though, for the most part, an anonymous writer. His most interesting paper is “On the Proper Motion of the Solar System,” and was published in the Phil. Trans., 1847. He contributed largely to the seventh edition of the Encyclopaedia Britannica, and also wrote several scientific papers for the Edinburgh Review and various scientific journals. His Encyclopaedia article, “Probability,” was published separately.
GALLOWAY, THOMAS (1796-1851), Scottish mathematician, was born in Symington, Lanarkshire, on February 26, 1796. In 1812, he enrolled at the University of Edinburgh, where he excelled particularly in mathematics. In 1823, he was appointed as a mathematics teacher at the military college of Sandhurst, and in 1833 he became the actuary for the Amicable Life Assurance Office, the oldest institution of its kind in London, where he stayed until his death on November 1, 1851. Galloway was a prolific writer, mostly anonymously. His most notable paper is “On the Proper Motion of the Solar System,” published in the Phil. Trans., 1847. He contributed extensively to the seventh edition of the Encyclopaedia Britannica and also wrote several scientific papers for the Edinburgh Review and various scientific journals. His article on “Probability” in the Encyclopaedia was published separately.
See Transactions of the Royal Astronomical Society (1852).
See Transactions of the Royal Astronomical Society (1852).
GALLOWAY, a district in the south-west of Scotland, comprising the counties of Kirkcudbright and Wigtown. It was the Novantia of the Romans, and till the end of the 12th century included Carrick, now the southern division of Ayrshire. Though the designation has not been adopted civilly, its use historically and locally has been long established. Thus the Bruces were lords of Galloway, and the title of earl of Galloway (created 1623) is now held by a branch of the Stewarts. Galloway also gives its name to a famous indigenous breed of black hornless cattle. See Kirkcudbrightshire and Wigtownshire.
Galloway, a region in the southwest of Scotland, includes the counties of Kirkcudbright and Wigtown. It was known as Novantia during Roman times and, until the end of the 12th century, also covered Carrick, which is now the southern part of Ayrshire. Although the name isn't officially used today, it has a long-standing historical and local significance. The Bruces were the lords of Galloway, and the title of Earl of Galloway (established in 1623) is currently held by a branch of the Stewarts. Galloway is also known for a well-known native breed of black hornless cattle. See Kirkcudbrightshire and Wigtownshire.
GALLOWS1 (a common Teutonic word—cf. Goth. galga, O. H. Ger. galgo, Mod. Ger. Galgen, A.S. galzan, &c.—of uncertain origin), the apparatus for executing the sentence of death by hanging. It usually consists of two upright posts and a cross-beam, but sometimes of a single upright with a beam projecting from the top. The Roman gallows was the cross, and in the older translations of the Bible “gallows” was used for the cross on which Christ suffered (so galga in Ulfilas’s Gothic Testament).2 Another form of gallows in the middle ages was that of which the famous example at Montfaucon near Paris was the type. This was a square structure formed of columns of masonry connected in each tier with cross-pieces of wood, and with pits beneath, into which the bodies fell after disarticulation by exposure to the weather.
GALLOWS1 (a common Teutonic word—cf. Goth. galga, O. H. Ger. galgo, Mod. Ger. Galgen, A.S. galzan, etc.—of uncertain origin), the structure used to carry out the death penalty by hanging. It typically consists of two vertical posts and a cross-beam, but sometimes it has a single upright post with a beam extending from the top. The Roman gallows was the cross, and in the earlier translations of the Bible “gallows” referred to the cross on which Christ suffered (as seen with galga in Ulfilas’s Gothic Testament).2 Another type of gallows in the Middle Ages was exemplified by the famous one at Montfaucon near Paris, which was a square structure made of masonry columns connected on each level with horizontal wooden beams, and with pits below, into which the bodies fell after being exposed to the elements.
According to actual usage the condemned man stands on a platform or drop (introduced in England in 1760), the rope hangs from the cross-beam, and the noose at its end is placed round his neck. He is hanged by the falling of the drop, the knot in the noose being so adjusted that the spinal cord is broken by the fall and death instantaneous. In old times the process was far less merciful; sometimes the condemned man stood in a cart, which was drawn away from under him; sometimes he had to mount a ladder, from which he was thrust by the hangman. Until 1832 malefactors in England were sometimes hanged by being drawn up from the platform by a heavy weight at the other end of the rope. Death in these cases was by strangulation. At the present time executions in the United Kingdom are private, the gallows being erected in a chamber or enclosed space set apart for the purpose inside the gaol.
According to actual usage, the condemned person stands on a platform or drop (introduced in England in 1760), the rope hangs from the cross-beam, and the noose at its end is placed around their neck. They are hanged when the drop falls, with the knot in the noose adjusted so that the spinal cord breaks instantly from the fall, leading to immediate death. In the past, the process was much less merciful; sometimes the condemned stood in a cart, which was pulled away from under them; other times, they had to climb a ladder, from which they were pushed by the hangman. Until 1832, criminals in England were sometimes hanged by being pulled up from the platform by a heavy weight at the other end of the rope. In those instances, death resulted from strangulation. Nowadays, executions in the United Kingdom are private, with the gallows set up in a chamber or enclosed space designated for the purpose inside the jail.
The word “gibbet,” the Fr. gibet, gallows, which appears in the first instance to have meant a crooked stick,3 was originally used in English synonymously with gallows, as it sometimes still is. Its later and more special application, however, was to the upright posts with a projecting arm on which the bodies of criminals were suspended after their execution. These gibbets were erected in conspicuous spots, on the tops of hills (Gallows Hill is still a common name) or near frequented roads. The bodies, smeared with pitch to prevent too rapid decomposition, hung in chains as a warning to evildoers. From the gruesome custom comes the common use of the word “to gibbet” for any holding up to public infamy or contempt.
The word “gibbet,” from the French gibet, meaning gallows, originally seemed to refer to a crooked stick. It was initially used in English interchangeably with gallows, and it sometimes still is. However, its later and more specific meaning referred to the upright posts with a projecting arm used to hang the bodies of criminals after execution. These gibbets were placed in noticeable locations, like hilltops (Gallows Hill is still a common name) or along busy roads. The bodies, coated in pitch to slow down decomposition, hung in chains as a warning to wrongdoers. This macabre practice gave rise to the common usage of the term “to gibbet,” meaning to subject someone to public shame or scorn.
1 The word “gallows” is the plural of a word (galwe, galowe, gallow) which, according to the New English Dictionary, was occasionally used as late as the 17th century, though from the 13th century onwards the plural form was more usual. Caxton speaks both of “a gallows,” and, in the older form, of “a pair of gallows,” this referring probably to the two upright posts. From the 16th century onwards “gallows” has been consistently treated as a singular form, a new plural, “gallowses,” having come into use. “The latter, though not strictly obsolete, is now seldom used; the formation is felt to be somewhat uncouth, so that the use of the word in the plural in commonly evaded” (New Eng. Dict. s.v. “Gallows”).
1 The word “gallows” is the plural of a word (galwe, galowe, gallow) that, according to the New English Dictionary, was sometimes used as recently as the 17th century, but from the 13th century onward, the plural form was more common. Caxton mentions both “a gallows” and, in the older form, “a pair of gallows,” likely referring to the two upright posts. Since the 16th century, “gallows” has been consistently regarded as a singular form, with a new plural, “gallowses,” coming into use. “The latter, while not completely outdated, is now rarely used; the formation feels somewhat awkward, so the plural form is often avoided” (New Eng. Dict. s.v. “Gallows”).
2 In Med. Lat. “gallows” was translated by furia and patibulum, both words applied in classical Latin to a fork-shaped instrument of punishment fastened on the neck of slaves and criminals. Furia, in feudal law, was the right granted to tenants having major jurisdiction to erect a gallows within the limits of their fief.
2 In Medieval Latin, "gallows" was translated as furia and patibulum, both of which referred in classical Latin to a fork-shaped tool of punishment that was placed around the necks of slaves and criminals. Furia, in feudal law, was the right given to tenants with major jurisdiction to set up a gallows within their fief limits.
“Et il a le gibet saisi “Et il a le gibet saisi Qui a son destre braz pendi.” Qui a son destre braz pendi. |
GALLS. In animals galls occur mostly on or under the skin of living mammals and birds, and are produced by Acaridea, and by dipterous insects of the genus Oestrus. Signor Moriggia1 has described and figured a horny excrescence, nearly 8 in. in length, from the back of the human hand, which was caused by Acarus domesticus. What are commonly known as galls are vegetable excrescences, and, according to the definition of Lacaze-Duthiers, comprise “all abnormal vegetable productions developed on plants by the action of animals, more particularly by insects, whatever may be their form, bulk or situation.” For the larvae of their makers the galls provide shelter and sustenance. The exciting cause of the hypertrophy, in the case of the typical galls, appears to be a minute quantity of some irritating fluid, or virus, secreted by the female insect, and deposited with her egg in the puncture made by her ovipositor in the cortical or foliaceous parts of plants. This virus causes the rapid enlargement and subdivision of the cells affected by it, so as to form the tissues of the gall. Oval or larval irritation also, without doubt, plays an important part in the formation of many galls. Though, as Lacaze-Duthiers remarks, a certain relation is necessary between the “stimulus” and the “supporter of the stimulus,” as evidenced by the limitation in the majority of cases of each species of gall-insect to some one vegetable structure, still it must be the quality of the irritant 423 of the tissues, rather than the specific peculiarities or the part of the plant affected, that principally determines the nature of the gall. Thus the characteristics of the currant-gall of Spathegaster baccarum, L., which occurs alike on the leaves and on the flower-stalks of the oak, are obviously due to the act of oviposition, and not to the functions of the parts producing it; the bright red galls of the saw-fly Nematus gallicola are found on four different species of willow, Salix fragilis, S. alba, S. caprea and S. cinerea;2 and the galls of a Cynipid, Biorhiza aptera, usually developed on the rootlets of the oak, have been procured also from the deodar.3 Often the gall bears no visible resemblance to the structures out of which it is developed; commonly, however, outside the larval chamber, or gall proper, and giving to the gall its distinctive form, are to be detected certain more or less modified special organs of the plant. The gall of Cecidomyia strobilina, formed from willow-buds, is mainly a rosette of leaves the stalks of which have had their growth arrested. The small, smooth, seed-shaped gall of the American Cynips seminator, Harris, according to W.F. Bassett,4 is the petiole, and its terminal tuft of woolly hairs the enormously developed pubescence of the young oak-leaf. The moss-like covering of the “bedeguars” of the wild rose, the galls of a Cynipid, Rhodites rosae, represents leaves which have been developed with scarcely any parenchyma between their fibro-vascular bundles; and the “artichoke-galls” or “oak-strobile,” produced by Aphilothrix gemmae, L., which insect arrests the development of the acorn, consists of a cupule to which more or less modified leaf-scales are attached, with a peduncular, oviform, inner gall.5 E. Newman held the view that many oak-galls are pseudobalani or false acorns: “to produce an acorn has been the intention of the oak, but the gall-fly has frustrated the attempt.” Their formation from buds which normally would have yielded leaves and shoots is explained by Parfitt as the outcome of an effort at fructification induced by oviposition, such as has been found to result in several plants from injury by insect-agency or otherwise.6 Galls vary remarkably in size and shape according to the species of their makers. The polythalamous gall of Aphilothrix radicis, found on the roots of old oak-trees, may attain the size of a man’s fist; the galls of another Cynipid, Andricus occultus, Tschek,7 which occurs on the male flowers of Quercus sessiliflora, is 2 millimetres, or barely a line, in length. Many galls are brightly coloured, as, for instance, the oak-leaf hairy galls of Spathegaster tricolor, which are of a crimson hue, more or less diffused according to exposure to light. The variety of forms of galls is very great. Some are like urns or cups, others lenticular. The “knoppern” galls of Cynips polycera, Gir., are cones having the broad, slightly convex upper surface surrounded with a toothed ridge. Of the Ceylonese galls, “some are as symmetrical as a composite flower when in bud, others smooth and spherical like a berry; some protected by long spines, others clothed with yellow wool formed of long cellular hairs, others with regularly tufted hairs.”8 The characters of galls are constant, and as a rule exceedingly diagnostic, even when, as in the case of ten different gall-gnats of an American willow, Salix humilis, it is difficult or impossible to tell the full-grown insects that produce them from one another. In degree of complexity of internal structure galls differ considerably. Some are monothalamous, and contain but one larva of the gall-maker, whilst others are many-celled and numerously inhabited. The largest class are the unilocular, or simple, external galls, divided by Lacaze-Duthiers into those with and those without a superficial protective layer or rind, and composed of hard, or spongy, or cellular tissue. In a common gall-nut that authority distinguished seven constituent portions: an epidermis; a subdermic cellular tissue; a spongy and a hard layer, composing the parenchyma proper; vessels which, without forming a complete investment, underlie the parenchyma; a hard protective layer; and lastly, within that, an alimentary central mass inhabited by the growing larva.9
GALLS. In animals, galls mostly appear on or under the skin of living mammals and birds, produced by mites (Acaridea) and flies from the genus Oestrus. Signor Moriggia1 has described and illustrated a horny growth, nearly 8 inches long, found on the back of a human hand, caused by Acarus domesticus. What we commonly call galls are plant growths, and according to Lacaze-Duthiers' definition, include “all abnormal plant structures developed on plants due to the actions of animals, particularly insects, regardless of their form, size, or location.” These galls provide shelter and food for their larvae. The main cause of this abnormal growth, in the case of typical galls, seems to be a small amount of irritating fluid or virus secreted by the female insect, which she deposits along with her egg in a puncture made by her ovipositor in the bark or foliage of plants. This virus causes the rapid growth and division of affected cells to form the gall's tissues. Oval or larval irritation undoubtedly also plays a significant role in the formation of many galls. Although, as Lacaze-Duthiers notes, a certain relationship is necessary between the “stimulus” and the “supporter of the stimulus,” shown by the limitation of each gall-insect species to particular plant structures, it seems to be the quality of the irritant in the tissues, rather than the specific characteristics or the part of the plant affected, that mainly determines the nature of the gall. For example, the characteristics of the currant gall of Spathegaster baccarum, L., present on the leaves and flower stalks of the oak, are clearly due to the egg-laying process rather than the function of the parts producing it; the bright red galls of the saw-fly Nematus gallicola can be found on four different species of willow, Salix fragilis, S. alba, S. caprea, and S. cinerea;2 and the galls of a Cynipid, Biorhiza aptera, typically found on the rootlets of oak, have also been found on deodar.3 Often, the gall bears no visible resemblance to the structures from which it develops; usually, however, outside the larval chamber, or the gall itself, and giving the gall its distinctive shape, are certain more or less modified special organs of the plant. The gall of Cecidomyia strobilina, formed from willow buds, is mainly a rosette of leaves that have had their growth stunted. The small, smooth, seed-shaped gall from the American Cynips seminator, Harris, according to W.F. Bassett,4 is the petiole, with its terminal tuft of woolly hairs being the hugely developed fuzz of the young oak leaf. The moss-like covering of the “bedeguars” of the wild rose, the galls of a Cynipid, Rhodites rosae, represents leaves that have developed with hardly any parenchyma between their fibro-vascular bundles; and the “artichoke-galls” or “oak-strobile,” produced by Aphilothrix gemmae, L., which insect stops the development of the acorn, consist of a cupule with more or less modified leaf scales attached, along with an inner gall that is peduncular and oval.5 E. Newman believed that many oak galls are pseudobalani or false acorns: “the oak intended to produce an acorn, but the gall-fly thwarted the attempt.” Their formation from buds that would normally yield leaves and shoots is explained by Parfitt as the result of an attempt at fruiting triggered by egg-laying, which has been found to occur in several plants due to insect damage or other means.6 Galls vary greatly in size and shape depending on their makers. The polythalamous gall of Aphilothrix radicis, found on the roots of old oak trees, can reach the size of a human fist; the galls of another Cynipid, Andricus occultus, Tschek,7 which occurs on the male flowers of Quercus sessiliflora, is 2 millimeters, or just about a line, in length. Many galls are vividly colored, such as the oak-leaf hairy galls of Spathegaster tricolor, which are crimson, varying in distribution depending on exposure to light. The variety of gall shapes is immense. Some are urn- or cup-shaped, while others are lens-like. The “knoppern” galls of Cynips polycera, Gir., are conical, with a wide, slightly convex upper surface bordered by a toothed ridge. Among the Ceylon galls, “some are as symmetrical as a composite flower in bud, others are smooth and round like berries; some are protected by long spines, others covered with yellow fuzz made of long cellular hairs, and others with regularly tufted hairs.”8 The characteristics of galls are consistent and are typically very diagnostic, even when, as in the case of ten different gall-gnats of an American willow, Salix humilis, it can be difficult or impossible to distinguish the adult insects that produce them from one another. Galls vary considerably in terms of internal structure complexity. Some are monothalamous and contain just one larva of the gall-maker, while others are multi-celled and host many inhabitants. The largest group consists of unilocular, or simple, external galls, which Lacaze-Duthiers divided into those with and without a superficial protective layer or rind, made up of hard, spongy, or cellular tissue. In a typical gall nut, that authority identified seven parts: an epidermis; a layer of subdermic cellular tissue; a spongy layer and a hard layer forming the actual parenchyma; vessels that lie beneath the parenchyma without forming a complete covering; a hard protective layer; and finally, within that, a central mass for nourishment inhabited by the growing larva.9
Galls are formed by insects of several orders. Among the Hymenoptera are the gall-wasps (Cynips and its allies), which infect the various species of oak. They are small insects, having straight antennae, and a compressed, usually very short abdomen with the second or second and third segments greatly developed, and the rest imbricated, and concealing the partially coiled ovipositor. The transformations from the larval state are completed within the gall, out of which the imago, or perfect insect, tunnels its way,—usually in autumn, though sometimes, as has been observed of some individuals of Cynips Kollari, after hibernation.
Galls are created by insects from various orders. Among the Hymenoptera are the gall wasps (Cynips and its related species), which infest different types of oak. These are small insects with straight antennae and a flattened, usually very short abdomen, where the second or second and third segments are significantly enlarged, and the rest overlap, hiding the partially coiled ovipositor. The changes from the larval stage are completed inside the gall, from which the imago, or adult insect, tunnels its way out—typically in the autumn, though sometimes, as observed in some individuals of Cynips Kollari, after hibernation.
Among the commoner of the galls of the Cynipidae are the “oak-apple” or “oak-sponge” of Andricus terminalis, Fab.; the “currant” or “berry galls” of Spathegaster baccarum, L., above mentioned; and the “oak-spangles” of Neuroterus lenticularis,10 Oliv., generally reputed to be fungoid growths, until the discovery of their true nature by Frederick Smith,11 and the succulent “cherry-galls” of Dryophanta scutellaris, Oliv. The “marble” or “Devonshire woody galls” of oak-buds, which often destroy the leading shoots of young trees, are produced by Cynips Kollari,12 already alluded to. They were first introduced into Devonshire about the year 1847, had become common near Birmingham by 1866, and two or three years later were observed in several parts of Scotland.13 They contain about 17% of tannin.14 On account of their regular form they have been used, threaded on wire, for making ornamental baskets. The large purplish Mecca or Bussorah galls,15 produced on a species of oak by Cynips insana, Westw., have been regarded by many writers as the Dead Sea fruit, mad-apples (mala insana), or apples of Sodom (poma sodomitica), alluded to by Josephus and others, which, however, are stated by E. Robinson (Bibl. Researches in Palestine, vol. i. pp. 522-524, 3rd ed., 1867) to be the singular fruit called by the Arabs ’Ösher, produced by the Asclepias gigantea or procera of botanists. What in California are known as “flea seeds” are oak-galls made by a species of Cynips; in August they become detached from the leaves that bear them, and are caused to jump by the spasmodic movements of the grub within the thin-walled gall-cavity.16
Among the common types of galls from the Cynipidae family are the “oak-apple” or “oak-sponge” from Andricus terminalis, Fab.; the “currant” or “berry galls” from Spathegaster baccarum, L., mentioned earlier; and the “oak-spangles” from Neuroterus lenticularis,10 Oliv., which were generally thought to be fungal growths until Frederick Smith discovered their true nature.11 There's also the juicy “cherry-galls” from Dryophanta scutellaris, Oliv. The “marble” or “Devonshire woody galls” found on oak buds, which often damage the leading shoots of young trees, are caused by Cynips Kollari,12 as previously mentioned. They were first introduced to Devonshire around 1847, became common near Birmingham by 1866, and were observed in several parts of Scotland a couple of years later.13 They contain about 17% tannin.14 Due to their uniform shape, they've been used, strung on wire, for making decorative baskets. The large purplish Mecca or Bussorah galls,15 produced on a type of oak by Cynips insana, Westw., have been considered by many writers to be the Dead Sea fruit, mad-apples (mala insana), or apples of Sodom (poma sodomitica), mentioned by Josephus and others. However, E. Robinson states in Bibl. Researches in Palestine, vol. i. pp. 522-524, 3rd ed., 1867 that they are actually the unique fruit called ’Ösher produced by the Asclepias gigantea or procera of botanists. In California, what are called “flea seeds” are oak galls produced by a species of Cynips; in August, they detach from the leaves they grow on and jump due to the spasmodic movements of the grub inside the thin-walled gall cavity.16
Common gall-nuts, nut-galls, or oak-galls, the Aleppo, Turkey, or Levant galls of commerce (Ger. Galläpfel, levantische Gallen; Fr. noix de Galle), are produced on Quercus infectoria, a variety of Q. Lusitanica, Webb, by Cynips (Diplolepis, Latr.) tinctoria, L., or C. gallae tinctoriae Oliv. Aleppo galls (gallae halepenses) are brittle, hard, spherical bodies, 2⁄5-4⁄5 in. in diameter, ridged and warty on the upper half, and light brown to dark greyish-yellow within. What are termed “blue,” “black,” or “green” galls contain the insect; the inferior “white” galls, which are lighter coloured, and not so compact, heavy or astringent, are gathered after its escape (see fig. 1.). Less valued are the galls of Tripoli (Taraplus or Tarabulus, whence the name “Tarablous galls”). The most esteemed Syrian galls, according to Pereira, are those of Mosul on the Tigris. Other varieties of nut-galls, besides the above-mentioned, are employed in Europe for various purposes. Commercial gall-nuts have yielded on analysis from 26 (H. Davy) to 77 (Buchner) % of tannin (see 424 Vinen, loc. cit.), with gallic and ellagic acids, ligneous fibre, water, and minute quantities of proteids, chlorophyll, resin, free sugar and, in the cells around the inner shelly chamber, calcium oxalate. Oak-galls are mentioned by Theophrastus, Dioscorides (i. 146), and other ancient writers, including Pliny (Nat. Hist. xvi. 9, 10, xxiv. 5), according to whom they may be produced “in a single night.” Their insect origin appears to have been entirely unsuspected until within comparatively recent times, though Pliny, indeed, makes the observation that a kind of gnat is produced in certain excrescences on oak leaves. Bacon describes oak-apples as “an exudation of plants joined with putrefaction.” Pomet17 thought that gall-nuts were the fruit of the oak, and a similar opinion obtains among the modern Chinese, who apply to them the term Mu-shih-tsze, or “fruits for the foodless.”18 Hippocrates administered gall-nuts for their astringent properties, and Pliny (Nat. Hist. xxiv. 5) recommends them as a remedy in affections of the gums and uvula, ulcerations of the mouth and some dozen more complaints. In British pharmacy gall-nuts are used in the preparation of the two astringent ointments unguentum gallae and unguentum gallae cum opio, and of the tinctura gallae, and also as a source of tannin and of gallic acid (q.v.). They have from very early times been resorted to as a means of staining the hair of a dark colour, and they are the base of the tattooing dye of the Somali women.19
Common gall-nuts, nut-galls, or oak-galls, along with the Aleppo, Turkey, or Levant galls used in trade (Ger. Galläpfel, levantische Gallen; Fr. noix de Galle), are formed on Quercus infectoria, a type of Q. Lusitanica, Webb, by Cynips (Diplolepis, Latr.) tinctoria, L., or C. gallae tinctoriae Oliv. Aleppo galls (gallae halepenses) are brittle, hard, spherical shapes, measuring about 2⁄5-4⁄5 inches in diameter, ridged and warty on the upper half, and range from light brown to dark greyish-yellow inside. The "blue," "black," or "green" galls contain the insect; the lesser “white” galls, which are lighter, and not as compact, heavy, or astringent, are collected after the insect has left (see fig. 1.). Galls from Tripoli (Taraplus or Tarabulus, from which we get the name “Tarablous galls”) are less valued. According to Pereira, the most highly regarded Syrian galls come from Mosul on the Tigris. Other types of nut-galls, aside from those mentioned, are used in Europe for various applications. Commercial gall-nuts, when analyzed, show tannin content ranging from 26% (H. Davy) to 77% (Buchner) (see 424 Vinen, loc. cit.), along with gallic and ellagic acids, woody fiber, water, and trace amounts of proteins, chlorophyll, resin, free sugar, and calcium oxalate in the cells surrounding the inner shelly chamber. Oak-galls are noted by Theophrastus, Dioscorides (i. 146), and other ancient authors, including Pliny (Nat. Hist. xvi. 9, 10, xxiv. 5), who claimed they could form “in a single night.” Their insect origins were mostly unrecognized until relatively recently, although Pliny did observe that a type of gnat emerges from certain growths on oak leaves. Bacon described oak-apples as “an exudation of plants joined with decay.” Pomet17 believed gall-nuts were the fruit of the oak, and a similar belief exists among modern Chinese, who refer to them as Mu-shih-tsze, or “fruits for the foodless.”18 Hippocrates used gall-nuts for their astringent qualities, and Pliny (Nat. Hist. xxiv. 5) recommended them for treating gum and uvula problems, mouth ulcers, and several other ailments. In British pharmacy, gall-nuts are used to create two astringent ointments, unguentum gallae and unguentum gallae cum opio, as well as the tinctura gallae, and they are also a source of tannin and gallic acid (q.v.). They have been used since ancient times to dye hair a dark color and serve as the base for the tattoo dye used by Somali women.19
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Fig. 1.—a, Aleppo “blue” gall; b, ditto in section, showing central cavity for grub; c, Aleppo “white” gall, perforated by insect; d, the same in section (natural size). |
The gall-making Hymenoptera include, besides the Cynipidae proper, certain species of the genus Eurytoma (Isosoma, Walsh) and family Chalcididae, e.g. E. hordei, the “joint-worm” of the United States, which produces galls on the stalks of wheat;20 also various members of the family Tenthredinidae, or saw-flies. The larvae of the latter usually vacate their galls, to spin their cocoons in the earth, or, as in the case of Athalia abdominalis, Klg., of the clematis, may emerge from their shelter to feed for some days on the leaves of the gall-bearing plant.
The gall-making wasps include, besides the Cynipidae family, certain species of the genus Eurytoma (Isosoma, Walsh) and the Chalcididae family, such as E. hordei, the “joint-worm” of the United States, which creates galls on the stalks of wheat; 20 as well as various members of the Tenthredinidae family, or saw-flies. The larvae of these saw-flies typically leave their galls to spin their cocoons in the ground, or, like Athalia abdominalis, Klg., which feeds on clematis, may come out of their shelter to eat the leaves of the plant that bears the galls for several days.
The dipterous gall-formers include the gall-midges, or gall-gnats (Cecidomyidae), minute slender-bodied insects, with bodies usually covered with long hairs, and the wings folded over the back. Some of them build cocoons within their galls, others descend to the ground or become pupae. The true willow-galls are the work either of these or of saw-flies. Their galls are to be met with on a great variety of plants of widely distinct genera, e.g. the ash, maple, horn-beam, oak,21 grape-vine,22 alder, gooseberry, blackberry, pine, juniper, thistle, fennel, meadowsweet,23 common cabbage and cereals. In the northern United States, in May, “legions of these delicate minute flies fill the air at twilight, hovering over wheat-fields and shrubbery. A strong north-west wind, at such times, is of incalculable value to the farmer.”24 Other gall-making dipterous flies are members of the family Trypetidae, which disfigure the seed-heads of plants, and of the family Mycetophilidae, such as the species Sciara tilicola,25 Löw, the cause of the oblong or rounded green and red galls of the young shoots and leaves of the lime.
The dipterous gall-makers include gall-midges or gall-gnats (Cecidomyidae), tiny slender insects usually covered in long hairs, with wings folded over their backs. Some create cocoons inside their galls, while others drop to the ground or turn into pupae. The true willow galls are made either by these insects or by saw-flies. Their galls can be found on a wide variety of plants from different genera, such as the ash, maple, hornbeam, oak, 21 grapevine, 22 alder, gooseberry, blackberry, pine, juniper, thistle, fennel, meadowsweet, 23 common cabbage, and cereals. In the northern United States, in May, “legions of these delicate little flies fill the air at twilight, hovering over wheat fields and shrubbery. A strong northwest wind at such times is invaluable to farmers.” 24 Other gall-making dipterous flies belong to the family Trypetidae, which damage the seed heads of plants, and the family Mycetophilidae, like the species Sciara tilicola, 25 Löw, which causes the elongated or rounded green and red galls on the young shoots and leaves of the lime.
Galls are formed also by hemipterous and homopterous insects of the families Tingidae, Psyllidae, Coccidae and Aphidae. Coccus pinicorticis causes the growth of patches of white flocculent and downy matter on the smooth bark of young trees of the white pine in America.26 The galls of examples of the last family are common objects on lime-leaves, and on the petioles of the poplar. An American Aphid of the genus Pemphigus produces black, ragged, leathery and cut-shaped excrescences on the young branches of the hickory.
Galls are also created by hemipterous and homopterous insects from the families Tingidae, Psyllidae, Coccidae, and Aphidae. Coccus pinicorticis causes white fluffy patches to grow on the smooth bark of young white pine trees in America.26 The galls from examples of the last family are commonly found on lime leaves and on the petioles of the poplar. An American aphid from the genus Pemphigus produces black, rough, leathery, and cut-shaped growths on the young branches of the hickory.
The Chinese galls of commerce (Woo-pei-tsze) are stated to be produced by Aphis Chinensis, Bell, on Rhus semialata, Murr. (R. Bucki-amela, Roxb.), an Anacardiaceous tree indigenous to N. India, China and Japan. They are hollow, brittle, irregularly pyriform, tuberculated or branched vesicles, with thin walls, covered externally with a grey down, and internally with a white chalk-like matter, and insect-remains (see fig. 2). The escape of the insect takes place on the spontaneous bursting of the walls of the vesicle, probably when, after viviparous (thelytokous) reproduction for several generations, male winged insects are developed. The galls are gathered before the frosts set in, and are exposed to steam to kill the insects.27
The commercial Chinese galls (Woo-pei-tsze) are said to be produced by Aphis Chinensis, Bell, on Rhus semialata, Murr. (R. Bucki-amela, Roxb.), a type of tree in the Anacardiaceae family native to North India, China, and Japan. They are hollow, brittle, irregularly pear-shaped, and can be tuberculated or branched vesicles, with thin walls. The outside is covered with a gray fuzz, while the inside contains a white chalk-like substance and insect remains (see fig. 2). The insects escape when the walls of the vesicle spontaneously burst, likely after several generations of viviparous (thelytokous) reproduction, which leads to the development of male winged insects. The galls are collected before the frost arrives and are steamed to kill the insects.27
Chinese galls examined by Viedt28 yielded 72% of tannin, and less mucilage than Aleppo galls. Several other varieties of galls are produced by Aphides on species of Pistacia.
Chinese galls studied by Viedt28 contained 72% tannin and less mucilage than Aleppo galls. Several other types of galls are produced by aphids on species of Pistacia.
M.J. Lichtenstein has established the fact that from the egg of the Aphis of Pistachio galls, Anopleura lentisci, is hatched an apterous insect (the gall-founder), which gives birth to young Aphides (emigrants), and that these, having acquired wings, fly to the roots of certain grasses (Bromus sterilis and Hordeum vulgare), and by budding underground give rise to several generations of apterous insects, whence finally comes a winged brood (the pupifera). These last issuing from the ground fly to the Pistachio, and on it deposit their pupae. From the pupae, again, are developed sexual individuals, the females of which lay fecundated eggs productive of gall-founders, thus recommencing the biological cycle (see Compt. rend., Nov. 18, 1878, p. 782, quoted in Ann. and Mag. Nat. Hist., 1879, p. 174).
M.J. Lichtenstein has shown that from the egg of the pistachio gall aphid, Anopleura lentisci, an apterous insect (the gall-founder) is hatched, which gives birth to young aphids (emigrants). These young aphids, after developing wings, fly to the roots of certain grasses (Bromus sterilis and Hordeum vulgare) and by budding underground, produce multiple generations of apterous insects, eventually leading to a winged generation (the pupifera). The winged insects emerging from the ground then fly to the pistachio trees and deposit their pupae on them. From these pupae, sexual individuals develop, and the females lay fertilized eggs that produce gall-founders, starting the biological cycle over again (see Compt. rend., Nov. 18, 1878, p. 782, quoted in Ann. and Mag. Nat. Hist., 1879, p. 174).
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Fig. 2.—a, Chinese gall (abt. ½ natural size); b, ditto broken, showing thin-walled cavity; c, Japanese gall (natural size). |
Of other insects which have been recognized as gall-makers there are, among the Coleoptera, certain Curculionids (gall-weevils), and species of the exotic Sagridae and Lamiadae and an 425 American beetle, Saperda inornata (Cerambycidae), which forms the pseudo-galls of Salix longifolia and Populus angulata, or cottonwood. Among the Lepidoptera are gall-forming species belonging to the Tineidae, Aegeriidae, Tortricidae and Pterophoridae. The larva of a New Zealand moth, Morova subfasciata, Walk. (Cacoëcia gallicolens), of the family Drepanulidae, causes the stem of a creeping plant, on the pith of which it apparently subsists, to swell up into a fusiform gall.29
Of other insects recognized as gall-makers, there are, among the beetles, certain weevils (Curculionids) and species of the exotic Sagridae and Lamiadae, as well as an American beetle, Saperda inornata (from the family Cerambycidae), which creates pseudo-galls on Salix longifolia and Populus angulata, also known as cottonwood. Among the moths, there are gall-forming species from the families Tineidae, Aegeriidae, Tortricidae, and Pterophoridae. The larva of a New Zealand moth, Morova subfasciata, Walk. (formerly Cacoëcia gallicolens), from the family Drepanulidae, causes the stem of a creeping plant, which it apparently feeds on the pith of, to swell into a fusiform gall.29
Mite-galls, or acarocecidia, are abnormal growths of the leaves of plants, produced by microscopic Acaridea of the genus Phytoptus (gall-mites), and consist of little tufts of hairs, or of thickened portions of the leaves, usually most hypertrophied on the upper surface, so that the lower is drawn up into the interior, producing a bursiform cavity. Mite-galls occur on the sycamore, pear, plum, ash, alder, vine, mulberry and many other plants; and formerly, e.g. the gall known as Erineum quercinum, on the leaves of Quercus Cerris, were taken for cryptogamic structures. The lime-leaf “nail-galls” of Phytoptus tiliae closely resemble the “trumpet-galls” formed on American vines by a species of Cecidomyia.30 Certain minute Nematoid worms, as Anguillula scandens, which infests the ears of wheat, also give rise to galls.
Mite-galls, or acarocecidia, are unusual growths on plant leaves caused by tiny mites from the genus Phytoptus (gall-mites). They appear as small clusters of hairs or thickened areas on the leaves, typically more swollen on the upper side, which causes the lower side to bulge inward, creating a pouch-like cavity. Mite-galls can be found on sycamore, pear, plum, ash, alder, vine, mulberry, and many other plants. In the past, for example, the gall known as Erineum quercinum on the leaves of Quercus Cerris was thought to be a type of cryptogamic structure. The lime-leaf “nail-galls” from Phytoptus tiliae look similar to the “trumpet-galls” formed on American vines by a species of Cecidomyia. Certain tiny nematode worms, like Anguillula scandens, which infest wheat heads, also cause galls.
Besides the larva of the gall-maker, or the householder, galls usually contain inquilines or lodgers, the larvae of what are termed guest-flies or cuckoo-flies. Thus the galls of Cynips and its allies are inhabited by members of other cynipideous genera, as Synergus, Amblynotus and Synophrus; and the pine-cone-like gall of Salix strobiloides, as Walsh has shown,30 is made by a large species of Cecidomyia, which inhabits the heart of the mass, the numerous smaller cecidomyidous larvae in its outer part being mere inquilines. In many instances the lodgers are not of the same order of insects as the gall-makers. Some saw-flies, for example, are inquilinous in the galls of gall-gnats and some gall-gnats in the galls of saw-flies. Again, galls may afford harbour to insects which are not essentially gall-feeders, as in the case of the Curculio beetle Conotrachelius nenuphar, Hbst., of which one brood eats the fleshy part of the plum and peach, and another lives in the “black knot” of the plum-tree, regarded by Walsh as probably a true cecidomyidous gall. The same authority (loc. cit. p. 550) mentions a willow-gall which provides no less than sixteen insects with food and protection; these are preyed upon by about eight others, so that altogether some twenty-four insects, representing eight orders, are dependent for their existence on what to the common observer appears to be nothing but “an unmeaning mass of leaves.” Among the numerous insects parasitic on the inhabitants of galls are hymenopterous flies of the family Proctotrypidae, and of the family Chalcididae, e.g. Callimome regius, the larva of which preys on the larvae of both Cynips glutinosa and its lodger Synergus facialis. The oak-apple often contains the larvae of Braconidae and Ichneumonidae, which Von Schlechtendal (loc. sup. cit. p. 33) considers to be parasites not on the owner of the gall, Andricus terminalis, but on inquilinous Tortricidae. Birds are to be included among the enemies of gall-insects. Oak-galls, for example, are broken open by the titmouse in order to obtain the grub within, and the “button-galls” of Neuroterus numismatis, Oliv., are eaten by pheasants.
Besides the larva of the gall-maker, or the householder, galls usually contain inquilines or lodgers—larvae of what are called guest-flies or cuckoo-flies. For example, the galls of Cynips and similar species are inhabited by members of other cynipid genera, like Synergus, Amblynotus, and Synophrus; meanwhile, the pine-cone-like gall of Salix strobiloides, as Walsh has shown,30 is created by a large species of Cecidomyia, which resides in the core of the mass, while the numerous smaller cecidomyid larvae in the outer part are just lodgers. In many cases, the lodgers aren't from the same group of insects as the gall-makers. Some saw-flies, for example, can be found in the galls of gall-gnats, and some gall-gnats in the galls of saw-flies. Additionally, galls can provide shelter for insects that aren't primarily gall-feeders, like the Curculio beetle Conotrachelius nenuphar, Hbst., where one brood eats the fleshy part of plums and peaches while another lives in the “black knot” of the plum tree, which Walsh considers to be probably a true cecidomyid gall. This same authority (loc. cit. p. 550) mentions a willow-gall that feeds and protects no less than sixteen insects; these are preyed upon by about eight others, making a total of about twenty-four insects, representing eight orders, that rely on what seems to the casual observer to be just “a meaningless mass of leaves.” Among the many insects that prey on the inhabitants of galls are hymenopterous flies from the families Proctotrypidae and Chalcididae, for example, Callimome regius, whose larvae feed on the larvae of both Cynips glutinosa and its lodger Synergus facialis. The oak-apple often contains larvae of Braconidae and Ichneumonidae, which Von Schlechtendal (loc. sup. cit. p. 33) believes to be parasites not on the gall owner, Andricus terminalis, but on inquilines like Tortricidae. Birds are also among the enemies of gall-insects; for instance, oak-galls are broken open by titmice to get to the grub inside, while the “button-galls” of Neuroterus numismatis, Oliv., are eaten by pheasants.
A great variety of deformations and growths produced by insects and mites as well as by fungi have been described. They are in some cases very slight, and in others form remarkably large and definite structures. The whole are now included under the term Cecidia; a prefix gives the name of the organism to which the attacks are due, e.g. Phytoptocecidia are the galls formed by Phytoptid mites. Simple galls are those that arise when only one member of a plant is involved; compound galls are the result of attacks on buds. Amongst the most remarkable galls recently discovered we may mention those found on Eucalyptus, Casuarina and other trees and plants in Australia. They are remarkable for their variety, and are due to small scale-insects of the peculiar sub-family Brachyscelinae. As regards the mode of production of galls, the most important distinction is between galls that result from the introduction of an egg, or other matter, into the interior of the plant, and those that are due to an agent acting externally, the gall in the latter case frequently growing in such a manner as ultimately to enclose its producers. The form and nature of the gall are the result of the powers of growth possessed by the plant. It has long been known, and is now generally recognized, that a gall can only be produced when the tissue of a plant is interfered with during, or prior to, the actual development of the tissue. Little more than this is known. The power that gall-producers possess of influencing by direct interference the growth of the cells of the plant that affords them the means of subsistence is an art that appears to be widely spread among animals, but is at the same time one of which we have little knowledge. The views of Adler as to the alternation of generations of numerous gall-flies have been fully confirmed, it having been ascertained by direct observation that the galls and the insects produced from them in one generation are entirely different from the next generation; and it has also been rendered certain that frequently one of the alternate generations is parthenogenetic, no males being produced. It is supposed that these remarkable phenomena have gradually been evoked by difference in the nutrition of the alternating generations. When two different generations are produced in one year on the same kind of tree it is clear the properties of the sap and tissues of the tree must be diverse so that the two generations are adapted to different conditions. In some cases the alternating generations are produced on different species of trees, and even on different parts of the two species.
A wide range of deformations and growths caused by insects, mites, and fungi have been documented. In some cases, these are very subtle, while in others, they create large and distinct structures. All of these are now categorized under the term Cecidia; a prefix indicates the name of the organism responsible for the attack, e.g. Phytoptocecidia refers to the galls formed by Phytoptid mites. Simple galls occur when only one part of a plant is affected, while compound galls result from attacks on buds. Among the most interesting galls recently discovered are those on Eucalyptus, Casuarina, and other trees and plants in Australia. They stand out for their diversity and are caused by small scale insects from the unique sub-family Brachyscelinae. In terms of how galls are produced, the key difference is between galls that form due to an egg or other material being introduced into the interior of the plant, and those caused by an agent acting from the outside, with the latter often growing in such a way that it ultimately encloses its creators. The shape and characteristics of the gall depend on the growth capabilities of the plant. It has long been known and is now widely accepted that a gall can only form when the plant's tissue is disrupted during, or before, the actual development of that tissue. Not much more is understood beyond this. The ability of gall producers to directly interfere with the growth of the plant cells that provide them sustenance is a skill that seems to be common among animals, yet remains poorly understood. Adler's theories about the alternation of generations in numerous gall flies have been fully validated, as direct observation has shown that the galls and the insects that emerge from them in one generation are completely different from those in the next. It has also been confirmed that often one of the alternate generations is parthenogenetic, meaning that no males are produced. It is believed that these remarkable phenomena have gradually developed due to differences in the nutrition of the alternating generations. When two different generations are produced in a single year on the same type of tree, it is clear that the properties of the tree's sap and tissues must differ, allowing the two generations to adapt to different conditions. In some cases, the alternating generations are produced on different species of trees, and even on different parts of those two species.
On galls and their makers and inhabitants see further—J.T.C. Ratzeburg, Die Forst-Insecten, Teil iii. pp. 53 seq. (Berlin, 1844); T.W. Harris, Insects injurious to Vegetation (Boston, U.S., 2nd ed., 1852); C.L. Koch, Die Pflanzenläuse Aphiden (Nuremberg, 1854); T. Hartig, Die Familien der Blattwespen und Holzwespen (Berlin, 1860); Walsh, “On the Insects, Coleopterous, Hymenopterous and Dipterous, inhabiting the Galls of certain species of Willow,” Proc. Ent. Soc. Philadelphia, iii. (1863-1864), pp. 543-644, and vi. (1866-1867), pp. 223-288; T.A. Marshall, “On some British Cynipidae,” Ent. Month. Mag. iv. pp. 6-8, &c.; H.W. Kidd and Albert Müller, “A List of Gall-bearing British Plants,” ib. v. pp. 118 and 216; G.L. Mayr, Die mitteleuropäischen Eichengallen in Wort und Bild (Vienna, 1870-1871), and the translation of that work, with notes, in the Entomologist, vols. vii. seq.; also, by the same author, “Die Einmiethler der mitteleuropäischen Eichengallen,” Verhandl. d. zoolog.-bot. Ges. in Wien, xxii. pp. 669-726; and “Die europäischen Torymiden,” ib. xxiv. pp. 53-142 (abstracted in Cistula entomologica, i., London, 1869-1876); F. Löw, “Beiträge zur Kenntnis der Gallmücken,” ib. pp. 143-162, and 321-328; J.E. von Bergenstamm and P. Löw, “Synopsis Cecidomyidarum,” ib. xxvi. pp. 1-104; Perris, Ann. Soc. Entom. de France, 4th ser. vol. x. pp. 176-185; R. Osten-Sacken, “On the North American Cecidomyidae,” Smithsonian Miscellaneous Collections, vol. vi. (1867), p. 173; E.L. Taschenberg, Entomologie für Gärtner und Gartenfreunde (Leipzig, 1871); J.W.H. Traill, “Scottish Galls,” Scottish Naturalist, i. (1871), pp. 123, &c.; Albert Müller, “British Gall Insects,” The Entomologist’s Annual for 1872, pp. 1-22; B. Altum, Forstzoologie, iii. “Insecten,” pp. 250 seq. (Berlin, 1874); J.H. Kaltenbach, Die Pflanzenfeinde aus der Classe der Insecten (Stuttgart, 1874); A. d’Arbois de Jubainville and J. Vesque, Les Maladies des plantes cultivées, pp. 98-105 (Paris, 1878).
On galls, their creators, and residents, see further—J.T.C. Ratzeburg, Die Forst-Insecten, Part iii, pp. 53 seq. (Berlin, 1844); T.W. Harris, Insects Injurious to Vegetation (Boston, U.S., 2nd ed., 1852); C.L. Koch, Die Pflanzenläuse Aphiden (Nuremberg, 1854); T. Hartig, Die Familien der Blattwespen und Holzwespen (Berlin, 1860); Walsh, “On the Insects, Coleopterous, Hymenopterous, and Dipterous, inhabiting the Galls of certain species of Willow,” Proc. Ent. Soc. Philadelphia, iii. (1863-1864), pp. 543-644, and vi. (1866-1867), pp. 223-288; T.A. Marshall, “On some British Cynipidae,” Ent. Month. Mag. iv. pp. 6-8, &c.; H.W. Kidd and Albert Müller, “A List of Gall-bearing British Plants,” ib. v. pp. 118 and 216; G.L. Mayr, Die mitteleuropäischen Eichengallen in Wort und Bild (Vienna, 1870-1871), and the translation of that work, with notes, in the Entomologist, vols. vii. seq.; also, by the same author, “Die Einmiethler der mitteleuropäischen Eichengallen,” Verhandl. d. zoolog.-bot. Ges. in Wien, xxii. pp. 669-726; and “Die europäischen Torymiden,” ib. xxiv. pp. 53-142 (abstracted in Cistula entomologica, i., London, 1869-1876); F. Löw, “Beiträge zur Kenntnis der Gallmücken,” ib. pp. 143-162, and 321-328; J.E. von Bergenstamm and P. Löw, “Synopsis Cecidomyidarum,” ib. xxvi. pp. 1-104; Perris, Ann. Soc. Entom. de France, 4th ser. vol. x. pp. 176-185; R. Osten-Sacken, “On the North American Cecidomyidae,” Smithsonian Miscellaneous Collections, vol. vi. (1867), p. 173; E.L. Taschenberg, Entomologie für Gärtner und Gartenfreunde (Leipzig, 1871); J.W.H. Traill, “Scottish Galls,” Scottish Naturalist, i. (1871), pp. 123, &c.; Albert Müller, “British Gall Insects,” The Entomologist’s Annual for 1872, pp. 1-22; B. Altum, Forstzoologie, iii. “Insecten,” pp. 250 seq. (Berlin, 1874); J.H. Kaltenbach, Die Pflanzenfeinde aus der Classe der Insecten (Stuttgart, 1874); A. d’Arbois de Jubainville and J. Vesque, Les Maladies des plantes cultivées, pp. 98-105 (Paris, 1878).
1 Quoted in Zoological Record, iv. (1867), p. 192.
1 Quoted in Zoological Record, iv. (1867), p. 192.
2 P. Cameron, Scottish Naturalist, ii. pp. 11-15.
2 P. Cameron, Scottish Naturalist, vol. ii, pp. 11-15.
3 Entomologist, vii. p. 47.
__A_TAG_PLACEHOLDER_0__ Entomologist, vol. 7, p. 47.
4 See in Proc. Entom. Soc. of London for the Year 1873, p. xvi.
4 See in Proc. Entom. Soc. of London for the Year 1873, p. xvi.
5 See A. Müller, Gardener’s Chronicle (1871), pp. 1162 and 1518; and E.A. Fitch, Entomologist, xi. p. 129.
5 See A. Müller, Gardener’s Chronicle (1871), pp. 1162 and 1518; and E.A. Fitch, Entomologist, xi. p. 129.
6 Entomologist, vi. pp. 275-278, 339-340.
__A_TAG_PLACEHOLDER_0__ Entomologist, vol. vi, pp. 275-278, 339-340.
7 Verhandl. d. zoolog.-bot. Ges. in Wien, xxi. p. 799.
7 Proceedings of the Zoological and Botanical Society in Vienna, xxi. p. 799.
8 Darwin, Variations of Animals and Plants under Domestication, ii. p. 282.
8 Darwin, Variations of Animals and Plants under Domestication, ii. p. 282.
9 “Recherches pour servir à l’histoire des galles,” Ann. des sci. nat. xix. pp. 293 sqq.
9 “Research to Contribute to the History of the Gauls,” Ann. des sci. nat. xix. pp. 293 sqq.
10 According to Dr Adler, alternation of generations takes place between N. lenticularis and Spathegaster baccarum (see E.A. Ormerod, Entomologist, xi. p. 34).
10 Dr. Adler states that there is a generation alternation between N. lenticularis and Spathegaster baccarum (see E.A. Ormerod, Entomologist, xi. p. 34).
11 See Westwood, Introd. to the Mod. Classif. of Insects, ii. (1840) p. 130.
11 See Westwood, Introduction to the Modern Classification of Insects, ii. (1840) p. 130.
12 For figures and descriptions of insect and gall, see Entomologist, iv. p. 17, vii. p. 241, ix. p. 53, xi. p. 131.
12 For images and descriptions of insects and galls, see Entomologist, iv. p. 17, vii. p. 241, ix. p. 53, xi. p. 131.
14 Vinen, Journ. de pharm. et de chim. xxx. (1856) p. 290; “English Ink-Galls,” Pharm. Journ. 2nd ser. iv. p. 520.
14 Vinen, Journ. de pharm. et de chim. xxx. (1856) p. 290; “English Ink-Galls,” Pharm. Journ. 2nd ser. iv. p. 520.
15 See Pereira, Materia Medica, vol. ii. pt. i. p. 347; Pharm. Journ. 1st ser. vol. viii. pp. 422-424.
15 See Pereira, Materia Medica, vol. ii. pt. i. p. 347; Pharm. Journ. 1st ser. vol. viii. pp. 422-424.
16 See R.H. Stretch and C.D. Gibbes, Proc. California Acad. of Sciences, iv. pp. 265 and 266.
16 See R.H. Stretch and C.D. Gibbes, Proc. California Acad. of Sciences, iv. pp. 265 and 266.
17 A Complete History of Drugs (translation), p. 169 (London, 1748).
17 A Complete History of Drugs (translation), p. 169 (London, 1748).
18 F. Porter Smith, Contrib. towards the Mat. Medica ... of China, p. 100 (1871).
18 F. Porter Smith, Contrib. towards the Mat. Medica ... of China, p. 100 (1871).
19 R.F. Burton, First Footsteps in E. Africa, p. 178 (1856).
19 R.F. Burton, First Footsteps in E. Africa, p. 178 (1856).
20 A.S. Packard, jun., Guide to the Study of Insects, p. 205 (Salem, 1870).
20 A.S. Packard, Jr., Guide to the Study of Insects, p. 205 (Salem, 1870).
21 On the Cecidomyids of Quercus Cerris, see Fitch, Entomologist, xi. p. 14.
21 For information on the Cecidomyids of Quercus Cerris, refer to Fitch, Entomologist, xi. p. 14.
22 See, on Cecidomyia oenephila, Von Haimhoffen, Verhandl. d. zoolog.-bot. Ges. in Wien, xxv. pp. 801-810.
22 See, on Cecidomyia oenephila, Von Haimhoffen, Verhandl. d. zoolog.-bot. Ges. in Wien, xxv. pp. 801-810.
23 See Entomologist’s Month. Mag. iv. (1868) p. 233; and for figure and description, Entomologist, xi. p. 13.
23 See Entomologist’s Month. Mag. iv. (1868) p. 233; and for figure and description, Entomologist, xi. p. 13.
24 A.S. Packard, jun., Our Common Insects, p. 203 (Salem, U.S. 1873). On the Hessian fly, Cecidomyia destructor, Say, the May brood of which produces swellings immediately above the joints of barley attacked by it, see Asa Fitch, The Hessian Fly (Albany, 1847), reprinted from Trans. New York State Agric. Soc. vol. vi.
24 A.S. Packard, Jr., Our Common Insects, p. 203 (Salem, U.S. 1873). For information on the Hessian fly, Cecidomyia destructor, Say, its May brood creates swellings right above the joints of barley it infests, refer to Asa Fitch, The Hessian Fly (Albany, 1847), reprinted from Trans. New York State Agric. Soc. vol. vi.
25 J. Winnertz, Beitrag zu einer Monographie der Sciarinen, p. 164 (Vienna, 1867).
25 J. Winnertz, Contribution to a Monograph on Sciaridae, p. 164 (Vienna, 1867).
26 Asa Fitch, First and Second Rep. on the Noxious ... Insects of the State of New York, p. 167 (Albany, 1856).
26 Asa Fitch, First and Second Rep. on the Noxious ... Insects of the State of New York, p. 167 (Albany, 1856).
27 See E. Doubleday, Pharm. Journ. 1st ser, vol. vii. p. 310: and Pereira, ib. vol. iii. p. 377.
27 See E. Doubleday, Pharm. Journ. 1st ser, vol. vii. p. 310: and Pereira, ib. vol. iii. p. 377.
28 Dingler’s Polyt. Journ. ccxvi. p. 453.
__A_TAG_PLACEHOLDER_0__ Dingler’s Polytechnical Journal ccxvi. p. 453.
29 For figure and description see Zoology of the “Erebus” and “Terror,” ii. pp. 46, 47 (1844-1875).
29 For the figure and description, see Zoology of the “Erebus” and “Terror,” ii. pp. 46, 47 (1844-1875).
30 On the mite-galls and their makers, see F. Löw, “Beiträge zur Naturgesch. der Gallmilben (Phytoptus, Duj.),” Verhandl. d. zoolog.-bot. Ges. in Wien, xxiv. (1874), pp. 2-16, with plate; and “Über Milbengallen (Acarocecidien) der Wiener-Gegend,” ib. pp. 495-508; Andrew Murray, Economic Entomology, Aptera, pp. 331-374 (1876); and F.A.W. Thomas, Ältere und neue Beobachtungen über Phytopto-Cecidien (Halle, 1877).
30 For information on mite-galls and their creators, see F. Löw, “Contributions to the Natural History of Gall Mites (Phytoptus, Duj.),” Proceedings of the Zoological-Botanical Society in Vienna, xxiv. (1874), pp. 2-16, with plate; and “On Mite Galls (Acarocecidia) in the Vienna Area,” ib. pp. 495-508; Andrew Murray, Economic Entomology, Aptera, pp. 331-374 (1876); and F.A.W. Thomas, Older and New Observations on Phytopto-Cecidia (Halle, 1877).
GALLUPPI, PASQUALE (1770-1846), Italian philosopher, was born on the 2nd of April 1770 at Tropea, in Calabria. He was of good family, and after studying at the university of Naples he entered the public service, and was for many years employed in the office of the administration of finances. At the age of sixty, having become widely known by his writings on philosophy, he was called to the chair of logic and metaphysics in the university of Naples, which he held till his death in November 1846. His most important works are: Lettere filosofiche (1827), in which he traces his philosophical development; Elementi di filosofia (1832); Saggio filosofico sulla critica della conoscenza (1819-1832); Sull’ analisi e sulla sintesi (1807); Lezioni di logica e di metafisica (1832-1836); Filosofia della volontà (1832-1842, 426 incomplete); Storia della filosofia (i., 1842); Considerazioni filosofiche sull’ idealismo trascendentale (1841), a memoir on the system of Fichte.
GALLUPPI, PASQUALE (1770-1846), Italian philosopher, was born on April 2, 1770, in Tropea, Calabria. He came from a good family, and after studying at the University of Naples, he entered public service, working for many years in the finance administration office. At the age of sixty, after gaining recognition for his writings on philosophy, he was appointed to the chair of logic and metaphysics at the University of Naples, which he held until his death in November 1846. His most important works include: Lettere filosofiche (1827), where he outlines his philosophical development; Elementi di filosofia (1832); Saggio filosofico sulla critica della conoscenza (1819-1832); Sull’ analisi e sulla sintesi (1807); Lezioni di logica e di metafisica (1832-1836); Filosofia della volontà (1832-1842, 426 incomplete); Storia della filosofia (i., 1842); Considerazioni filosofiche sull’ idealismo trascendentale (1841), a memoir on Fichte's system.
On his philosophical views see L. Ferri, Essai sur l’histoire de la philosophie en Italie au XIXe siècle, i. (1869); V. Botta in Ueberweg’s Hist. of Philosophy, ii. app. 2; G. Barzellotti, “Philosophy in Italy,” in Mind, iii. (1878); V. Lastrucci, Pasquale Galluppi. Studio critico (Florence, 1890).
On his philosophical views, see L. Ferri, Essay on the History of Philosophy in Italy in the 19th Century, i. (1869); V. Botta in Ueberweg’s History of Philosophy, ii. app. 2; G. Barzellotti, “Philosophy in Italy,” in Mind, iii. (1878); V. Lastrucci, Pasquale Galluppi. Critical Study (Florence, 1890).
GALLUS, CORNELIUS (c. 70-26 B.C.), Roman poet, orator and politician, was born of humble parents at Forum Julii (Fréjus) in Gaul. At an early age he removed to Rome, where he was taught by the same master as Virgil and Varius Rufus. Virgil, who dedicated one of his eclogues (x.) to him, was in great measure indebted to the influence of Gallus for the restoration of his estate. In political life Gallus espoused the cause of Octavianus, and as a reward for his services was made praefect of Egypt (Suetonius, Augustus, 66). His conduct in this position afterwards brought him into disgrace with the emperor, and having been deprived of his estates and sentenced to banishment, he put an end to his life (Dio Cassius liii. 23). Gallus enjoyed a high reputation among his contemporaries as a man of intellect, and Ovid (Tristia, iv. 10) considered him the first of the elegiac poets of Rome. He wrote four books of elegies chiefly on his mistress Lycoris (a poetical name for Cytheris, a notorious actress), in which he took for his model Euphorion of Chalcis (q.v.); he also translated some of this author’s works into Latin. Nothing by him has survived; the fragments of the four poems attributed to him (first published by Aldus Manutius in 1590 and printed in A. Riese’s Anthologia Latina, 1869) are generally regarded as a forgery.
GALLUS, CORNELIUS (c. 70-26 BCE), Roman poet, speaker, and politician, was born to humble parents at Forum Julii (Fréjus) in Gaul. At a young age, he moved to Rome, where he studied with the same teacher as Virgil and Varius Rufus. Virgil, who dedicated one of his eclogues (x.) to him, owed much of his estate restoration to Gallus's influence. In politics, Gallus supported Octavianus, and as a reward for his contributions, he was appointed governor of Egypt (Suetonius, Augustus, 66). His actions in this role later led to his disgrace with the emperor, and after being stripped of his estates and sentenced to exile, he took his own life (Dio Cassius liii. 23). Gallus was well-respected among his peers as an intelligent man, and Ovid (Tristia, iv. 10) viewed him as the leading elegiac poet of Rome. He wrote four books of elegies mainly about his lover Lycoris (a poetic name for Cytheris, a famous actress), using Euphorion of Chalcis (q.v.) as his model; he also translated some of Euphorion’s works into Latin. Nothing by him has survived; the fragments of the four poems attributed to him (first published by Aldus Manutius in 1590 and printed in A. Riese’s Anthologia Latina, 1869) are generally considered forgeries.
See C. Völker, De C. Galli vita et scriptis (1840-1844); A. Nicolas, De la vie et des ouvrages de C. Gallus (1851), an exhaustive monograph. An inscription found at Philae (published 1896) records the Egyptian exploits; see M. Schanz, Geschichte der römischen Litteratur, and Plessis, Poésie latine (1909).
See C. Völker, De C. Galli vita et scriptis (1840-1844); A. Nicolas, De la vie et des ouvrages de C. Gallus (1851), a comprehensive monograph. An inscription discovered at Philae (published 1896) documents the Egyptian achievements; refer to M. Schanz, Geschichte der römischen Litteratur, and Plessis, Poésie latine (1909).
GALLUS, GAIUS AELIUS, praefect of Egypt 26-24 B.C. By order of Augustus he undertook an expedition to Arabia Felix, with disastrous results. The troops suffered greatly from disease, heat, want of water and the obstinate resistance of the inhabitants. The treachery of a foreign guide also added to his difficulties. After six months Gallus was obliged to return to Alexandria, having lost the greater part of his force. He was a friend of the geographer Strabo, who gives an account of the expedition (xvi. pp. 780-782; see also Dio Cassius liii. 29; Pliny, Nat. Hist. vi. 32; C. Merivale, Hist. of the Romans under the Empire, ch. 34; H. Krüger, Der Feldzug des A. G. nach dem glücklichen Arabien, 1862). He has been identified with the Aelius Gallus frequently quoted by Galen, whose remedies are stated to have been used with success in an Arabian expedition.
GALLUS, GAIUS AELIUS, prefect of Egypt from 26-24 BCE By order of Augustus, he led an expedition to Arabia Felix, which ended disastrously. The troops faced severe challenges from illness, extreme heat, lack of water, and the stubborn resistance of the locals. The betrayal of a foreign guide also complicated matters. After six months, Gallus had to return to Alexandria, having lost most of his forces. He was friends with the geographer Strabo, who describes the expedition (xvi. pp. 780-782; see also Dio Cassius liii. 29; Pliny, Nat. Hist. vi. 32; C. Merivale, Hist. of the Romans under the Empire, ch. 34; H. Krüger, Der Feldzug des A. G. nach dem glücklichen Arabien, 1862). He is often identified with the Aelius Gallus mentioned frequently by Galen, whose remedies were reportedly successfully used in an Arabian expedition.
GALLUS, GAIUS CESTIUS, governor of Syria during the reign of Nero. When the Jews in Jerusalem, stirred to revolt by the outrages of the Roman procurators, had seized the fortress of Masada and treacherously murdered the garrison of the palace of Herod, Gallus set out from Antioch to restore order. On the 17th of November A.D. 66 he arrived before Jerusalem. Having gained possession of the northern suburb, he attacked the temple mount; but, after five days’ fighting, just when (according to Josephus) success was within his grasp, he unaccountably withdrew his forces. During his retreat he was closely pursued by the Jews and surrounded in a ravine, and only succeeded in making good his escape to Antioch by sacrificing the greater part of his army and a large amount of war material. Soon after his return Gallus died (before the spring of 67), and was succeeded in the governorship by Licinius Mucianus, the prosecution of the war being entrusted to Vespasian.
Gaius Cestius Gallus, governor of Syria during Nero's reign. When the Jews in Jerusalem, incited to revolt by the abuses of the Roman officials, captured the fortress of Masada and treacherously killed the garrison at Herod’s palace, Gallus left Antioch to restore order. On November 17, CE 66, he arrived outside Jerusalem. After taking control of the northern suburb, he attacked the temple mount; however, after five days of fighting, just when (according to Josephus) victory was in sight, he inexplicably pulled back his troops. During his retreat, he was closely chased by the Jews and trapped in a ravine, managing to escape to Antioch only by sacrificing most of his army and a significant amount of military supplies. Shortly after his return, Gallus died (before spring 67), and Licinius Mucianus took over as governor, with the war's leadership handed over to Vespasian.
See Tacitus, Hist. v. 10, 13; Suetonius, Vespasian, 4; Josephus, Bell. Jud. ii. 14-20; E. Schürer, Hist. of the Jewish People, div. i. vol. ii. p. 212 (Eng. tr., 1890).
See Tacitus, Hist. v. 10, 13; Suetonius, Vespasian, 4; Josephus, Bell. Jud. ii. 14-20; E. Schürer, Hist. of the Jewish People, div. i. vol. ii. p. 212 (Eng. tr., 1890).
GALLUS, GAIUS SULPICIUS, Roman general, statesman and orator. Under Lucius Aemilius Paulus, his intimate friend, he commanded the 2nd legion in the campaign against Perseus, king of Macedonia, and gained great reputation for having predicted an eclipse of the moon on the night before the battle of Pydna (168 B.C.). On his return from Macedonia he was elected consul (166), and in the same year reduced the Ligurians to submission. In 164 he was sent as ambassador to Greece and Asia, where he held a meeting at Sardis to investigate the charges brought against Eumenes of Pergamum by the representatives of various cities of Asia Minor. Gallus was a man of great learning, an excellent Greek scholar, and in his later years devoted himself to the study of astronomy, on which subject he is quoted as an authority by Pliny.
Gaius Sulpicius Gallus, Roman general, statesman, and speaker. Under Lucius Aemilius Paulus, his close friend, he led the 2nd legion in the campaign against Perseus, the king of Macedonia, and earned a strong reputation for predicting a lunar eclipse the night before the battle of Pydna (168 BCE). After returning from Macedonia, he was elected consul (166), and in the same year he forced the Ligurians into submission. In 164, he was sent as an ambassador to Greece and Asia, where he held a meeting in Sardis to look into the accusations made against Eumenes of Pergamum by representatives from various cities in Asia Minor. Gallus was a man of great knowledge, an excellent Greek scholar, and in his later years, he focused on studying astronomy, on which topic he is cited as an authority by Pliny.
See Livy xliv. 37, Epit. 46; Polybius xxxi. 9, 10; Cicero, Brutus, 20, De officiis, i. 6, De senectute, 14; Pliny, Nat. Hist. ii. 9.
See Livy xliv. 37, Epit. 46; Polybius xxxi. 9, 10; Cicero, Brutus, 20, De officiis, i. 6, De senectute, 14; Pliny, Nat. Hist. ii. 9.
GALOIS, EVARISTE (1811-1832), French mathematician, was born on the 25th of October 1811, and killed in a duel on the 31st of May 1832. An obituary notice by his friend Auguste Chevalier appeared in the Revue encyclopédique (1832); and his collected works are published, Journal de Liouville (1846), pp. 381-444, about fifty of these pages being occupied by researches on the resolubility of algebraic equations by radicals. This branch of algebra he notably enriched, and to him is also due the notion of a group of substitutions (see Equation: Theory of Equations; also Groups, Theory of).
Galois, Évariste (1811-1832), a French mathematician, was born on October 25, 1811, and died in a duel on May 31, 1832. An obituary by his friend Auguste Chevalier was published in the Revue encyclopédique (1832); and his collected works appeared in the Journal de Liouville (1846), pp. 381-444, with about fifty of those pages focused on research regarding the solvability of algebraic equations by radicals. He significantly advanced this area of algebra and is also credited with the concept of a group of substitutions (see Equation: Theory of Equations; also Groups, Theory of).
His collected works, with an introduction by C.F. Picard, were published in 1897 at Paris.
His complete works, with an introduction by C.F. Picard, were published in 1897 in Paris.
GALSTON, a police burgh and manufacturing town of Ayrshire, Scotland. Pop. (1901) 4876. It is situated on the Irvine, 5 m. E. by S. of Kilmarnock, with a station on the Glasgow & South-Western railway. The manufactures include blankets, lace, muslin, hosiery and paper-millboard, and coal is worked in the vicinity. About 1 m. to the north, amid the “bonnie woods and braes,” is Loudoun Castle, a seat of the earl of Loudoun.
GALSTON, is a police burgh and manufacturing town in Ayrshire, Scotland. Population (1901) 4,876. It’s located on the Irvine River, 5 miles east-southeast of Kilmarnock, with a station on the Glasgow & South-Western railway. The local industries include the production of blankets, lace, muslin, hosiery, paperboard, and coal is mined nearby. About 1 mile to the north, in the “lovely woods and hills,” is Loudoun Castle, the residence of the Earl of Loudoun.
GALT, SIR ALEXANDER TILLOCH (1817-1893), Canadian statesman, was the youngest son of John Galt the author. Born in London on the 6th of September 1817, he emigrated to Canada in 1835, and settled in Sherbrooke, in the province of Quebec, where he entered the service of the British American Land Company, of which he rose to be chief commissioner. Later he was one of the contractors for extending the Grand Trunk railway westward from Toronto. He entered public life in 1849 as Liberal member for the county of Sherbrooke, but opposed the chief measure of his party, the Rebellion Losses Bill, and in the same year signed a manifesto in favour of union with the United States, believing that in no other way could Protestant and Anglo-Saxon ascendancy over the Roman Catholic French majority in his native province be maintained. In the same year he retired from parliament but re-entered it in 1853, and was till 1872 the chief representative of the English-speaking Protestants of Quebec province. On the fall of the Brown-Dorion administration in 1858 he was called on to form a ministry, but declined the task, and became finance minister under Sir John Macdonald and Sir George Cartier on condition that the federation of the British North American provinces should become a part of their programme. From 1858 to 1862 and 1864 to 1867 he was finance minister, and did much to reduce the somewhat chaotic finances of Canada into order. To him are due the introduction of the decimal system of currency and the adoption of a system of protection to Canadian manufactures. To his diplomacy was due the coalition in 1864 between Macdonald, Brown and Cartier, which carried the federation of the British North American provinces, and throughout the three years of negotiation which followed his was one of the chief influences. He became finance minister in the first Dominion ministry, but suddenly and mysteriously resigned on the 4th of November 1867. After his retirement he gave to the administration of Sir John Macdonald a support which grew more and more fitful, and advocated independence as the final destiny of Canada. In 1871 he was again offered the ministry of finance on condition of abandoning these views, but declined. In 1877 he was the Canadian nominee on the Anglo-American fisheries commission at Halifax, and rendered brilliant service. In 1880 he was appointed Canadian high commissioner to Great Britain, but retired in 1883 in favour of Sir Charles Tupper. During this period he advocated imperial federation. He was Canadian delegate at the Paris Monetary Conference of 1881, and to the International Exhibition of Fisheries in 1883. From this date till his death on the 19th of 427 September 1893 he lived in retirement. No Canadian statesman has had sounder or more abundant ideas, but a certain intellectual fickleness made him always a somewhat untrustworthy colleague in political life.
GALT, SIR ALEXANDER TILLOCH (1817-1893), Canadian statesman, was the youngest son of the author John Galt. Born in London on September 6, 1817, he moved to Canada in 1835 and settled in Sherbrooke, Quebec, where he worked for the British American Land Company, eventually becoming its chief commissioner. Later, he was one of the contractors for extending the Grand Trunk railway westward from Toronto. He entered politics in 1849 as a Liberal representative for the county of Sherbrooke, but he opposed his party's main agenda, the Rebellion Losses Bill, and that same year signed a manifesto supporting union with the United States, believing it was the only way to maintain Protestant and Anglo-Saxon dominance over the Roman Catholic French majority in his home province. He stepped back from parliament that year but returned in 1853, serving until 1872 as the primary representative of English-speaking Protestants in Quebec. When the Brown-Dorion administration collapsed in 1858, he was asked to form a new government but turned it down, instead becoming finance minister under Sir John Macdonald and Sir George Cartier, on the condition that the federation of the British North American provinces would be part of their agenda. He served as finance minister from 1858 to 1862 and again from 1864 to 1867, significantly improving Canada's disorganized finances. He introduced the decimal currency system and helped establish protective measures for Canadian manufacturing. His diplomacy was key in the 1864 coalition among Macdonald, Brown, and Cartier, which advanced the federation of British North American provinces, and he was a major influence during the subsequent three years of negotiations. He became finance minister in the first Dominion government but unexpectedly resigned on November 4, 1867. After stepping down, his support for Sir John Macdonald's administration became increasingly sporadic, and he promoted independence as Canada's ultimate goal. In 1871, he was offered the finance ministry again, but only if he renounced these views, which he refused. In 1877, he represented Canada on the Anglo-American fisheries commission in Halifax and provided excellent service. In 1880, he was appointed Canadian high commissioner to Great Britain but resigned in 1883 in favor of Sir Charles Tupper. During this time, he advocated for imperial federation. He was Canada's delegate at the Paris Monetary Conference in 1881 and at the International Fisheries Exhibition in 1883. From then until his death on September 19, 1893, he lived in retirement. No Canadian statesman had more insightful or plentiful ideas, but his intellectual inconsistency made him a somewhat unreliable colleague in political affairs.
GALT, JOHN (1779-1839), Scottish novelist, was born at Irvine, Ayrshire, on the 2nd of May 1779. He received his early education at Irvine and Greenock, and read largely from one of the public libraries while serving as a clerk in a mercantile office. In 1804 he went to settle in London, where he published anonymously a poem on the Battle of Largs. After unsuccessful attempts to succeed in business Galt entered at Lincoln’s Inn, but was never called to the bar. He obtained a commission from a British firm to go abroad to find out whether the Berlin and Milan decrees could be evaded. He met Byron and Sir John Hobhouse at Gibraltar, travelled with Byron to Malta, and met him again at Athens. He was afterwards employed by the Glasgow merchant Kirkman Finlay on similar business at Gibraltar, and in 1814 visited France and Holland. His early works are the Life and Administration of Wolsey, Voyages and Travels, Letters from the Levant, the Life of Benjamin West, Historical Pictures and The Wandering Jew; and he induced Colburn to publish a periodical containing dramatic pieces rejected by London managers. These were afterwards edited by Galt as the New British Theatre, which included some plays of his own. He first showed his real power as a writer of fiction in The Ayrshire Legatees, which appeared in Blackwood’s Magazine in 1820. This was followed in 1821 by his masterpiece—The Annals of the Parish; and, at short intervals, Sir Andrew Wylie, The Entail, The Steam-Boat and The Provost were published. These humorous studies of Scottish character are all in his happiest manner. His next works were Ringan Gilhaize (1823), a story of the Covenanters; The Spaewife (1823), which relates to the times of James I. of Scotland; Rothelan (1824), a novel founded on the reign of Edward III.; The Omen (1825), which was favourably criticized by Sir Walter Scott; and The Last of the Lairds, another picture of Scottish life.
GALT, JOHN (1779-1839), Scottish novelist, was born in Irvine, Ayrshire, on May 2, 1779. He received his early education in Irvine and Greenock, and read extensively from one of the public libraries while working as a clerk in a business office. In 1804, he moved to London, where he anonymously published a poem about the Battle of Largs. After failing to find success in business, Galt joined Lincoln’s Inn but was never called to the bar. He received a commission from a British firm to travel abroad and investigate whether the Berlin and Milan decrees could be bypassed. He met Byron and Sir John Hobhouse in Gibraltar, traveled with Byron to Malta, and met him again in Athens. Later, he worked for Glasgow merchant Kirkman Finlay on similar assignments in Gibraltar, and in 1814, he visited France and Holland. His early works include Life and Administration of Wolsey, Voyages and Travels, Letters from the Levant, Life of Benjamin West, Historical Pictures, and The Wandering Jew; he persuaded Colburn to publish a periodical that featured dramatic pieces turned down by London managers. Galt later edited these as the New British Theatre, which included some of his own plays. He first demonstrated his true talent as a fiction writer in The Ayrshire Legatees, published in Blackwood’s Magazine in 1820. This was followed in 1821 by his masterpiece—The Annals of the Parish; shortly after, Sir Andrew Wylie, The Entail, The Steam-Boat, and The Provost were published. These humorous studies of Scottish character showcase his best work. His next writings included Ringan Gilhaize (1823), a story about the Covenanters; The Spaewife (1823), set during the reign of James I of Scotland; Rothelan (1824), a novel based on the reign of Edward III; The Omen (1825), which received positive reviews from Sir Walter Scott; and The Last of the Lairds, another depiction of Scottish life.
In 1826 he went to America as secretary to the Canada Land Company. He carried out extensive schemes of colonization, and opened up a road through what was then forest country between Lakes Huron and Erie. In 1827 he founded Guelph in upper Canada, passing on his way the township of Galt on the Grand river, named after him by the Hon. William Dixon. But all this work proved financially unprofitable to Galt. In 1829 he returned to England commercially a ruined man, and devoted himself with great ardour to literary pursuits, of which the first fruit was Lawrie Todd—one of his best novels. Then came Southennan, a tale of Scottish life in the times of Queen Mary. In 1830 he was appointed editor of the Courier newspaper—a post he soon relinquished. His untiring industry was seen in the publication, in rapid succession, of a Life of Byron, Lives of the Players, Bogle Corbet, Stanley Buxton, The Member, The Radical, Eben Erskine, The Stolen Child, his Autobiography, and a collection of tales entitled Stories of the Study. In 1834 appeared his Literary Life and Miscellanies, dedicated by permission to William IV., who sent the author a present of £200. As soon as this work was published Galt retired to Greenock, where he continued his literary labours till his death on the 11th of April 1839.
In 1826, he moved to America as the secretary for the Canada Land Company. He implemented large-scale colonization projects and opened a road through what was then forested land between Lakes Huron and Erie. In 1827, he founded Guelph in Upper Canada, passing the township of Galt on the Grand River, which was named after him by the Hon. William Dixon. However, all this effort ended up being unprofitable for Galt. In 1829, he returned to England financially ruined and threw himself into writing, producing his first notable work, Lawrie Todd—one of his finest novels. This was followed by Southennan, a story set in Scotland during Queen Mary’s reign. In 1830, he was appointed editor of the Courier newspaper, a position he quickly left. His relentless work ethic resulted in the quick publication of A Life of Byron, Lives of the Players, Bogle Corbet, Stanley Buxton, The Member, The Radical, Eben Erskine, The Stolen Child, his Autobiography, and a collection of stories titled Stories of the Study. In 1834, his Literary Life and Miscellanies was released, dedicated with permission to William IV, who sent the author a gift of £200. After this publication, Galt retired to Greenock, where he continued his writing until he passed away on April 11, 1839.
Galt, like almost all voluminous writers, was exceedingly unequal. His masterpieces are The Ayrshire Legatees, The Annals of the Parish, Sir Andrew Wylie, The Entail, The Provost and Lawrie Todd. The Ayrshire Legatees gives, in the form of a number of exceedingly diverting letters, the adventures of the Rev. Dr Pringle and his family in London. The letters are made the excuse for endless tea-parties and meetings of kirk-session in the rural parish of Garnock. The Annals of the Parish are told by the Rev. Micah Balwhidder, Galt’s finest character. This work (which, be it remembered, existed in MS. before Waverley was published) is a splendid picture of the old-fashioned Scottish pastor and the life of a country parish; and, in rich humour, genuine pathos and truth to nature it is unsurpassed even by Scott. It is a fine specimen of the homely graces of the Scottish dialect, and preserves much vigorous Doric phraseology fast passing out of use even in country districts. In this novel Mr Galt used, for the first time, the term “Utilitarian,” which afterwards became so intimately associated with the doctrines of John Stuart Mill and Bentham (see Annals of the Parish, chap. xxxv., and a note by Mill in Utilitarianism, chap. ii.). In Sir Andrew Wylie the hero entered London as a poor lad, but achieved remarkable success by his shrewd business qualities. The character is somewhat exaggerated, but excessively amusing. The Entail was read thrice by Byron and Scott, and is the best of Galt’s longer novels. Leddy Grippy is a wonderful creation, and was considered by Byron equal to any female character in literature since Shakespeare’s time. The Provost, in which Provost Pawkie tells his own story, portrays inimitably the jobbery, bickerings and self-seeking of municipal dignitaries in a quaint Scottish burgh. In Lawrie Todd Galt, by giving us the Scot in America, accomplished a feat which Sir Walter never attempted. This novel exhibits more variety of style and a greater love of nature than his other books. The life of a settler is depicted with unerring pencil, and with an enthusiasm and imaginative power much more poetical than any of the author’s professed poems.
Galt, like nearly all prolific writers, was incredibly inconsistent. His standout works are The Ayrshire Legatees, The Annals of the Parish, Sir Andrew Wylie, The Entail, The Provost, and Lawrie Todd. The Ayrshire Legatees features a series of highly entertaining letters detailing the adventures of Rev. Dr. Pringle and his family in London. The letters serve as a pretext for countless tea parties and meetings of the kirk-session in the rural parish of Garnock. The Annals of the Parish are narrated by Rev. Micah Balwhidder, Galt's finest character. This work (which, remember, existed in manuscript form before Waverley was published) paints a stunning picture of the old-fashioned Scottish pastor and life in a country parish; and in its rich humor, genuine emotion, and authenticity, it surpasses even Scott. It showcases the charming qualities of the Scottish dialect and retains much vigorous Doric phrasing that is quickly disappearing, even in rural areas. In this novel, Mr. Galt used the term “Utilitarian” for the first time, which later became closely linked with the ideas of John Stuart Mill and Bentham (see Annals of the Parish, chap. xxxv., and a note by Mill in Utilitarianism, chap. ii.). In Sir Andrew Wylie, the protagonist arrives in London as a poor boy but achieves notable success through his sharp business acumen. The character is somewhat exaggerated but extremely entertaining. The Entail was read three times by Byron and Scott and is the best of Galt's longer novels. Leddy Grippy is an incredible creation and was considered by Byron to be equal to any female character in literature since Shakespeare's time. The Provost, in which Provost Pawkie narrates his own story, perfectly captures the schemes, quarrels, and self-serving nature of local officials in a quirky Scottish town. In Lawrie Todd, Galt, by presenting the Scot in America, accomplished something that Sir Walter never attempted. This novel displays a greater variety of style and a deeper appreciation for nature than his other works. The life of a settler is depicted with exceptional clarity, backed by an enthusiasm and imaginative power that are much more poetic than any of the author's stated poems.
The best of Galt’s novels were reprinted in Blackwood’s Standard Novels, to volume i. of which his friend Dr Moir prefixed a memoir.
The best of Galt’s novels were reprinted in Blackwood’s Standard Novels, to volume i. of which his friend Dr. Moir added a memoir.
GALT, a town in Waterloo county, Ontario, Canada, 23 m. N.N.W. of Hamilton, on the Grand river and on the Grand Trunk and Canadian Pacific railways. Pop. (1881) 5187; (1901) 7866. It is named after John Galt, the author. It has excellent water privileges which furnish power for flour-mills and for manufactures of edge tools, castings, machinery, paper and other industries.
GALT, is a town in Waterloo County, Ontario, Canada, located 23 miles north-northwest of Hamilton, along the Grand River and the Grand Trunk and Canadian Pacific railways. Population: (1881) 5,187; (1901) 7,866. It is named after John Galt, the author. The town has great water access that provides power for flour mills and the production of edge tools, castings, machinery, paper, and other industries.
GALTON, SIR FRANCIS (1822- ), English anthropologist, son of S.T. Galton, of Duddeston, Warwickshire, was born on the 16th of February 1822. His grandfather was the poet-naturalist Erasmus Darwin, and Charles Darwin was his cousin. After attending King Edward VI.’s grammar school, Birmingham, he studied at Birmingham hospital, and afterwards at King’s College, London, with the intention of making medicine his profession; but after taking his degree at Trinity College, Cambridge, in 1843 he changed his mind. The years 1845-1846 he spent in travelling in the Sudan, and in 1850 he made an exploration, with Dr John Anderson, of Damaraland and the Ovampo country in south-west Africa, starting from Walfisch Bay. These tracts had practically never been traversed before, and on the appearance of the published account of his journey and experiences under the title of Narrative of an Explorer in Tropical South Africa (1853) Galton was awarded the gold medal of the Royal Geographical Society. His Art of Travel; or, Shifts and Contrivances in Wild Countries was first published in 1855. In 1860 he visited the north of Spain, and published the fruits of his observations of the country and the people in the first of a series of volumes, which he edited, entitled Vacation Tourists. He then turned to meteorology, the result of his investigations appearing in Meteorographica, published in 1863. This work was the first serious attempt to chart the weather on an extensive scale, and in it also the author first established the existence and theory of anti-cyclones. Galton was a member of the meteorological committee (1868), and of the Meteorological Council which succeeded it, for over thirty years. But his name is most closely associated with studies in anthropology and especially in heredity. In 1869 appeared his Hereditary Genius, its Laws and Consequences, a work which excited much interest in scientific and medical circles. This was followed by English Men of Science, their Nature and Nurture, published in 1874; Inquiries into Human Faculty and its Development, issued in 1883; Life-History Album (1884); Record of Family Faculties (1884) (tabular forms and directions for entering data, with a preface); and Natural Inheritance (1889). The idea that systematic efforts should be made to improve the breed of mankind by checking the birth-rate of the unfit and furthering the productivity of the fit was first put forward by him In 1865; he mooted it again in 1884, using the term “eugenics” for the first time in Human Faculty, and in 1904 he endowed a research fellowship in the university of London for the promotion of 428 knowledge of that subject, which was defined as “the study of agencies under social control that may improve or impair the racial qualities of future generations, either physically or mentally.” Galton was the author of memoirs on various anthropometric subjects; he originated the process of composite portraiture, and paid much attention to finger-prints and their employment for the identification of criminals, his publications on this subject including Finger Prints (1892), Decipherment of Blurred Finger Prints (1893) and Finger Print Directories (1895). From the Royal Society, of which he was elected a fellow in 1860, he received a royal medal in 1886 and the Darwin medal in 1902, and honorary degrees were bestowed on him by Oxford (1894) and Cambridge (1895). In 1908 he published Memories of My Life, and in 1909 he received a knighthood.
GALTON, SIR FRANCIS (1822- ), English anthropologist, son of S.T. Galton from Duddeston, Warwickshire, was born on February 16, 1822. His grandfather was the poet-naturalist Erasmus Darwin, and Charles Darwin was his cousin. After attending King Edward VI's grammar school in Birmingham, he studied at Birmingham Hospital and later at King’s College, London, initially aiming to pursue a career in medicine. However, after earning his degree from Trinity College, Cambridge, in 1843, he changed his plans. He spent the years 1845-1846 traveling in Sudan, and in 1850 he explored Damaraland and the Ovampo country in southwest Africa with Dr. John Anderson, starting from Walfisch Bay. These regions had hardly been explored before, and following the publication of his account titled Narrative of an Explorer in Tropical South Africa (1853), Galton was awarded the gold medal by the Royal Geographical Society. His work The Art of Travel; or, Shifts and Contrivances in Wild Countries was first published in 1855. He visited northern Spain in 1860 and published his observations about the country and its people in the first volume of a series he edited, called Vacation Tourists. He then shifted his focus to meteorology, with the results published in Meteorographica in 1863. This work was the first serious attempt to map the weather on a large scale, and in it, he also established the existence and theory of anti-cyclones. Galton was a member of the meteorological committee (1868) and later the Meteorological Council for over thirty years. However, he is most closely associated with anthropology, particularly studies on heredity. In 1869, he published Hereditary Genius, its Laws and Consequences, which sparked considerable interest in scientific and medical communities. This was followed by English Men of Science, their Nature and Nurture in 1874, Inquiries into Human Faculty and its Development in 1883, Life-History Album (1884), Record of Family Faculties (1884) (which included tables and instructions for data entry along with a preface), and Natural Inheritance (1889). He was the first to propose that organized efforts should be made to improve humanity by controlling the birth rate of the unfit and supporting the reproduction of the fit. He brought this idea up again in 1884, coining the term “eugenics” in Human Faculty, and in 1904, he funded a research fellowship at the University of London to promote knowledge of this subject, defined as “the study of agencies under social control that may enhance or diminish the racial qualities of future generations, physically or mentally.” Galton wrote memoirs on various anthropometric topics; he developed the practice of composite portraiture and focused significantly on fingerprints and their use in identifying criminals, with publications including Finger Prints (1892), Decipherment of Blurred Finger Prints (1893), and Finger Print Directories (1895). He was elected a fellow of the Royal Society in 1860, receiving a royal medal in 1886 and the Darwin medal in 1902, and was honored with degrees from Oxford (1894) and Cambridge (1895). In 1908, he published Memories of My Life, and in 1909 he was knighted.
GALUPPI, BALDASSARE (1706-1785), Italian musical composer, was born on the 18th of October 1706 on the island of Burano near Venice, from which he was often known by the nickname of Buranello. His father, a barber, and violinist at the local theatre, was his first teacher. His first opera, composed at the age of sixteen, being hissed off the stage, he determined to study seriously, and entered the Conservatorio degli Incurabili at Venice, as a pupil of Antonio Lotti. After successfully producing two operas in collaboration with a fellow-pupil, G.B. Pescetti, in 1728 and 1729, he entered upon a busy career as a composer of operas for Venetian theatres, writing sometimes as many as five in a year. He visited London in 1741, and arranged a pasticcio, Alexander in Persia, for the Haymarket. Burney considered his influence on English music to have been very powerful. In 1740 he became vice-maestro di cappella at St Mark’s and maestro in 1762. In 1749 he began writing comic operas to libretti by Goldoni, which enjoyed an enormous popularity. He was invited to Russia by Catherine II. in 1766, where his operas made a favourable impression, and his influence was also felt in Russian church music. He returned to Venice in 1768, where he had held the post of director of the Conservatorio degli Incurabili since 1762. He died on the 3rd of January 1785.
GALUPPI, BALDASSARE (1706-1785), Italian composer, was born on October 18, 1706, on the island of Burano near Venice, where he was often referred to as Buranello. His father, a barber and violinist at the local theater, was his first teacher. After his first opera, composed at sixteen, was booed off the stage, he decided to take his studies seriously and enrolled at the Conservatorio degli Incurabili in Venice as a student of Antonio Lotti. After successfully producing two operas with fellow student G.B. Pescetti in 1728 and 1729, he began a busy career composing operas for Venetian theaters, sometimes writing as many as five in a year. He visited London in 1741 and arranged a pasticcio, Alexander in Persia, for the Haymarket. Burney noted that his influence on English music was very strong. In 1740, he became vice-maestro di cappella at St Mark’s and maestro in 1762. In 1749, he started writing comic operas to libretti by Goldoni, which gained massive popularity. He was invited to Russia by Catherine II in 1766, where his operas were well received, and his influence was also felt in Russian church music. He returned to Venice in 1768, where he had held the position of director of the Conservatorio degli Incurabili since 1762. He died on January 3, 1785.
Galuppi’s best works are his comic operas, of which Il Filosofo di Campagna (1754), known in England as The Guardian Trick’d (Dublin, 1762) was the most popular. His melody is attractive rather than original, but his workmanship in harmony and orchestration is generally superior to that of his contemporaries. He seems to have been the first to extend the concerted finales of Leo and Logroscino into a chain of several separate movements, working up to a climax, but in this respect he is much inferior to Sarti and Mozart.
Galuppi’s best works are his comic operas, with Il Filosofo di Campagna (1754), known in England as The Guardian Trick’d (Dublin, 1762), being the most popular. His melodies are appealing rather than original, but his skills in harmony and orchestration are generally better than those of his contemporaries. He seems to have been the first to expand the concerted finales of Leo and Logroscino into a series of separate movements, building up to a climax, but in this regard, he falls short compared to Sarti and Mozart.
Browning’s poem, “A Toccata of Galuppi,” does not refer to any known composition, but more probably to an imaginary extemporization on the harpsichord, such as was of frequent occurrence in the musical gatherings of Galuppi’s day.
Browning’s poem, “A Toccata of Galuppi,” doesn’t mention any specific composition, but is likely about a made-up improvisation on the harpsichord, which was common at the musical gatherings during Galuppi’s time.
See also Alfred Wotquerme, Baldassare Galuppi, étude bibliographique sur ses œuvres dramatiques (Brussels, 1902). Many of his autograph scores are in the library of the Brussels conservatoire.
See also Alfred Wotquerme, Baldassare Galuppi, bibliographic study on his dramatic works (Brussels, 1902). Many of his original scores are in the library of the Brussels conservatoire.
GALVANI, LUIGI (1737-1798), Italian physiologist, after whom galvanism received its name, was born at Bologna on the 9th of September 1737. It was his wish in early life to enter the church, but by his parents he was educated for a medical career. At the university of Bologna, in which city he practised, he was in 1762 appointed public lecturer in anatomy, and soon gained repute as a skilled though not eloquent teacher, and, chiefly from his researches on the organs of hearing and genito-urinary tract of birds, as a comparative anatomist. His celebrated theory of animal electricity he enunciated in a treatise, “De viribus electricitatis in motu musculari commentarius,” published in the 7th volume of the memoirs of the Institute of Sciences at Bologna in 1791, and separately at Modena in the following year, and elsewhere subsequently. The statement has frequently been repeated that, in 1786, Galvani had noticed that the leg of a skinned frog, on being accidentally touched by a scalpel which had lain near an electrical machine, was thrown into violent convulsions; and that it was thus that his attention was first directed to the relations of animal functions to electricity. From documents in the possession of the Institute of Bologna, however, it appears that twenty years previous to the publication of his Commentary Galvani was already engaged in investigations as to the action of electricity upon the muscles of frogs. The observation that the suspension of certain of these animals on an iron railing by copper hooks caused twitching in the muscles of their legs led him to the invention of his metallic arc, the first experiment with which is described in the third part of the Commentary, with the date September 20, 1786. The arc he constructed of two different metals, which, placed in contact the one with a frog’s nerve and the other with a muscle, caused contraction of the latter. In Galvani’s view the motions of the muscle were the result of the union, by means of the metallic arc, of its exterior or negative electrical charge with positive electricity which proceeded along the nerve from its inner substance. Volta, on the other hand, attributed them solely to the effect of electricity having its source in the junction of the two dissimilar metals of the arc, and regarded the nerve and muscle simply as conductors. On Galvani’s refusal, from religious scruples, to take the oath of allegiance to the Cisalpine republic in 1797, he was removed from his professorship. Deprived thus of the means of livelihood, he retired to the house of his brother Giacomo, where he soon fell into a feverish decline. The republican government, in consideration of his great scientific fame, eventually, but too late, determined to reinstate him in his chair, and he died at Bologna on the 4th of December 1798.
GALVANI, LUIGI (1737-1798), an Italian physiologist whose name inspired galvanism, was born in Bologna on September 9, 1737. He initially wanted to enter the church but was educated by his parents for a career in medicine. At the University of Bologna, where he practiced, he was appointed a public lecturer in anatomy in 1762 and quickly earned a reputation as a skilled, though not very charismatic, teacher. He became known for his research on the hearing organs and the genito-urinary tract of birds, making him a comparative anatomist. His well-known theory of animal electricity was presented in a treatise titled “De viribus electricitatis in motu musculari commentarius,” published in the 7th volume of the memoirs of the Institute of Sciences at Bologna in 1791, and later separately at Modena the following year, as well as in other locations. It has often been said that, in 1786, Galvani observed that the leg of a skinned frog, when accidentally touched by a scalpel that had been near an electrical machine, began to convulse violently. This incident is said to have first sparked his interest in the connection between animal functions and electricity. However, documents from the Institute of Bologna reveal that twenty years before publishing his Commentary, Galvani was already investigating how electricity affected the muscles of frogs. He discovered that suspending certain frogs on an iron railing with copper hooks caused their leg muscles to twitch, leading him to invent his metallic arc, the first experiment of which is detailed in the third part of the Commentary, dated September 20, 1786. He created the arc using two different metals; when one was placed in contact with a frog's nerve and the other with a muscle, it caused the muscle to contract. Galvani believed that the muscle contractions resulted from the combined effect of its external or negative electrical charge and the positive electricity coming from the nerve’s inner substance, facilitated by the metallic arc. In contrast, Volta attributed the contractions solely to the electricity generated at the junction of the two different metals in the arc, seeing the nerve and muscle merely as conductors. In 1797, Galvani was removed from his professorship after he refused, for religious reasons, to take an oath of allegiance to the Cisalpine Republic. Without a source of income, he went to live with his brother Giacomo, where he soon fell into a feverish decline. Eventually, due to his significant scientific reputation, the republican government decided to reinstate him, but it was too late, and he died in Bologna on December 4, 1798.
A quarto edition of his works was published at Bologna in 1841-1842, by the Academy of Sciences of the Institute of that city, under the title Opere edite ed inedite del professore Luigi Galvani.
A quarto edition of his works was published in Bologna in 1841-1842 by the Academy of Sciences of the Institute of that city, titled Opere edite ed inedite del professore Luigi Galvani.
GALVANIZED IRON, sheet iron having its surface covered with a thin coating of zinc. In spite of the name, galvanic action has often no part in the production of galvanized iron, which is prepared by dipping the iron, properly cleaned and pickled in acid, in a bath of molten zinc. The hotter the zinc the thinner the coating, but as a high temperature of the bath is attended with certain objections, it is a common practice to use a moderate temperature and clear off the excess of zinc by passing the plates between rollers. In Norwood and Rogers’s process a thin coating of tin is applied to the iron before it is dipped in the zinc, by putting the plates between layers of granulated tin in a wooden tank containing a dilute solution of stannous chloride, when tin is deposited on them by galvanic action. In “cold galvanizing” the zinc is deposited electrolytically from a bath, preferably kept neutral or slightly acid, containing a 10% solution of crystallized zinc sulphate, ZnSO4·7H2O. The resulting surface is usually duller and less lustrous than that obtained by the use of molten zinc. Another method of forming a coating of zinc, known as “sherardizing,” was invented by Sherard Cowper-Coles, who found that metals embedded in zinc dust (a product obtained in zinc manufacture and consisting of metallic zinc mixed with a certain amount of zinc oxide) and heated to temperatures well below the melting point of zinc, become coated with a layer of that metal. In carrying out the process the articles are placed in an air-tight vessel with the zinc dust, which must be dry, and subjected to a heat of 250-330°C., the time for which the heating is continued depending on the thickness of the deposit required and varying from one-half to several hours. If an air-tight receptacle is not available, a small percentage of powdered carbon is added to the zinc-dust, to prevent increase in the amount of oxide, which, if present in excess, tends to make the deposit dull.
GALVANIZED IRON is sheet iron that has a thin layer of zinc on its surface. Despite the name, galvanic action doesn't usually play a role in making galvanized iron. It's produced by dipping clean, acid-treated iron into molten zinc. The hotter the zinc, the thinner the coating, but since a high temperature has some drawbacks, it's common to use a moderate temperature and remove the excess zinc by passing the plates through rollers. In Norwood and Rogers’s process, a thin layer of tin is applied to the iron before dipping it in the zinc by placing the plates between layers of granulated tin in a wooden tank with a diluted stannous chloride solution, which allows tin to be deposited on them through galvanic action. In “cold galvanizing,” zinc is deposited electrolytically from a solution, ideally kept neutral or slightly acidic, containing a 10% solution of crystallized zinc sulfate, ZnSO4·7H2O. The resulting surface is usually duller and less shiny than that produced with molten zinc. Another method for creating a zinc coating, called “sherardizing,” was developed by Sherard Cowper-Coles. He discovered that metals placed in zinc dust (a byproduct of zinc manufacturing that consists of metallic zinc mixed with some zinc oxide) and heated to temperatures well below zinc's melting point become coated with zinc. In this process, the items are put in an airtight container with the dry zinc dust and subjected to temperatures of 250-330°C. The heating time varies based on the desired thickness of the coating, ranging from half an hour to several hours. If an airtight container isn't available, a small amount of powdered carbon is mixed in with the zinc dust to limit the formation of oxide, which can make the coating dull if there's too much.
Galvanized iron by its zinc surface is protected from corrosion by the weather, though the protection is not very efficient in the presence of acid or sulphurous fumes, and accordingly it is extensively employed for roofing, especially in the form of corrugated sheets. The iron wire used for wire-netting, telegraphic purposes, &c., is commonly galvanized, as also are bolts, nuts, chains and other fittings on ships.
Galvanized iron has a zinc coating that protects it from rust caused by the weather, but this protection isn't very effective against acid or sulfur fumes. Because of this, it’s widely used for roofing, particularly in corrugated sheets. The iron wire used for wire mesh, telegraph cables, and more is usually galvanized, as are bolts, nuts, chains, and other fittings on ships.
GALVANOMETER, an instrument for detecting or measuring electric currents. The term is generally applied to instruments which indicate electric current in scale divisions or arbitrary units, as opposed to instruments called amperemeters (q.v.), which show directly on a dial the value of the current in amperes. 429 Galvanometers may be divided into direct current and alternating current instruments, according as they are intended to measure one or other of these two classes of currents (see Electrokinetics).
GALVANOMETER, a device used to detect or measure electric currents. This term usually refers to instruments that display electric current in scale divisions or arbitrary units, as opposed to instruments known as amperemeters (q.v.), which directly show the current value in amperes on a dial. 429 Galvanometers can be categorized into direct current and alternating current instruments, depending on whether they are designed to measure one or the other of these two types of currents (see Electrokinetics).
Direct Current Galvanometers.—The principle on which one type of direct current galvanometer, called a movable needle galvanometer, depends for its action is that a small magnet when suspended in the centre of a coil of wire tends to set its magnetic axis in the direction of the magnetic field of the coil at that point due to the current passing through it. In the other type, or movable coil galvanometer, the coil is suspended and the magnet fixed; hence the coil tends to set itself with its axis parallel to the lines of force of the magnet. The movable system must be constrained in some way to take up and retain a definite position when no current is passing by means which are called the “control.”
Direct Current Galvanometers.—One type of direct current galvanometer, known as a movable needle galvanometer, works on the principle that a small magnet suspended in the center of a wire coil aligns its magnetic axis with the magnetic field created by the current flowing through the coil. In another type, the movable coil galvanometer, the coil is suspended while the magnet stays fixed; as a result, the coil aligns itself with its axis parallel to the magnet's lines of force. The movable system must be held in position without current flowing through it by something referred to as the “control.”
In its simple and original form the movable needle galvanometer consisted of a horizontal magnetic needle suspended within a coil of insulated wire by silk fibres or pivoted on a point like a compass needle. The direction of such a needle is controlled Movable needle galvanometer. by the direction of the terrestrial magnetic force within the coil. If the needle is so placed that its axis is parallel to the plane of the coil, then when an electric current passes through the coil it is deflected and places itself at an angle to the axis of the coil determined by the strength of the current and of the controlling field. In the early forms of movable needle galvanometer the needle was either a comparatively large magnet several inches in length, or else a smaller magnet was employed carrying a long pointer which moved over a scale of degrees so as to indicate the deflexion. A method of measuring the deflexion by means of a mirror scale and telescope was introduced by K.F. Gauss and W. Weber. The magnet had a mirror attached to it, and a telescope having cross wires in the focus was used to observe the scale divisions of a fixed scale seen reflected in the mirror. Lord Mirror galvanometers. Kelvin (Professor W. Thomson) made the important improvement of reducing the size of the needle and attaching it to the back of a very small mirror, the two being suspended by a single fibre of cocoon silk. The mirror was made of silvered microscopic glass about ¼ in. in diameter, and the magnetic needle or needles consisted of short fragments of watchspring cemented to its back. A ray of light being thrown on the mirror from a lamp the deflexions of the needle were observed by watching the movements of a spot of light reflected from it upon a fixed scale. This form of mirror galvanometer was first devised in connexion with submarine cable signalling, but soon became an indispensable instrument in the physical laboratory.
In its basic and original form, the movable needle galvanometer had a horizontal magnetic needle suspended within a coil of insulated wire by silk fibers or pivoted on a point like a compass needle. The needle's direction is influenced by the Earth's magnetic force within the coil. If the needle is positioned so that its axis is parallel to the plane of the coil, when an electric current flows through the coil, it gets deflected and aligns itself at an angle to the coil's axis, which is determined by the strength of the current and the controlling field. In the early versions of the movable needle galvanometer, the needle was either a relatively large magnet several inches long or a smaller magnet with a long pointer that moved over a degree scale to indicate the deflection. K.F. Gauss and W. Weber introduced a method for measuring the deflection using a mirror scale and a telescope. The magnet had a mirror attached, and a telescope with cross wires at the focus was used to view the scale divisions of a fixed scale reflected in the mirror. Lord Kelvin (Professor W. Thomson) significantly improved the design by reducing the size of the needle and attaching it to the back of a very small mirror, both suspended by a single silk fiber. The mirror was made of silvered microscopic glass about ¼ inch in diameter, and the magnetic needle or needles were short pieces of watch spring glued to its back. By directing a light beam onto the mirror from a lamp, the needle's deflections were observed by tracking the movement of a spot of light reflected from it onto a fixed scale. This type of mirror galvanometer was initially created for submarine cable signaling but quickly became an essential tool in the physical laboratory.
In course of time both the original form of single needle galvanometer and mirror galvanometer were improved by introducing the astatic principle and weakening the external controlling magnetic field. If two magnetic needles of equal size and Astatic galvanometers. moment are attached rigidly to one stem parallel to each other but with poles placed in opposite directions an astatic system results; that is, if the needles are so suspended as to be free to move in a horizontal plane, and if they are made exactly equal in magnetic strength, the system will have no directive power. If one needle is slightly weaker than the other, the suspended system will set itself with some axis parallel to the lines of force of a field in which it is placed. In a form of astatic needle galvanometer devised by Professor A. Broca of Paris, the pair of magnetized needles are suspended vertically and parallel to each other with poles in opposite directions. The upper poles are included in one coil and the lower poles within another coil, so connected that the current circulates in the right direction in each coil to displace the pairs of poles in the same direction. By this mode of arrangement a greater magnetic moment can be secured, together with more perfect astaticity and freedom from disturbance by external fields. The earth’s magnetic field can be weakened by means of a controlling magnet arranged to create in the space in the interior of the galvanometer coils an extremely feeble controlling magnetic field. In instruments having a coil for each needle and designed so that the current in both coils passes so as to turn both needles in the same direction, the controlling magnet is so adjusted that the normal position of the needles is with the magnetic axis parallel to the plane of the coil. An astatic magnetic system used in conjunction with a mirror galvanometer gives a highly sensitive form of instrument (fig. 1); it is, however, easily disturbed by stray magnetic fields caused by neighbouring magnets or currents through conductors, and therefore is not suitable for use in many places.
Over time, both the original single needle galvanometer and the mirror galvanometer were improved by incorporating the astatic principle and reducing the external controlling magnetic field. If two magnetic needles of equal size and strength are rigidly attached to one stem, parallel to each other but with their poles facing opposite directions, an astatic system is created. This means that if the needles are suspended freely to move in a horizontal plane and are exactly equal in strength, the system will have no directional power. However, if one needle is slightly weaker than the other, the suspended system will align with some axis parallel to the magnetic field lines it’s placed in. In a type of astatic needle galvanometer designed by Professor A. Broca from Paris, a pair of magnetized needles is suspended vertically and parallel to each other, with their poles in opposite directions. The upper poles are included in one coil and the lower poles in another coil, arranged so that the current flows in the correct direction in each coil to shift the poles in the same direction. This setup achieves a greater magnetic moment, better astaticity, and less interference from external fields. The Earth’s magnetic field can be weakened using a controlling magnet set up to create a very weak magnetic field within the galvanometer coils. For instruments with a coil for each needle, designed so that the current in both coils turns the needles in the same direction, the controlling magnet is adjusted so that the normal position of the needles aligns their magnetic axes parallel to the coil's plane. An astatic magnetic system used alongside a mirror galvanometer results in a highly sensitive instrument (fig. 1); however, it is easily affected by stray magnetic fields from nearby magnets or current-carrying conductors, making it unsuitable for many applications.
This fact led to the introduction of the movable coil galvanometer which was first devised by Lord Kelvin as a telegraphic signalling instrument but subsequently modified by A. d’Arsonval and others into a laboratory galvanometer (fig. 2). In this Movable coil galvanometer. instrument a permanent magnet, generally of the horseshoe shape, is employed to create a strong magnetic field, in which a light movable coil is suspended. The suspension is bifilar, consisting of two fine wires which are connected to the ends of the coil and serve to lead the current in and out. If such a coil is placed with its plane parallel to the lines of force of the permanent magnet, then when a current is passing through it it displaces itself in the field, so as to set with its axis more nearly parallel to the lines of force of the field. The movable coil may carry a pointer or a mirror; in the latter form it is well represented by several much used laboratory instruments. The movable coil galvanometer has the great advantage that it is not easily disturbed by the magnetic fields caused by neighbouring magnets or electric currents, and thus is especially useful in the electrical workshop and factory.
This fact led to the development of the movable coil galvanometer, originally designed by Lord Kelvin as a telegraphic signaling device, but later modified by A. d’Arsonval and others for use as a laboratory galvanometer (fig. 2). In this Moving coil galvanometer. instrument, a permanent magnet, typically shaped like a horseshoe, generates a strong magnetic field in which a lightweight movable coil is suspended. The suspension is bifilar, made of two thin wires connected to the ends of the coil to carry the current in and out. When this coil is positioned with its face parallel to the lines of force of the permanent magnet, it moves in the field when current passes through it, aligning its axis more closely parallel to the magnetic field lines. The movable coil can have a pointer or a mirror attached; it is commonly found in several widely used laboratory instruments. The movable coil galvanometer has the significant advantage of being less affected by magnetic fields produced by nearby magnets or electric currents, making it especially valuable in electrical workshops and factories.
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Fig. 1.—Kelvin Astatic Mirror Galvanometer. Elliott square pattern. |
In the practical construction of the suspended needle fixed coil galvanometer great care must be taken with the insulation of the wire of the coil. This wire is generally silk-covered, wound on a frame, the whole being thoroughly saturated Construction and use. with paraffin wax. In some cases two wires are wound on in parallel, constituting a “differential galvanometer.” When properly adjusted this instrument can be used for the exact comparison of electric currents by a null method, because if an electric current is passed through one wire and creates certain deflexions of the needle, the current which annuls this deflexion when passed through the other wire must be equal to the first current. In the construction of a movable coil galvanometer, it is usual to intensify the magnetic field by inserting a fixed soft iron core in the interior of the movable coil. If the current to be measured is too large to be passed entirely through the galvanometer, a portion is allowed to flow through a circuit connecting the two terminals of the instrument. This circuit is called a shunt and is generally arranged so as to take 0.9, 0.99, or 0.999 of the total current, leaving 0.1, 0.01 or 0.001 to flow through the galvanometer. W.E. Ayrton and T. Mather have designed a universal shunt box or resistance which can be applied to any galvanometer and by which a known fraction of any current can be sent through the galvanometer when we know its resistance (see Jour. Inst. Elec. Eng. Lond., 1894, 23, p. 314). A galvanometer can be calibrated, or the meaning of its deflexion determined, by passing through it an electric current of known value and observing the deflexion of the needle or coil. The known current can be provided in the following manner:—a single secondary cell of any kind can have its electromotive force measured by the potentiometer (q.v.), and compared with that of a standard voltaic cell. If the secondary cell is connected with the galvanometer through a known high resistance R, and if the galvanometer is shunted, that is, has its terminals connected by another resistance S, then if the resistance of the galvanometer itself is denoted by G, the whole resistance of the shunted galvanometer and high resistance has a value represented by R + GS/(G + S), and therefore the current through the galvanometer produced by an electromotive force E of the cell is represented by
In the practical setup of a suspended needle fixed coil galvanometer, it's crucial to ensure the insulation of the coil wire is top-notch. This wire is usually coated with silk and wound onto a frame, fully saturated with paraffin wax. In some instances, two wires are wound in parallel, forming a “differential galvanometer.” When set up correctly, this device can accurately compare electric currents using a null method. If one wire carries a current that causes specific deflections of the needle, the current that cancels out this deflection when passed through the other wire must equal the first current. For a movable coil galvanometer, it's common to increase the magnetic field by placing a fixed soft iron core inside the movable coil. If the current being measured is too large to run entirely through the galvanometer, a part of it is directed through a circuit connecting the two terminals of the instrument. This circuit is known as a shunt and is usually set up to carry 0.9, 0.99, or 0.999 of the total current, leaving 0.1, 0.01, or 0.001 to flow through the galvanometer. W.E. Ayrton and T. Mather have developed a universal shunt box or resistance that can be attached to any galvanometer, allowing a known fraction of any current to pass through it when we know the resistance (see Jour. Inst. Elec. Eng. Lond., 1894, 23, p. 314). A galvanometer can be calibrated, or the significance of its deflection determined, by passing a known electric current through it and observing the needle or coil's deflection. This known current can be sourced as follows: a single secondary cell of any type can have its electromotive force measured by a potentiometer (q.v.) and compared with a standard voltaic cell. If the secondary cell is connected to the galvanometer via a known high resistance R, and if the galvanometer is shunted (meaning its terminals are connected by another resistance S), then if we denote the galvanometer's own resistance as G, the total resistance of the shunted galvanometer and high resistance is given by R + GS/(G + S). Thus, the current through the galvanometer from an electromotive force E of the cell is represented by
SE | . |
R(G + S) + GS |
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Fig. 2.—Movable Coil Galvanometer. |
Suppose this current produces a deflexion of the needle or coil or spot of light equal to X scale divisions, we can then alter the value of the resistances R and S, and so determine the relation between the deflexion and the current. By the sensitiveness of the 430 galvanometer is meant the deflexion produced by a known electromotive force put upon its terminals or a known current sent through it. It is usual to specify the sensitiveness of a mirror galvanometer by requiring a certain deflexion, measured in millimetres, of a spot of light thrown on the scale placed at one metre from the mirror, when an electromotive force of one-millionth of a volt (microvolt) is applied to the terminals of the galvanometer; it may be otherwise expressed by stating the deflexion produced under the same conditions when a current of one microampere is passed through the coil. In modern mirror galvanometers a deflexion of 1 mm. of the spot of light upon a scale at 1 metre distance can be produced by a current as small as one hundred millionth (10−8) or even one ten thousand millionth (10−10) of an ampere. It is easy to produce considerable sensitiveness in the galvanometer, but for practical purposes it must always be controlled by the condition that the zero remains fixed, that is to say, the galvanometer needle or coil must come back to exactly the same position when no current is passing through the instrument. Other important qualifications of a galvanometer are its time-period and its dead-beatness. For certain purposes the needle or coil should return as quickly as possible to the zero position and with either no, or very few, oscillations. If the latter condition is fulfilled the galvanometer is said to be “dead-beat.” On the other hand, for some purposes the galvanometer is required with the opposite quality, that is to say, there must be as little retardation as possible to the needle or coil when set in motion under an impulsive blow. Such a galvanometer is called “ballistic.” The quality of a galvanometer in this respect is best estimated by taking the logarithmic decrement of the oscillations when the movable system is set swinging. This last term is defined as the logarithm of the ratio of one swing to the next succeeding swing, and a galvanometer of which the logarithmic decrement is large, is said to be highly damped. For many purposes, such as for resistance measurement, it is desirable to have a galvanometer which is highly damped; this result can be obtained by affixing to the needles either light pieces of mica, when it is a movable needle galvanometer, or by winding the coil on a silver frame when it is a movable coil galvanometer. On the other hand, for the comparison of capacities of condensers and for other purposes, a galvanometer is required which is as little damped as possible, and for this purpose the coil must have the smallest possible frictional resistance to its motion through the air. In this case the moment of inertia of the movable system must be decreased or the control strengthened.
Suppose this current makes the needle, coil, or spot of light move by X scale divisions. We can then adjust the resistances R and S to determine the relationship between the deflection and the current. By "sensitivity" of the galvanometer, we mean the deflection caused by a known electromotive force applied to its terminals or a known current flowing through it. It's common to specify the sensitivity of a mirror galvanometer by measuring a certain deflection in millimeters of a spot of light projected onto a scale placed one meter away from the mirror when an electromotive force of one-millionth of a volt (microvolt) is applied to the galvanometer's terminals; this can also be expressed by the deflection produced under the same conditions when a current of one microampere passes through the coil. In modern mirror galvanometers, a deflection of 1 mm of the spot of light on a scale at a 1-meter distance can be achieved with a current as small as one hundred millionth (10−8) or even one ten thousand millionth (10−10) of an ampere. It's easy to achieve high sensitivity in a galvanometer, but for practical use, it must be ensured that the zero point stays fixed. This means the galvanometer needle or coil must return to exactly the same position when no current is flowing through the instrument. Other important features of a galvanometer include its time period and dead-beatness. For certain tasks, the needle or coil should return to the zero position as quickly as possible with minimal or no oscillations. If this condition is met, the galvanometer is considered "dead-beat." Conversely, for some applications, the galvanometer needs to have the least amount of delay possible when the needle or coil is set in motion by an impulsive force. Such a galvanometer is referred to as "ballistic." The performance of a galvanometer in this regard is best assessed by measuring the logarithmic decrement of the oscillations when the movable system is set swinging. This term is defined as the logarithm of the ratio of one swing to the next swing, and a galvanometer with a large logarithmic decrement is said to be highly damped. For many applications, like resistance measurement, it’s preferable to have a heavily damped galvanometer; this can be achieved by attaching light pieces of mica to the needles in a movable needle galvanometer or by winding the coil on a silver frame in a movable coil galvanometer. On the other hand, for comparing capacitor capacities and other purposes, a galvanometer that is as little damped as possible is required, and for this, the coil must have minimal frictional resistance as it moves through the air. In this case, the moment of inertia of the movable system must be reduced or the control must be strengthened.
The Einthoven string galvanometer is another form of sensitive instrument for the measurement of small direct currents. It consists of a fine wire or silvered quartz fibre stretched in a strong magnetic field. When a current passes through the wire it is displaced across the field and the displacement is observed with a microscope.
The Einthoven string galvanometer is another type of sensitive instrument used to measure small direct currents. It consists of a fine wire or silvered quartz fiber stretched in a strong magnetic field. When a current flows through the wire, it gets displaced across the field, and this displacement is observed using a microscope.
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Fig. 3.—Helmholtz Tangent Galvanometer. |
For the measurement of large currents a “tangent galvanometer” is employed (fig. 3). Two fixed circular coils are placed apart at a distance equal to the radius of either coil, so that a current passing through them creates in the central Tangent galvanometer. region between them a nearly uniform magnetic field. At the centre of the coils is suspended a small magnetic needle the length of which should not be greater than 1⁄10 the radius of either coil. The normal position of the needle is at right angles to the line joining the centre of the coils. If a current is passed through the coils, the needle will be deflected, and the tangent of the angle of its deflexion will be nearly proportional to the current passing through the coil, provided that the controlling field is uniform in strength and direction, and that the length of the magnetic needle is so short that the space in which it rotates is a practically uniform magnetic field.
To measure large currents, a “tangent galvanometer” is used (fig. 3). Two fixed circular coils are separated by a distance equal to the radius of either coil, so that a current flowing through them generates a nearly uniform magnetic field in the center region between them. At the center of the coils, a small magnetic needle is suspended that should not be longer than 1⁄10 of the radius of either coil. The normal position of the needle is perpendicular to the line connecting the centers of the coils. When a current is passed through the coils, the needle will deflect, and the tangent of the angle of its deflection will be nearly proportional to the current flowing through the coil, as long as the controlling field is uniform in strength and direction, and the length of the magnetic needle is short enough that the area where it rotates is a practically uniform magnetic field.
Alternating Current Galvanometers.—For the detection of small alternating currents a magnetic needle or movable coil galvanometer is of no utility. We can, however, construct an instrument suitable for the purpose by suspending within a coil of insulated wire a small needle of soft iron placed with its axis at an angle of 45° to the axis of the coil. When an alternating current passes through the coil the soft iron needle tends to set itself in the direction of the axis of the coil, and if it is suspended by a quartz fibre or metallic wire so as to afford a control, it can become a metrical instrument. Another arrangement, devised by J.A. Fleming in 1887, consists of a silver or copper disk suspended within a coil, the plane of the disk being held at 45° to that of the coil. When an alternating current is passed through the coil, induced currents are set up in the disk and the mutual action causes the disk to endeavour to set itself so that these currents are a minimum. This metal disk galvanometer has been made sufficiently sensitive to detect the feeble oscillatory electric currents set up in the receiving wire of a wireless telegraph apparatus. The Duddell thermal ammeter is another very sensitive form of alternating current galvanometer. In it the current to be detected or measured is passed through a high resistance wire or strip of metal leaf mounted on glass, over which is suspended a closed loop of bismuth and antimony, forming a thermoelectric couple. This loop is suspended by a quartz fibre in a strong magnetic field, and one junction of the couple is held just over the resistance wire and as near it as possible without touching. When an alternating current passes through the resistance it creates heat which in turn acts on the thermo-junction and generates a continuous current in the loop, thus deflecting it in the magnetic field. The sensitiveness of such a thermal ammeter can be made sufficiently great to detect a current of a few microamperes.
Alternating Current Galvanometers.—To detect small alternating currents, a magnetic needle or movable coil galvanometer isn't useful. However, we can create an instrument suitable for this by suspending a small soft iron needle inside a coil of insulated wire, with its axis at a 45° angle to the coil's axis. When an alternating current flows through the coil, the soft iron needle tries to align itself with the coil's axis, and if it is suspended by a quartz fiber or metallic wire to provide control, it can function as a measuring instrument. Another design, created by J.A. Fleming in 1887, involves a silver or copper disk suspended within a coil, positioned at a 45° angle to the coil. When an alternating current passes through the coil, it induces currents in the disk, and the interaction makes the disk try to arrange itself to minimize these currents. This metal disk galvanometer has been made sensitive enough to detect the weak oscillatory electric currents generated in the receiving wire of a wireless telegraph system. The Duddell thermal ammeter is another very sensitive type of alternating current galvanometer. In this device, the current to be measured passes through a high-resistance wire or metal leaf strip mounted on glass, above which hangs a closed loop of bismuth and antimony, forming a thermoelectric couple. This loop is suspended by a quartz fiber in a strong magnetic field, with one junction just above the resistance wire as close as possible without touching it. When an alternating current flows through the resistance, it generates heat that affects the thermo-junction and produces a continuous current in the loop, causing it to deflect in the magnetic field. The sensitivity of such a thermal ammeter can be adjusted to detect currents as low as a few microamperes.
References.—J.A. Fleming, A Handbook for the Electrical Laboratory and Testing Room, vol. i. (London, 1901); W.E. Ayrton, T. Mather and W.E. Sumpner, “On Galvanometers,” Proc. Phys. Soc. London (1890), 10, 393; H.R. Kempe, A Handbook of Electrical Testing (London, 1906); A. Gray, Absolute Measurements in Electricity and Magnetism, vol. ii. part ii. (London, 1893). Useful information is also contained in the catalogues of all the principal electrical instrument makers—Messrs. Elliott Bros., Nalder, The Cambridge Scientific Instrument Company, Pitkin, Hartmann and Braun, Queen and others.
Sources.—J.A. Fleming, A Handbook for the Electrical Laboratory and Testing Room, vol. i. (London, 1901); W.E. Ayrton, T. Mather, and W.E. Sumpner, “On Galvanometers,” Proc. Phys. Soc. London (1890), 10, 393; H.R. Kempe, A Handbook of Electrical Testing (London, 1906); A. Gray, Absolute Measurements in Electricity and Magnetism, vol. ii. part ii. (London, 1893). Useful information is also available in the catalogs of major electrical instrument manufacturers—Messrs. Elliott Bros., Nalder, The Cambridge Scientific Instrument Company, Pitkin, Hartmann and Braun, Queen and others.
GALVESTON, a city and port of entry and the county-seat of Galveston county, Texas, U.S.A., on the Gulf of Mexico, near the N.E. extremity of Galveston Island and at the entrance to Galveston Bay. It is about 48 m. S.E. of Houston and 310 m. W. of New Orleans. Pop. (1890) 29,084; (1900) 37,789, (6339 were foreign-born and 8291 negroes); (1910) 36,981; land area (1906) 7.8 sq. m. It is served by the Galveston, Houston & Henderson, the Galveston, Harrisburg & San Antonio, the Gulf, Colorado & Santa Fé, the Trinity & Brazos Valley, the International & Great Northern, and the Missouri, Kansas & Texas railways, and by numerous steamship lines to Gulf ports in the United States and Mexico, and to Cuba, South America, Europe and the Atlantic ports of the United States. Galveston Island is a low, sandy strip of land about 28 m. long and 1½ to 3½ m. wide, lying from 2 to 3 m. off the mainland. The city, which extends across the island from Gulf to Bay, faces and has its harbour on the latter. The island was connected with the mainland before the 1900 storm by a road bridge and several railway bridges, which, a short distance W. of the city, crossed the narrow strip of water separating the West Bay from Galveston Bay proper; the bridge least harmed (a single-track railway bridge) was repaired immediately and was for a time the city’s only connexion with the mainland, but in 1908 bonds were issued for building a concrete causeway, accommodating four railway tracks, one interurban car track, and a roadway for vehicles and pedestrians. An enormous sea-wall (completed in 1904 at a cost of $2,091,000) was constructed on the eastern and Gulf sides of the city, about 5 m. long, 17 ft. above mean low tide (1.5 ft. above the high-water mark of the storm of 1900 and 7.5 ft. above the previous high-water mark, that of September 1875), 16 ft. wide at the base and 5 ft. at the top, weighing 20 tons to the lineal foot, and with a granite rip-rap apron extending out 27 ft. on the Gulf side. The entire grade of the city was raised from 1 to 15 ft. above the old level. Between the sea-wall and the sea there is a splendid beach, the entire length of which is nearly 30 m. Among the principal buildings are the city hall, the court-house, the masonic temple, the Federal custom-house and post-office, the Y.M.C.A. building and the public library. The United States government maintains a marine hospital, a live-saving station, an immigrant landing station, and the state and the Federal government separate quarantine stations. In addition to the Ball public high school, Galveston is the seat of St Mary’s University (1854), the Sacred Heart and Ursuline academies, and the Cathedral school, all under Roman Catholic control.
GALVESTON, a city and port of entry, is the county seat of Galveston County, Texas, U.S.A., located on the Gulf of Mexico near the northeastern tip of Galveston Island at the entrance to Galveston Bay. It is about 48 miles southeast of Houston and 310 miles west of New Orleans. Population: (1890) 29,084; (1900) 37,789 (6,339 were foreign-born and 8,291 were Black); (1910) 36,981; land area (1906) 7.8 square miles. The city is served by several railways, including the Galveston, Houston & Henderson; Galveston, Harrisburg & San Antonio; Gulf, Colorado & Santa Fé; Trinity & Brazos Valley; International & Great Northern; and Missouri, Kansas & Texas, along with various steamship lines to Gulf ports in the U.S. and Mexico, as well as Cuba, South America, Europe, and other Atlantic ports in the U.S. Galveston Island is a low, sandy landmass about 28 miles long and 1½ to 3½ miles wide, sitting 2 to 3 miles off the mainland. The city spans the island from Gulf to Bay, facing and having its harbor on the latter. Prior to the 1900 storm, a road bridge and several railway bridges connected the island to the mainland, crossing a narrow strip of water that separated West Bay from Galveston Bay proper. The least damaged bridge (a single-track railway bridge) was quickly repaired and temporarily served as the city's only link to the mainland. However, in 1908, bonds were issued to construct a concrete causeway accommodating four railway tracks, one interurban car track, and a roadway for vehicles and pedestrians. A massive seawall (completed in 1904 at a cost of $2,091,000) was built on the eastern and Gulf sides of the city, stretching about 5 miles, standing 17 feet above mean low tide (1.5 feet above the high-water mark from the 1900 storm and 7.5 feet above the previous high-water mark from September 1875), 16 feet wide at the base and 5 feet at the top, weighing 20 tons per linear foot, with a granite rip-rap apron extending 27 feet out on the Gulf side. The entire city grade was raised between 1 and 15 feet above the previous level. Between the seawall and the sea lies a beautiful beach, nearly 30 miles long. Key buildings include the city hall, courthouse, Masonic temple, Federal custom house and post office, Y.M.C.A. building, and public library. The U.S. government maintains a marine hospital, a lifesaving station, an immigrant landing station, and both state and federal quarantine stations. Alongside Ball Public High School, Galveston is home to St. Mary’s University (founded in 1854), the Sacred Heart and Ursuline academies, and the Cathedral School, all affiliated with the Roman Catholic Church.
The government of the municipality was long vested in a council of ward aldermen, controlled by a “machine,” which was proved corrupt in 1894 by an investigation undertaken at the personal expense of the mayor; it gave place in 1895 to a city council of aldermen at large, which by 1901 had proved its inefficiency especially in the crisis following the storm of the preceding year. Government then seemed a business question and was practically undertaken by the city’s commercial experts, the Deepwater commission, whose previous aim had been harbour improvement, and who now drew up a charter providing for government by a board of five appointed by the governor of the state. A compromise measure making three members appointees 431 of the governor and two elected by the voters of the city was in force for a time but was declared unconstitutional. A third charter was adopted providing for five commissioners, chosen by the people, dividing among themselves the posts of mayor-president and commissioners of finance and revenue, of water-works and sewerage, of streets and public property, and of police and fire protection, each commissioner being held individually responsible for the management of his department. These are business departments carefully systematized by their heads. The legislative power is vested in the commission as a whole, over whose meetings the mayor-president presides; he has a vote like every other commissioner, and has no veto power. The success of this commission government has been remarkable: in 1901-1908 the city, without issuing bonds except for grade raising, paid off a large debt, raised the salaries of city employees, paid its running expenses in cash, planned and began public improvements and sanitary reforms, and did much for the abolition of gambling and the regulation of other vice. The Galveston Plan and similar schemes of government have been adopted in many other American cities.
The local government used to be run by a council of ward aldermen, which was controlled by a corrupt "machine," as revealed by an investigation funded personally by the mayor in 1894. This machine was replaced in 1895 by a city council of all aldermen, but by 1901, it had shown its inefficiency, especially during the crisis that followed the storm the year before. Government began to look like a business issue and was effectively managed by the city’s commercial experts, the Deepwater commission, whose initial goal was harbor improvement. They created a charter for a government run by a board of five appointed by the state governor. A compromise allowed three members to be appointed by the governor and two to be elected by city voters, but this was later ruled unconstitutional. A third charter was adopted, establishing five commissioners chosen by the people, who divided roles among themselves as mayor-president, finance and revenue, water-works and sewerage, streets and public property, and police and fire protection, with each commissioner accountable for managing their own department. These business departments were systematically organized by their leaders. The legislative authority lies with the commission as a whole, overseen by the mayor-president, who has a vote like any other commissioner but no veto power. The success of this commission government has been impressive: from 1901 to 1908, the city, without issuing bonds except for grade raising, eliminated a large debt, increased salaries for city employees, paid its expenses in cash, initiated public improvements and health reforms, and contributed to stopping gambling and regulating other vices. The Galveston Plan and similar government structures have been adopted in many other American cities.
Galveston’s manufactories, the products of which in 1900 were valued at $5,016,360, a decrease of 12.4% from 1890 (value of products under “factory system,” $3,675,323 in 1900; $2,996,654 in 1905, a decrease of 18.5%), include cotton-seed oil refineries, flour and feed mills, lumber mills, wooden-ware factories, breweries, cement works, creosoting works, ship-yards and ice factories. There are extensive cotton warehouses, coal and grain elevators, and large wholesale supply depots. The Gulf Fisheries Company has its fleet’s headquarters and large packing-houses at Galveston. It is as a commercial port that Galveston is chiefly important. In 1907 it was the second port in the United States in the value of its exports (domestic and foreign, $196,627,382, or 10.22% of the total), being surpassed only by New York City; and was the first of the Gulf ports (having 45.43% of the total value), New Orleans being second with $164,998,540. Galveston’s imports in 1907 were valued at $7,669,458. Galveston is the greatest cotton-exporting port in the Union, its exports of cotton in 1907 being valued at $163,564,445. Other exports of great value are cotton seed products (oil and cake, $10,188,594 in 1907), Indian corn ($3,457,279 in 1907), wheat ($9,443,901 in 1906), lumber and flour. The electric lighting and water-supply systems are owned and operated by the municipality.
Galveston's factories produced goods valued at $5,016,360 in 1900, which was a 12.4% drop from 1890 (the value of products under the “factory system” was $3,675,323 in 1900 and $2,996,654 in 1905, a decrease of 18.5%). These include cotton-seed oil refineries, flour and feed mills, lumber mills, wooden-ware factories, breweries, cement works, creosoting works, shipyards, and ice factories. There are large cotton warehouses, coal and grain elevators, and big wholesale supply depots. The Gulf Fisheries Company has its fleet headquarters and large packing houses in Galveston. Galveston is mainly important as a commercial port. In 1907, it was the second-largest port in the United States by the value of its exports (both domestic and foreign, totaling $196,627,382, or 10.22% of the total), surpassed only by New York City; it was the top Gulf port, commanding 45.43% of the total value, with New Orleans in second place at $164,998,540. Galveston's imports in 1907 were valued at $7,669,458. Galveston is the largest cotton-exporting port in the country, with cotton exports worth $163,564,445 in 1907. Other valuable exports include cotton seed products (oil and cake, valued at $10,188,594 in 1907), Indian corn ($3,457,279 in 1907), wheat ($9,443,901 in 1906), lumber, and flour. The city's electric lighting and water supply systems are owned and operated by the municipality.
The harbour of Galveston seems to have been named about 1782 by Spanish explorers in honour either of José de Galvez, Marquis of Sonora, or his nephew Bernardo, governor of Louisiana; and in the early days of the 19th century was the principal rendezvous of a powerful band of buccaneers and pirates, of whom, for many years, the notorious Jean Lafitte was chief. After much difficulty these were finally dispersed about 1820 by the United States authorities, and in 1837 the first settlement from the United States was made on the site of the present city. The town was incorporated by the legislature of the Republic of Texas in 1839. On the 8th of October 1862 the city was taken by a Federal naval force under Commander William B. Renshaw (1816-1863). After a sharp engagement a Confederate force under General John B. Magruder (1810-1871) retook the city on the 1st of January 1863, one of the Federal ships, the “Harriet Lane,” falling into Confederate hands, and another, the “Westfield,” being blown up with Commander Renshaw on board. Thereafter Galveston remained in Confederate hands, although rigidly blockaded by the Federal navy, until the close of the war. On the 8th of September 1900 the city was seriously damaged by a West Indian hurricane, which, blowing steadily for eighteen hours, reached a velocity of 135 m. an hour. The waters of the Gulf were piled up in enormous waves that swept across a large part of the city, destroying or badly damaging more than 8000 buildings, entailing a loss of about 5000 lives, and a property loss estimated at about $17,000,000. Liberal contributions came from all over the country, and the state partially remitted the city’s taxes for 17 years. The city was rapidly rebuilt on a more substantial plan.
The Galveston harbor was named around 1782 by Spanish explorers in honor of either José de Galvez, Marquis of Sonora, or his nephew Bernardo, the governor of Louisiana. In the early 19th century, it became the main meeting point for a powerful group of buccaneers and pirates, led for many years by the infamous Jean Lafitte. After a lot of challenges, the U.S. authorities finally broke up this gang around 1820, and in 1837, the first settlement from the United States was established at what is now the city. The town was officially incorporated by the legislature of the Republic of Texas in 1839. On October 8, 1862, the city was captured by a Federal naval force led by Commander William B. Renshaw (1816-1863). Following a fierce battle, a Confederate force under General John B. Magruder (1810-1871) recaptured the city on January 1, 1863, claiming one of the Federal ships, the “Harriet Lane,” while another, the “Westfield,” was blown up with Commander Renshaw on board. After that, Galveston stayed under Confederate control, despite a strict blockade by the Federal navy, until the end of the war. On September 8, 1900, the city suffered severe damage from a West Indian hurricane that lasted eighteen hours and reached wind speeds of 135 mph. The Gulf waters surged into massive waves that crashed over large parts of the city, destroying or severely damaging over 8,000 buildings, causing about 5,000 fatalities, and resulting in an estimated property loss of around $17 million. Generous donations poured in from across the country, and the state partially exempted the city from taxes for 17 years. The city was quickly rebuilt on a stronger foundation.
GALWAY, a county in the west of Ireland, in the province of Connaught, bounded N. by Mayo and Roscommon; E. by Roscommon, King’s County and Tipperary; S. by Clare and Galway Bay; and W. by the Atlantic Ocean. The area is 1,519,699 acres or about 2375 sq. m., the county being second in size to Cork among the Irish counties.
GALWAY, a county in the west of Ireland, in the province of Connacht, is bordered to the north by Mayo and Roscommon; to the east by Roscommon, County Kildare, and Tipperary; to the south by Clare and Galway Bay; and to the west by the Atlantic Ocean. The area covers 1,519,699 acres or about 2,375 square miles, making it the second largest county in Ireland after Cork.
The county is naturally divided by Lough Corrib into two great divisions. The eastern, which comprehends all the county except the four western baronies, rests on a limestone base, and is, generally speaking, a level champaign country, but contains large quantities of wet bog. Its southern portion is partly a continuation of the Golden Vale of Limerick, celebrated for its fertility, and partly occupied by the Slievebaughty Mountains. The northern portion of the division contains rich pasture and tillage ground, beautifully diversified with hill and dale. Some of the intermediate country is comparatively uncultivated, but forms excellent pasturage for sheep. The western division of the county has a substratum of granite, and is barren, rugged and mountainous. It is divided into the three districts of Connemara, Jar-Connaught and Joyce’s Country; the name of Connemara is, however, often applied to the whole district. Its highest mountains are the grand and picturesque group of Bunnabeola, or the Twelve Bens or Pins, which occupy a space of about 25 sq. m., the highest elevation being 2695 ft. Much of this district is a gently sloping plain, from 100 to 300 ft. above sea-level. Joyce’s Country, farther north, is an elevated tract, with flat-topped hills 1300 to 2000 ft. high, and deep narrow valleys lying between them.
The county is naturally split by Lough Corrib into two main areas. The eastern part, which includes all of the county except for the four western baronies, sits on a limestone base and is generally flat, but has large areas of wet bog. Its southern part is partly a continuation of the fertile Golden Vale of Limerick and partly occupied by the Slievebaughty Mountains. The northern part of this area features rich pastures and farmland, beautifully mixed with hills and valleys. Some of the middle land is fairly uncultivated but provides great grazing for sheep. The western part of the county has a granite foundation and is barren, rough, and mountainous. It is divided into three districts: Connemara, Jar-Connaught, and Joyce’s Country; however, the name Connemara is often used to refer to the entire area. Its highest mountains form the stunning group of Bunnabeola, also known as the Twelve Bens or Pins, which cover about 25 square miles, with the highest peak rising to 2,695 feet. Much of this area is a gently sloping plain that ranges from 100 to 300 feet above sea level. Joyce’s Country, further north, is an elevated region with flat-topped hills between 1,300 to 2,000 feet high, and deep narrow valleys in between them.
Galway possesses the advantage of a very extended line of sea-coast, indented by numerous harbours, which, however, are rarely used except by a few coasting and fishing vessels. At the boundary with the county Mayo in the north is Killary Harbour which separates the two counties. The first bay on the western coast capable of accommodating large ships is Ballynakill, sheltered by Freaghillaun or Heath Island. Next in succession is Cleggan Bay. Off these inlets lie the islands of Inishbofin and Inishark, with others. Streamstown is a narrow inlet, within which are the inhabited islands of Omey, Inishturk and Turbot. Ardbear harbour is divided into two inlets, the northern terminating at the town of Clifden, with excellent anchorage; the southern inlet has also good anchorage within the bar, and has a good salmon fishery. Mannin Bay, though large, is much exposed and little frequented by shipping. From Slyne Head the coast turns eastward to Roundstone Bay, which has its entrance protected by the islands of Inishnee and Inishlacken. Next in order is Bertraghboy Bay, studded with islets and rocks, but deep and sheltered. Kilkieran Bay, the largest on this coast, has a most productive kelp shore of nearly 100 m.; its mouth is but 3 m. broad. Between Gorumna Island and the mainland is Greatman’s Bay and close to it Costello Bay, the most eastern of those in Connemara. The whole of the coast from Greatman’s Bay eastward is comprehended in the Bay of Galway, the entrance of which is protected by the three limestone islands of Aran, Inishmore (or Aranmore), Inishmann and Inisheer.
Galway has the benefit of a long coastline, marked by many harbors, which are mostly only used by a few coastal and fishing boats. At the border with County Mayo to the north is Killary Harbour, separating the two counties. The first bay on the western coast that can accommodate large ships is Ballynakill, sheltered by Freaghillaun or Heath Island. Next is Cleggan Bay. Off these inlets are the islands of Inishbofin and Inishark, among others. Streamstown is a narrow inlet that contains the inhabited islands of Omey, Inishturk, and Turbot. Ardbear Harbour is split into two inlets, with the northern one ending at the town of Clifden, which has excellent anchorage; the southern inlet also has good anchorage behind the bar and a productive salmon fishery. Mannin Bay is large but very exposed and not often used by ships. From Slyne Head, the coast curves eastward to Roundstone Bay, which is sheltered at its entrance by the islands of Inishnee and Inishlacken. Next is Bertraghboy Bay, dotted with small islands and rocks, but deep and protected. Kilkieran Bay, the largest on this coast, has a highly productive kelp shore stretching nearly 100 meters; its mouth is only 3 meters wide. Between Gorumna Island and the mainland is Greatman’s Bay, near which is Costello Bay, the easternmost of those in Connemara. The entire coastline from Greatman’s Bay eastward is part of the Bay of Galway, whose entrance is protected by the three limestone islands of Aran: Inishmore (or Aranmore), Inishmann, and Inisheer.
The rivers are few, and, except the Shannon, of small size. The Suck, which forms the eastern boundary of the county, rises in Roscommon, and passing by Ballinasloe, unites with the Shannon at Shannonbridge. The Shannon forms the south-eastern boundary of the county, and passing Shannon Harbour, Banagher, Meelick and Portumna, swells into the great expanse of water called Lough Derg, which skirts the county as far as the village of Mount Shannon. The Claregalway flows southward through the centre of the county, and enters Lough Corrib some 4 m. above the town of Galway. The Ballynahinch, considered one of the best salmon-fishing rivers in Connaught, rises in the Twelve Pins, passes through Ballynahinch Lake, and after a short but rapid course falls into Bertraghboy Bay. Lakes are numerous. Lough Corrib extends from Galway town northwards over 30,000 acres, with a shore of 50 m. in extent. The lake is studded with many islands, some of them thickly inhabited. The district west of Lough Corrib contains a vast number of lakes, about twenty-five of them more than a mile in length. Lough Rea, by the town of the 432 same name, is more remarkable for scenic beauty than for extent. Besides these perennial lakes, there are several low tracts, called turloughs, which are covered with water during a great part of the year. Loughs Mask and Corrib are connected by a salmon ladder, and contain large trout. Galway, with the Screab Waters, draining into Camus Bay, a branch of Kilkieran Bay, with Recess and the Ballynahinch waters, are the best fishing centres. On account of its scenic beauty, both coastal and inland, together with its facilities for sport, county Galway is frequented by summer visitors. Though for long the remoter parts were difficult of access, as in the case of Donegal, Mayo, Clare and the western counties generally, the Galway and Clifden railway assisted private enterprise to open up the country. The western mountains, broken by deep landlocked and island-sheltered bays, as well as by the innumerable small loughs of the Connemara districts, afford scenes varying from gentle slopes occasionally well wooded along the water’s edge to wild, bare moorlands among the heights, while the summits are usually bold and rocky cones. Several small fishing villages have acquired the dignity of watering-places from the erection of hotels, which have also been planted in previously untenanted situations of high scenic attractions; among these may be mentioned Leenane at the head of Killary harbour, Renvyle House at its entrance, Letterfrack on Ballynakill Bay, Streamstown and Clifden, and Cashel on Bertraghboy Bay. Inland are Recess, near Lough Derryclare, and Ballynahinch, on the lough of that name, both on the railway, at the foot of the Twelve Pins.
The rivers are few, and apart from the Shannon, they're small. The Suck, which marks the eastern edge of the county, starts in Roscommon and flows by Ballinasloe before joining the Shannon at Shannonbridge. The Shannon forms the southeastern boundary of the county, passing through Shannon Harbour, Banagher, Meelick, and Portumna, and expands into the large body of water known as Lough Derg, which borders the county up to the village of Mount Shannon. The Claregalway flows south through the center of the county and enters Lough Corrib about 4 miles above the town of Galway. The Ballynahinch, recognized as one of the best salmon-fishing rivers in Connaught, begins in the Twelve Pins, flows through Ballynahinch Lake, and after a short but fast course, empties into Bertraghboy Bay. There are many lakes. Lough Corrib stretches from Galway town northward over 30,000 acres, with a shoreline of 50 miles. The lake is filled with many islands, some of which are densely populated. The area west of Lough Corrib has a vast number of lakes, about twenty-five of them over a mile long. Lough Rea, by the town of the same name, is more known for its beautiful scenery than its size. Besides these permanent lakes, there are several low-lying areas called turloughs, which are submerged for much of the year. Loughs Mask and Corrib are linked by a salmon ladder and are home to large trout. Galway, along with the Screab Waters draining into Camus Bay—a branch of Kilkieran Bay—plus Recess and the Ballynahinch waters, are the prime fishing spots. Thanks to its stunning coastal and inland scenery, along with its recreational opportunities, county Galway attracts summer visitors. Although the more remote parts were hard to access in the past, like Donegal, Mayo, Clare, and generally the western counties, the Galway and Clifden railway helped private businesses open up the area. The western mountains, marked by deep landlocked and island-sheltered bays, as well as countless small lakes in the Connemara region, provide landscapes that vary from gentle, occasionally wooded slopes along the water’s edge to wild, barren moors among the heights, while the peaks are usually bold and rocky. Several small fishing villages have gained recognition as resorts due to the establishment of hotels, which have also been built in previously unoccupied sites with high scenic value. Notable examples include Leenane at the head of Killary Harbour, Renvyle House at its entrance, Letterfrack on Ballynakill Bay, Streamstown and Clifden, and Cashel on Bertraghboy Bay. Inland, there are Recess, near Lough Derryclare, and Ballynahinch, on the lough of the same name, both located on the railway, at the foot of the Twelve Pins.
Geology.—The east of this county lies in the Carboniferous Limestone plain, with domes of Old Red Sandstone rising near Dunmore and Mount Bellew. As Galway town is neared, the grey rock appears freely on the surface, and Lough Corrib spreads itself over almost level land. Its west branches, however, run up into “Dalradian” hills, which rise abruptly on the threshold of Connemara. A broad mass of ice-worn gneiss and granite lies between Lough Corrib and Galway Bay, cut off so sharply at the sea as to suggest the presence of an east-and-west line of fracture. The Twelve Bens owe their supremacy to the quartzites, which are here well bedded and associated with limestone and mica-schist. Silurian conglomerates and sandstones, with andesitic lavas, overlie the Dalradians, with marked unconformity, south of Leenane and round Lough Nafooey. The surfaces of the hard rocks admirably record the action of ice throughout the county. There is black Carboniferous marble at Menlough near Galway; and the well-known “Connemara Marble” is a banded serpentinous crystalline limestone in the Dalradians at Recess, Ballynahinch and Streamstown. Compact red granite is worked at Shantallow, and the region west of Galway contains many handsome porphyritic red varieties.
Geology.—The eastern part of this county sits on the Carboniferous Limestone plain, with domes of Old Red Sandstone rising near Dunmore and Mount Bellew. As you approach Galway town, the gray rock is prominently visible on the surface, while Lough Corrib spreads across almost flat land. However, its western branches extend into the “Dalradian” hills, which rise steeply at the edge of Connemara. A large expanse of ice-worn gneiss and granite lies between Lough Corrib and Galway Bay, sharply cut off at the sea, suggesting an east-west fault line. The Twelve Bens owe their prominence to the quartzites, which are well-layered here alongside limestone and mica-schist. Silurian conglomerates and sandstones, along with andesitic lavas, sit above the Dalradians with a significant angular unconformity south of Leenane and around Lough Nafooey. The surfaces of the hard rocks provide excellent evidence of glacial activity throughout the county. There is black Carboniferous marble at Menlough near Galway, and the well-known “Connemara Marble” is a banded serpentinous crystalline limestone found in the Dalradians at Recess, Ballynahinch, and Streamstown. Compact red granite is quarried at Shantallow, and the area west of Galway features many beautiful porphyritic red varieties.
Climate and Industries.—The climate is mild and healthy but variable, and violent winds from the west are not uncommon. Frost or snow seldom remains long on the western coast, and cattle of every description continue unhoused during the winter. The eastern part of the county produces the best wheat. Oats are frequently sown after potatoes in moorish soils less adapted for wheat. The flat shores of the bays afford large supplies of seaweed for manure. Limestone, gravel and marl are to be had in most other parts. When a sufficient quantity of manure for potatoes cannot be had, the usual practice is to pare and burn the surface. In many places on the seashore fine early potatoes are raised in deep sea-sand manured with seaweed, and the crop is succeeded by barley. Those parts of the eastern district less fitted for grain are employed in pasturage. Heathy sheep-walks occupy a very large tract between Monivea and Galway. An extensive range from Athenry, stretching to Galway Bay at Kinvarra, is also chiefly occupied by sheep. Over half the total acreage of the county is pasture-land, and cattle, sheep, pigs and poultry are extensively reared. The proportion of tillage to pasturage is roughly as one to four; and owing to the nature of the country fully one-third of the total area is quite barren.
Climate and Industries.—The climate is mild and healthy but unpredictable, and strong winds from the west are common. Frost or snow rarely lingers on the western coast, and livestock of all kinds remain outdoors during the winter. The eastern part of the county yields the best wheat. Oats are often planted after potatoes in wet soils that are less suitable for wheat. The flat shores of the bays provide plenty of seaweed for fertilizer. Limestone, gravel, and marl are available in most other areas. When there isn't enough fertilizer for potatoes, the typical method is to cut and burn the top layer of soil. In many coastal areas, high-quality early potatoes are grown in deep sea sand enriched with seaweed, and this crop is followed by barley. Those parts of the eastern district that aren't ideal for grain are used for grazing. Large areas of heathland for sheep farming exist between Monivea and Galway. A significant range from Athenry to Galway Bay at Kinvarra is also mainly used for sheep. More than half of the total land area in the county is pasture, and cattle, sheep, pigs, and poultry are raised extensively. The ratio of cultivated land to pasture is about one to four; and due to the terrain, about one-third of the total area is completely barren.
Manufactures are not carried on beyond the demand caused by the domestic consumption of the people. Coarse friezes, flannels and blankets are made in all parts and sold largely in Galway and Loughrea. Connemara has been long celebrated for its hand-knit woollen stockings. Coarse linen, of a narrow breadth, called bandle linen, is also made for home consumption. There is a linen-weaving factory at Oughterard. The manufacture of kelp, formerly a great source of profit on the western shores, is still carried on to some extent. Feathers and sea-fowls’ eggs are brought in great quantities from the islands of Aran, the produce of the puffins and other sea-fowl that frequent the cliffs. Fishing affords occupation to many of the inhabitants, the industry having as its centres the ports of Galway and Clifden.
Manufacturing is only done to meet the demand from local consumers. Coarse friezes, flannels, and blankets are produced everywhere and are sold in large quantities in Galway and Loughrea. Connemara has long been known for its hand-knit woolen stockings. Coarse linen, narrow in width and known as bandle linen, is also made for local use. There is a linen-weaving factory in Oughterard. The production of kelp, which used to be a major source of profit along the western shores, still continues to some degree. Feathers and seabird eggs are brought in large amounts from the Aran Islands, primarily from puffins and other seabirds that nest in the cliffs. Fishing provides work for many residents, with Galway and Clifden serving as the main hubs for this industry.
The Midland Great Western main line enters the county at Ballinasloe, and runs by Athenry to Galway, with an extension to Oughterard (Lough Corrib) and Clifden. The Great Southern & Western line from Sligo to Limerick traverses the county from N. to S., by way of Tuam, Athenry and Gort.
The Midland Great Western main line enters the county at Ballinasloe and runs through Athenry to Galway, with an extension to Oughterard (Lough Corrib) and Clifden. The Great Southern & Western line from Sligo to Limerick crosses the county from north to south, passing through Tuam, Athenry, and Gort.
Population and Administration.—The population of county Galway (211,227 in 1891; 192,549 in 1901) decreased by more than half in the last seventy years of the 19th century, and the decrease continues, as emigration is heavy. About 97% of the population are Roman Catholics, and a somewhat less percentage are rural. The Erse tongue is maintained by many in this remote county. The chief towns are Galway (pop. 13,426), Tuam (3012), Ballinasloe (4904) and Loughrea (2815), with the smaller towns of Portumna, Gort, Clifden, Athenry, Headford, Oughterard and Eyrecourt. The county is divided into four parliamentary divisions (returning one member each); north, south, east and Connemara, while the town of Galway returns one member. There are eighteen baronies. Assizes are held at Galway, quarter-sessions at Galway, Ballinasloe, Clifden, Gort, Loughrea, Oughterard, Portumna and Tuam. The county comprises parts of the Protestant dioceses of Tuam and of Killaloe; and of the Roman Catholic dioceses of Elphin, Galway, Clonfert and Killaloe.
Population and Administration.—The population of County Galway (211,227 in 1891; 192,549 in 1901) dropped by more than half in the last seventy years of the 19th century, and the decline is still ongoing due to high emigration rates. About 97% of the population are Roman Catholics, with a slightly lower percentage living in rural areas. Many residents in this remote county still speak Irish. The main towns are Galway (pop. 13,426), Tuam (3,012), Ballinasloe (4,904), and Loughrea (2,815), along with smaller towns like Portumna, Gort, Clifden, Athenry, Headford, Oughterard, and Eyrecourt. The county is divided into four parliamentary divisions (each returning one member): north, south, east, and Connemara, while the town of Galway sends one member as well. There are eighteen baronies. Courts are held in Galway, and quarterly sessions take place in Galway, Ballinasloe, Clifden, Gort, Loughrea, Oughterard, Portumna, and Tuam. The county includes portions of the Protestant dioceses of Tuam and Killaloe, along with the Roman Catholic dioceses of Elphin, Galway, Clonfert, and Killaloe.
History.—The history of county Galway is exceedingly obscure, and nearly every one of its striking physical features carries its legend with it. For centuries local septs struggled together for mastery undeterred by outside influence. The wreck of part of the Spanish Armada on this coast in 1588 left survivors whose influence is still to be traced. The formation of Galway into a county was effected about 1579 by Sir Henry Sydney, lord deputy of Ireland. In the county at Aughrim (q.v.) the decisive battle of the English Revolution was fought in 1691. Among the antiquities are several round towers. The only perfect one is at Kilmacduagh, a very fine example 112 ft. high, leaning considerably out of the perpendicular. Raths or encampments are numerous and several cromlechs are to be seen in good preservation. The ruins of monastic buildings are also numerous. That of Knockmoy, about 6 m. from Tuam, said to have been founded in 1180 by Cathal O’Connor, was adorned with rude fresco paintings, still discernible, which were considered valuable as being the best authentic representations existing of ancient Irish costumes. Ancient castles and square towers of the Anglo-Norman settlers are frequently met with; some have been kept in repair, but the greater number are in ruins. The castle of Tuam, built in 1161 by Roderick O’Connor, king of Ireland, at the period of the English invasion, is said to have been the first building of this description of stone and mortar in Ireland. The remains of a round castle, a form of building very uncommon in the military architecture of the country, are to be seen between Gort and Kilmacduagh. The extraordinary cyclopean and monastic ruins on the Aran Islands (q.v.) must be mentioned; and the town of Galway, Athenry, and the neighbourhood of Ballinasloe all show interesting remains. The small church of Clonfert, in the south of the county, with a fine Romanesque doorway, is a cathedral, the diocese of which was united with Kilfenora, Kilmacduagh and Killaloe in 1833.
History.—The history of County Galway is quite unclear, and nearly every notable physical feature has its own legend. For centuries, local clans fought for control without much outside interference. The wreck of part of the Spanish Armada on this coast in 1588 left survivors whose impact can still be seen today. County Galway was formed around 1579 by Sir Henry Sydney, the lord deputy of Ireland. The decisive battle of the English Revolution took place in 1691 at Aughrim (q.v.). Among the ancient structures, there are several round towers, with the only perfect one located at Kilmacduagh, a remarkable example standing 112 feet tall, leaning significantly out of vertical. There are many raths or encampments, and several well-preserved cromlechs can also be found. Numerous ruins of monastic buildings exist, including Knockmoy, about 6 miles from Tuam, believed to have been founded in 1180 by Cathal O’Connor. It was decorated with primitive fresco paintings that are still visible and were valued as some of the best authentic depictions of ancient Irish attire. You can often find ancient castles and square towers built by the Anglo-Norman settlers; some remain in good condition, while most are in ruins. The castle of Tuam, constructed in 1161 by Roderick O’Connor, king of Ireland, during the time of the English invasion, is said to be the first stone and mortar building of its kind in Ireland. Remains of a round castle, a rare structure in the country's military architecture, can be seen between Gort and Kilmacduagh. The remarkable cyclopean and monastic ruins on the Aran Islands (q.v.) are noteworthy, and the towns of Galway, Athenry, and the area around Ballinasloe all have interesting remnants. The small church of Clonfert in the southern part of the county features a beautiful Romanesque doorway and is a cathedral, with its diocese merged with those of Kilfenora, Kilmacduagh, and Killaloe in 1833.
GALWAY, a seaport, parliamentary borough and the county town of county Galway, Ireland, on the north shore of Galway Bay, and on the main line of the Midland Great Western railway. Pop. of urban district (1901) 13,426. Some of the streets are very narrow, and contain curious specimens of old buildings, chiefly in antique Spanish style, being square, with a central court, and a gateway opening into the street. The most noteworthy of these is the pile known as Lynch’s Castle. This residence takes its name from the family of whom James Lynch Fitzstephen, mayor of Galway in 1493, was a member; whose severity as a magistrate is exemplified in the story that he executed his own son, and thus gave origin (according to one of several theories) to the familiar term of Lynch law. The principal streets are broad and contain good shops. St Nicholas church is a fine cruciform building founded in 1320, and containing monuments, and a bell, one of a peal, which appears to have been brought from Cavron in France, but how this happened is not known. The church was made collegiate in 1484, and Edward VI. created the Royal College of Galway in connexion with it; 433 but the old college buildings no longer serve this purpose, and the church ceased to be collegiate in 1840. There are remains of a Franciscan friary founded in 1296. St Augustine’s church (Roman Catholic) is modern (1859). The town is the seat of a Roman Catholic diocese. There are grammar, model and industrial schools, the first with exhibitions to Trinity College, Dublin; but the principal educational establishment is University College, a quadrangular building in Tudor Gothic style, of grey limestone. It was founded as Queen’s College, with other colleges of the same name at Belfast and Cork, under an act of 1845, and its name was changed when it was granted a new charter pursuant to the Irish Universities Act 1908. The harbour comprises an extensive line of quays, and is connected for inland navigation with Lough Corrib. The shipping trade is considerable, but as a trans-Atlantic port Galway was exploited unsuccessfully. The fisheries, both sea and salmon, are important. The chief exports are wool, agricultural produce and black marble, which is polished in local mills. Other industrial establishments include corn-mills, iron-foundries, distilleries, and brush and bag factories. The borough, which returned two members to parliament until 1885, now returns one.
GALWAY, is a seaport, parliamentary borough, and the county town of County Galway, Ireland, located on the north shore of Galway Bay and along the main line of the Midland Great Western railway. The population of the urban district in 1901 was 13,426. Some of the streets are quite narrow and feature interesting examples of old buildings, mainly in an antique Spanish style, which are square with a central courtyard and a gateway that opens onto the street. The most prominent of these is known as Lynch’s Castle. This residence is named after the family of James Lynch Fitzstephen, who was the mayor of Galway in 1493; his harshness as a magistrate is illustrated by the story that he executed his own son, leading to one of several theories about the origin of the term "Lynch law." The main streets are wider and have good shops. St Nicholas Church is a striking cruciform building founded in 1320, featuring monuments and a bell from a peal that is believed to have been brought from Cavron in France, although the details of how this occurred remain unknown. The church became collegiate in 1484, and Edward VI established the Royal College of Galway in association with it; 433 but the old college buildings no longer serve this function, and the church stopped being collegiate in 1840. There are remnants of a Franciscan friary founded in 1296. St Augustine’s Church (Roman Catholic) is modern (built in 1859). The town is the seat of a Roman Catholic diocese. There are grammar, model, and industrial schools, with the first offering exhibitions to Trinity College, Dublin; however, the main educational institution is University College, a quadrangular building in Tudor Gothic style made of grey limestone. It was established as Queen’s College along with other colleges of the same name in Belfast and Cork under an act of 1845, and its name was changed when it received a new charter under the Irish Universities Act of 1908. The harbor features an extensive line of quays and is connected for inland navigation with Lough Corrib. The shipping trade is significant, although Galway was not successful as a trans-Atlantic port. The fishing industry, both sea and salmon, is important. The main exports are wool, agricultural products, and black marble, which is polished in local mills. Other industrial establishments include corn mills, iron foundries, distilleries, and factories producing brushes and bags. The borough, which returned two members to parliament until 1885, now returns one.
Galway is divided into the old and new towns, while a suburb known as the Claddagh is inhabited by fishermen. This is a curious collection of small cottages, where communal government by a locally elected mayor long prevailed, together with peculiar laws and customs, strictly exclusive inter-marriage, and a high moral and religious standard. Specimens of the distinctive Claddagh ring, for example, were worn and treasured as venerated heirlooms. These customs, with the distinctive dress of the women, died out but slowly, and even to-day their vestiges remain.
Galway is split into the old town and the new town, while a neighborhood called the Claddagh is home to fishermen. This area features a unique collection of small cottages, where local governance by an elected mayor was once common, along with unique laws and customs, strict rules about inter-marriage, and a strong moral and religious code. For example, the distinctive Claddagh ring was worn and cherished as a treasured heirloom. These customs, along with the traditional dress of the women, faded gradually, and even today, remnants of them still exist.
The environs of Galway are pleasant, with several handsome residences. The most interesting point in the vicinity is Roscam, with its round tower, ruined church and other remains. Salthill, with golf links, is a waterside residential suburb.
The surroundings of Galway are nice, featuring several attractive homes. The most fascinating spot nearby is Roscam, known for its round tower, ruined church, and other remains. Salthill, which has golf courses, is a waterfront residential neighborhood.
Little is known of the history of Galway until after the arrival of the English, at which time it was under the protection of O’Flaherty, who possessed the adjoining district to the west. On the extinction of the native dynasty of the O’Connors, the town fell into the hands of the De Burgos, the head of a branch of which, under the name of M’William Eighter, long governed it by magistrates of his own appointment. After it had been secured by walls, which began to be built about 1270 and are still in part traceable, it became the residence of a number of enterprising settlers, through whom it attained a position of much commercial celebrity. Of these settlers the principal families, fourteen in number, were known as the tribes of Galway. They were of Norman, Saxon or Welsh descent, and became so exclusive in their relationships that dispensations were frequently requisite for the canonical legality of marriages among them. The town rapidly increased from this period in wealth and commercial rank, far surpassing in this respect the rival city of Limerick. Richard II. granted it a charter of incorporation with liberal privileges, which was confirmed by his successor. It had the right of coinage by act of parliament, but there is no evidence to show that it exercised the privilege. Another charter, granted in 1545, extended the jurisdiction of the port to the islands of Aran, permitted the exportation of all kinds of goods except linens and woollens, and confirmed all the former privileges. Large numbers of Cromwell’s soldiers are said to have settled in the town; and there are many traces of Spanish blood among the population. Its municipal privileges were extended by a charter from James I., whereby the town, and a district of two miles round in every direction, were formed into a distinct county, with exclusive jurisdiction and a right of choosing its own magistrates. During the civil wars of 1641 the town took part with the Irish, and was surrendered to the Parliamentary forces under Sir Charles Coote; after which the ancient inhabitants were mostly driven out, and their property was given to adventurers and soldiers, chiefly from England. On the accession of James II. the old inhabitants entertained sanguine hopes of recovering their former rights. But the successes of King William soon put an end to their expectations; and the town, after undergoing another siege, again capitulated to the force brought against it by General Ginkell.
Little is known about the history of Galway until the arrival of the English, at which point it was under the protection of O’Flaherty, who controlled the neighboring area to the west. After the native dynasty of the O’Connors ended, the town fell into the hands of the De Burgos family, whose branch run by M’William Eighter governed it with magistrates he appointed. Following the construction of walls around 1270, which are still partially visible, the town became home to many enterprising settlers, allowing it to gain significant commercial prominence. The main families among these settlers, totaling fourteen, were known as the tribes of Galway. They were of Norman, Saxon, or Welsh descent, and became so exclusive in their relationships that marriage among them frequently required special dispensations for it to be legally recognized. From this time on, the town rapidly grew in wealth and commercial status, greatly surpassing the rival city of Limerick. Richard II granted it a charter of incorporation with generous privileges, which was confirmed by his successor. The town had the right to mint its own currency by an act of parliament, but there is no evidence that it actually exercised this right. Another charter, granted in 1545, expanded the jurisdiction of the port to include the Aran Islands, allowed the export of all types of goods except linens and woolens, and reaffirmed all previous privileges. Many of Cromwell’s soldiers are said to have settled in the town, and there are numerous traces of Spanish ancestry among the residents. Its municipal privileges were further extended by a charter from James I., creating the town, along with a two-mile radius around it, as a distinct county with exclusive jurisdiction and the right to choose its own magistrates. During the civil wars of 1641, the town sided with the Irish and was surrendered to the Parliamentary forces led by Sir Charles Coote; afterward, most of the original inhabitants were driven out, and their property was given to adventurers and soldiers, primarily from England. When James II came to power, the old inhabitants held hopeful expectations of regaining their former rights. However, the victories of King William quickly dashed their hopes; the town faced another siege and eventually surrendered again to the forces led by General Ginkell.
GAMA, VASCO DA (c. 1460-1524), Portuguese navigator and discoverer of the sea-route to India, was born at Sines, a small seaport in the province of Alemtejo. Of da Gama’s early history little is known. His descent, according to the Nobiliario of Antonio de Lima, was derived from a noble family which is mentioned in the year 1166; but the line cannot be traced without interruption farther back than the year 1280, to one Alvaro da Gama, from whom was descended Estevão da Gama, civil governor of Sines, whose third son Vasco was born probably about the year 1460. In that year died Prince Henry the Navigator, to whose intelligence and foresight must be traced back all the fame that Portugal gained on the seas in the 15th and 16th centuries. Explorers sent out at his instigation discovered the Azores and unknown regions on the African coast, whence continually came reports of a great monarch, “who lived east of Benin, 350 leagues in the interior, and who held both temporal and spiritual dominion over all the neighbouring kings,” a story which tallied so remarkably with the accounts of “Prester John” which had been brought to the Peninsula by Abyssinian priests, that John II. of Portugal steadfastly resolved that both by sea and by land the attempt should be made to reach the country of this potentate. For this purpose Pedro de Covilham and Affonso de Payva were despatched eastward by land; while Bartholomeu Diaz (q.v.), in command of two vessels, was sent westward by sea (see Abyssinia, 14). That there was in truth an ocean highway to the East was proved by Diaz, who returned in December 1488 with the report that when sailing southward he was carried far to the east by a succession of fierce storms, past—as he discovered only on his return voyage—what he ascertained to be the southern extremity of the African continent. The condition of John’s health and concerns of state, however, prevented the fitting out of the intended expedition; and it was not till nine years later, when Emanuel I. had succeeded to the throne, that the preparations for this great voyage were completed—hastened, doubtless, by Columbus’s discovery of America in the meanwhile.
GAMA, VASCO DA (c. 1460-1524), a Portuguese navigator who discovered the sea route to India, was born in Sines, a small port town in the Alemtejo region. There isn't much known about da Gama's early life. According to the Nobiliario of Antonio de Lima, he came from a noble family mentioned as far back as 1166, but the lineage can't be traced consistently beyond 1280, to one Alvaro da Gama, from whom Estevão da Gama, the civil governor of Sines, was descended. Vasco, his third son, was likely born around 1460. That same year, Prince Henry the Navigator passed away, and all of Portugal's maritime fame in the 15th and 16th centuries can be traced back to his intelligence and foresight. Explorers sent out under his guidance discovered the Azores and uncharted areas of the African coast, which consistently reported a powerful monarch “who lived east of Benin, 350 leagues inland, and held both temporal and spiritual dominion over all the neighboring kings.” This story closely aligned with the accounts of “Prester John” brought to the Peninsula by Abyssinian priests, leading John II of Portugal to resolve to reach this mighty ruler, by both sea and land. To this end, Pedro de Covilham and Affonso de Payva were sent east by land, while Bartholomeu Diaz (q.v.), commanding two ships, sailed westward by sea (see Abyssinia, 14). Diaz proved there really was an ocean route to the East when he returned in December 1488, reporting that fierce storms had swept him far eastward when sailing south, past what he only identified on his return as the southern tip of Africa. However, John's health and state issues delayed the outfitting of the expedition. It wasn't until nine years later, when Emanuel I took the throne, that preparations for this significant voyage were finalized—likely expedited by Columbus’s discovery of America in the meantime.
For the supreme command of this expedition the king selected Vasco da Gama, who had in his youth fought in the wars against Castile, and in his riper years gained distinction as an intrepid mariner. The fleet, consisting of four vessels specially built for this mission, sailed down the Tagus on the 9th of July 1497, after prayers and confession made by the officers and crews in a small chapel on the site where now stands the church of S. Maria de Belem (see Lisbon), afterwards built to commemorate the event. Four months later the flotilla cast anchor in St Helena Bay, South Africa, rounded the Cape in safety, and in the beginning of the next year reached Malindi, on the east coast of Africa. Thence, steering eastward, under the direction of a pilot obtained from Indian merchants met with at this port, da Gama arrived at Calicut, on the Malabar coast, on the 20th May 1498, and set up, according to the custom of his country, a marble pillar as a mark of conquest and a proof of his discovery of India. His reception by the zamorin, or Hindu ruler of Calicut, would have in all probability been favourable enough, had it not been for the jealousy of the Mahommedan traders who, fearing for their gains, so incited the Hindus against the new-comers that da Gama was unable to establish a Portuguese factory. Having seen enough of India to assure him of its great resources, he returned to Portugal in September 1499. The king received him with every mark of distinction, granted him the use of the prefix Dom, thus elevating him to the rank of an untitled noble, and conferred on him pensions and other property. In prosecution of da Gama’s discoveries another fleet of thirteen ships was immediately sent out to India under Pedro Alvares Cabral, who, in sailing too far westward, by accident discovered Brazil, and on reaching his destination established a factory at Calicut. The natives, again instigated by the Mahommedan merchants, rose up in arms and murdered all whom Cabral had left behind. To avenge this outrage a powerful armament of ten ships was fitted out at Lisbon, the command of which was at first given to 434 Cabral, but was afterwards transferred to da Gama, who received the title admiral of India (January 1502). A few weeks later the fleet sailed, and on reaching Calicut da Gama immediately bombarded the town, treating its inhabitants with a savagery too horrible to describe. From Calicut he proceeded in November to Cochin, “doing all the harm he could on the way to all that he found at sea,” and having made favourable trading terms with it and with other towns on the coast, he returned to Lisbon in September 1503, with richly laden ships. He and his captains were welcomed with great rejoicings and he received additional privileges and revenues.
For the top command of this expedition, the king chose Vasco da Gama, who, in his early years, fought in the wars against Castile, and later earned recognition as a fearless sailor. The fleet, made up of four ships specifically built for this mission, set sail down the Tagus on July 9, 1497, after the officers and crews attended prayers and confession in a small chapel at the site where the church of S. Maria de Belem now stands (see Lisbon), which was later built to commemorate the event. Four months later, the flotilla anchored in St Helena Bay, South Africa, safely rounded the Cape, and at the beginning of the next year, reached Malindi on the east coast of Africa. From there, heading eastward under the guidance of a pilot obtained from Indian merchants they met at this port, da Gama arrived at Calicut on the Malabar coast on May 20, 1498, and, following the custom of his country, erected a marble pillar to mark his conquest and proof of his discovery of India. His welcome by the zamorin, or Hindu ruler of Calicut, would have likely been quite favorable had it not been for the jealousy of the Muslim traders who, fearing for their profits, incited the Hindus against the newcomers, thus preventing da Gama from establishing a Portuguese trading post. After seeing enough of India to confirm its vast resources, he returned to Portugal in September 1499. The king welcomed him with numerous honors, granted him the title of Dom, elevating him to the status of an untitled noble, and awarded him pensions and other properties. Following da Gama’s discoveries, another fleet of thirteen ships was immediately sent to India under Pedro Alvares Cabral, who, by accidentally sailing too far west, discovered Brazil, and upon reaching his destination, established a trading post at Calicut. The locals, again incited by the Muslim merchants, rose up in revolt and killed everyone Cabral had left behind. To avenge this attack, a powerful armada of ten ships was fitted out in Lisbon, initially commanded by Cabral but later transferred to da Gama, who was named admiral of India in January 1502. A few weeks later, the fleet set sail, and upon reaching Calicut, da Gama immediately bombarded the town, treating its residents with unimaginable brutality. From Calicut, he moved on to Cochin in November, “causing as much damage as he could to everything he encountered at sea,” and after securing favorable trading agreements with it and several other coastal towns, he returned to Lisbon in September 1503 with heavily laden ships. He and his captains were received with great celebration, and he received additional privileges and income.
Soon after his return da Gama retired to his residence in Evora, possibly from pique at not obtaining so high rewards as he expected, but more probably in order to enjoy the wealth and position which he had acquired; for he was now one of the richest men in the kingdom. He had married, probably in 1500, a lady of good family, named Catherina de Ataide, by whom he had six sons. According to Correa, he continued to advise King Emanuel I. on matters connected with India and maritime policy up to 1505, and there are extant twelve documents dated 1507-1522 which prove that he continued to enjoy the royal favour. The most important of these is a grant dated December 1519 by which Vasco da Gama was created count of Vidigueira, with the extraordinary privileges of civil and criminal jurisdiction and ecclesiastical patronage. During this time the Portuguese conquests increased in the East, and were presided over by successive viceroys. The fifth of these was so unfortunate that da Gama was recalled from his seclusion by Emanuel’s successor, John III., and nominated viceroy of India, an honour which in April 1524 he left Lisbon to assume. Arriving at Goa during September of the same year, he immediately set himself to correct with vigour the many abuses which had crept in under the rule of his predecessors. He was not destined, however, to prosecute far the reforms he had inaugurated, for, on the Christmas-eve following his arrival, he died at Cochin after a short illness, and was buried in the Franciscan monastery there. In 1538 his body was conveyed to Portugal and entombed in the town of Vidigueira. In 1880 what were supposed on insufficient evidence to have been his remains were transferred to the church of Santa Maria de Belem. His voyage had the immediate result of enriching Portugal, and raising her to one of the foremost places among the nations of Europe, and eventually the far greater one of bringing to pass the colonization of the East by opening its commerce to the Western world.
Soon after his return, da Gama retired to his home in Évora, possibly out of disappointment for not receiving the high rewards he expected, but more likely to enjoy the wealth and status he had gained; he was now one of the richest men in the kingdom. He had married, probably in 1500, a woman from a well-off family named Catherina de Ataide, with whom he had six sons. According to Correa, he continued to advise King Emanuel I on matters related to India and maritime policy until 1505, and there are twelve documents dated from 1507 to 1522 that show he continued to be in the king's favor. The most significant of these is a grant from December 1519, which made Vasco da Gama the count of Vidigueira, with extraordinary privileges of civil and criminal jurisdiction and ecclesiastical patronage. During this period, Portuguese conquests in the East increased, overseen by successive viceroys. The fifth of these was so unfortunate that da Gama was called back from his retirement by Emanuel’s successor, John III, and appointed viceroy of India, an honor he left Lisbon to assume in April 1524. Upon arriving in Goa in September of the same year, he immediately set out to vigorously correct the many abuses that had developed under his predecessors' rule. However, he was not destined to fully carry out the reforms he had initiated, for on Christmas Eve after his arrival, he died in Cochin after a brief illness and was buried in the local Franciscan monastery. In 1538, his body was taken to Portugal and entombed in the town of Vidigueira. In 1880, what were believed to be his remains, though without sufficient evidence, were moved to the Church of Santa Maria de Belém. His voyage immediately enriched Portugal and elevated it to one of the leading nations in Europe, and eventually led to the much greater consequence of bringing about the colonization of the East by opening its trade to the Western world.
Bibliography.—Vasco da Gama’s First Voyage, by Dr E. Ravenstein (London, Hakluyt Society, 1898), is a translation with notes, &c., of the anonymous Roteiro (Journal or Itinerary), written by one of Vasco da Gama’s subordinates who sailed on board the “S. Raphael,” which was commanded by the admiral’s brother Paulo da Gama. This is the most important of the original authorities; five accounts of the voyage in letters contemporary with it are appended to the Hakluyt Society’s translation. See also J. de Barros, Decadas da India (Lisbon, 1778-1788, written c. 1540); F.L. de Castanheda, Historia do descobrimento da India (Coimbra, 1551, largely based on the Roteiro); The Three Voyages of Vasco da Gama and his Viceroyalty, by Gaspar Correa (Hakluyt Society, 1869), chiefly valuable for the events of 1524; The Lusiads of Camoens, the central incident in which is Vasco da Gama’s first voyage; Calcoen (i.e. Calicut), a Dutch Narrative of the Second Voyage of Vasco da Gama, written by some unknown seaman of the expedition, printed at Antwerp about 1504, reprinted in facsimile, with introduction and translation, by J. Ph. Berjeau (London, 1874); Thomé Lopes, narrative (1502) in vol. i. of Ramusio.
References.—Vasco da Gama’s First Voyage, by Dr. E. Ravenstein (London, Hakluyt Society, 1898), is a translation with notes, etc., of the anonymous Roteiro (Journal or Itinerary), written by one of Vasco da Gama’s subordinates who sailed on the “S. Raphael,” commanded by the admiral’s brother Paulo da Gama. This is the most significant of the original sources; five accounts of the voyage in letters from that time are included in the Hakluyt Society’s translation. Also see J. de Barros, Decadas da India (Lisbon, 1778-1788, written around 1540); F.L. de Castanheda, Historia do descobrimento da India (Coimbra, 1551, largely based on the Roteiro); The Three Voyages of Vasco da Gama and his Viceroyalty, by Gaspar Correa (Hakluyt Society, 1869), mainly important for the events of 1524; The Lusiads of Camoens, which centers around Vasco da Gama’s first voyage; Calcoen (i.e. Calicut), a Dutch Narrative of the Second Voyage of Vasco da Gama, written by an unknown sailor from the expedition, printed in Antwerp around 1504, reprinted in facsimile, with an introduction and translation, by J. Ph. Berjeau (London, 1874); Thomé Lopes, narrative (1502) in vol. i. of Ramusio.
GAMALIEL (גמליאל). This name, which in Old Testament times figures only as that of a prince of the tribe of Manasseh (vide Num. i. 10, &c.), was hereditary among the descendants of Hillel. Six persons bearing the name are known.
GAMALIEL (Gamliel). This name, which in the Old Testament appears only as that of a leader from the tribe of Manasseh (see Num. i. 10, &c.), was passed down among the descendants of Hillel. Six individuals with this name are recognized.
1. Gamaliel I., a grandson of Hillel, and like him designated Ha-Zāqēn (the Elder), by which is apparently indicated that he was numbered among the Sanhedrin, the high council of Jerusalem. According to the tradition of the schools of Palestine Gamaliel succeeded his grandfather and his father (of the latter nothing is known but his name, Simeon) as Nasi, or president of the Sanhedrin. Even if this tradition does not correspond with historic fact, it is at any rate certain that Gamaliel took a leading position in the Sanhedrin, and enjoyed the highest repute as an authority on the subject of knowledge of the Law and in the interpretation of the Scriptures. He was the first to whose name was prefixed the title Rabban (Master, Teacher). It is related in the Acts of the Apostles (v. 34 et seq.) that his voice was uplifted in the Sanhedrin in favour of the disciples of Jesus who were threatened with death, and on this occasion he is designated as a Pharisee and as being “had in reputation among all the people” (νομοδιδάσκαλος τίμιος παντὶ τῷ λαῷ). In the Mishna (Giṭṭin iv. 1-3) he is spoken of as the author of certain legal ordinances affecting the welfare of the community (the expression in the original is “tiqqun ha-‘ōlām,” i.e. improvement of the world) and regulating certain questions as to conjugal rights. In the tradition was also preserved the text of the epistles regarding the insertion of the intercalary month, which he sent to the inhabitants of Galilee and the Darom (i.e. southern Palestine) and to the Jews of the Dispersion (Sanhedrin 11b and elsewhere). He figures in two anecdotes as the religious adviser of the king and queen, i.e. Agrippa I. and his wife Cypris (Pesahim 88 b). His function as a teacher is proved by the fact that the Apostle Paul boasts of having sat at the feet of Gamaliel (Acts. xxii. 3). Of his teaching, beyond the saying preserved in Aboth i. 16, which enjoins the duty of study and of scrupulousness in the observance of religious ordinances, only a very remarkable characterization of the different natures of the scholars remains (Aboth di R. Nathan, ch. xl.). His renown in later days is summed up in the words (Mishna, end of Soṭah): “When Rabban Gamaliel the Elder died, regard for the Torah (the study of the Law) ceased, and purity and piety died.” As Gamaliel I. is the only Jewish scribe whose name is mentioned in the New Testament he became a subject of Christian legend, and a monk of the 12th century (Hermann the Premonstratensian) relates how he met Jews in Worms studying Gamaliel’s commentary on the Old Testament, thereby most probably meaning the Talmud.
1. Gamaliel I., a grandson of Hillel, and like him known as Ha-Zāqēn (the Elder), indicating that he was part of the Sanhedrin, the high council of Jerusalem. According to the tradition from the schools of Palestine, Gamaliel succeeded his grandfather and his father (whose name was Simeon, but nothing else is known about him) as Nasi, or president of the Sanhedrin. Even if this tradition doesn’t match historic facts, it is certain that Gamaliel held a prominent position in the Sanhedrin and was highly regarded as an authority on the Law and in interpreting the Scriptures. He was the first to be given the title Rabban (Master, Teacher). In the Acts of the Apostles (v. 34 et seq.), it is noted that he spoke up in the Sanhedrin in defense of the disciples of Jesus who were facing death, and he is referred to as a Pharisee, known to be “esteemed by all the people” (honest legal teacher for all). In the Mishna (Giṭṭin iv. 1-3), he is mentioned as the author of certain legal ordinances for the community’s benefit (the original term is “tiqqun ha-‘ōlām,” meaning improvement of the world) and as regulating certain issues related to marital rights. Tradition also preserved his letters about the addition of the intercalary month, which he sent to the people of Galilee, the Darom (i.e. southern Palestine), and to the Jews of the Dispersion (Sanhedrin 11b and elsewhere). He appears in two stories as the religious adviser to King Agrippa I and his wife Cypris (Pesahim 88 b). His role as a teacher is shown when the Apostle Paul claims to have learned at the feet of Gamaliel (Acts. xxii. 3). Apart from a teaching preserved in Aboth i. 16 that emphasizes the importance of study and careful observance of religious laws, only a very notable description of the different types of scholars remains (Aboth di R. Nathan, ch. xl.). His later reputation is captured in the words (Mishna, end of Soṭah): “When Rabban Gamaliel the Elder died, the regard for the Torah (the study of the Law) ended, and purity and piety faded away.” Since Gamaliel I. is the only Jewish scribe mentioned in the New Testament, he became a topic of Christian legend, and a 12th-century monk (Hermann the Premonstratensian) recounts how he encountered Jews in Worms studying Gamaliel’s commentary on the Old Testament, likely referring to the Talmud.
2. Gamaliel II., the son of Simon ben Gamaliel, one of Jerusalem’s foremost men in the war against the Romans (vide Josephus, Bellum Jud. iv. 3, 9, Vita 38), and grandson of Gamaliel I. To distinguish him from the latter he is also called Gamaliel of Jabneh. In Jabneh (Jamnia), where during the siege of Jerusalem the scribes of the school of Hillel had taken refuge by permission of Vespasian, a new centre of Judaism arose under the leadership of the aged Johanan ben Zakkai, a school whose members inherited the authority of the Sanhedrin of Jerusalem. Gamaliel II. became Johanan ben Zakkai’s successor, and rendered immense service in the strengthening and reintegration of Judaism, which had been deprived of its former basis by the destruction of the Temple and by the entire loss of its political autonomy. He put an end to the division which had arisen between the spiritual leaders of Palestinian Judaism by the separation of the scribes into the two schools called respectively after Hillel and Shammai, and took care to enforce his own authority as the president of the chief legal assembly of Judaism with energy and often with severity. He did this, as he himself said, not for his own honour nor for that of his family, but in order that disunion should not prevail in Israel. Gamaliel’s position was recognized by the Roman government also. Towards the end of Domitian’s reign (c. A.D. 95) he went to Rome in company with the most prominent members of the school of Jabneh, in order to avert a danger threatening the Jews from the action of the terrible emperor. Many interesting particulars have been given regarding the journey of these learned men to Rome and their sojourn there. The impression made by the capital of the world upon Gamaliel and his companions was an overpowering one, and they wept when they thought of Jerusalem in ruins. In Rome, as at home, Gamaliel often had occasion to defend Judaism in polemical discussions with pagans, and also with professed Christians. In an anecdote regarding a suit which Gamaliel was prosecuting before a Christian judge, a converted Jew, he appeals to the Gospel and to the words of Jesus in Matt. v. 17 (Shabbath 116 a, b). Gamaliel devoted special attention to the regulation of the rite of prayer, which after the 435 cessation of sacrificial worship had become all-important. He gave the principal prayer, consisting of eighteen benedictions, its final revision, and declared it every Israelite’s duty to recite it three times daily. He was on friendly terms with many who were not Jews, and was so warmly devoted to his slave Tabi that when the latter died he mourned for him as for a beloved member of his own family. He loved discussing the sense of single portions of the Bible with other scholars, and made many fine expositions of the text. With the words of Deut. xiii. 18 he associated the lesson: “So long as thou thyself art merciful, God will also be merciful to thee.” Gamaliel died before the insurrections under Trajan had brought fresh unrest into Palestine. At his funeral obsequies the celebrated proselyte Aquila (Akylas Onkelos), reviving an ancient custom, burned costly materials to the value of seventy minae. Gamaliel himself had given directions that his body was to be wrapped in the simplest possible shroud. By this he wished to check the extravagance which had become associated with arrangements for the disposal of the dead, and his end was attained; for his example became the rule, and it also became the custom to commemorate him in the words of consolation addressed to the mourners (Kethub. 8 b). Gamaliel’s son, Simon, long after his father’s death, and after the persecutions under Hadrian, inherited his office, which thenceforward his descendants handed on from father to son.
2. Gamaliel II, the son of Simon ben Gamaliel, was one of the prominent leaders in Jerusalem during the war against the Romans (see Josephus, Bellum Jud iv. 3, 9, Vita 38) and the grandson of Gamaliel I. To differentiate him from his grandfather, he is also known as Gamaliel of Jabneh. In Jabneh (Jamnia), during the siege of Jerusalem, the scribes of the school of Hillel found refuge with the permission of Vespasian, establishing a new center of Judaism under the guidance of the elderly Johanan ben Zakkai. This school inherited the authority of the Sanhedrin of Jerusalem. Gamaliel II became the successor of Johanan ben Zakkai and played a crucial role in strengthening and revitalizing Judaism, which had lost its foundation due to the destruction of the Temple and the complete loss of political autonomy. He resolved the divisions among the spiritual leaders of Palestinian Judaism that arose from the split between the scribes of the two schools named after Hillel and Shammai, and he actively asserted his authority as president of the chief legal assembly of Judaism with determination and often sternness. He did this, as he stated, not for his own honor or that of his family, but to prevent disunity in Israel. The Roman government also recognized Gamaliel’s position. Towards the end of Domitian’s reign (around CE 95), he went to Rome with the most respected members of the Jabneh school to address a threat to the Jewish community posed by the brutal emperor. There are many fascinating details about the journey of these scholars to Rome and their stay there. The overwhelming impression of the world’s capital on Gamaliel and his colleagues led them to weep as they reflected on the ruins of Jerusalem. In Rome, just like at home, Gamaliel frequently defended Judaism in debates with pagans and also with self-professed Christians. In a story about a case he was pursuing before a Christian judge, a converted Jew, he referenced the Gospel and the words of Jesus in Matt. v. 17 (Shabbath 116 a, b). Gamaliel paid special attention to the regulation of prayer, which had become crucial after the cessation of sacrificial worship. He finalized the principal prayer, consisting of eighteen benedictions, and mandated that every Israelite should recite it three times daily. He maintained friendly relations with many non-Jews and was deeply devoted to his slave Tabi; when Tabi died, Gamaliel mourned for him as if he were a beloved family member. He enjoyed discussing the meanings of specific portions of the Bible with other scholars and provided many beautiful interpretations of the text. Referring to Deut. xiii. 18, he associated the lesson: “As long as you are merciful, God will also be merciful to you.” Gamaliel passed away before the uprisings under Trajan brought new unrest to Palestine. At his funeral, the famous proselyte Aquila (Akylas Onkelos) revived an ancient custom by burning expensive materials worth seventy minae. Gamaliel himself had instructed that his body be wrapped in the simplest shroud possible. He aimed to curb the extravagance that had become associated with funeral arrangements, and he succeeded; his example became standard, and it also became customary to remember him in the words of consolation given to mourners (Kethub. 8 b). Gamaliel’s son, Simon, inherited his position long after his father’s death and after the persecutions under Hadrian, and this office was subsequently passed down from father to son among his descendants.
3. Gamaliel III., son of Jehuda I. the redactor of the Mishna, and his successor as Nasi (patriarch). The redaction of the Mishna was completed under him, and some of his sayings are incorporated therein (Aboth ii. 2-4). One of these runs as follows: “Beware of those in power, for they permit men to approach them only for their own uses; they behave as friends when it is for their advantage, but they do not stand by a man when he is in need.” Evidently this was directed against the self-seeking of the Roman government. Gamaliel III. lived during the first half of the 3rd century.
3. Gamaliel III, son of Jehuda I, the editor of the Mishna, and his successor as Nasi (patriarch). The editing of the Mishna was finished under his leadership, and some of his sayings are included in it (Aboth ii. 2-4). One of these says: “Be careful around those in power, because they only let people get close for their own benefit; they act like friends when it serves them, but they won’t support you when you need it.” Clearly, this was aimed at the self-serving nature of the Roman government. Gamaliel III lived during the first half of the 3rd century.
4. Gamaliel IV., grandson of the above, patriarch in the latter half of the 3rd century: about him very little is known.
4. Gamaliel IV, grandson of the previous one, was a patriarch in the later part of the 3rd century: not much is known about him.
5. Gamaliel V., son and successor of the patriarch Hillel II.: beyond his name nothing is known of him. He lived in the latter half of the 4th century. He is the patriarch Gamaliel whom Jerome mentions in his letter to Pamachius, written in 393.
5. Gamaliel V., the son and successor of the patriarch Hillel II.: apart from his name, there’s no information about him. He lived in the second half of the 4th century. He is the patriarch Gamaliel that Jerome refers to in his letter to Pamachius, written in 393.
6. Gamaliel VI., grandson of the above, the last of the patriarchs, died in 425. With him expired the office, which had already been robbed of its privileges by a decree of the emperors Honorius and Theodosius II. (dated the 17th of October 415). Gamaliel VI. was also a physician, and a celebrated remedy of his is mentioned by his contemporary Marcellus (De Medicamentis, liber 21).
6. Gamaliel VI, the grandson of the previous patriarch, was the last of the patriarchs and died in 425. With his death, the position came to an end, as it had already lost its privileges due to a decree from the emperors Honorius and Theodosius II., dated October 17, 415. Gamaliel VI was also a physician, and a well-known remedy of his is referenced by his contemporary Marcellus in De Medicamentis, book 21.
GAMBETTA, LÉON (1838-1882), French statesman, was born at Cahors on the 2nd of April 1838. His father, a Genoese, who had established himself as a grocer and had married a Frenchwoman named Massabie, is said to have been his son’s prototype in vigour and fluency of speech. In his sixteenth year young Gambetta lost by an accident the sight of his left eye, which eventually had to be removed. Notwithstanding this privation, he highly distinguished himself at the public school of Cahors, and in 1857 proceeded to Paris to study law. His southern vehemence gave him great influence among the students of the Quartier Latin, and he was soon known as an inveterate enemy of the imperial government. He was called to the bar in 1859, but, although contributing to a Liberal review, edited by Challemel Lacour, did not make much way until, on the 17th of November 1868, he was selected to defend the journalist Delescluze, prosecuted for having promoted the erection of a monument to the representative Baudin, who was killed in resisting the coup d’état of 1851. Gambetta seized his opportunity and assailed both the coup d’état and the government with an eloquence of invective which made him immediately famous.
Gambetta, Léon (1838-1882), French statesman, was born in Cahors on April 2, 1838. His father, a man from Genoa who ran a grocery store and married a Frenchwoman named Massabie, is said to have been the inspiration for his son's energy and way with words. At the age of sixteen, young Gambetta lost the sight in his left eye due to an accident, which eventually led to its removal. Despite this setback, he excelled at the public school in Cahors and moved to Paris in 1857 to study law. His passionate Southern demeanor gave him significant influence among the students in the Quartier Latin, and he quickly became known as a staunch opponent of the imperial government. He was admitted to the bar in 1859, but even though he contributed to a Liberal magazine edited by Challemel Lacour, he struggled to gain recognition until November 17, 1868, when he was chosen to defend journalist Delescluze, who was being prosecuted for promoting a monument to representative Baudin, who was killed while resisting the coup d’état of 1851. Gambetta seized this chance and fiercely attacked both the coup d’état and the government with such powerful rhetoric that he quickly became famous.
In May 1869 he was returned to the Assembly, both by the first circumscription of Paris and by Marseilles, defeating Hippolyte Carnot for the former constituency and Thiers and Lesseps for the latter. He elected to sit for Marseilles, and lost no opportunity of attacking the Empire in the Assembly. He was at first opposed to the war with Germany, but when satisfied that it had been forced upon France he did not, like some of his colleagues, refuse to vote supplies, but took the patriotic line of supporting the flag. When the news of the disaster at Sedan reached Paris, Gambetta called for strong measures. He himself proclaimed the fall of the emperor at the corps législatif, and the establishment of a republic at the hôtel de ville. He was one of the first members of the new government of national defence, becoming minister of the interior. He advised his colleagues to leave Paris and conduct the government from some provincial city. This advice was rejected from dread of another revolution in Paris, and a delegation to organize resistance in the provinces was despatched to Tours, but when this was seen to be inefficient Gambetta himself (7th October) quitted Paris in a balloon, and upon arriving at Tours took the supreme direction of affairs as minister of the interior and of war. Aided by M. de Freycinet, then a young officer of engineers, as his assistant secretary of war, he displayed prodigies of energy and intelligence. He speedily organized an army, which might possibly have effected the relief of Paris if Metz had held out, but the surrender of Bazaine brought the army of the crown prince into the field, and success was impossible. After the defeats of the French near Orleans early in December the seat of government had to be transferred to Bordeaux, and when Paris surrendered at the end of January, Gambetta, though resisting and protesting, was compelled to submit to the capitulation concluded with Prince Bismarck. He immediately resigned his office. Elected by nine departments to the National Assembly meeting at Bordeaux (on the 1st of March 1871) he chose to sit for Strassburg, which by the terms of the treaty about to be submitted to the Assembly for ratification was to be ceded to Prussia, and when the treaty was adopted he resigned in protest and retired to Spain.
In May 1869, he was elected to the Assembly, both by the first district of Paris and by Marseilles, defeating Hippolyte Carnot for the former and Thiers and Lesseps for the latter. He chose to represent Marseilles and seized every opportunity to criticize the Empire in the Assembly. Initially, he opposed the war with Germany, but once he was convinced it had been forced on France, he didn’t join some of his colleagues in refusing to vote for supplies; instead, he took the patriotic stance of supporting the flag. When news of the defeat at Sedan reached Paris, Gambetta called for decisive action. He himself announced the fall of the emperor at the corps législatif and the formation of a republic at the city hall. He was one of the first members of the new government of national defense, taking on the role of minister of the interior. He advised his colleagues to leave Paris and run the government from a provincial city. This advice was rejected due to fears of another revolution in Paris, and a delegation was sent to organize resistance in the provinces in Tours, but when that turned out to be ineffective, Gambetta himself left Paris in a balloon on October 7th. Upon arriving in Tours, he took over the direction of affairs as minister of the interior and of war. With the help of M. de Freycinet, then a young officer of engineers, as his assistant secretary of war, he showed extraordinary energy and intelligence. He quickly organized an army, which might have been able to relieve Paris if Metz had held out, but the surrender of Bazaine brought the crown prince's army into action, making success impossible. After the defeats of the French near Orleans in early December, the government had to move to Bordeaux, and when Paris surrendered at the end of January, Gambetta, though resisting and protesting, was forced to accept the capitulation agreed upon with Prince Bismarck. He immediately resigned from his position. Elected by nine departments to the National Assembly meeting in Bordeaux on March 1, 1871, he chose to represent Strassburg, which, under the terms of the treaty about to be presented to the Assembly for ratification, was to be given to Prussia. When the treaty was approved, he resigned in protest and retired to Spain.
He returned to France in June, was elected by three departments in July, and commenced an agitation for the definitive establishment of the Republic. On the 5th of November 1871 he established a journal, La République française, which soon became the most influential in France. His orations at public meetings were more effective than those delivered in the Assembly, especially that made at Bordeaux on his return, and that at Grenoble on the 26th of November 1872, in which he spoke of political power having passed to les nouvelles couches sociales. When Thiers, however, fell from power in May 1873, and a Royalist was placed at the head of the government in the person of Marshal MacMahon, Gambetta gave proof of his statesmanship by unceasingly urging his friends to a moderate course, and by his tact and parliamentary dexterity, no less than by his eloquence, he was mainly instrumental in the voting of the constitution in February 1875. This policy he continued during the early days of the now consolidated Republic, and gave it the appropriate name of “opportunism.” It was not until the 4th of May 1877, when the peril from reactionary intrigues was notorious, and the clerical party had begun a campaign for the restoration of the temporal power of the pope, that he delivered his famous speech denouncing “clericalism” as “the enemy.” On the 16th of May Marshal MacMahon, in order to support the clerical reactionaries, perpetrated his parliamentary coup d’état, and on the 15th of August Gambetta, in a speech at Lille, gave him the alternative se soumettre ou se démettre. He then undertook a political campaign to rouse the republican party throughout France, which culminated in a speech at Romans (September 18, 1878) formulating its programme. MacMahon, equally unwilling to resign or to provoke civil war, had no choice but to dismiss his advisers and form a moderate republican ministry under the premiership of Dufaure.
He returned to France in June, was elected by three departments in July, and started campaigning for the permanent establishment of the Republic. On November 5, 1871, he launched a newspaper, La République française, which quickly became the most influential in France. His speeches at public events were more impactful than those in the Assembly, especially the one he gave in Bordeaux upon his return, and the one in Grenoble on November 26, 1872, where he discussed political power shifting to the nouvelles couches sociales. However, when Thiers lost power in May 1873 and a Royalist, Marshal MacMahon, took over the government, Gambetta demonstrated his political skill by consistently encouraging his allies to adopt a moderate approach. Through his tact, parliamentary skill, and eloquence, he was key in securing the vote for the constitution in February 1875. He continued this strategy in the early days of the now established Republic, dubbing it “opportunism.” It wasn’t until May 4, 1877, when the threat from reactionary plots was clear and the clerical party had started a campaign to restore the pope's temporal power, that he gave his famous speech condemning “clericalism” as “the enemy.” On May 16, Marshal MacMahon executed his parliamentary coup d’état to back the clerical reactionaries, and on August 15, Gambetta, in a speech in Lille, gave him the option to se soumettre ou se démettre. He then launched a political campaign to energize the republican party across France, which peaked with a speech in Romans on September 18, 1878, outlining its program. MacMahon, unwilling to either resign or incite civil war, had no choice but to dismiss his advisors and form a moderate republican government under Prime Minister Dufaure.
When the resignation of the Dufaure cabinet brought about the abdication of Marshal MacMahon, Gambetta declined to become a candidate for the presidency, but gave his support to Grévy; nor did he attempt to form a ministry, but accepted the office of president of the chamber of deputies (January 1879). This position, which he filled with much ability, did not prevent his occasionally descending from the presidential chair to make speeches, one of which, advocating an amnesty to the 436 communards, was especially memorable. Although he really directed the policy of the various ministries, he evidently thought that the time was not ripe for asserting openly his own claims to direct the policy of the Republic, and seemed inclined to observe a neutral attitude as far as possible; but events hurried him on, and early in 1881 he placed himself at the head of a movement for restoring scrutin de liste, or the system by which deputies are returned by the entire department which they represent, so that each elector votes for several representatives at once, in place of scrutin d’arrondissement, the system of small constituencies, giving one member to each district and one vote to each elector. A bill to re-establish scrutin de liste was passed by the Assembly on 19th May 1881, but rejected by the Senate on the 19th of June.
When the resignation of the Dufaure cabinet led to Marshal MacMahon's abdication, Gambetta chose not to run for the presidency but supported Grévy instead. He also didn't try to form a government, instead accepting the role of president of the chamber of deputies in January 1879. He handled this position quite well, but it didn't stop him from stepping down from the presidential seat to give speeches, one of which, advocating for an amnesty to the communards, was particularly noteworthy. Even though he effectively guided the policies of various ministries, he clearly felt it wasn't the right time to openly assert his own claims to lead the Republic's policy and appeared to lean towards a neutral stance as much as possible. However, events pushed him forward, and by early 1881, he led a movement to restore scrutin de liste, which is the system where deputies are elected by the entire department they represent, allowing each voter to select several representatives at once, instead of scrutin d’arrondissement, the system of small constituencies that gives one member to each district and one vote to each elector. A bill to reinstate scrutin de liste was approved by the Assembly on May 19, 1881, but it was rejected by the Senate on June 19.
But this personal rebuff could not alter the fact that in the country his was the name which was on the lips of the voters at the election. His supporters were in a large majority, and on the reassembling of the chamber, the Ferry cabinet quickly resigned. Gambetta was unwillingly entrusted by Grévy on the 14th of November 1881 with the formation of a ministry—known as Le Grand Ministère. He now experienced the Nemesis of his over-cautious system of abstinence from office for fear of compromising his popularity. Every one suspected him of aiming at a dictatorship; attacks, not the less formidable for their injustice, were directed against him from all sides, and his cabinet fell on the 26th of January 1882, after an existence of only sixty-six days. Had he remained in office his declarations leave no doubt that he would have cultivated the British alliance and cooperated with Great Britain in Egypt; and when the Freycinet administration, which succeeded, shrank from that enterprise only to see it undertaken with signal success by England alone, Gambetta’s foresight was quickly justified. His fortunes were presenting a most interesting problem when, on the 31st of December 1882, at his house in Ville d’Avray, near Sèvres, he died by a shot from a revolver which accidentally went off. Then all France awoke to a sense of her obligation to him, and his public funeral on the 6th of January 1883 evoked one of the most overwhelming displays of national sentiment ever witnessed on a similar occasion.
But this personal rejection couldn’t change the fact that in the country, his name was on the lips of voters during the election. His supporters were a large majority, and when the chamber reconvened, the Ferry cabinet quickly resigned. Grévy reluctantly entrusted Gambetta on November 14, 1881, with forming a ministry—known as Le Grand Ministère. He now faced the consequences of his overly cautious approach to avoiding office out of fear of losing his popularity. Everyone suspected he was aiming for a dictatorship; unfair yet formidable attacks came at him from all sides, and his cabinet fell on January 26, 1882, after just sixty-six days. If he had stayed in office, his statements clearly indicate that he would have fostered the British alliance and worked with Great Britain in Egypt; and when the Freycinet administration, which succeeded him, hesitated to take on that task only to see it carried out successfully by England alone, Gambetta’s foresight was instantly validated. His situation was becoming a fascinating issue when, on December 31, 1882, at his home in Ville d’Avray, near Sèvres, he died from a gunshot wound caused by a revolver that accidentally discharged. Then all of France recognized her obligation to him, and his public funeral on January 6, 1883, resulted in one of the most powerful displays of national sentiment ever seen on such an occasion.
Gambetta rendered France three inestimable services: by preserving her self-respect through the gallantry of the resistance he organized during the German War, by his tact in persuading extreme partisans to accept a moderate Republic, and by his energy in overcoming the usurpation attempted by the advisers of Marshal MacMahon. His death, at the early age of forty-four, cut short a career which had given promise of still greater things, for he had real statesmanship in his conceptions of the future of his country, and he had an eloquence which would have been potent in the education of his supporters. The romance of his life was his connexion with Léonie Léon (d. 1906), the full details of which were not known to the public till her death. This lady, with whom Gambetta fell in love in 1871, was the daughter of a French artillery officer. She became his mistress, and the liaison lasted till he died. Gambetta himself constantly urged her to marry him during this period, but she always refused, fearing to compromise his career; she remained, however, his confidante and intimate adviser in all his political plans. It is understood that at last she had just consented to become his wife, and the date of the marriage had been fixed, when the accident which caused his death occurred in her presence. Contradictory accounts have indeed been given as to this fatal episode, but that it was accidental, and not suicide, is certain. On Gambetta the influence of Léonie was absorbing, both as lover and as politician, and the correspondence which has been published shows how much he depended upon her. But in various matters of detail the serious student of political history must be cautious in accepting her later recollections, some of which have been embodied in the writings of M. Francis Laur, such as that an actual interview took place in 1878 between Gambetta and Bismarck. That Gambetta after 1875 felt strongly that the relations between France and Germany might be improved, and that he made it his object, by travelling incognito, to become better acquainted with Germany and the adjoining states, may be accepted, but M. Laur appears to have exaggerated the extent to which any actual negotiations took place. On the other hand, the increased knowledge of Gambetta’s attitude towards European politics which later information has supplied confirms the view that in him France lost prematurely a master mind, whom she could ill spare. In April 1905 a monument by Dalou to his memory at Bordeaux was unveiled by President Loubet.
Gambetta provided France with three invaluable services: he preserved her dignity through the bravery he showed during the resistance he organized in the German War, he skillfully persuaded extreme supporters to accept a moderate Republic, and he energetically fought against the takeover attempted by the advisers of Marshal MacMahon. His death at the young age of forty-four ended a career that promised even greater achievements, as he truly understood the future of his country and had a powerful eloquence that would have been effective in educating his supporters. The remarkable aspect of his life was his relationship with Léonie Léon (d. 1906), the full details of which didn't come to light until her death. Gambetta fell in love with her in 1871; she was the daughter of a French artillery officer. She became his mistress, and their relationship lasted until his death. Throughout this time, Gambetta encouraged her to marry him, but she always declined, fearing it would jeopardize his career; nevertheless, she remained his confidante and close adviser in all his political endeavors. It is believed that she had finally agreed to marry him, and the wedding date was set when the accident that led to his death happened in her presence. While conflicting accounts exist regarding this tragic event, it is clear that it was accidental, not suicide. Léonie had a significant influence on Gambetta, both in love and in politics, and the letters that have been published demonstrate how much he relied on her. However, a serious student of political history should be cautious about accepting her later memories, some of which have been included in the works of M. Francis Laur, such as the claim that Gambetta and Bismarck had an actual meeting in 1878. It is true that Gambetta felt strongly after 1875 that relations between France and Germany could be improved and that he aimed to travel incognito to better understand Germany and its neighboring states, but M. Laur seems to have overstated the degree of any real negotiations that occurred. On the other hand, the additional insights into Gambetta’s views on European politics that have emerged confirm the belief that France lost a visionary leader far too soon, one whom she could hardly afford to lose. In April 1905, a monument by Dalou in his honor was unveiled in Bordeaux by President Loubet.
Gambetta’s Discours et plaidoyers politiques were published by J. Reinach in 11 vols. (Paris, 1881-1886); his Dépêches, circulaires, décrets ... in 2 vols. (Paris, 1886-1891). Many biographies have appeared. The principal are J. Reinach, Léon Gambetta (1884), Gambetta orateur (1884) and Le Ministère Gambetta, histoire et doctrine (1884); Neucastel, Gambetta, sa vie, et ses idées politiques (1885); J. Hanlon, Gambetta (London, 1881); Dr Laborde, Léon Gambetta biographie psychologique (1898); P.B. Gheusi, Gambetta, Life and Letters (Eng. trans. by V.M. Montagu, 1910). See also G. Hanotaux, Histoire de la France contemporaine (1903, &c.). F. Laur’s Le Cœur de Gambetta (1907, Eng. trans., 1908) contains the correspondence with Léonie Léon; see also his articles on “Gambetta and Bismarck” in The Times of August 17 and 19, 1907, with the correspondence arising from them.
Gambetta’s Discours et plaidoyers politiques were published by J. Reinach in 11 volumes (Paris, 1881-1886); his Dépêches, circulaires, décrets in 2 volumes (Paris, 1886-1891). Numerous biographies have been published. The main ones include J. Reinach, Léon Gambetta (1884), Gambetta orateur (1884), and Le Ministère Gambetta, histoire et doctrine (1884); Neucastel, Gambetta, sa vie, et ses idées politiques (1885); J. Hanlon, Gambetta (London, 1881); Dr. Laborde, Léon Gambetta biographie psychologique (1898); P.B. Gheusi, Gambetta, Life and Letters (English translation by V.M. Montagu, 1910). Also see G. Hanotaux, Histoire de la France contemporaine (1903, etc.). F. Laur’s Le Cœur de Gambetta (1907, English translation, 1908) includes correspondence with Léonie Léon; also refer to his articles on “Gambetta and Bismarck” in The Times on August 17 and 19, 1907, along with the correspondence that followed.
GAMBIA, an important river of West Africa, and the only river of Africa navigable by ocean-going boats at all seasons for over 200 m. from its mouth. It rises in about 11° 25′ N. and 12° 15′ W., within 150 m. of the sea on the north-eastern escarpment of the Futa Jallon highlands, the massif where also rise the head-streams of the Senegal and some of the Niger tributaries, besides the Rio Grande and many other rivers flowing direct to the Gulf of Guinea. The Gambia, especially in its lower course, is very serpentine, and although the distance from the source to the mouth of the river is little more than 300 m. in a direct line, the total length of the stream is about 1000 m. It flows first N.N.E., receiving many left-hand tributaries, but about 12° 35′ N. takes a sharp bend N.W. and maintains this direction until it leaves the fertile and hilly region of Bondu. The descent to the lower district is marked by the Barraconda rapids, formed by a ledge of rock stretching across the river. Between 30 and 50 m. above the falls the Gambia is joined by two considerable affluents, the Nieriko from the north and the Kuluntu or Grey river from the south. From the Barraconda rapids to the Atlantic the Gambia has a course of about 350 m. Throughout this distance the waters are tidal, and the river is navigable all the year round by boats drawing 6 ft. of water. At Yarbatenda, a few miles below Barraconda, the river has a breadth, even at the dry season, of over 300 ft., with a depth of 13 to 20 ft. From the falls to McCarthy’s Island, a distance of 200 m., the river valley, which here presents a park-like appearance, is enclosed by low rocky hills of volcanic character. For 50 m. below the island, where the stream is about 800 yds. wide, the banks of the river are steep and thickly wooded. They then become low and are fringed with mangrove swamps. From Devil’s Point, a sharp promontory on the north bank—up to which place the water is salt—the river widens considerably and enters the Atlantic, in about 13½° N. and 16½° W., by a broad estuary. Near the mouth of the river on the south side is St Mary’s Island (3½ m. long by 1½ broad), and opposite on the north bank is Barra Point, the river being here contracted to 2½ m. Eighteen miles lower down the distance from shore to shore is 27 m. There is a sand-bar at the entrance to the river, but at the lowest state of the tide there are 26 ft. of water over the bar. The Gambia is in flood from November to June, when the Barraconda rapids are navigable by small boats. Above the rapids the stream is navigable for 160 m. Politically the Gambia is divided between Great Britain and France—Britain possessing both banks of the river up to, but not including, Yarbatenda.
Gambia, is a major river in West Africa and the only river in Africa that can be navigated by ocean-going ships year-round for over 200 miles from its mouth. It originates around 11° 25′ N. and 12° 15′ W., just 150 miles from the sea on the northeastern slope of the Futa Jallon highlands, which is also where the headwaters of the Senegal River and some tributaries of the Niger, along with the Rio Grande and several other rivers, originate, flowing directly into the Gulf of Guinea. The Gambia, especially in its lower stretches, is very winding, and while the straight-line distance from the source to the mouth of the river is just over 300 miles, the total length of the river is about 1,000 miles. It initially flows N.N.E., receiving several tributaries from the left, but around 12° 35′ N. it takes a sharp turn to the N.W. and continues in this direction until it exits the fertile, hilly area of Bondu. The descent to the lower region is marked by the Barraconda rapids, which are created by a ledge of rock that stretches across the river. About 30 to 50 miles above the falls, the Gambia is joined by two significant tributaries: the Nieriko from the north and the Kuluntu, or Grey River, from the south. From the Barraconda rapids to the Atlantic, the Gambia flows for about 350 miles. Throughout this stretch, the waters are tidal, and the river can be navigated all year by boats that draw 6 feet of water. At Yarbatenda, a few miles below Barraconda, the river is over 300 feet wide even in the dry season, with a depth of 13 to 20 feet. From the falls to McCarthy’s Island, which is 200 miles away, the river valley takes on a park-like appearance and is flanked by low rocky hills formed from volcanic rock. For 50 miles below the island, where the river is about 800 yards wide, the banks are steep and densely wooded. They later become lower and are lined with mangrove swamps. From Devil’s Point, a sharp promontory on the north bank—where the water is salty—the river widens significantly and flows into the Atlantic at about 13½° N. and 16½° W. via a broad estuary. Near the mouth on the southern side is St Mary's Island (3½ miles long and 1½ miles wide), and directly opposite on the northern bank is Barra Point, where the river narrows to 2½ miles. Eighteen miles further downstream, the distance from one shore to the other is 27 miles. There's a sandbar at the river's entrance, but even at low tide, there are 26 feet of water over the bar. The Gambia floods from November to June when the Barraconda rapids can be navigated by small boats. Above the rapids, the river is navigable for 160 miles. Politically, the Gambia is divided between Great Britain and France, with Britain controlling both banks of the river up to, but not including, Yarbatenda.
The Gambia was one of the rivers passed by Hanno the Carthaginian in his famous voyage along the west coast of Africa. It was known to Ptolemy and the Arabian geographers, and was at one time supposed to be a mouth of the Nile, and, later (18th century), a branch of the Niger. It was possibly visited by Genoese navigators in 1291, and was certainly discovered by the Portuguese c. 1446, but was first explored for any distance from its mouth (1455) by the Venetian Alvise Cadamosto 437 (q.v.), who published an account of his travels at Vicenza in 1507 (La Prima Navigazione per l’Oceano alle terre de’ Negri della Bassa Ethiopia). Afterwards the Gambia became a starting-place for explorers of the interior, among them Mungo Park, who began both his journeys (1795 and 1805) from this river. It was not until 1818 that the sources of the Gambia were reached, the discovery being made by a Frenchman, Gaspard Mollien, who had travelled by way of the Senegal and Bondu. The middle course of the river was explored in 1851 by R.G. MacDonnell, then governor of the Gambia colony, and in 1881 Dr V.S. Gouldsbury also navigated its middle course. No native craft of any kind was seen above Barraconda. The more correct name of the river is Gambra, and it is so called in old books of travel.
The Gambia was one of the rivers encountered by Hanno the Carthaginian during his famous voyage along the west coast of Africa. It was recognized by Ptolemy and Arabian geographers, and at one point it was believed to be a mouth of the Nile, and later (in the 18th century), a branch of the Niger. It may have been visited by Genoese navigators in 1291 and was definitely discovered by the Portuguese around 1446, but it was first explored significantly from its mouth in 1455 by the Venetian Alvise Cadamosto 437 (q.v.), who published an account of his travels in Vicenza in 1507 (La Prima Navigazione per l’Oceano alle terre de’ Negri della Bassa Ethiopia). After that, the Gambia became a launch point for explorers of the interior, including Mungo Park, who started both of his expeditions (in 1795 and 1805) from this river. It wasn’t until 1818 that the sources of the Gambia were located, with the discovery made by a Frenchman, Gaspard Mollien, who traveled via the Senegal and Bondu. The middle part of the river was explored in 1851 by R.G. MacDonnell, then governor of the Gambia colony, and in 1881, Dr. V.S. Gouldsbury also navigated its middle stretch. No local boats of any kind were observed above Barraconda. The more accurate name of the river is Gambra, which is used in old travel books.
See Mungo Park’s Travels (London, 1799); G. Mollien, Travels ... to the Sources of the Senegal and Gambia ..., edited by T.E. Bowdich (London, 1820); the account of Dr Gouldsbury’s journey in the Blue Book C 3065 (1881); also under the country heading below.
See Mungo Park’s Travels (London, 1799); G. Mollien, Travels ... to the Sources of the Senegal and Gambia ..., edited by T.E. Bowdich (London, 1820); the account of Dr. Gouldsbury’s journey in the Blue Book C 3065 (1881); also under the country heading below.
GAMBIA, the most northerly of the British West African dependencies. It consists of a stretch of land on both sides of the lower Gambia. The colony, with the protectorate dependent upon it, has an area of about 4000 sq. m. and a population officially estimated (1907) at 163,000. The colony proper (including St Mary’s Island, British Kommbo, the Ceded Mile, McCarthy’s Island and other islets) has an area of about 69 sq. m. The protectorate consists of a strip of land extending ten kilometres (about 6 m.) on each side of the river to a distance of about 200 m. in a direct line from the sea. The land outside these limits is French. Within the protectorate are various petty kingdoms, such as Barra, to the north of the Gambia, and Kommbo, to the south. The breadth of the colony near the coast is somewhat greater than it is higher up. The greatest breadth is 39 m.
Gambia, the northernmost of the British West African territories. It includes a strip of land on both sides of the lower Gambia River. The colony, along with the dependent protectorate, covers about 4,000 square miles and has an estimated population (1907) of 163,000. The colony itself (which includes St Mary’s Island, British Kommbo, the Ceded Mile, McCarthy’s Island, and other small islands) has an area of approximately 69 square miles. The protectorate consists of a strip of land that extends ten kilometers (about 6 miles) on either side of the river, reaching about 200 miles in a straight line from the sea. Land outside these borders is French. Within the protectorate are several small kingdoms, such as Barra, north of the Gambia, and Kommbo, to the south. The width of the colony near the coast is somewhat wider than further inland, with the greatest width being 39 miles.
Physical Features, Fauna and Flora.—The colony, as its name implies, derives its character and value from the river Gambia (q.v.), which is navigable throughout and beyond the limits of the colony, while large ocean-going ships can always cross the bar at its mouth and enter the port of Bathurst. Away from the swamps by the river banks, the country is largely “bush.” The region above McCarthy’s Island is hilly. Much of the land is cleared for cultivation. The fauna includes lions, leopards, several kinds of deer, monkeys, bush-cow and wild boar. Hippopotami are found in the upper part of the river, and crocodiles abound in the creeks. The birds most common are bush-fowl, bustards, guinea-fowl, quail, pigeon and sand-grouse. Bees are very numerous in parts of the country. The flora resembles that of West Africa generally, the mangrove being common. Mahogany and rosewood (Pterocarpus erinaceus) trees are found, though not in large numbers, and the rubber-vine and oil-palm are also comparatively scarce. There are many varieties of fern. The cassava (manioca) and indigo plants are indigenous.
Physical Features, Fauna and Flora.—The colony, as its name suggests, gets its character and value from the Gambia River (q.v.), which is navigable throughout and extends beyond the colony's borders. Large ocean-going ships can easily cross the bar at its mouth and access the port of Bathurst. Away from the riverbank swamps, the area is mostly “bush.” The region above McCarthy’s Island has hills. Much of the land has been cleared for farming. The wildlife includes lions, leopards, various types of deer, monkeys, bush-cows, and wild boars. Hippopotamuses are located in the upper part of the river, and crocodiles are plentiful in the creeks. The most common birds are bush-fowl, bustards, guinea-fowl, quail, pigeons, and sand-grouse. Bees are very abundant in certain areas. The plant life resembles that of West Africa in general, with mangroves being common. Mahogany and rosewood (Pterocarpus erinaceus) trees can be found, although not in large quantities, and rubber vines and oil palms are also relatively scarce. There are many different types of ferns. Cassava (manioca) and indigo plants are native to the region.
Climate.—The climate during the dry season (November-June) is the best on the British West African coast, and the Gambia is then considered fairly healthy. Measures for the extermination of the malarial mosquito are carried on with good effect. The mean temperature at Bathurst is 77° F., the shade minimum being 56° and the solar maximum 165°. Upriver the variation in temperature is even greater than at Bathurst, from 50° in the morning to 100°-104° at 3 P.M. being common at McCarthy’s Isle. The average rainfall is about 50 in. a year, but save for showers in May and June there is rarely any rain except between July and October. The first instance of rain in December in twenty-six years was recorded in 1906. The dry east wind known as the harmattan blows intermittently from December to March.
Climate.—The climate during the dry season (November-June) is the best on the British West African coast, and Gambia is considered to be fairly healthy during this time. Efforts to eliminate the malarial mosquito have been quite effective. The average temperature at Bathurst is 77° F., with a low of 56° in the shade and a high of 165° in direct sunlight. Further upriver, the temperature variation is even greater than at Bathurst, commonly ranging from 50° in the morning to 100°-104° by 3 P.M. at McCarthy’s Isle. The average yearly rainfall is about 50 inches, but aside from showers in May and June, rain is rare until the period between July and October. The first recorded instance of rain in December in twenty-six years occurred in 1906. The dry east wind known as the harmattan blows occasionally from December to March.
Inhabitants.—The inhabitants, who are both thrifty and industrious, are almost entirely of Negro or Negroid race, the chief tribes represented being the Mandingo (q.v.), the Jolof and the Jola. Numbers of Fula (q.v.) are also settled in the country. Fully four-fifths of the natives are Mahommedans. The few European residents are officials, traders or missionaries.
Inhabitants.—The inhabitants, who are both resourceful and hardworking, are mostly of Black or African descent, with the main tribes being the Mandingo (q.v.), the Jolof, and the Jola. Many Fula (q.v.) also live in the area. Around 80% of the locals are Muslims. The small number of European residents includes officials, traders, and missionaries.
Towns and Trade.—Bathurst, pop. about 8000, the chief town of the colony, in 13° 24′ N., 16° 36′ W., is built on St Mary’s Island, which lies at the mouth of the river near its south bank and is connected with the mainland by a bridge across Oyster Creek. It was founded in 1816 and is named after the 3rd earl Bathurst, secretary of state for the colonies from 1812 to 1827. Bathurst is a fairly well-built town, the chief material employed being red sandstone. It lies about 12 to 14 ft. above the level of the river. The principal buildings face the sea, and include Government House, barracks, a well-appointed hospital, founded by Sir R.G. MacDonnell (administrator, 1847-1852), and various churches. The market-place is shaded by a fine avenue of bombax and other wide-spreading trees. There are no other towns of any size in the Gambia. A trading station called Georgetown is situated on McCarthy’s Island, so named after Sir Charles McCarthy, the governor of Sierra Leone, who in 1824 was captured and beheaded by the Ashanti at the battle of Essamako. Albreda, a small port on the north bank of the river, of some historic interest (see below), is in the Barra district.
Towns and Trade.—Bathurst, with a population of about 8,000, is the main town of the colony, located at 13° 24′ N., 16° 36′ W. It's built on St. Mary’s Island, which is at the mouth of the river near its south bank and is linked to the mainland by a bridge over Oyster Creek. Founded in 1816, it was named after the 3rd Earl Bathurst, who served as secretary of state for the colonies from 1812 to 1827. Bathurst is a well-constructed town, primarily built from red sandstone. It sits about 12 to 14 feet above the river level. The main buildings face the sea and include Government House, barracks, a well-equipped hospital established by Sir R.G. MacDonnell (administrator, 1847-1852), and various churches. The market square is shaded by a beautiful row of bombax and other large trees. There are no other significant towns in the Gambia. A trading post called Georgetown is located on McCarthy’s Island, named after Sir Charles McCarthy, the governor of Sierra Leone, who was captured and beheaded by the Ashanti at the battle of Essamako in 1824. Albreda, a small port with some historical significance (see below), is on the north bank of the river in the Barra district.
Products.—Ground-nuts (Arachis hypogaea), rubber, beeswax, palm kernels, rice, cotton, and millet are the chief productions. Millet and rice are the staple food of the people. The curing of hides, the catching and drying of fish, boat-building, and especially the weaving of cotton into cloths called “pagns,” afford employment to a considerable number of persons. Formerly the principal exports, besides slaves, were gold-dust, wax and hides, the gold being obtained from the Futa Jallon district farther inland. Between 1830 and 1840 from 1500 to 2000 oz. of gold were exported annually, but shipments ceased soon afterwards, though small quantities of gold-dust can still be obtained from native goldsmiths. The export of hides received a severe check in 1892-1893 through the death of nearly all the cattle, but after an interval of seven or eight years the industry gradually revived. The value of hides exported increased from £520 in 1902 to £9615 in 1907. The collection of rubber was started about 1880, but the trade has not assumed large proportions. In 1907 the value of the rubber exported was £4602. The export of wax, valued at £37,000 in 1843, had dwindled in 1907 to £2325. The cultivation of the ground-nut, first exported in 1830, assumed importance by 1837, and by 1850 had become the chief industry of the colony. In 1907 the value of the nuts was £256,685, over 11⁄12 of the total exports (exclusive of specie). Nearly the whole male population is engaged in the industry for eight months of the year. Planted in June, after the early rains, the crop is reaped in October or November and exported to Europe (4⁄5 to Marseilles) for the extraction of its oil, which is usually sold as olive oil. A feature of the industry is the appearance at the beginning of the planting season of thousands of men from a distance, “strange farmers,” as they are called, who are housed and fed and given farms to cultivate. In return they have to give half the produce to the landlords. As soon as he has sold his nuts, the “strange farmer” goes off, often not returning for years.
Products.—Groundnuts (Arachis hypogaea), rubber, beeswax, palm kernels, rice, cotton, and millet are the main products. Millet and rice are the staple foods of the people. Hides are cured, fish are caught and dried, boats are built, and especially, cotton is woven into cloths known as “pagns,” providing jobs for a considerable number of people. Historically, the main exports, aside from slaves, included gold dust, wax, and hides, with gold sourced from the Futa Jallon district further inland. Between 1830 and 1840, between 1500 and 2000 ounces of gold were exported annually, but shipments stopped soon after, though small amounts of gold dust can still be found with local goldsmiths. The export of hides took a major hit in 1892-1893 due to the death of nearly all the cattle, but after a gap of seven or eight years, the industry gradually recovered. The value of exported hides rose from £520 in 1902 to £9615 in 1907. Rubber collection started around 1880, but the trade has not grown significantly. In 1907, the value of exported rubber was £4602. Wax exports, valued at £37,000 in 1843, dropped to £2325 in 1907. Groundnut cultivation, first exported in 1830, became significant by 1837, and by 1850 had turned into the leading industry of the colony. In 1907, the value of the nuts reached £256,685, making up over 11⁄12 of the total exports (excluding specie). Almost the entire male population is involved in the industry for eight months each year. The crop is planted in June, after the early rains, and harvested in October or November for export to Europe (4⁄5 to Marseilles) for oil extraction, which is typically sold as olive oil. A characteristic of the industry is the arrival of thousands of men from far away, known as “strange farmers,” who are provided with housing, food, and farms to cultivate. In exchange, they must give half of the produce to the landlords. Once they sell their nuts, “strange farmers” often leave and may not return for years.
Apart from the cultivation of the ground-nut, the agricultural resources of the country are undeveloped. Large herds of cattle are kept by the Fula, and in cattle rich natives usually invest their wealth. Land can be hired for 2d. an acre per annum for twenty-one years. All land lying vacant or unused, or to which the occupier is unable to produce any title, is vested in the crown. A botanical station was opened in 1894, and the cultivation of American and Egyptian cotton was taken in hand in 1902. The experiment proved discouraging. Great difficulty was experienced in getting farmers to grow cotton for export, as unless carried on on highly scientific lines its cultivation is not so profitable as that of the ground-nut. The principal imports, of which over 2⁄3 come from Great Britain or British colonies, are cotton goods, kola-nuts (from Sierra Leone), tobacco, rice, sugar and spirits. In the ten years 1898 to 1907 the average annual value of the exports was £301,000, of the imports £316,000. There are no mines in the colony, nor any apparent mineral wealth, except ridges of ironstone in the regions above McCarthy’s Island. Bathurst is in telegraphic communication with Europe and the rest of Africa. There are no railways in the colony, but it is traversed by well-made roads of a uniform width of 18 ft. The Liverpool mail steamers call at the port every fortnight. A government steamer runs regularly from Bathurst to McCarthy’s Island, and a smaller boat plies on the upper river. The shipping trade is chiefly British; French and German tonnage coming next.
Aside from growing groundnuts, the country's agricultural resources are underdeveloped. The Fula people keep large herds of cattle, and wealthy locals often invest in cattle. Land can be rented for 2 pence an acre per year for up to twenty-one years. All land that is vacant, unused, or where the occupant cannot prove ownership is owned by the crown. A botanical station was established in 1894, and the cultivation of American and Egyptian cotton began in 1902. The experiment was discouraging. It was very hard to convince farmers to grow cotton for export because, unless done in a highly scientific way, it isn’t as profitable as growing groundnuts. The main imports, over 2/3 of which come from Great Britain or its colonies, include cotton goods, kola nuts (from Sierra Leone), tobacco, rice, sugar, and alcohol. Between 1898 and 1907, the average annual value of exports was £301,000, while imports averaged £316,000. There are no mines or visible mineral wealth in the colony, except for ridges of ironstone upstream of McCarthy’s Island. Bathurst has telegraphic communication with Europe and the rest of Africa. There are no railways in the colony, but it is crossed by well-maintained roads that are uniformly 18 feet wide. Liverpool mail steamers arrive at the port every two weeks. A government steamer regularly runs from Bathurst to McCarthy’s Island, and a smaller boat operates on the upper river. The shipping trade is mostly British, followed by French and German shipping.
Surrounded on all sides, save seawards, by French territory, the colony largely depends, economically, upon France, to which country most of the exports go. A considerable entrepôt trade is also done with the neighbouring French colonies. The extent of French influence is indicated by the fact that the five-franc piece, locally known as a dollar, is largely circulated throughout the protectorate, and is accepted as legal tender, although the currency in the colony proper is the English coinage.
Surrounded on all sides, except for the coastline, by French territory, the colony heavily relies on France for its economy, with most exports going there. A significant trade hub also exists with nearby French colonies. The extent of French influence is shown by the fact that the five-franc coin, locally referred to as a dollar, is widely used throughout the protectorate and accepted as legal currency, even though the official currency in the colony itself is English coinage.
Administration, Revenue, &c.—The Gambia is administered by a governor, assisted by an executive and a legislative council. On the last-named body nominated unofficial members have seats. The colony is self-supporting and has no public debt. The revenue, which in 1906 for the first time exceeded £60,000, is mainly derived from customs. A company of the West African Frontier Force is maintained. Travelling commissioners visit the five districts into which, for administrative purposes, the protectorate is divided, and in which the native form of government prevails. From the native law-courts appeal can be made to the supreme court at Bathurst. There is also at Bathurst a Mahommedan court, established in 1906, for the trial of cases involving the civil status of Moslems.
Administration, Revenue, &c.—The Gambia is run by a governor, who is supported by an executive and a legislative council. The latter includes unofficial members who have seats. The colony supports itself and has no public debt. The revenue, which first surpassed £60,000 in 1906, mainly comes from customs. A company from the West African Frontier Force is maintained. Traveling commissioners visit the five districts that the protectorate is divided into for administrative purposes, where the native form of government is in place. Appeals from the native law courts can be made to the supreme court in Bathurst. Also in Bathurst, there is a Muslim court, established in 1906, for handling cases related to the civil status of Muslims.
Primary schools are maintained by the various religious denominations, and receive grants from government. The Wesleyans have 438 also a secondary and a technical school. There is a privately supported school for Mahommedans at Bathurst. The Anglicans, Wesleyans and Roman Catholics have numerous converts.
Primary schools are run by different religious groups and get funding from the government. The Wesleyans also have a secondary school and a technical school. There’s a privately funded school for Muslims in Bathurst. The Anglicans, Wesleyans, and Roman Catholics have many converts.
History.—Of the early history of the Gambia district there is scant mention. At what period the stone circles and pillars (apparently of a “Druidical” character), whose ruins are found at several places along the upper Gambia, were erected is not known. Those at Lamin Koto, on the right bank of the river opposite McCarthy’s Island, are still in good preservation, and are an object of veneration to the Mahommedans (see Geog. Journ. vol. xii., 1898). The country appears to have formed part, successively, of the states of Ghana, Melle and Songhoi. The relations, political and commercial, of the natives were all with the north and east; consequently no large town was founded on the banks of the river, nor any trade carried on (before the coming of the white man) by vessels sailing the ocean. About the 11th century the district came under Mahommedan influence.
History.—There is very little information about the early history of the Gambia district. It's unclear when the stone circles and pillars, which seem to have a “Druidical” style, were constructed at various locations along the upper Gambia. The ones at Lamin Koto, on the right bank of the river opposite McCarthy’s Island, are still well-preserved and are respected by the Muslims (see Geog. Journ. vol. xii., 1898). The area appears to have been part of the states of Ghana, Melle, and Songhoi at different times. The local people's political and commercial connections were primarily with the north and east; as a result, no large town formed on the riverbanks, and there was no trade conducted (before the arrival of Europeans) by ocean-going vessels. Around the 11th century, the region fell under Islamic influence.
The Portuguese visited the Gambia in the 15th century, and in the beginning of the 16th century were trading in the lower river. Embassies were sent from the Portuguese stations inland to Melle to open up trade with the interior, but about the middle of the century this trade—apparently mostly in gold and slaves—declined. At the end of the century the river was known as the resort of banished men and fugitives from Portugal and Spain. It was on the initiative of Portuguese living in England that Queen Elizabeth, in 1588, granted a patent to “certain merchants of Exeter and others of the west parts and of London for a trade to the river of Senega and Gambra in Guinea.” This company was granted a monopoly of trade for ten years. Its operations led to no permanent settlement in the Gambia. In 1618 James I. granted a charter to another company named “The Company of Adventurers of London trading into Africa,” and formed at the instigation of Sir Robert Rich, afterwards earl of Warwick, for trade with the Gambia and the Gold Coast. This company sought to open up trade with Timbuktu, then believed to be a great mart for gold, which reached the lower Gambia in considerable quantities. With this object George Thompson (a merchant who had traded with Barbary) was sent out in the “Catherine,” and ascended the Gambia in his ship to Kassan, a Portuguese trading town, thence continuing his journey in small boats. In his absence the “Catherine” was seized and the crew murdered by Portuguese and half-castes, and Thompson himself was later on murdered by natives. Two years afterwards Richard Jobson, another agent of the Company of Adventurers, advanced beyond the falls of Barraconda; and he was followed, about forty years later, by Vermuyden, a Dutch merchant, who on his return to Europe asserted that he had reached a country full of gold.
The Portuguese visited The Gambia in the 15th century, and by the early 16th century, they were trading in the lower river. Embassies were sent from the Portuguese stations inland to Melle to establish trade with the interior, but around the middle of the century, this trade—mainly involving gold and slaves—began to decline. By the end of the century, the river was known as a place for exiled individuals and fugitives from Portugal and Spain. It was at the suggestion of Portuguese living in England that Queen Elizabeth, in 1588, issued a patent to "certain merchants of Exeter and others from the western parts and London for trade to the river of Senega and Gambra in Guinea." This company was granted a ten-year trade monopoly. However, their operations did not lead to any permanent settlement in The Gambia. In 1618, James I granted a charter to another company called "The Company of Adventurers of London trading into Africa," which was formed at the request of Sir Robert Rich, later the Earl of Warwick, for trading with The Gambia and the Gold Coast. This company aimed to establish trade with Timbuktu, which was believed to be a major market for gold that flowed into the lower Gambia in large amounts. To achieve this, George Thompson (a merchant who had traded with Barbary) was sent out on the "Catherine," and he sailed up the Gambia to Kassan, a Portuguese trading town, then continued his journey in small boats. While he was away, the "Catherine" was seized, and the crew was murdered by Portuguese and mixed-race individuals, and Thompson himself was later killed by locals. Two years later, Richard Jobson, another agent of the Company of Adventurers, ventured beyond the falls of Barraconda; he was followed about forty years later by Vermuyden, a Dutch merchant, who claimed upon his return to Europe that he had reached a land abundant in gold.
The Company of Adventurers had built a fort near the mouth of the Gambia. This was superseded in 1664 by a fort built by Captain (afterwards Admiral Sir Robert) Holmes on a small island 20 m. from the mouth of the river and named Fort James, in honour of the duke of York (James II.). This fort was built expressly to defend the British trade against the Dutch, and from that time the British remained in permanent occupation of one or more ports on the river. In 1723 Captain Bartholomew Stibbs was sent out by the Royal African Company, which had succeeded the earlier companies, to verify Vermuyden’s reports of gold. He proceeded 60 m. above the falls, but the land of gold was not found. The French now became rivals for the trade of the Gambia, but the treaty of Versailles in 1783 assigned the trade in the river to Britain, reserving, however, Albreda for French trade, while it assigned the Senegal to France, with the reservation of the right of the British to trade at Portendic for gum. This arrangement remained in force till 1857, when an exchange of possessions was effected and the lower Gambia became a purely British river. In the period between the signing of the treaty of Versailles and 1885 the small territories which form the colony proper were acquired by purchase or cession from native kings. St Mary’s Isle was acquired in 1806; McCarthy’s Isle was bought in 1823; the Ceded Mile was granted by the king of Barra in 1826; and British Kommbo between 1840 and 1855. During this period the colony had gone through an economic crisis by the abolition of the slave trade (1807), which had been since 1662 its chief financial support. The beginning of a return to prosperity came in 1816 when some British traders, obliged to leave Senegal on the restoration of that country to France after the Napoleonic wars, founded a settlement on St Mary’s Isle. From that year the existing colony, as distinct from trading on the river, dates. The Gambia witnessed many administrative changes. When the slave trade was abolished, the settlement was placed under the jurisdiction of the governor of Sierra Leone, and was formally annexed to Sierra Leone on the dissolution of the Royal African Company (1822). It so remained until 1843, when the Gambia was made an independent colony, its first governor being Henry Frowd Seagram. Afterwards (1866) the Gambia became a portion of the officially styled “West African Settlements.” In 1883 it was again made a separate government, administered as a crown colony. Between the years last mentioned—1866-1888—the colony had suffered from the retrograde policy adopted by parliament in respect to the West African Settlements (vide Report of the Select Committee of 1865).
The Company of Adventurers had built a fort near the mouth of the Gambia. This was replaced in 1664 by a fort built by Captain (later Admiral Sir Robert) Holmes on a small island 20 miles from the mouth of the river, named Fort James in honor of the Duke of York (James II). This fort was specifically constructed to protect British trade from the Dutch, and from that point on, the British maintained a permanent presence at one or more ports along the river. In 1723, Captain Bartholomew Stibbs was sent out by the Royal African Company, which had taken over from the earlier companies, to confirm Vermuyden’s reports of gold. He traveled 60 miles above the falls, but no gold land was found. The French then became competitors for the Gambia trade, but the Treaty of Versailles in 1783 assigned the trade in the river to Britain, while still keeping Albreda for French trade and assigning Senegal to France, granting the British the right to trade at Portendic for gum. This agreement lasted until 1857, when an exchange of territories took place and the lower Gambia became strictly a British river. Between the signing of the Treaty of Versailles and 1885, the small areas that make up the colony were acquired through purchase or cession from local kings. St Mary’s Isle was obtained in 1806; McCarthy’s Isle was purchased in 1823; the Ceded Mile was granted by the king of Barra in 1826; and British Kommbo was acquired between 1840 and 1855. During this time, the colony experienced an economic crisis due to the abolition of the slave trade in 1807, which had been its main financial support since 1662. A return to prosperity began in 1816 when some British traders, forced to leave Senegal after it was restored to France following the Napoleonic Wars, established a settlement on St Mary’s Isle. From that year, the current colony, distinct from trading on the river, began. The Gambia underwent numerous administrative changes. After the abolition of the slave trade, the settlement was placed under the authority of the governor of Sierra Leone and was officially annexed to Sierra Leone when the Royal African Company dissolved in 1822. It remained that way until 1843, when the Gambia became an independent colony, with Henry Frowd Seagram as its first governor. Later, in 1866, the Gambia became part of the officially named “West African Settlements.” In 1883, it was again made a separate government, administered as a crown colony. During the years between 1866 and 1888, the colony suffered due to the backward policy adopted by Parliament regarding the West African Settlements (vide Report of the Select Committee of 1865).
In 1870 negotiations were opened between France and Great Britain on the basis of a mutual exchange of territories in West Africa. Suspended owing to the outbreak of the Franco-Prussian War the negotiations were resumed in 1876. “Definite proposals were at that time formulated by which the Gambia was to be exchanged for all posts by France between the Rio Pongas (Pongo river, French Guinea) and the Gabun. This would have been a comprehensive and intelligible arrangement, but so strong a feeling in opposition to any cession of British territory was manifested in parliament, and by various mercantile bodies, that the government of the day was unable to press the scheme.”1 Nothing was done, however, to secure for the Gambia a suitable hinterland, and in 1877 the 4th earl of Carnarvon (then colonial secretary) warned British traders that they proceeded beyond McCarthy’s Isle at their own risk. Meantime the French from Senegal pushed their frontier close to the British settlements, so that when the boundaries were settled by the agreement of the 10th of August 1889 with France, Great Britain was able to secure only a ten-kilometre strip on either side of the river. This document fixed the frontier of the British protectorate inland at a radius of 10 m. from the centre of the town of Yarbatenda; which town is situated at the limit of navigability of the Gambia from the sea. By Art. 5 of the Anglo-French convention of the 8th of April 1904, Yarbatenda was ceded to France, with the object of giving that country a port on the river accessible to sea-going merchantmen.
In 1870, negotiations began between France and Great Britain to mutually exchange territories in West Africa. These talks were put on hold due to the start of the Franco-Prussian War but resumed in 1876. At that time, clear proposals were made to trade the Gambia for all the French-held posts between the Rio Pongas (Pongo River, French Guinea) and Gabun. This would have been a logical and understandable arrangement, but there was significant opposition to any transfer of British territory in Parliament and among various business groups, which made it impossible for the government to move forward with the plan. 1 However, nothing was done to ensure the Gambia had a suitable hinterland, and in 1877, the 4th Earl of Carnarvon (the colonial secretary at the time) warned British traders that if they traveled beyond McCarthy’s Isle, they did so at their own risk. Meanwhile, the French from Senegal moved their border closer to the British settlements, so when the boundaries were set by the agreement with France on August 10, 1889, Great Britain was only able to secure a ten-kilometer strip on either side of the river. This document established the boundary of the British protectorate inland at a radius of 10 m from the center of the town of Yarbatenda, which is located at the navigable limit of the Gambia from the sea. According to Article 5 of the Anglo-French convention dated April 8, 1904, Yarbatenda was ceded to France to provide that country with a port on the river that could accommodate sea-going merchant ships.
Since 1871 the colony had been self-supporting, but on the acquirement of the protectorate it was decided, in order to balance increasing expenditure, to impose a “hut tax” on the natives. This was done in 1895. The tax, which averages 4s. per annum for a family, met with no opposition.
Since 1871, the colony had been financially independent, but after gaining the protectorate, it was decided to introduce a “hut tax” on the locals to cover rising expenses. This was implemented in 1895. The tax, averaging 4s. per year for a family, faced no resistance.
In 1892 a slave-raiding chief, named Fodi Kabba, had to be forcibly expelled from British territory. In 1894 another slave-raider, Fodi Silah, gave much trouble to the protectorate. An expedition under Captain E.H. (afterwards admiral) Gamble succeeded in routing him, and Fodi Silah took refuge in French territory, where he died. During the expedition Captain Gamble was led into an ambush, and in this engagement lost 15 killed and 47 wounded. In 1900 trouble again arose through the agency of Fodi Kabba, who had fixed his residence at Medina, in French territory. Two travelling commissioners (Mr F.C. Sitwell and Mr Silva) were murdered in June of that year, at a place called Suankandi, and a punitive expedition was sent out under Colonel H.E. Brake. Suankandi was captured and, the French co-operating, Medina was also captured, Fodi Kabba being killed on the 23rd of March 1901.
In 1892, a slave-raiding chief named Fodi Kabba was forcibly removed from British territory. In 1894, another slave-raider, Fodi Silah, caused significant trouble for the protectorate. An expedition led by Captain E.H. Gamble (who later became an admiral) successfully drove him out, and Fodi Silah sought refuge in French territory, where he died. During the expedition, Captain Gamble fell into an ambush, resulting in 15 soldiers killed and 47 wounded. In 1900, trouble resurfaced due to Fodi Kabba, who had settled in Medina, in French territory. In June of that year, two traveling commissioners, Mr. F.C. Sitwell and Mr. Silva, were murdered at a place called Suankandi, prompting a punitive expedition led by Colonel H.E. Brake. Suankandi was captured, and with French cooperation, Medina was also taken, resulting in the death of Fodi Kabba on March 23, 1901.
The people of the protectorate are in general peaceful and contented, and slave trading is a thing of the past. Provision was moreover made by an ordinance of 1906 for the extinction of slavery itself throughout the protectorate, it being enacted that 439 henceforth all children born of slaves were free from birth, and that all slaves became free on the death of their master.
The people in the protectorate are generally peaceful and content, and slave trading is a thing of the past. An ordinance from 1906 was also put in place to end slavery throughout the protectorate, stating that 439 from now on, all children born to slaves are free from birth, and all slaves will be freed when their master dies.
See the Annual Reports on the colony published by the colonial office, London, which give the latest official information; C.P. Lucas’s Historical Geography of the British Colonies, vol. iii., West Africa (2nd ed., Oxford, 1900) (this book contains valuable bibliographical notes); and The Gambia Colony and Protectorate, an official handbook (with map and considerable historical information), by F.B. Archer, treasurer of the colony (London, 1906). Early accounts of the country will be found in vol. ii. of Thomas Astley’s New General Collection of Voyages and Travels (London, 1745-1747). See also Major W. Gray and Surgeon Dochard, Travels in Western Africa in 1818-1821, from the River Gambia ... to the River Niger (London, 1829). The flora has been the subject of a special study, A. Rançon, La Flore utile du bassin de la Gambie (Bordeaux, 1895). Most of the books mentioned under Gold Coast also deal with the Gambia.
See the Annual Reports on the colony published by the colonial office in London, which provide the latest official information; C.P. Lucas’s Historical Geography of the British Colonies, vol. iii., West Africa (2nd ed., Oxford, 1900) (this book includes valuable bibliographical notes); and The Gambia Colony and Protectorate, an official handbook (with a map and substantial historical information), by F.B. Archer, treasurer of the colony (London, 1906). Early accounts of the country can be found in vol. ii. of Thomas Astley’s New General Collection of Voyages and Travels (London, 1745-1747). See also Major W. Gray and Surgeon Dochard, Travels in Western Africa in 1818-1821, from the River Gambia ... to the River Niger (London, 1829). The flora has been the subject of a special study, A. Rançon, La Flore utile du bassin de la Gambie (Bordeaux, 1895). Most of the books mentioned under Gold Coast also cover the Gambia.
GAMBIER, JAMES GAMBIER, Baron (1756-1833), English admiral, was born on the 13th of October 1756 at the Bahamas, of which his father, John Gambier, was at that time lieutenant-governor. He entered the navy in 1767 as a midshipman on board the “Yarmouth,” under the command of his uncle; and, his family interest obtaining for him rapid promotion, he was raised in 1778 to the rank cf post-captain, and appointed to the “Raleigh,” a fine 32-gun frigate. At the peace of 1783 he was placed on half-pay; but, on the outbreak of the war of the French Revolution, he was appointed to the command of the 74-gun ship “Defence,” under Lord Howe; and in her he had an honourable share in the battle on the 1st of June 1794. In recognition of his services on this occasion, Captain Gambier received the gold medal, and was made a colonel of marines; the following year he was advanced to the rank of rear-admiral, and appointed one of the lords of the admiralty. In this office he continued for six years, till, in February 1801, he, a vice-admiral of 1799, hoisted his flag on board the “Neptune,” of 98 guns, as third in command of the Channel Fleet under Admiral Cornwallis, where, however, he remained for but a year, when he was appointed governor of Newfoundland and commander-in-chief of the ships on that station. In May 1804 he returned to the admiralty, and with a short intermission in 1806, continued there during the naval administration of Lord Melville, of his uncle, Lord Barham, and of Lord Mulgrave. In November 1805 he was raised to the rank of admiral; and in the summer of 1807, whilst still a lord of the admiralty, he was appointed to the command of the fleet ordered to the Baltic, which, in concert with the army under Lord Cathcart, reduced Copenhagen, and enforced the surrender of the Danish navy, consisting of nineteen ships of the line, besides frigates, sloops, gunboats, and naval stores. This service was considered by the government as worthy of special acknowledgment; the naval and military commanders, officers, seamen and soldiers received the thanks of both Houses of Parliament, and Admiral Gambier was rewarded with a peerage.
GAMBIER, JAMES GAMBIER, Lord (1756-1833), an English admiral, was born on October 13, 1756, in the Bahamas, where his father, John Gambier, was the lieutenant-governor at that time. He joined the navy in 1767 as a midshipman on the "Yarmouth," under the command of his uncle. Thanks to family connections, he quickly rose through the ranks and became a post-captain in 1778, taking command of the "Raleigh," a 32-gun frigate. After the peace of 1783, he was placed on half-pay; however, when the French Revolution broke out, he was appointed to command the 74-gun ship "Defence" under Lord Howe. He played a significant role in the battle on June 1, 1794. In recognition of his contributions, Captain Gambier was awarded the gold medal and made a colonel of marines. The following year, he was promoted to rear-admiral and appointed one of the lords of the admiralty. He served in this position for six years until February 1801, when he, already a vice-admiral since 1799, hoisted his flag on the "Neptune," a 98-gun ship, as the third in command of the Channel Fleet under Admiral Cornwallis. He stayed in this role for only a year before being named governor of Newfoundland and commander-in-chief of the ships in that area. In May 1804, he returned to the admiralty, and aside from a brief hiatus in 1806, he remained there during the naval administration of Lord Melville, his uncle Lord Barham, and Lord Mulgrave. In November 1805, he was promoted to admiral; and in the summer of 1807, while still a lord of the admiralty, he was given command of the fleet sent to the Baltic, which, alongside the army under Lord Cathcart, captured Copenhagen and forced the surrender of the Danish navy, which included nineteen ships of the line, along with frigates, sloops, gunboats, and naval supplies. This operation was recognized by the government as deserving special acknowledgment; both naval and military commanders, officers, seamen, and soldiers received the thanks of both Houses of Parliament, and Admiral Gambier was granted a peerage.
In the spring of the following year he gave up his seat at the admiralty on being appointed to the command of the Channel Fleet; and in that capacity he witnessed the partial, and prevented the total, destruction of the French fleet in Basque Roads, on the 12th of April 1809. It is in connexion with this event, which might have been as memorable in the history of the British navy as it is in the life of Lord Dundonald (see Dundonald), that Lord Gambier’s name is now best known. A court-martial, assembled by order of a friendly admiralty, and presided over by a warm partisan, “most honourably acquitted” him on the charge “that, on the 12th of April, the enemy’s ships being then on fire, and the signal having been made that they could be destroyed, he did, for a considerable time, neglect or delay taking effectual measures for destroying them”; but this decision was in reality nothing more than a party statement of the fact that a commander-in-chief, a supporter of the government, is not to be condemned or broken for not being a person of brilliant genius or dauntless resolution. No one now doubts that the French fleet should have been reduced to ashes, and might have been, had Lord Gambier had the talents, the energy, or the experience of many of his juniors. He continued to hold the command of the Channel Fleet for the full period of three years, at the end of which time—in 1811—he was superseded. In 1814 he acted in a civil capacity as chief commissioner for negotiating a treaty of peace with the United States; for his exertions in which business he was honoured with the Grand Cross of the Bath. In 1830 he was raised to the high rank of admiral of the fleet, and he died on the 19th of April 1833.
In the spring of the following year, he resigned his position at the admiralty after being appointed to command the Channel Fleet. In this role, he witnessed the partial destruction and prevented the complete destruction of the French fleet in Basque Roads on April 12, 1809. It’s in connection with this event, which could have been as significant in British naval history as it was in the life of Lord Dundonald (see Dundonald), that Lord Gambier's name is most well-known today. A court-martial, convened by a supportive admiralty and led by a staunch ally, “most honourably acquitted” him on the charge “that, on April 12, the enemy’s ships were on fire, and the signal had been made that they could be destroyed, yet he did, for a considerable time, neglect or delay taking effective measures to destroy them”; however, this decision was really nothing more than a partisan statement affirming that a commander-in-chief, who supports the government, should not be condemned or dismissed for lacking remarkable genius or fearless determination. No one doubts now that the French fleet should have been completely destroyed and could have been, had Lord Gambier possessed the skills, energy, or experience of many of his subordinates. He remained in command of the Channel Fleet for a full three years, after which he was replaced in 1811. In 1814, he served in a civil role as chief commissioner for negotiating a peace treaty with the United States, for which his efforts earned him the Grand Cross of the Bath. In 1830, he was promoted to the rank of admiral of the fleet, and he passed away on April 19, 1833.
Lord Gambier was a man of earnest, almost morbid, religious principle, and of undoubted courage; but the administration of the admiralty has seldom given rise to such flagrant scandals as during the time when he was a member of it; and through the whole war the self-esteem of the navy suffered no such wound as during Lord Gambier’s command in the Bay of Biscay.
Lord Gambier was a man of serious, almost obsessive, religious principles, and he was undoubtedly brave; however, the management of the admiralty has rarely seen such blatant scandals as when he was part of it. Throughout the entire war, the navy's self-respect faced no greater blow than during Lord Gambier’s leadership in the Bay of Biscay.
The so-called Memorials, Personal and Historical, of Admiral Lord Gambier, by Lady Chatterton (1861), has no historical value. The life of Lord Gambier is to be read in Marshall’s Royal Naval Biography, in Ralfe’s Naval Biography, in Lord Dundonald’s Autobiography of a Seaman, in the Minutes of the Courts-Martial and in the general history of the period.
The Memorials, Personal and Historical, of Admiral Lord Gambier, by Lady Chatterton (1861), holds no historical significance. Lord Gambier's life can be found in Marshall’s Royal Naval Biography, Ralfe’s Naval Biography, Lord Dundonald’s Autobiography of a Seaman, the Minutes of the Courts-Martial, and the general history of the time.
GAMBIER, a village of College township, Knox county, Ohio, U.S.A., on the Kokosing river, 5 m. E. of Mount Vernon. Pop. (1900) 751; (1910) 537. It is served by the Cleveland, Akron & Columbus railway. The village is finely situated, and is the seat of Kenyon College and its theological seminary, Bexley Hall (Protestant Episcopal), and of Harcourt Place boarding school for girls (1889), also Protestant Episcopal. The college was incorporated in 1824 as the “Theological Seminary of the Protestant Episcopal Church in the Diocese of Ohio”; but in 1891 “Kenyon College,” the name by which the institution has always been known, became the official title. Its first exercises were held at Worthington, Ohio, in the home of Philander Chase (1775-1852), first Protestant Episcopal bishop in the North-west Territory, by whose efforts the funds for its endowment had been raised in England in 1823-1824, the chief donors being Lords Kenyon and Gambier. The first permanent building, “Old Kenyon” (still standing, and used as a dormitory), was erected on Gambier Hill in 1827 in the midst of a forest. In 1907-1908 the theological seminary had 18 students and the collegiate department 119.
GAMBIER is a village in College Township, Knox County, Ohio, U.S.A., located on the Kokosing River, 5 miles east of Mount Vernon. Population: (1900) 751; (1910) 537. It’s served by the Cleveland, Akron & Columbus Railway. The village is beautifully located and is home to Kenyon College and its theological seminary, Bexley Hall (Protestant Episcopal), as well as Harcourt Place, a boarding school for girls (1889), also Protestant Episcopal. The college was incorporated in 1824 as the “Theological Seminary of the Protestant Episcopal Church in the Diocese of Ohio”; however, in 1891, “Kenyon College,” the name by which the institution has always been known, became the official title. Its first classes took place in Worthington, Ohio, in the home of Philander Chase (1775-1852), the first Protestant Episcopal bishop in the Northwest Territory, who helped to raise funds for its endowment in England between 1823-1824, with key contributions from Lords Kenyon and Gambier. The first permanent building, “Old Kenyon” (which is still standing and used as a dormitory), was constructed on Gambier Hill in 1827 amidst a forest. In 1907-1908, the theological seminary had 18 students and the collegiate department had 119.
Some account of the founding of the college may be found in Bishop Chase’s Reminiscences; an Autobiography, comprising a History of the Principal Events in the Author’s Life to 1847 (2 vols., New York, 1848).
Some information about the founding of the college can be found in Bishop Chase’s Reminiscences; an Autobiography, comprising a History of the Principal Events in the Author’s Life to 1847 (2 vols., New York, 1848).
GAMBOGE (from Camboja, a name of the district whence it is obtained), a gum-resin procured from Garcinia Hanburii, a dioecious tree with leathery, laurel-like leaves, small yellow flowers, and usually square-shaped and four-seeded fruit, a member of the natural order Guttiferae, and indigenous to Cambodia and parts of Siam and of the south of Cochin China, formerly comprised in Cambojan territory. The juice, which when hardened constitutes gamboge, is contained in the bark of the tree, chiefly in numerous ducts in its middle layer, and from this it is procured by making incisions, bamboo joints being placed to receive it as it exudes. Gamboge occurs in commerce in cylindrical pieces, known as pipe or roll gamboge, and also, usually of inferior quality, in cakes or amorphous masses. It is of a dirty orange externally; is hard and brittle, breaks with a conchoidal and reddish-yellow, glistening fracture, and affords a brilliant yellow powder; is odourless, and has a taste at first slight, but subsequently acrid; forms with water an emulsion; and consists of from 20 to 25% of gum soluble in water, and from 70 to 75% of a resin. Its commonest adulterants are rice-flour and pulverized bark.
Gamboge (from Cambodia, the name of the district where it comes from), is a gum-resin obtained from Garcinia Hanburii, a dioecious tree with leathery, laurel-like leaves, small yellow flowers, and usually square-shaped, four-seeded fruit. This tree is part of the natural order Guttiferae and is native to Cambodia and parts of Siam and southern Cochin China, which were once part of Cambodian territory. The juice that hardens to form gamboge is found in the tree's bark, mainly in numerous ducts in its middle layer, and is collected by making cuts in the bark, using bamboo joints to catch the exuding liquid. Gamboge is sold commercially in cylindrical pieces known as pipe or roll gamboge, as well as, often of lower quality, in cakes or amorphous lumps. It appears as a dirty orange externally; it’s hard and brittle and breaks with a conchoidal and reddish-yellow, shiny fracture, producing a brilliant yellow powder. It is odorless and has a taste that starts off mild but becomes acrid; it forms an emulsion with water; it consists of 20 to 25% of gum soluble in water and 70 to 75% of resin. The most common adulterants are rice flour and powdered bark.
Gamboge (Cambogia) is a drastic hydragogue cathartic, causing much griping and irritation of the intestine. A small quantity is absorbed, adding a yellow ingredient to the urine and acting as a mild diuretic. Its irritant action on the skin may cause the formation of pustules. It is less active only than croton oil and elaterium, and may be given in doses of half to two grains, combined with some sedative such as hyoscyamus, in apoplexy and in extreme cases of dropsy. Gamboge is used as a pigment, and as a colouring matter for varnishes. It appears to have been first brought into Europe by merchants from the East at the close of the 16th century.
Gamboge (Cambogia) is a powerful laxative that can cause significant cramping and irritation of the intestines. A small amount gets absorbed, adding a yellow tint to the urine and acting as a mild diuretic. Its irritating effect on the skin might lead to the formation of pustules. It is only less potent than croton oil and elaterium, and can be given in doses from half to two grains, combined with a sedative like hyoscyamus, for treating apoplexy and severe cases of dropsy. Gamboge is also used as a pigment and as a coloring agent for varnishes. It was first introduced to Europe by merchants from the East at the end of the 16th century.
GAMBRINUS, a mythical Flemish king who is credited with the first brewing of beer. His name is usually derived from that of Jan Primus, i.e. Jan (John) I., the victorious duke of Brabant, from 1261 to 1294, who was president of the Brussels gild of 440 brewers; his portrait with a foaming glass of ale in his hand had the place of honour in the gild-hall, and this led in time, it is suggested, to the myth of the beer-king who is usually represented outside a barrel with a tankard in his hand.
GAMBRINUS is a legendary Flemish king credited with being the first to brew beer. His name is often believed to come from Jan Primus, i.e. Jan (John) I., the victorious duke of Brabant, who ruled from 1261 to 1294 and was head of the Brussels guild of 440 brewers. His portrait, featuring a foaming glass of ale, was prominently displayed in the guild hall, which is thought to have contributed to the legend of the beer king, often depicted standing next to a barrel with a tankard in his hand.
GAME, a word which in its primary and widest significance means any amusement or sport, often combined in the early examples with “glee,” “play,” “joy” or “solace.” It is a common Teutonic word, in O. Eng. gamen, in O.H.G. gaman, but only appears in modern usage outside English in Dan. gammen and Swed. gamman. The ulterior derivation is obscure, but philologists have identified it with the Goth. gaman, companion or companionship; if this be so, it is compounded of the prefix ga-, with, and the root seen in “man.” Apart from its primary and general meaning the word has two specific applications, first to a contest played as a recreation or as an exhibition of skill, in accordance with rules and regulations; and, secondly, to those wild animals which are the objects of the chase, and their flesh as used for food, distinguished as such from meat, fish and poultry, and from the flesh of deer, to which the name “venison” is given. For “game,” from the legal aspect, and the laws relating to its pursuit and capture see Game Laws. The athletic contests of the ancient Greeks (ἀγῶνες) and the public shows (ludi) of the arena and amphitheatre of the ancient Romans are treated below (Games, Classical); the various forms of modern games, indoor and outdoor, whether of skill, strength or chance, are dealt with under their specific titles. A special use (“gaming” or “gambling”) restricts the term to the playing of games for money, or to betting and wagering on the results of events, as in horse-racing, &c. (see Gaming and Wagering). “Gamble,” “gambler” and “gambling” appear very late in English. The earliest quotations in the New English Dictionary for the three words are dated 1775, 1747 and 1784 respectively. They were first regarded as cant or slang words, and implied a reproach, either as referring to cheats or sharpers, or to those who played recklessly for extravagant stakes. The form of the words is obscure, but is supposed to represent a local variation gammle of the M.E. gamenian. From this word must, of course, be distinguished “gambol,” to sport, frisk, which, as the older forms (gambald, gambaud) show, is from the Fr. gambade, leap, jump, of a horse, It. gambado, gamba, leg (Mod. Fr. jambe).
GAME, a term that primarily and broadly refers to any form of amusement or sport, often associated in early usages with “glee,” “play,” “joy,” or “solace.” It’s a common word in Germanic languages, found in Old English as gamen and in Old High German as gaman, but it only occurs in modern languages outside of English in Danish as gammen and Swedish as gamman. The deeper origin is unclear, but linguists have connected it to the Gothic gaman, meaning companion or companionship; if true, it combines the prefix ga-, meaning with, and the root seen in “man.” Besides its general meaning, the word has two specific uses: first, it refers to a contest played as a leisure activity or as a display of skill, following specific rules and regulations; second, it denotes wild animals that are hunted and their meat used for food, distinguishing them from meat, fish, and poultry, and the flesh of deer, which is called “venison.” For “game,” in terms of legal issues and the laws surrounding its hunting and capture, see Game Laws. The athletic competitions of the ancient Greeks (competitions) and the public spectacles (ludi) in the arenas and amphitheaters of ancient Rome are discussed below (Games, Classical); the various modern games, both indoor and outdoor, whether based on skill, strength, or chance, are covered under their specific categories. A particular use of the term (“gaming” or “gambling”) narrows its meaning to playing games for money or betting on the outcomes of events, like horse racing, etc. (see Gaming and Wagering). “Gamble,” “gambler,” and “gambling” entered English fairly late. The earliest citations in the New English Dictionary for these words date back to 1775, 1747, and 1784, respectively. Initially, they were seen as slang or informal terms, carrying a negative connotation, typically referring to cheats or those who played recklessly for high stakes. The exact origins of these words are unclear but are thought to stem from a local variation gammle of the Middle English gamenian. It’s important to differentiate this from “gambol,” meaning to play or frolic, which, as older forms (gambald, gambaud) suggest, comes from the French gambade, meaning leap or jump, and from Italian gambado, gamba, meaning leg (Modern French jambe).
GAME LAWS. This title in English law is applied to the statutes which regulate the right to pursue and take or kill certain kinds of wild animals (see above). The existence of these statutes is due to the rules of the common law as to the nature of property, and the interest of the Norman sovereigns and of feudal superiors in the pleasures of sport or the chase. The substantial basis of the law of property is physical possession of things and the power to deal with them as we see fit. By the common law wild animals are regarded as res nullius, and as not being the subject of private property until reduced into possession by being killed or captured. A bird in the hand is owned: a bird in the bush is not. Even bees do not become property until hived. “Though a swarm lights in my tree,” says Bracton, “I have no more property therein than I have in the birds which make their nests thereon.” If reclaimed or confined they become property. If they escape, the rights of the owner continue only while he is in pursuit of the fugitive, i.e. no other person can in the meantime establish a right of property against him by capturing the animal. A swarm of bees “which fly out of my hive are mine so long as I can keep them in sight and have power to pursue them.” But the right of recapture does not entitle the owner to follow his animals on to the lands of another, and the only case in which any right to follow wild animals on to the lands of others is now expressly recognized is when deer or hares are hunted with hounds or greyhounds. This recognition merely excepts such pursuit from the law as to criminal game trespass, and fox-hunters and those who course hares or hunt stags are civilly liable for trespass if they pass over land without the consent of the occupier (Paul v. Summerhayes, 1878, 4 Q.B.D. 9).
GAME LAWS. This term in English law refers to the laws that govern the right to hunt and capture certain types of wild animals (see above). These laws exist because of common law rules about property and the interests of Norman kings and feudal lords in the enjoyment of hunting and sport. The foundation of property law is physical possession of things and the authority to manage them as we choose. According to common law, wild animals are considered res nullius, meaning they aren't private property until they are captured or killed. A bird in hand is owned; a bird in the bush is not. Even bees don't become property until they are hived. “Though a swarm lands in my tree,” says Bracton, “I have no more ownership of them than I do of the birds that nest there.” Once they are captured or contained, they become property. If they escape, the owner's rights only continue while they are actively trying to retrieve the lost animal; no one else can claim ownership by catching it during that time. A swarm of bees “that flies out of my hive are mine as long as I can see them and can chase them.” However, the right to recapture does not allow the owner to follow their animals onto someone else's land, and the only situation where the right to pursue wild animals onto others' land is now explicitly recognized is when deer or hares are hunted with dogs. This recognition simply excludes such pursuits from criminal game trespass laws, and fox hunters, as well as those who chase hares or hunt stags, can be held civilly liable for trespass if they cross land without the occupier's consent (Paul v. Summerhayes, 1878, 4 Q.B.D. 9).
It is a maxim of the common law that things in which no one can claim any property belong to the crown by its prerogative: this rule has been applied to wild animals, and in particular to deer and what is now called “game.” The crown rights may pass to a subject by grant or equivalent prescription. In the course of time the exclusive right to take game, &c., on lands came to be regarded as incidental to the ownership or occupation of the lands. This is described as the right to game ratione soli. In certain districts of England which are crown forests or chases or legal parks, or subject to rights of free warren, the right to take deer and game is not in the owner or occupier of the soil, but is in the crown by prerogative, or ratione privilegii in the grantee of the rights of chase, park or free warren, which are anterior to and superior to those of the owner or occupier of the lands over which the privilege has been granted. In all cases where these special rights do not exist, the right to take or kill wild animals is treated as a profit incidental to the ownership or occupation of the land on which they are found, and there is no public right to take them on private land or even on a highway; nor is there any method known to the law by which the public at large or an undefined body of persons can lawfully acquire the right to take wild animals in alieno solo.
It’s a principle of common law that things nobody can claim ownership of belong to the crown by its prerogative: this rule applies to wild animals, especially deer and what we now call “game.” Crown rights can be granted to an individual through a grant or similar prescription. Over time, the exclusive right to hunt game, etc., on lands came to be seen as tied to the ownership or occupation of those lands. This is known as the right to game ratione soli. In certain areas of England that are crown forests, chases, or legal parks, or where there are rights of free warren, the right to take deer and game does not belong to the owner or occupier of the land, but instead lies with the crown by prerogative, or ratione privilegii, in the grantee of the rights of chase, park, or free warren, which take precedence over those of the landowner or occupier. In all cases where these special rights don’t exist, the right to hunt or kill wild animals is considered an advantage tied to the ownership or occupation of the land where they are found, and there’s no public right to take them on private property or even on a public road; nor is there any legal way for the public or an undefined group of people to gain the right to hunt wild animals in alieno solo.
In the nature of things the right to take wild animals is valuable as to deer and the animals usually described as game, and not as to those which are merely noxious as vermin, or simply valueless, as small birds. Upon the rules of the common law there has been grafted much legislation which up till the end of the 18th century was framed for the preservation of deer and game for the recreation and amusement of persons of fortune, and to prevent persons of inferior rank from squandering in the pursuit of game time which their station in life required to be more profitably employed. These enactments included the rigorous code known as the Laws of the Forest (see Forest Laws), as well as what are usually called the Game Laws.
In nature, the right to hunt wild animals, like deer and other game species, is considered valuable, unlike animals that are seen as pests or worthless, like small birds. Over time, various laws were added to common law, aimed at protecting deer and game for the entertainment of wealthy individuals, while preventing those of lower social status from wasting their time on hunting, which could be better spent on more productive activities. These laws included the strict regulations known as the Laws of the Forest (see Forest Laws) and what are commonly referred to as the Game Laws.
In England the older statutes relating to game were all repealed early in the 19th century. From the time of Richard II. (1389) to 1831, no person might kill game unless qualified by estate or social standing, a qualification raised from a 40s. freehold in 1389 to an interest of £100 a year in freehold or £150 in long leaseholds (1673). In 1831 this qualification by estate was abolished as to England. But in Scotland the right to hunt is theoretically reserved to persons who have in heritage that unknown quantity a “plough-gate of land” (Scots Act 1621, c. 31); and in Ireland qualifications by estate are made necessary for killing game and keeping sporting dogs (Irish Act 1698, 8 Will. III. c. 8). In England the game laws proper consist of the Night Poaching Acts of 1828 and 1844, the Game Act of 1831, the Poaching Prevention Act 1862, and the Ground Game Acts of 1880 and 1906. From the fact that the right of landowners over wild animals on their land does not amount to ownership it follows that they cannot prosecute any one for stealing live wild animals: and that apart from the game laws the only remedy against poachers is by civil action for trespass. As between trespasser and landowner the law is peculiar (Blades v. Higgs, 1865, 11 H.L.C. 621). If A starts and kills a hare on B’s land the dead hare belongs to B (ratione soli) and not to A, though he has taken the hare by his own efforts (per industriam). But if A hunts the hare from B’s land on to C’s land and there kills it, the dead hare belongs to A and not to B or C. It is not B’s because it was not taken on his land, and it is not C’s because it was not started on his land. In other words the right of each owner is limited to animals both started and killed on his own land, and in the case of conflicting claims to the animal taken (made ratione soli) the captor can make title (per industriam) against both landowners. If he is a trespasser he is liable to civil or criminal proceedings by both landowners, but the game is his unless forfeited under a statute. Another peculiar result of the law is that where trespassers (e.g. poachers) kill and carry off game or rabbits as part of one continuous transaction they are not guilty of theft, but only of game trespass (R. v. Townley, 1871, L.R. 1 C.C.R. 315), but it is theft for a trespasser to pick up and carry off a pheasant killed by the owner of the land on his own land or even a pheasant killed by an independent gang of poachers. The young of wild animals belong (propter impotentiam) to the owner of the land until they are able to fly or run away. This right does not extend to the 441 eggs of wild birds. But the owner can reduce the eggs into possession by taking them up and setting them under hens or in enclosures. And if this is done persons who take them are thieves and not merely poachers. A game farm, like a decoy for wild water-fowl, is treated as a trade or business; but a game preserve in which full-grown animals fly or run wild is subject to the ordinary incidents of the law as to animals ferae naturae.
In England, all the older laws about game were repealed early in the 19th century. From the time of Richard II. (1389) until 1831, no one could kill game unless they had a certain estate or social standing, which increased from a 40s. freehold in 1389 to an interest of £100 a year in freehold or £150 in long leaseholds (1673). In 1831, this estate qualification was abolished in England. However, in Scotland, the right to hunt is theoretically limited to people who own a "plough-gate of land" (Scots Act 1621, c. 31); and in Ireland, estate qualifications are necessary for killing game and keeping sporting dogs (Irish Act 1698, 8 Will. III. c. 8). The game laws in England mainly consist of the Night Poaching Acts of 1828 and 1844, the Game Act of 1831, the Poaching Prevention Act of 1862, and the Ground Game Acts of 1880 and 1906. Because landowners don’t actually own wild animals on their land, they can’t prosecute anyone for stealing live wild animals. Besides the game laws, the only way to deal with poachers is through civil action for trespass. When it comes to trespassers and landowners, the law is quite specific (Blades v. Higgs, 1865, 11 H.L.C. 621). If A starts and kills a hare on B’s land, the dead hare belongs to B (ratione soli), not A, even though A caught it through his own efforts (per industriam). But if A chases the hare from B’s land onto C’s land and kills it there, the dead hare belongs to A, not to B or C. It’s not B’s because it wasn’t taken on his land, and it’s not C’s because it wasn’t started on his land. In other words, each owner’s rights are limited to animals that are both started and killed on their own land, and in cases of conflicting claims to an animal taken (ratione soli), the captor can claim title (per industriam) against both landowners. If he is a trespasser, he can face civil or criminal proceedings from both landowners, but the game is his unless it’s lost under a statute. Another unique aspect of the law is that when trespassers (such as poachers) kill and take game or rabbits in one continuous action, they are not guilty of theft, only of game trespass (R. v. Townley, 1871, L.R. 1 C.C.R. 315); however, a trespasser picking up and taking a pheasant killed by the landowner is committing theft, even if it was killed by a separate group of poachers. The young of wild animals belong (propter impotentiam) to the landowner until they are able to fly or run away. This right doesn’t include the eggs of wild birds, but if the owner collects the eggs and puts them under hens or in enclosures, anyone who takes them becomes a thief, not just a poacher. A game farm, like a decoy for wild waterfowl, is considered a trade or business, but a game preserve with wild animals running or flying freely is subject to the usual laws regarding animals ferae naturae.
The classification of wild animals for purposes of sport in England is as follows:—
The classification of wild animals for sports purposes in England is as follows:—
1. Beasts of forest are hart and hind (red deer), boar, wolf and all beasts of venery.
1. The animals of the forest are deer (red deer), boars, wolves, and all hunting animals.
2. Beasts of chase and park are buck and doe (fallow deer), fox, marten and roe, or all beasts of venery and hunting.
2. The animals you hunt in the woods and parks include bucks and does (fallow deer), foxes, martens, and roes, or any other animals related to hunting.
3. Beasts of (free) warren are roe, hare, rabbit, partridge, pheasant, woodcock, quail, rail and heron.
3. The animals found in a (free) warren include roe deer, hares, rabbits, partridges, pheasants, woodcocks, quails, rails, and herons.
4. Game, as defined by the Night Poaching Act of 1828 and the Game Act of 1831, is pheasant, partridge, black game, red grouse, bustard and hare. In France game (gibier) includes everything eatable that runs or flies.
4. Game, as defined by the Night Poaching Act of 1828 and the Game Act of 1831, consists of pheasant, partridge, black game, red grouse, bustard, and hare. In France, game (gibier) includes everything edible that runs or flies.
5. Wild fowl not in any of the previous lists which are nevertheless prized for sport, e.g. duck, snipe, plovers, &c.
5. Wild birds not mentioned in any of the previous lists that are still valued for sports, e.g. duck, snipe, plovers, etc.
6. Wild birds not falling within class 4 are more or less protected against destruction by the Wild Birds Protection Acts, which were, however, passed with quite other objects than the game laws.
6. Wild birds that don't belong to class 4 are mostly protected from harm by the Wild Birds Protection Acts, which were created for reasons different from the game laws.
As regards class 1 no subject without special authority of the crown may kill within a forest or its purlieus or on adjacent highways, rivers or enclosures. The right to the animals in a forest does not depend on ownership of the land but on the royal prerogative as to the animals, i.e. it exists not ratione soli but ratione privilegii: and this right is not in any way altered by the Game Act 1831. A chase is a forest in the hands of a subject and a legal park (which is an enclosed chase) is created by crown grant or by prescription founded on a lost grant. The rights of the grantee are in substance the same as those of the crown in a forest, and do not depend on ownership of the soil. In the case of a free warren the grantee usually but not necessarily owns some or all of the soil over which the right of warren runs. The right of free warren depends on crown grant or prescription founded on lost grant, and involves a right of property over beasts and fowl of warren on all lands within the franchise. As will appear from the list above, some game birds are not fowl of warren, e.g. black game and red grouse (Duke of Devonshire v. Lodge, 1827, 7 B. & C. 39). Free warren is quite different from ordinary warrens, in which hares or rabbits are bred by the owner of the soil for sport or profit. Ground game in such warrens is protected under the Larceny Act 1861, s. 17, as well as by the game laws. In manors, of which none have been created since 1290, the lord by his franchise had the sporting rights over the manor, but at the present time this right is restricted to the commons and wastes of the manor, the freehold whereof is in him, and does not extend to enclosed freeholds nor as a general rule to enclosed copyholds, unless at the time of enclosure the sporting rights were reserved to him by the Enclosure Act or award (Sowerby v. Smith, 1873, L.R. 8 C.P. 514). In other words his rights exist ratione soli and not ratione privilegii. The Game Act 1831 gives lords of manors and privileged persons certain rights as to appointing gamekeepers with special powers to protect game within the district over which their rights extend (ss. 13, 14, 15, 16). The game laws in no way cut down the special privileges as to forest, park, chase or free warren (1831, s. 9), and confirm the sporting right of lords of manors on the wastes of the manor (1831, s. 10). As to all lands not affected by these rights, the right to kill or take game on the land is presumably in the occupier. On letting land the owner may, subject to the qualifications hereinafter stated, reserve to himself the right to kill or take “game” or rabbits or other wild animals concurrently with or in exclusion of the tenant. Where the exclusive right is in the landlord the tenant is not only liable to forfeiture or damages for breaches of covenants in the lease, but is also liable to penalties on summary conviction if without the lessor’s authority he pursues, kills or takes any “game” upon the land or gives permission to others to do so (1831, s. 12). In effect he is made criminally liable for game trespass on lands in his own occupation, so far as relates to game, but is not so liable if he takes rabbits, snipe, woodcock, quails or rails.
As for class 1, no one except those with special permission from the crown is allowed to kill animals in a forest, its surrounding areas, or on nearby roads, rivers, or enclosed lands. The right to the animals in a forest does not depend on owning the land but is based on the royal privilege concerning those animals, meaning it exists not by ownership of the land but by privilege. This right is not changed in any way by the Game Act 1831. A chase is a forest managed by a private person, and a legal park (which is an enclosed chase) is established by a crown grant or through a historic grant. The rights of the grantee are essentially the same as those of the crown in a forest and do not depend on owning the land. In the case of a free warren, the grantee typically, but not necessarily, owns some or all of the land over which the right of warren applies. The right of free warren relies on a crown grant or a historically established grant and includes property rights over game animals and birds on all lands within the franchise. As indicated in the list above, some game birds are not included as fowl of warren, for example, black game and red grouse (Duke of Devonshire v. Lodge, 1827, 7 B. & C. 39). Free warren is very different from ordinary warrens, where the landowner breeds hares or rabbits for sport or profit. Ground game in such warrens is protected under the Larceny Act 1861, s. 17, as well as by game laws. In manors, none of which have been created since 1290, the lord had sporting rights over the manor, but today this right is limited to the common lands and wastelands of the manor he owns, and does not extend to enclosed freeholds or typically to enclosed copyholds, unless the sporting rights were specifically reserved to him during the time of enclosure by the Enclosure Act or a related award (Sowerby v. Smith, 1873, L.R. 8 C.P. 514). In other words, his rights are based on ownership of the land and not on privilege. The Game Act 1831 grants lords of manors and privileged individuals specific rights to appoint gamekeepers with special powers to protect game in the areas where their rights apply (ss. 13, 14, 15, 16). The game laws do not diminish the special privileges regarding forests, parks, chases, or free warrens (1831, s. 9), and uphold the sporting rights of lords of manors on the wastelands of the manor (1831, s. 10). For all lands not affected by these rights, the right to kill or capture game on the land is generally assumed to belong to the occupier. When leasing land, the owner may, subject to the conditions stated later, reserve the right to kill or take “game” or rabbits or other wild animals either alongside or exclusively from the tenant. If the exclusive right is with the landlord, the tenant not only faces forfeiture or damages for violating lease agreements but is also liable to penalties upon summary conviction if, without the lessor’s permission, he pursues, kills, or takes any “game” on the land or allows others to do so (1831, s. 12). Essentially, he is made criminally liable for game trespassing on lands he occupies, as far as game is concerned, but not liable if he takes rabbits, snipe, woodcock, quails, or rails.
The net effect of the common law and the game laws is to give the occupier of lands and the owner of sporting rights over them the following remedies against persons who infringe their right to kill or take wild animals on the land. A stranger who enters on the land of another to take any wild animals is liable to the occupier for trespass on the land and for the animals started and killed on the land by the trespasser. He is also criminally liable for game trespass if he has entered on the land to search for or in pursuit of “game” or woodcock, snipe, quail, landrails or rabbits. If the trespass is in the daytime (whether on lands of the subject or in royal forests, &c.), the penalty on conviction may not exceed 40s., unless five or more persons go together, in which case the maximum penalty is £5. If a single offender refuses his name or address or gives a false address to the occupier or to the owner of the sporting rights or his representatives, or refuses to leave the land, he may be arrested by them, and is liable to a penalty not exceeding £5, and if five or more concerned together in game trespass have a gun with them and use violence, intimidation or menace, to prevent the approach of persons entitled to take their names or order them off the land, they incur a further penalty up to £5.
The overall impact of common law and game laws is that they provide the land occupier and the owner of hunting rights the following options against those who violate their right to hunt or capture wild animals on that land. If someone enters another person's land to take wild animals, they can be held liable for trespassing and for any animals started and killed on that land by their actions. They can also face criminal charges for game trespass if they entered the land to search for or pursue “game” or specific birds like woodcock, snipe, quail, landrails, or rabbits. If the trespass happens during the day (whether on private land or in royal forests, etc.), the maximum penalty upon conviction is 40 shillings, unless five or more people trespass together, in which case the maximum penalty rises to £5. If an individual refuses to provide their name or address, gives a false address to the occupier or the owner of the hunting rights or their representatives, or refuses to leave the land, they can be arrested and face a penalty of up to £5. Additionally, if five or more individuals involved in game trespass have a firearm and use violence, intimidation, or threats to obstruct someone trying to identify them or ask them to leave the land, they face an additional penalty of up to £5.
If the trespass is in search or pursuit of game or rabbits in the nighttime, the maximum penalty on a first conviction is imprisonment with hard labour for not over three months; on a second, imprisonment, &c., for not over six months, and the offender may be put under sureties not to offend again for a year after a first conviction or for two years after a second conviction. For a first or second offence the conviction is summary, subject to appeal to quarter sessions, but for a third offence the offender is tried on indictment and is liable to penal servitude (3-7 years) or imprisonment with hard labour (2 years). The offenders may be arrested by the owner or occupier of the land or their servants, and if the offenders assault or offer violence by firearms or offensive weapons they are liable to be indicted and on conviction punished to the same extent as in the last offence. In 1844 the above penalties were extended to persons found by night on highways in search or pursuit of game. If three or more trespass together on land by night to take or destroy game or rabbits, and any of them is armed with firearms, bludgeon or other offensive weapon, they are liable to be indicted and on conviction sentenced to penal servitude (3-14 years) or imprisonment with hard labour (2 years). By “day” time is meant from the beginning of the first hour before sunrise to the end of the first hour after sunset, and by “night” from the end of the first hour after sunset to the beginning of the first hour before sunrise (act of 1828, s. 12; act of 1831, s. 34). The time is reckoned by local and not by Greenwich time.
If someone trespasses while searching for game or rabbits at night, the maximum penalty for a first offense is hard labor imprisonment for up to three months. For a second offense, it's imprisonment, etc., for up to six months, and the offender may be required to provide sureties not to reoffend for a year after the first conviction or two years after the second. For a first or second offense, the conviction is treated as summary and can be appealed to quarter sessions, but for a third offense, the offender is tried by indictment and can face penal servitude (3-7 years) or hard labor imprisonment (2 years). The owner or tenant of the land, or their employees, can arrest the offenders, and if the offenders assault or threaten violence using firearms or other weapons, they can be indicted and, upon conviction, face the same penalties as in the previous offense. In 1844, these penalties were expanded to include people found at night on highways in search of game. If three or more individuals trespass together on land at night to take or destroy game or rabbits, and any of them is armed with a firearm, club, or another weapon, they can be indicted and, upon conviction, sentenced to penal servitude (3-14 years) or hard labor imprisonment (2 years). "Day" is defined as the time from the start of the first hour before sunrise until the end of the first hour after sunset, while "night" is from the end of the first hour after sunset to the beginning of the first hour before sunrise (act of 1828, s. 12; act of 1831, s. 34). Time is measured using local time, not Greenwich time.
The penalties for night poaching are severe, but encounters between the owners of sporting rights and armed gangs of poachers have often been attended by homicide. It is to be observed that it is illegal and severely punishable to set traps or loaded spring guns for poachers (Offences against the Person Act 1861, s. 31), whereby any grievous bodily harm is intended or may be caused even to a trespasser, so that the incursions of poachers can be prevented only by personal attendance on the scene of their activities; and it is to be observed also that the provisions of the Game Laws above stated are, so far as concerns private land, left to be enforced by private enterprise without the interference of the police, with the result that in some districts there are scenes of private nocturnal war. Even in the Night Poaching Act 1844, which applies to highways, the arrest of offenders is made by owners, occupiers or their gamekeepers. The police were not given any direct authority as to poachers until the Poaching Prevention Act 1862, under which a constable is empowered “on any highway, street or public place, to search any person whom he may have good cause to suspect of coming from any land where he shall have been unlawfully in search or pursuit of ‘game,’ or any persons aiding or abetting such person, and having in his possession any game unlawfully obtained, or any gun, part of gun, or nets or engines used for the killing or taking game; and also to stop and search any cart or other conveyance in or upon which such constable or peace officer shall have good cause to suspect that any such game, or any such article or thing, is being carried by such person.” If any such thing be found the constable is to detain it, and apply for a summons against the offender, summoning him to appear before a petty sessional court, on conviction before which he may be fined not more than £5, and forfeits the game, guns, &c., found in his possession. In this act “game” includes woodcock, snipe and rabbits, and the eggs of game birds other than bustards; and the act applies to poaching either by night or by day. In all cases of summary conviction for poaching an appeal lies to quarter sessions. In all cases of poaching the game, &c., taken may be forfeited by the court which tries the poacher.
The penalties for night poaching are harsh, but confrontations between owners of hunting rights and armed poaching gangs have often led to murder. It’s important to note that it’s illegal and severely punishable to set traps or loaded spring guns for poachers (Offences against the Person Act 1861, s. 31), where serious injury is intended or may be caused even to a trespasser. This means that the threat from poachers can only be countered by having someone physically present at their activities; additionally, it’s noteworthy that the enforcement of the Game Laws mentioned above, as far as private land is concerned, is left to private individuals without police involvement. This has resulted in some areas becoming scenes of private nighttime conflicts. Even in the Night Poaching Act 1844, which applies to public roads, the arrest of offenders is carried out by landowners, tenants, or their gamekeepers. Police weren’t given any direct authority over poachers until the Poaching Prevention Act 1862, which allows a constable “on any highway, street or public place, to search any person he has good reason to suspect has unlawfully been hunting ‘game’ on someone else’s land, or anyone assisting that person, and who is found in possession of any game obtained unlawfully, or any gun, parts of a gun, nets, or traps used for hunting; and also to stop and search any vehicle where he has good cause to believe that such game or items are being carried.” If any of these items are found, the constable must seize them and request a summons against the offender, requiring them to appear in a petty sessional court, where they may be fined up to £5 and lose any game, guns, etc., found in their possession. In this act, “game” refers to woodcock, snipe, and rabbits, as well as the eggs of game birds other than bustards; and the act applies to poaching at night or during the day. In all cases of summary conviction for poaching, there is a right to appeal to quarter sessions. In all poaching cases, the court trying the poacher may forfeit the game, etc., that was taken.
Close Time.—On certain days, and within periods known as “close time,” it is illegal to kill deer or game. The present close times are as follows:—
Close Time.—On certain days, during times known as "close time," it is illegal to hunt deer or game. The current close times are as follows:—
England. | Ireland. | Scotland. | |
Hare | None | April 21 to Aug. 11* | None |
Red deer (male) | None | Jan. 1 to June 9 | None |
Fallow deer | None | Sept. 29 to June 10 | None |
Roe deer | None | None | None |
Pheasant | Feb. 1 to Sept. 30 | Feb.1 to Sept. 30 (1845) | Feb. 1 to Sept. 30 |
Partridge | Feb. 1 to Aug. 31 | Feb. 1 to Aug. 31 (1899) | Feb. 1 to Aug. 31 |
Black game | Dec. 10 to Aug. 20** | Dec. 10 to Aug. 20 | Dec. 10 to Aug. 20 |
Red grouse | Dec. 10 to Aug. 12 | Dec. 10 to Aug. 12 | Dec. 10 to Aug. 12 |
Ptarmigan | None | Dec. 10 to Aug. 20 | Dec. 10 to Aug. 12 |
Bustard (wild turkey) | March 1 to Sept. 1 | Jan. 10 to Sept. 1 | None |
* Unless varied by order of lord-lieutenant. | |||
** Except in Devon, Somerset and New Forest, where to Sept. 1. |
In England and Ireland the winged game above named and hares may not be killed on Sundays or Christmas Day. It is illegal to sell or expose for sale hares or leverets in March, April, May, June and July. It is illegal throughout the United Kingdom to buy or sell winged game birds after ten days from the beginning of the close season as fixed by the English law (1831, s. 4; 1860, s. 13). This prohibition applies to the sale of live game, British or foreign, and to the sale of British dead game. It is illegal to lay poison for game or rabbits except in rabbit holes, and it is illegal to kill game by firearms at night. Wild birds not within the list above given but of interest for sport are protected by close times fixed under the Wild Birds Protection Acts, which may vary in each county of each kingdom.
In England and Ireland, the winged game mentioned above and hares cannot be killed on Sundays or Christmas Day. It's against the law to sell or display hares or leverets in March, April, May, June, and July. It’s illegal throughout the United Kingdom to buy or sell winged game birds ten days after the start of the close season as set by English law (1831, s. 4; 1860, s. 13). This ban applies to the sale of live game, whether British or foreign, as well as British dead game. It's illegal to lay poison for game or rabbits except in rabbit holes, and it is also illegal to hunt game using firearms at night. Wild birds that aren’t on the list above but are of interest for sport are protected by close seasons established under the Wild Birds Protection Acts, which can vary in each county of each kingdom.
Licences.—Besides the restrictions on the right to take or kill game which arise out of the law as to ownership or occupation of the lands on which it is found, there are further restrictions imposed by the laws of excise. From the time of Richard II. (1389) until 1831 the right of persons other than gamekeepers properly deputed by the lord of a manor to take game was made to depend on the social rank of the person, or on the amount of his interest in land, which ranged from a 40s. freehold (in 1389) to £100 a year (1671). These restrictions were abolished in 1831, and the right to kill game was made conditional on the possession of a game certificate, now called a game licence in Great Britain (act of 1831, ss. 6, 23). By s. 4 of the Game Licences Act 1860 “any person, before he shall in Great Britain take, kill or pursue, or aid or assist in any manner in the taking, killing or pursuing, by any means whatever, or use any dog, gun, net or other engine for the purpose of taking, killing or pursuing any game, or any woodcock, snipe, quail, landrail, or any coney, or any deer, shall take out a proper licence to kill game under this act”—subject to a penalty of £20. There are certain exceptions and exemptions as to royal personages, royal gamekeepers, and with reference to taking woodcock or snipe by nets or springes, by coursing or hunting hares or deer, or killing deer, rabbits or hares (Hares Acts 1848, Game Licences Act 1860) in certain enclosed lands by the owners or occupiers. A licence is not required for beaters and assistants who go out with holders of a game licence. The licence is granted by the Inland Revenue Department. The issue is regulated by the Game Licences Act 1860 as amended by the Customs and Inland Revenue Act 1883. The licences now in use are of four kinds:—
Licenses.—In addition to the restrictions on the ability to take or kill game due to laws concerning ownership or occupation of the land where it is found, there are additional restrictions imposed by excise laws. From the time of Richard II (1389) until 1831, the right of individuals other than gamekeepers authorized by the lord of a manor to take game was based on the person's social status or the amount of land they owned, which ranged from a 40s. freehold (in 1389) to £100 a year (1671). These restrictions were removed in 1831, and the ability to kill game became conditional on having a game certificate, now known as a game license in Great Britain (act of 1831, ss. 6, 23). According to s. 4 of the Game Licenses Act 1860, “any person, before they take, kill or pursue, or help in any way with the taking, killing or pursuing, by any means whatsoever, or use any dog, gun, net or other device to take, kill or pursue any game, or any woodcock, snipe, quail, landrail, or any rabbit, or any deer, must obtain a proper license to kill game under this act”—with a penalty of £20. There are certain exceptions and exemptions for royalty, royal gamekeepers, and regarding the taking of woodcock or snipe using nets or springes, coursing or hunting hares or deer, or killing deer, rabbits or hares (Hares Acts 1848, Game Licences Act 1860) in specific enclosed lands by the owners or occupiers. A license is not needed for beaters and assistants accompanying holders of a game license. The license is issued by the Inland Revenue Department. Its issuance is regulated by the Game Licences Act 1860 as amended by the Customs and Inland Revenue Act 1883. The licenses currently in use are of four types:—
Those taken out after 31st July— | |
To expire on the next 31st July | £3 0 0 |
To expire on the next 31st October | 2 0 0 |
Those taken out after 1st November— | |
To expire on the next 31st July | 2 0 0 |
Those taken out for any continuous period of fourteen days specified in the licence | 1 0 0 |
In the case of gamekeepers in Great Britain for whom the employer pays the duty on male servants, the annual licence fee is £2, but the licence extends only to lands on which the employer has a right to kill game. A licence granted to a person in his own right and not as gamekeeper or servant is effective throughout the United Kingdom. The game licence does not authorize trespass on the lands of others in search of game nor the shooting of game, &c., at night, and is forfeited on a conviction of game trespass (1831, s. 30; 1860, s. 11). Persons who have game licences need not have a gun licence, but the possession of a gun licence does not qualify the holder to kill game or even rabbits.
In Great Britain, gamekeepers whose employer pays the duty on male servants have an annual license fee of £2, but this license only applies to lands where the employer has the right to hunt game. A license granted to an individual in their own name, not as a gamekeeper or servant, is valid throughout the United Kingdom. The game license doesn’t allow trespassing on others' lands to search for game, nor does it permit shooting game at night, and it is revoked if someone is convicted of game trespass (1831, s. 30; 1860, s. 11). Individuals with game licenses don’t need a gun license, but having a gun license doesn’t mean the holder is allowed to hunt game or even rabbits.
The sale of game when killed is also subject to statutory regulation. Gamekeepers may not sell game except under the authority of their employer (1831, ss. 17, 25). Persons who hold a full game licence may sell game, but only to persons who hold a licence to deal in game. These licences are annual (expiring on the 1st of July), and are granted in London by justices of the peace, and in the rest of England by the council of the borough or urban or rural district in which the dealer seeks to carry on business (1831, s. 18; 1893, c. 73, s. 27), and a notice of the existence of the licence must be posted on the licensed premises. A licence must be taken out for each shop. The following persons are disqualified for holding the licence: innkeepers, persons holding licences to sell intoxicants, owners, guards or drivers of mail-carts, stagecoaches or public conveyances, carriers and higglers (1831, s. 18). This enactment interferes with the grant of game licences to large stores which also have licences to sell beer. The licensed dealer may buy British game only from persons who are lawfully entitled to sell game. Conviction of an offence under the Game Act 1831 avoids the licence (s. 22). The local licence must also be supplemented by an excise licence for which a fee of £2 is charged. Licensed dealers in game are prohibited from selling game killed in the United Kingdom from the tenth day after the beginning of close time to the end of that period. The provisions above stated under the act of 1831 applied only to England, but were in 1860 extended to the rest of the United Kingdom, and were in 1893 applied to dealers in game imported from abroad. The main effect of the system of licences is to prevent the disposal of game by poachers rather than to benefit the revenue.
The sale of game after it has been killed is also regulated by law. Gamekeepers can only sell game if they have permission from their employer (1831, ss. 17, 25). Those who hold a full game license may sell game, but only to people who also have a license to deal in game. These licenses are annual (they expire on July 1st) and are issued in London by magistrates, and elsewhere in England by the borough council or the urban or rural district council where the dealer wants to operate (1831, s. 18; 1893, c. 73, s. 27). A notice about the license must be displayed on the licensed premises. A separate license is needed for each shop. The following individuals are not allowed to hold a license: innkeepers, those with licenses to sell alcohol, and owners, drivers, or conductors of mail-carts, stagecoaches, or public transport, as well as carriers and middlemen (1831, s. 18). This law restricts large stores that also sell beer from obtaining game licenses. Licensed dealers can only buy British game from those who are legally allowed to sell it. If someone is convicted of an offense under the Game Act 1831, their license is void (s. 22). The local license must also be accompanied by an excise license, which costs £2. Licensed game dealers are not allowed to sell game killed in the UK from the tenth day after the start of the close season until the end of that period. The rules stated in the 1831 act applied only to England until they were extended to the rest of the UK in 1860, and in 1893 the regulations were also applied to dealers selling imported game. The primary purpose of the licensing system is to stop poachers from selling game rather than to generate revenue.
Deer.—Deer are not included within the definition of game in any of the English game laws. Deer-stealing was very seriously punished by the old law, and under an act of 9 George I. c. 22, known as the Waltham Black Act, passed because of the depredations of disguised deer-stealers in Epping Forest, it was under certain circumstances made a capital offence. At present offences with reference to deer are included in the Larceny Act 1861. It is a felony to hunt or kill deer in enclosures in forests, chases or purlieus, or in enclosed land where deer is usually kept, or after a previous conviction to hunt or kill deer in the open parts of a forest, &c., and certain minor provisions are made as to arrest by foresters, forfeiture of venison unlawfully possessed and for unlawfully setting traps for deer. These enactments do not prevent a man from killing on his own land deer which have strayed there (Threlkeld v. Smith, 1901, 2 K.B. 531). In Scotland the unlawful killing of deer is punished as theft.
Deer.—Deer aren’t classified as game under any of the English game laws. Stealing deer was harshly punished by old law, and under an act from 9 George I. c. 22, known as the Waltham Black Act, passed due to the actions of disguised deer thieves in Epping Forest, it could be considered a capital offense under certain conditions. Currently, offenses related to deer are addressed in the Larceny Act 1861. It’s a felony to hunt or kill deer in enclosures in forests, chases, or surrounding areas, or in enclosed land where deer are usually kept, or if someone has a previous conviction for hunting or killing deer in open areas of a forest, etc. There are also some minor rules about arrests by foresters, forfeiting unlawfully possessed venison, and trapping deer illegally. These laws don’t stop someone from killing deer that have wandered onto their own land (Threlkeld v. Smith, 1901, 2 K.B. 531). In Scotland, killing deer unlawfully is treated as theft.
Eggs.—The owner or occupier of land has no property in the eggs of wild birds found on his lands unless he takes them up. But under s. 24 of the Game Act 1831 a penalty of 5s. per egg is incurred by persons who unlawfully (i.e. without being, or having licence from, the person entitled to kill the game) and wilfully take from the nest or destroy in the nest the eggs of any game bird, or of a swan, wild duck, teal or widgeon. Similar provisions exist in Ireland under an act of 1698, and by the Poaching Prevention Act 1862 (United Kingdom) power is given to constables to search persons suspected of poaching and to take from them the eggs of pheasants, partridges, grouse or black game. And the Wild Birds Protection Acts deal with the eggs of all wild birds except game and swans.
Eggs.—The owner or occupant of land doesn’t have any rights to the eggs of wild birds found on their property unless they collect them. However, according to section 24 of the Game Act 1831, people who unlawfully (i.e., without being authorized to kill the game) and intentionally take eggs from the nest or destroy them while still in the nest of any game bird, swan, wild duck, teal, or widgeon can be fined 5 shillings per egg. Similar laws apply in Ireland under an act from 1698, and the Poaching Prevention Act 1862 (United Kingdom) allows constables to search individuals suspected of poaching and to confiscate eggs of pheasants, partridges, grouse, or black game. The Wild Birds Protection Acts address the eggs of all wild birds except for game and swans.
Damage to Crops by Game.—Where an occupier of lands has not the right to kill game or rabbits he runs the risk of suffering damage by the depredations of the protected animals, which he may not kill without incurring a liability to summary conviction or for breach of the conditions on which he holds the land. At common law the owner of land who has reserved to himself the sporting rights, and his sporting tenants, must use the reserved rights reasonably. They are liable for any damage wilfully or unnecessarily done to the crops, &c., of the occupier, such as trampling down standing crops or breaking hedges or fences. They are not directly liable to the occupier for damage done to the crops by game bred on the land or frequenting it in the ordinary course of nature; but are not entitled to turn down game or rabbits on the land. And if game or rabbits are for the purposes of sport imported or artificially raised on land, the person who breeds or brings them there is liable for the damage done to the crops of adjoining owners or occupiers (Farrer v. Nelson, 1885, 15 Q.B.D. 258; Birkbeck v. Paget, 31 Beav. 403; Hilton v. Green, 1862, 2 F. & F. 821).
Damage to Crops by Game.—If a landowner doesn't have the right to hunt game or rabbits, they risk suffering damage from these protected animals, which they cannot kill without facing legal consequences or violating the terms of their land agreement. According to common law, a landowner who holds the hunting rights, along with any tenants who have those rights, must use them reasonably. They are responsible for any damage that is intentionally or unnecessarily inflicted on the crops, such as trampling over standing crops or damaging hedges or fences. They aren't directly liable to the land occupier for damage caused to the crops by game that naturally occurs on or near the land; however, they can't release game or rabbits onto the land. If game or rabbits are brought onto the land for sport or artificially raised, the person responsible for breeding or releasing them will be liable for any damage to the crops of neighboring landowners or occupiers (Farrer v. Nelson, 1885, 15 Q.B.D. 258; Birkbeck v. Paget, 31 Beav. 403; Hilton v. Green, 1862, 2 F. & F. 821).
Recent legislation has greatly increased the rights of the occupiers of land as against the owners of sporting rights over it. As regards hares and rabbits the occupier’s rights are regulated by the Ground Game Act 1880 (which is expressed to be made “in the interests of good husbandry and for the better security of capital and labour invested in the cultivation of the soil”). By that act the occupier of land as incident to and inseparable from his occupation has the right to kill and take hares and rabbits on the land. The right is indefeasible and cannot be divested by contract with the owner or landlord or even by letting the occupier’s sporting rights to another. But where apart from the act the right to kill game on the land is vested in a person other than the occupier, such person has a right concurrent with the statutory right of the occupier to take hares and rabbits on the land. The act does not extend to common lands nor to lands over which rights of grazing or pasturage for not more than nine months in the year exist. Consequently over such lands exclusive rights of killing ground game still continue, and the law appears not to apply in cases where a special right of killing or taking ground game vested before the 7th of September 1880 in any person (other than the landlord) by statute, charter or franchise (s. 5). The mode of exercise of the occupier’s right is subject to certain limitations. The ground game is only to be taken by him or by persons whom he has duly authorized in writing, who must be members of his family or his servants or bona fide employed by him for reward to take ground game. The written authority must be produced on demand to persons having concurrent rights to take and kill the ground game (s. 1 (1) (c)). Firearms may not be used by night, nor may poison be used, nor may spring traps be set except in rabbit holes (s. 6); nor may ground game be killed on days or seasons or by methods prohibited by statute in 1880 (s. 10).
Recent legislation has significantly enhanced the rights of land occupants compared to the owners of sporting rights over that land. When it comes to hares and rabbits, the occupant's rights are governed by the Ground Game Act of 1880, which aims to promote good farming practices and better protect the capital and labor invested in farming. According to this act, the occupant of the land has the right to kill and take hares and rabbits as part of their occupation. This right is secure and cannot be taken away by agreements with the owner or landlord, nor can it be transferred by leasing the occupant's sporting rights to someone else. However, if the right to kill game on the land is held by someone other than the occupant, that person shares a concurrent right with the occupant to take hares and rabbits. The act doesn't apply to common lands or lands where grazing or pasturing rights exist for up to nine months each year. Therefore, exclusive rights to kill ground game continue on these lands, and the law does not cover situations where a special right to kill or take ground game was established before September 7, 1880, by any person (other than the landlord) through statute, charter, or franchise (s. 5). There are specific limitations on how the occupant can exercise their right. Ground game can only be taken by the occupant or by individuals they have authorized in writing, who must be family members, employees, or others genuinely employed by them for compensation to take ground game. This written authorization must be shown upon request to anyone with concurrent rights to take and kill ground game (s. 1 (1) (c)). Firearms cannot be used at night, poison cannot be employed, and spring traps can only be set in rabbit holes (s. 6); furthermore, ground game cannot be killed on days, during seasons, or by methods that were prohibited by statute in 1880 (s. 10).
In the case of moorland and unenclosed lands (which are not arable and do not consist of small detached portions of less than 25 acres) the occupier may between the 1st of September and the 31st of March kill and take ground game; but between the 1st of September and the 10th of December firearms may not be used (1880, s. 1 (3); 1906, s. 2). In the case of such lands the occupiers and the owners of the sporting rights may between the 1st of September and the 10th of December make and enforce for their joint benefit agreements for taking the ground game. The Agricultural Holdings Act 1906 (operating from 1909) deals, inter alia, with damage to crops by deer and winged game, but does not apply to damage by hares or rabbits. The tenant of agricultural land is entitled to compensation for damage to his crops exceeding 1s. per acre over the area affected if caused by game, “the right to kill or take which is vested neither in him nor in any one claiming under him other than the landlord and which the tenant has not permission in writing to kill” (s. 2). The right of the tenant is indefeasible and cannot be 443 contracted away. Disputes as to amount are to be settled by arbitration; but claims to be effectual must be made as to growing crops before reaping, raising or feeding off, and as to cut crops before carrying. In the case of contracts of tenancy created before the 1st of January 1909, allowances are to be made if by their terms compensation for damage by game is stipulated for, or an allowance of an agreed amount for damage by game was expressly made in fixing the rent. The compensation is payable by the landlord subject to his right to be indemnified in cases where the sporting rights are not vested in him.
In the case of moorland and unenclosed lands (which are not agricultural and do not consist of small separate areas of less than 25 acres), the occupant may kill and take ground game between September 1st and March 31st; however, firearms cannot be used between September 1st and December 10th (1880, s. 1 (3); 1906, s. 2). For these lands, the occupiers and the owners of the sporting rights can create and enforce agreements for taking the ground game for their mutual benefit between September 1st and December 10th. The Agricultural Holdings Act 1906 (effective from 1909) addresses, among other things, damage to crops caused by deer and birds, but it does not cover damage from hares or rabbits. The tenant of agricultural land is entitled to compensation for crop damage exceeding 1s. per acre on the affected area if caused by game, “the right to kill or take which is vested neither in him nor in anyone claiming under him other than the landlord and which the tenant has no written permission to kill” (s. 2). The tenant's right is secure and cannot be transferred away. Disputes over amounts are to be resolved through arbitration; however, claims must be made on growing crops before they are harvested, lifted, or grazed, and on harvested crops before they are taken away. For tenancy agreements created before January 1st, 1909, allowances should be made if the terms include compensation for damage caused by game, or if an agreed amount for damage from game was explicitly stated when determining the rent. Compensation is payable by the landlord, who retains the right to seek reimbursement in cases where the sporting rights are not his.
Sporting Rights.—Sporting rights (i.e. rights of fowling or of shooting, or of taking or killing game or rabbits, or of fishing), when severed from the occupation of land, are subject to income or property tax, and to assessment for the purpose of local rates (Rating Act 1874); and in valuing land whether for rates or taxes the value of the sporting rights is now an important and often the chief item of value in beneficial occupation of the land. Where the sporting rights are the landlord’s, the rate thereon is paid in the first instance by the tenant and deducted from his rent. Where the sporting right is reserved and let, the rating authority may rate either the landlord or the sporting tenant as occupier of the right. The Ground Game Acts have not affected the liability to assessment of concurrent rights of killing hares and rabbits reserved by a landlord, or of a concurrent right granted by the occupier (Ryde (2nd ed.), 385-387). The ownership of sporting rights severed from the ownership or occupation of the land over which they are exercisable is not an interest in land giving the electoral franchise or a claim for compensation if the land is taken under the Lands Clauses Consolidation Acts.
Sporting Rights.—Sporting rights (i.e. rights to hunt or shoot, or to take or kill game or rabbits, or to fish), when separated from the ownership of land, are subject to income or property tax and to assessments for local rates (Rating Act 1874); and in valuing land, whether for rates or taxes, the value of the sporting rights is now a significant and often the main component of the beneficial occupation of the land. When the sporting rights belong to the landlord, the rate is initially paid by the tenant and deducted from their rent. When the sporting right is reserved and leased, the rating authority can assess either the landlord or the sporting tenant as the occupier of the right. The Ground Game Acts have not changed the assessment obligations regarding concurrent rights to kill hares and rabbits reserved by a landlord or concurrent rights granted by the occupier (Ryde (2nd ed.), 385-387). The ownership of sporting rights that are separated from the ownership or occupation of the land where they can be exercised does not constitute an interest in land granting the electoral franchise or a right to compensation if the land is acquired under the Lands Clauses Consolidation Acts.
Scotland.—By the law of Scotland all men have right and privilege of game on their own estates as a real right incident thereto, which does not pass by an agricultural lease except by express words, or in the case of ground game by the act of 1880. The landlord is liable to the tenant for damage done to the surface of the lands in exercise of his right to the game and also for extraordinary damage by over-preserving or over-stocking. Under an act of 1877 he was liable for excessive damage done by rabbits or game reserved to or retained under a lease granted after the 1st of January 1878, or reserved by presumption of common law; this act from 1909 onwards is superseded by the provisions of the Agricultural Holdings Act 1906. Night poaching is punished by the same act as in England, and day poaching by an act of 1832 and the act of 1882. Until 1887 poaching by night under arms was a capital offence. The definition of game in Scotland for purposes of night poaching is the same as in England. The provisions of the act of 1832 as to game trespass by day apply also to deer, roe, rabbits, woodcock, snipe, rails and wild duck; but in other respects closely resemble those of the English act of 1831.
Scotland.—According to Scottish law, all individuals have the right and privilege to hunt game on their own property as a real right that comes with ownership, which doesn’t transfer through an agricultural lease unless explicitly stated, or in the case of ground game, as per the act of 1880. The landlord is responsible to the tenant for any damage caused to the land while exercising the right to hunt game, as well as for significant damage caused by excessive preservation or over-stocking. Under a 1877 act, landlords were liable for excessive damage caused by rabbits or game reserved in leases granted after January 1, 1878, or reserved by common law presumption; this act has been replaced by the Agricultural Holdings Act 1906 since 1909. Night poaching is penalized under the same legislation as in England, while day poaching is addressed by an act from 1832 and the act of 1882. Before 1887, night poaching while armed was considered a capital offense. The definition of game in Scotland for night poaching purposes is the same as in England. The provisions of the 1832 act regarding daytime game trespass also apply to deer, roe, rabbits, woodcock, snipe, rails, and wild ducks; however, in other respects, they closely resemble those of the English act of 1831.
Offences against the game laws are not triable by justices of the peace, but only in the sheriff court. The close time for game birds in Scotland is the same as in England, so far as dealing in them is concerned, but differs slightly as to killing. Black game may not be killed between the 10th of December and the 25th of August, nor ptarmigan between the 10th of December and the 20th of August. There is no close time for red, fallow or roe deer, or rabbits. By an old Scots act of 1621 (omitted from the recent wholesale repeal of such acts) no one may lawfully kill game in Scotland who does not own a plough-gate of land except on the land of a person so qualified.
Offences against hunting laws can't be tried by justices of the peace, but only in the sheriff court. The closed season for game birds in Scotland is the same as in England for trading purposes, but it slightly differs when it comes to hunting. Black grouse cannot be hunted between December 10th and August 25th, and ptarmigan cannot be hunted between December 10th and August 20th. There’s no closed season for red, fallow, or roe deer, or rabbits. According to an old Scottish law from 1621 (which has not been repealed in the recent overhaul of such laws), no one can legally hunt game in Scotland unless they own a plough-gate of land, except on the land of someone who meets that requirement.
Ireland.—The common law as to game is the same for Ireland as for England. The game laws of Ireland are contained partly in acts passed prior to the union (1698, 1707, 1787 and 1797), partly in acts limited to Ireland, and as to the rest in acts common to the whole United Kingdom.
Ireland.—The common law regarding game is the same for Ireland as it is for England. The game laws in Ireland come from a mix of acts passed before the union (1698, 1707, 1787, and 1797), acts specific to Ireland, and other acts that apply to the entire United Kingdom.
Under the act of 1698 no one may kill game in Ireland who has not a freehold worth £40 a year or £1000 net personality, and elaborate provisions are made by that and later acts against the keeping of sporting dogs by persons not qualified by estate to kill game. British officers and soldiers in Ireland appear to have been much addicted to poaching, and their activities were restrained by enactments of 1698 and 1707.
Under the 1698 act, no one can hunt game in Ireland unless they own a property worth at least £40 a year or have personal assets valued at £1000. There are detailed rules in that act and later ones that prevent unqualified individuals from keeping hunting dogs. British officers and soldiers in Ireland seem to have frequently engaged in poaching, and their actions were limited by the laws of 1698 and 1707.
Night poaching in Ireland is dealt with by an act of 1826. Trespass on lands in pursuit of game to which the landlord or lessor has by reservation exclusive right is summarily punishable under an act of 1864, which includes in the definition of game, woodcock, snipe, quails, landrails, wild duck, widgeon and teal. Under the Land Act 1881 the landlord of a statutory holding may at the commencement of the term subject to the Ground Game Acts retain and exercise the exclusive right of taking “game” as above defined.
Night poaching in Ireland is addressed by an act from 1826. Trespassing on land in search of game, for which the landlord or lessor has exclusive rights by reservation, is punishable under an act from 1864. This act defines game to include woodcock, snipe, quails, landrails, wild duck, widgeon, and teal. According to the Land Act of 1881, a landlord of a statutory holding can maintain and exercise exclusive rights to take the “game” as defined above at the beginning of the term, subject to the Ground Game Acts.
A game licence is not required for taking or killing rabbits. But in other respects the law as to game licences, dog licences and licences to deal in game is the same as in Great Britain.
A game license is not needed to catch or kill rabbits. However, in other respects, the rules regarding game licenses, dog licenses, and licenses for dealing in game are the same as in Great Britain.
British Possessions Abroad.—The English game laws have not been carried to any colony as part of the personal law of the colonists, nor have they been extended to them by imperial or colonial legislation. But the legislatures of many colonies have passed acts to preserve or protect native or imported wild animals, and in some of these statutes the protected animals are described as game. These statutes are free from feudal prepossessions as to sporting rights, and are framed rather on the lines of the Wild Birds Protection Acts than on the English game laws, but in some possessions, e.g. Quebec, sporting leases by the crown are recognized. The acts since 1895 are indicated in the annual summary of colonial legislation furnished in the Journal of the Society of Comparative Legislation.
British Possessions Abroad.—The game laws from England have not been adopted in any colony as part of the personal law of the colonists, nor have they been implemented through imperial or colonial legislation. However, many colonial legislatures have enacted laws to protect native or imported wildlife, and in some of these laws, the protected animals are identified as game. These laws avoid feudal biases regarding sporting rights and are designed more along the lines of the Wild Birds Protection Acts than the English game laws. Still, in some territories, e.g. Quebec, sporting leases granted by the crown are acknowledged. The laws enacted since 1895 are detailed in the annual summary of colonial legislation provided in the Journal of the Society of Comparative Legislation.
See also Oke’s Game Laws, 4th ed., by Willis Bund (1897); Warry, Game Laws of England (1897); Marchant and Watkins, Wild Birds Protection Act (1897).
See also Oke’s Game Laws, 4th ed., by Willis Bund (1897); Warry, Game Laws of England (1897); Marchant and Watkins, Wild Birds Protection Act (1897).
GAMES, CLASSICAL. 1. Public Games.—The public games of Greece (ἀγῶνες) and Rome (Ludi) consisted in athletic contests and spectacles of various kinds, generally connected with and forming part of a religious observance. Probably no institution exercised a greater influence in moulding the national character, and producing that unique type of physical and intellectual beauty which we see reflected in Greek art and literature, than the public contests of Greece (see Athlete; Athletic Sports). For them each youth was trained in the gymnasium, they were the central mart whither poet, artist and merchant each brought his wares, and the common ground of union for every member of the Hellenic race. It is to Greece, then, that we must look for the earliest form and the fullest development of ancient games. The shows of the Roman circus and amphitheatre were at best a shadow, and in the later days of the empire a travesty, of the Olympia and Pythia, and require only a cursory notice.
CLASSICAL GAMES. 1. Public Games.—The public games of Greece (competitions) and Rome (Ludi) were athletic competitions and various spectacles, usually linked to religious ceremonies. No institution had a bigger impact on shaping the national character and creating the distinctive physical and intellectual beauty that we see in Greek art and literature than the public contests of Greece (see Athlete; Athletic Sports). Young men trained for these events in the gymnasium, which served as a hub where poets, artists, and merchants showcased their talents and goods, and where every member of the Hellenic community connected. Therefore, Greece is where we should look for the original form and the most complete development of ancient games. The spectacles in the Roman circus and amphitheater were, at best, a mere echo and, in the later days of the empire, a parody of the Olympic and Pythian games, and they need only brief mention.
The earliest games of which we have any record are those at the funeral of Patroclus, which form the subject of the twenty-third Iliad. They are noteworthy as showing that Greek games were in their origin clearly connected with Greek. religion; either, as here, a part of the funeral rites, or else instituted in honour of a god, or as a thank-offering for a victory gained or a calamity averted, or in expiation of some crime. Each of the great contests was held near some shrine or sacred place and is associated with some deity or mythical hero. It was not before the 4th century that this honour was paid to a living man (see Plutarch, Lysander, 18). The games of the Iliad and those of the Odyssey at the court of Alcinous are also of interest as showing at what an early date the distinctive forms of Greek athletics—boxing, wrestling, putting the weight, the foot and the chariot race—were determined.
The earliest games we have records of are those at Patroclus's funeral, which are detailed in the twenty-third Iliad. They are significant because they show that Greek games were originally connected to religion; either as part of funeral rituals, held in honor of a god, as a thank-you for a victory won or a disaster avoided, or to atone for a crime. Each major competition took place near a shrine or sacred site and was linked to a deity or mythical hero. It wasn't until the 4th century that this honor was given to a living person (see Plutarch, Lysander, 18). The games in the Iliad and those in the Odyssey at Alcinous's court are also notable as they demonstrate how early the unique forms of Greek athletics—boxing, wrestling, shot put, foot races, and chariot races—were established.
The Olympian games were the earliest, and to the last they remained the most celebrated of the four national festivals. Olympia was a naturally enclosed spot in the rich plain of Elis, bounded on the N. by the rocky heights of Cronion, and on the S. and W. by the Alpheus and its tributary the Cladeus. There was the grove of Altis, in which were ranged the statues of the victorious athletes, and the temple of Olympian Zeus with the chryselephantine statue of the god, the masterpiece of Pheidias. There Heracles (so ran the legend which Pindar has introduced in one of his finest odes), when he had conquered Elis and slain its king Augeas, consecrated a temenos and instituted games in honour of his victory. A later legend, which probably embodies historical fact, tells how, when Greece was torn by dissensions and ravaged by pestilence, Iphitus inquired of the oracle for help, and was bidden restore the games which had fallen into desuetude; and there was in the time of Pausanias, suspended in the temple of Hera at Olympia, a bronze disk whereon were inscribed, with the regulations of the games, the names of Iphitus and Lycurgus. From this we may safely infer that the games were a primitive observance of the Eleians and Pisans, and first acquired their celebrity from the powerful concurrence of Sparta. The sacred armistice, or cessation of all hostilities, during the month in which the games were held, is also credited to Iphitus.
The Olympian games were the earliest and, until the end, remained the most celebrated of the four national festivals. Olympia was a naturally enclosed area in the fertile plain of Elis, bordered to the north by the rocky heights of Cronion and to the south and west by the Alpheus River and its tributary, the Cladeus. In this area was the grove of Altis, lined with statues of victorious athletes, and the temple of Olympian Zeus, which housed the chryselephantine statue of the god, the masterpiece of Pheidias. According to legend, as introduced by Pindar in one of his greatest odes, Heracles, after conquering Elis and killing its king Augeas, dedicated a sacred space and established games in honor of his victory. Another legend, likely based on historical fact, recounts how, during a time of strife and plague in Greece, Iphitus consulted the oracle for guidance and was instructed to revive the games that had fallen out of practice. In Pausanias's time, there was a bronze disk displayed in the temple of Hera at Olympia, inscribed with the rules of the games and the names of Iphitus and Lycurgus. From this, we can confidently conclude that the games were an ancient tradition of the Eleians and Pisans, gaining prominence with the strong support of Sparta. The sacred truce, which called for a halt to all hostilities during the month when the games were held, is also attributed to Iphitus.
In 776 B.C. the Eleians engraved the name of their countryman Coroebus as victor in the foot race, and thenceforward we have an almost unbroken list of the victors in each succeeding Olympiad or fourth recurrent year. For the next fifty years no names occur but those of Eleians or their next neighbours. After 720 B.C. we find Corinthians and Megareans, and later still Athenians and extra-Peloponnesians. Thus what at first was nothing more than a village feast became a bond of union for all the branches of the Doric race, and grew in time to be the high festival to which every Greek gathered, from the mountain fastnesses of Thessaly to the remotest colonies of Cyrene and Marseilles. It survived even the extinction of Greek liberty, and had nearly completed twelve centuries when it was abolished by the decree of the 444 Christian emperor Theodosius, in the tenth year of his reign. The last Olympian victor was a Romanized Armenian named Varastad.
In 776 BCE, the Eleians recorded the name of their fellow countryman Coroebus as the winner of the foot race. From that point on, we have an almost continuous list of victors from each subsequent Olympiad, which took place every four years. For the next fifty years, only names from the Eleians or their neighboring regions appear. After 720 BCE, we start to see names from Corinthians and Megareans, and later on, Athenians and others from outside the Peloponnesus. What began as a simple village celebration eventually became a unifying event for all the branches of the Doric race, growing over time into the grand festival that attracted Greeks from the mountain regions of Thessaly to the farthest colonies in Cyrene and Marseilles. It even outlasted the decline of Greek freedom and was nearly twelve centuries old when it was abolished by a decree from the 444 Christian emperor Theodosius in the tenth year of his reign. The last Olympic champion was a Romanized Armenian named Varastad.
Let us attempt to call up the scene which Olympia in its palmy days must have presented as the great festival approached. Heralds had proclaimed throughout Greece the “truce of God.” So religiously was this observed that the Spartans chose to risk the liberties of Greece, when the Persians were at the gates of Pylae, rather than march during the holy days. Those white tents which stand out against the sombre grey of the olive groves belong to the Hellanodicae, or ten judges of the games, chosen one for each tribe of the Eleians. They have been here already ten months, receiving instruction in their duties. All, too, or most of the athletes must have arrived, for they have been undergoing the indispensable training in the gymnasium of the Altis. But along the “holy road” from the town of Elis there are crowding a motley throng. Conspicuous in the long train of pleasure-seekers are the θεωροί or sacred deputies, clad in their robes of office, and bearing with them in their carriages of state offerings to the shrine of the god. Nor is there any lack of distinguished visitors. It may be Alcibiades, who, they say, has entered no less than seven chariots; or Gorgias, who has written a famous ἐπίδειξις for the occasion; or the sophist Hippias, who boasts that all he bears about him, from the sandals on his feet to the dithyrambs he carries in his hand, are his own manufacture; or Aetion, who will exhibit his picture of the Marriage of Alexander and Roxana—the picture which gained him no less a prize than the daughter of the Hellanodices Praxonides; or, in an earlier age, the poet-laureate of the Olympians, Pindar himself. One feature of the medieval tournament and the modern racecourse is wanting. Women might indeed compete and win prizes as the owners of teams, but all except the priestesses of Demeter were forbidden, matrons on pain of death, to enter the enclosure.
Let’s try to imagine the scene that Olympia must have shown in its heyday as the great festival drew near. Heralds had declared the “truce of God” throughout Greece. This was followed so strictly that the Spartans preferred to risk Greek freedoms while the Persians were at the gates of Pylae rather than march during the holy days. The white tents standing out against the dark grey of the olive groves belong to the Hellanodicae, or ten judges of the games, one selected from each tribe of the Eleians. They have been here for ten months, training for their roles. Most of the athletes should have arrived by now, as they have been undergoing essential training in the gymnasium of the Altis. However, along the “holy road” from the town of Elis, a diverse crowd is gathering. The sacred deputies, known as the 观众, stand out in the long line of pleasure-seekers, dressed in their ceremonial robes and bringing offerings to the shrine of the god in their state carriages. There’s also no shortage of notable visitors. Alcibiades might be among them, rumored to be entering no less than seven chariots; or Gorgias, who’s crafted a famous showcase for the occasion; or the sophist Hippias, who claims that everything he has, from the sandals on his feet to the dithyrambs in his hand, is his own creation; or Aetion, who will showcase his painting of the Marriage of Alexander and Roxana—the artwork that won him no less a prize than the daughter of the Hellanodices Praxonides; or, from an earlier time, the laureate poet of the Olympians, Pindar himself. One aspect that is missing from the medieval tournament and the modern racetrack is the participation of women. While they could compete and win prizes as owners of teams, all except the priestesses of Demeter were forbidden from entering the enclosure, with matrons facing the death penalty for doing so.
At daybreak the athletes presented themselves in the Bouleuterium, where the presidents were sitting, and proved by witnesses that they were of pure Hellenic descent, and had no stain, religious or civil, on their character. Laying their hands on the bleeding victim, they swore that they had duly qualified themselves by ten months’ continuous training in the gymnasium, and that they would use no fraud or guile in the sacred contests. Thence they proceeded to the stadium, where they stripped to the skin and anointed themselves. A herald proclaimed, “Let the runners put their feet to the line,” and called on the spectators to challenge any disqualified by blood or character. If no objection was made, they were started by the note of the trumpet, running in heats of four, ranged in the places assigned them by lot. The presidents seated near the goal adjudged the victory. The foot-race was only one of twenty-four Olympian contests which Pausanias enumerates, though we must not suppose that these were all exhibited at any one festival. Till the 77th Olympiad all was concluded in one day, but afterwards the feast was extended to five.
At daybreak, the athletes gathered in the Bouleuterium, where the officials were seated. They presented witnesses to prove their pure Greek lineage and that their character was without any religious or civil blemishes. Placing their hands on the sacrificial victim, they swore that they had properly trained for ten continuous months in the gymnasium and would not engage in any dishonesty during the sacred competitions. They then made their way to the stadium, where they stripped down and oiled their bodies. A herald declared, “Let the runners take their positions,” inviting spectators to challenge anyone disqualified due to blood or character. If no challenges were made, the races began with the sound of the trumpet, with four runners competing in heats, positioned according to lots drawn. The officials near the finish line judged who won. The foot race was just one of twenty-four Olympic events listed by Pausanias, though we shouldn't assume that all were held at every festival. Until the 77th Olympiad, everything was completed in one day, but afterwards, the celebration was extended to five days.
The order of the games is for the most part a matter of conjecture, but, roughly speaking, the historical order of their institution was followed. We will now describe in this order the most important.
The sequence of the games is mostly a matter of guesswork, but generally speaking, the historical order in which they were created was maintained. We will now describe the most important ones in this order.
(1) The Foot-race.—For the first 13 Olympiads the δρόμος, or single lap of the stadium, which was 200 yds. long, was the only contest. The δίαυλος, in which the course was traversed twice, was added in the 14th Olympiad, and in the 15th the δόλιχος, or long race, of 7, 12 or, according to the highest computation, 24 laps, about 22⁄3 m. in length. We are told that the Spartan Ladas, after winning this race, dropped down dead at the goal. There was also, for a short time, a race in heavy armour, which Plato highly commends as a preparation for active service. (2) Wrestling was introduced in the 18th Olympiad. The importance attached to this exercise is shown by the very word palaestra, and Plutarch calls it the most artistic and cunning of athletic games. The practice differed little from that of modern times, save that the wrestler’s limbs were anointed with oil and sprinkled with sand. The third throw, which decided the victory, passed into a proverb, and struggling on the ground, such as we see in the famous statue at Florence, was not allowed, at least at the Olympia. (3) In the same year was introduced the πένταθλον (pentathlon), a combination of the five games enumerated in the well-known pentameter ascribed to Simonides:—
(1) The Foot-race.—For the first 13 Olympiads, the road, a single lap of the stadium measuring 200 yards, was the only event. The channel, where the course was run twice, was added in the 14th Olympiad, and in the 15th, the doulos, or long race, of 7, 12, or, according to some records, 24 laps, about 22⁄3 miles in length, was introduced. It’s said that the Spartan Ladas, after winning this race, collapsed and died at the finish line. There was also briefly a race in heavy armor, which Plato praised as useful training for military service. (2) Wrestling was introduced in the 18th Olympiad. The significance of this sport is highlighted by the term palaestra, and Plutarch described it as the most skillful and clever of athletic contests. The practice was quite similar to modern wrestling, except that competitors would oil their bodies and sprinkle sand on themselves. The third throw that determined the winner became a proverb, and grappling on the ground, like we see in the famous statue in Florence, was prohibited, at least at Olympia. (3) In the same year, the pentathlon (pentathlon) was introduced, a combination of the five events listed in the famous verse attributed to Simonides:—
ἄλμα, ποδωκείην, δίσκον, ἄκοντα, πάλην.
ἄλμα, ποδωκείην, δίσκον, ἄκοντα, πάλην.
Only the first of these calls for any comment. The only leap practised seems to have been the long jump. The leapers increased their momentum by means of ἁλτῆρες or dumb-bells, which they swung in the act of leaping and dropped as they “took off.” The take-off may have been slightly raised, and some commentators with very little warrant have stated that spring-boards were used. The record jump with which Phayllus of Croton is credited, 55 ft., is incredible with or without a spring-board. It is disputed whether a victory in all five contests, or in three at least, was required to win the πένταθλον. (4) The rules for boxing were not unlike those of the modern ring (see Pugilism), and the chief difference was in the use of the caestus. This in Greek times consisted of leather thongs bound round the boxer’s fists and wrists; and the weighting with lead or iron or metal studs, which made the caestus more like a “knuckle-duster” than a boxing-glove, was a later Roman development. The death of an antagonist, unless proved to be accidental, not only disqualified for a prize but was severely punished. The use of ear-guards and the comic allusions to broken ears, not noses, suggest that the Greek boxer did not hit out straight from the shoulder, but fought windmill fashion, like the modern rustic. In the pancratium, a combination of wrestling and boxing, the use of the caestus, and even of the clenched fist, was disallowed. (5) The chariot-race had its origin in the 23rd Olympiad. Of the hippodrome, or racecourse, no traces remain, but from the description of Pausanias we may infer that the dimensions were approximately 1600 ft. by 400. Down the centre there ran a bank of earth, and at each end of this bank was a turning-post round which the chariots had to pass. “To shun the goal with rapid wheels” required both nerve and skill, and the charioteer played a more important part in the race than even the modern jockey. Pausanias tells us that horses would shy as they passed the fatal spots. The places of the chariots were determined by lot, and there were elaborate arrangements for giving all a fair start. The number of chariots that might appear on the course at once is uncertain. Pindar (Pyth. v. 46) praises Arcesilaus of Cyrene for having brought off his chariot uninjured in a contest where no fewer than forty took part. The large outlay involved excluded all but rich competitors, and even kings and tyrants eagerly contested the palm. Thus in the list of victors we find the names of Cylon, the would-be tyrant of Athens, Pausanias the Spartan king, Archelaus of Macedon, Gelon and Hiero of Syracuse, and Theron of Agrigentum. Chariot-races with mules, with mares, with two horses in place of four, were successively introduced, but none of these present any special interest. Races on horseback date from the 33rd Olympiad. As the course was the same, success must have depended on skill as much as on swiftness. Lastly, there were athletic contests of the same description for boys, and a competition of heralds and trumpeters, introduced in the 93rd Olympiad.
Only the first of these requires a comment. The only jump performed seems to have been the long jump. The jumpers built up their speed using divers or dumbbells, which they swung while jumping and dropped as they took off. The take-off may have been slightly elevated, and some commentators, with little evidence, claimed that springboards were used. The record jump attributed to Phayllus of Croton, 55 ft., is unbelievable whether or not a springboard was involved. It is debated whether winning in all five events, or at least three, was necessary to win the pentathlon. (4) The rules for boxing were not very different from those of today's boxing ring (see Pugilism), with the main distinction being the use of the caestus. In Greek times, this consisted of leather straps wrapped around the boxer's fists and wrists; the later Roman addition of lead, iron, or metal studs that made the caestus resemble a “knuckle-duster” occurred later. Killing an opponent, unless deemed accidental, not only disqualified a boxer from winning a prize but was also punished severely. The use of ear guards and the humorous references to broken ears, not noses, suggest that Greek boxers didn’t throw straight punches but fought in a wild, spinning manner, similar to modern amateurs. In the pancratium, which combined wrestling and boxing, the use of the caestus and even of a clenched fist was prohibited. (5) The chariot-race first appeared in the 23rd Olympiad. No traces of the hippodrome, or racetrack, remain, but from Pausanias’s descriptions, we can deduce that its dimensions were about 1600 ft. by 400 ft. An earthen bank ran down the center, and at each end of the bank was a turning post that the chariots had to go around. “Avoiding the goal with speeding wheels” required both bravery and skill, and the charioteer played a more crucial role in the race than today’s jockeys. Pausanias notes that horses would shy away as they approached dangerous spots. The positions of the chariots were determined by drawing lots, and there were elaborate measures to ensure a fair start. The exact number of chariots that could race at once is uncertain. Pindar (Pyth. v. 46) praises Arcesilaus of Cyrene for successfully completing his race without damage in a contest with no fewer than forty participants. The high costs involved limited participation to wealthier competitors, including kings and tyrants who also sought victory. Thus, in the list of victors, we find names like Cylon, the would-be tyrant of Athens, Pausanias the Spartan king, Archelaus of Macedon, Gelon and Hiero of Syracuse, and Theron of Agrigentum. Races featuring mules, mares, or two-horse chariots instead of four were introduced over time, but none of these hold particular interest. Horse races began in the 33rd Olympiad. Since the course was the same, success likely depended on both skill and speed. Finally, there were similar athletic competitions for boys and a contest for heralds and trumpeters, introduced in the 93rd Olympiad.
The prizes were at first, as in the Homeric times, of some intrinsic value, but after the 6th Olympiad the only prize for each contest was a garland of wild olive, which was cut with a golden sickle from the kallistephanos, the sacred tree brought by Hercules “from the dark fountains of Ister in the land of the Hyperboreans, to be a shelter common to all men and a crown of noble deeds” (Pindar, Ol. iii. 18). Greek writers from Herodotus to Plutarch dwell with complacency on the magnanimity of a people who cared for nothing but honour and were content to struggle for a corruptible crown. But though the Greek games present in this respect a favourable contrast to the greed and gambling of the modern racecourse, yet to represent men like Milon and Damoxenus as actuated by pure love of glory is a pleasing fiction of the moralists. The successful athlete received in addition to the immediate honours very substantial rewards. A herald proclaimed his name, his parentage and his country; the Hellanodicae took from a table of ivory and gold the olive crown and placed it on his head, and in his hand a branch of palm; as he marched in the sacred revel to the temple of Zeus, his friends and admirers showered in his path flowers and costly gifts, singing the old song of Archilochus, τήνελλα καλλίνικε, and his name was canonized in the Greek calendar. Fresh honours and rewards awaited him on his return home. If he was an Athenian he received, according to the law of Solon, 500 drachmae, and free rations for life in the Prytaneum; if a Spartan, he had as his prerogative the post of honour in battle. Poets like Pindar, Simonides and Euripides sung his praises, and sculptors like Pheidias and Praxiteles were engaged by the state to carve his statue. We even read of a breach in the town walls being made to admit him, as if the common road were not good enough for such a hero; and there are well-attested instances of altars being built and sacrifices offered to a successful athlete. No wonder then that an Olympian prize was regarded as the crown of human happiness. Cicero, with a Roman’s contempt for Greek frivolity, observes with a sneer that an Olympian victor receives more honours than a triumphant general at Rome, and tells the story of the Rhodian Diagoras, who, having himself won the prize at Olympia, and seen his two sons crowned on the same day, was addressed by a Laconian in these words:—“Die, Diagoras, for thou hast nothing short of divinity to desire.” Alcibiades, when setting forth his services to the state, puts first his victory at Olympia, and the prestige he had won for Athens by his magnificent display. But perhaps the most remarkable evidence of the exaggerated value which the Greeks attached to athletic prowess is a casual expression which Thucydides employs when describing the 445 enthusiastic reception of Brasidas at Scione. The state, he says, voted him a crown of gold, and the multitude flocked round him and decked him with garlands, as though he were an athlete.
The prizes initially had some real value, similar to those in Homeric times, but after the 6th Olympiad, the only reward for each contest was a garland of wild olive, cut with a golden sickle from the kallistephanos, the sacred tree that Hercules brought “from the dark fountains of Ister in the land of the Hyperboreans, to be a common shelter for all men and a crown of noble deeds” (Pindar, Ol. iii. 18). Greek writers, from Herodotus to Plutarch, proudly highlight the nobility of a people who valued honor above all and were willing to compete for a fleeting crown. While the Greek games contrast favorably with the greed and gambling of modern racecourses, the portrayal of men like Milon and Damoxenus as purely driven by the love of glory is a flattering fiction by moralists. The victorious athlete received substantial rewards along with immediate honors. A herald would proclaim his name, lineage, and homeland; the Hellanodicae would take an olive crown from an ivory and gold table and place it on his head, handing him a branch of palm. As he marched in the sacred procession to the temple of Zeus, his friends and admirers threw flowers and expensive gifts in his path, singing Archilochus's ancient song, Modernize it into contemporary English if there's enough context, but do not add or omit any information. Do not add commentary, and do not modify any placeholders. If you see placeholders of the form __A_TAG_PLACEHOLDER_x__, you must keep them exactly as-is so they can be replaced with links., and his name was celebrated in the Greek calendar. Fresh honors and rewards awaited him upon his return home. If he was an Athenian, he received, according to Solon’s law, 500 drachmae and free meals for life in the Prytaneum; if he was a Spartan, he secured the honor of a privileged position in battle. Poets like Pindar, Simonides, and Euripides celebrated him, and sculptors like Pheidias and Praxiteles were commissioned by the state to create his statue. There are even accounts of breaches in city walls for his entry, as if the ordinary path were unworthy of such a hero, along with well-documented cases of altars being built and sacrifices made to a successful athlete. It’s no surprise, then, that an Olympian prize was viewed as the pinnacle of human happiness. Cicero, reflecting a Roman’s disdain for Greek trivial pursuits, mockingly points out that an Olympian victor receives more honors than a victorious general in Rome, recounting the tale of the Rhodian Diagoras, who, after winning the prize at Olympia and witnessing his two sons crowned on the same day, was greeted by a Laconian with: “Die, Diagoras, for you have nothing less than divinity to desire.” Alcibiades, in listing his contributions to the state, places his Olympic victory first for the prestige it brought Athens. Perhaps the clearest evidence of the inflated value the Greeks placed on athletic achievement comes from a casual remark by Thucydides when describing the enthusiastic welcome given to Brasidas at Scione. He notes that the state awarded him a gold crown, and the crowd gathered around him, adorning him with garlands, as though he were an athlete.
The Pythian games originated in a local festival held at Delphi, anciently called Pytho, in honour of the Pythian Apollo, and were limited to musical competitions. The date at which they became a Panhellenic ἀγών (so Demosthenes calls them) cannot be determined, but the Pythiads as a chronological era date from 527 B.C., by which time music had been added to all the Panhellenic contests. Now, too, these were held at the end of every fourth year; previously there had been an interval of eight years. The Amphictyones presided and the prize was a chaplet of laurel.
The Pythian games started as a local festival at Delphi, originally called Pytho, in honor of the Pythian Apollo, and were solely focused on musical competitions. The exact date when they became a Panhellenic struggle (as Demosthenes referred to them) isn't clear, but the Pythiads as a chronological period began in 527 BCE, by which time music had been included in all the Panhellenic contests. They occurred every fourth year, instead of every eight years as before. The Amphictyones oversaw the games, and the prize was a laurel wreath.
The Nemean games were biennial and date from 516 B.C. They were by origin an Argive festival in honour of Nemean Zeus, but in historical times were open to all Greece and provided the established round of contests, except that no mention is made of a chariot-race. A wreath of wild celery was the prize.
The Nemean games happened every two years and started in 516 B.C. They originally began as a festival in Argos to honor Nemean Zeus, but over time they became open to all of Greece and included the standard set of contests, although there’s no record of a chariot race. The prize was a wreath made of wild celery.
The Isthmian games, held on the Isthmus of Corinth in the first and third year of each Olympiad, date, according to Eusebius, from 523 B.C. They are variously reported to have been founded by Poseidon or Sisyphus in honour of Melicertes, or by Theseus to celebrate his victory over the robbers Sinis and Sciron. Their early importance is attested by the law of Solon which bestowed a reward of 100 drachmae on every Athenian who gained a victory. The festival was managed by the Corinthians; and after the city was destroyed by Mummius (146 B.C.) the presidency passed to the Sicyonians until Julius Caesar rebuilt Corinth (46 B.C.). They probably continued to exist till Christianity became the religion of the Roman empire. The Athenians were closely connected with the festival, and had the privilege of proedria, the foremost seat at the games, while the Eleans were absolutely excluded from participation. The games included gymnastic, equestrian and musical contests, differing little from those of the other great festivals, and the prize was a crown made at one time of parsley (more probably wild celery), at a later period of pine. The importance of the Isthmian games in later times is shown by the fact that Flamininus chose the occasion for proclaiming the liberation of Greece, 196 B.C. That at a later anniversary (A.D. 67) Nero repeated the proclamation of Flamininus, and coupled with it the announcement of his own infamous victory at Olympia, shows alike the hollowness of the first gift and the degradation which had befallen the Greek games, the last faint relic of Greek nationality.
The Isthmian games, held on the Isthmus of Corinth in the first and third year of each Olympiad, date back to 523 BCE according to Eusebius. They are said to have been founded by Poseidon or Sisyphus in honor of Melicertes, or by Theseus to celebrate his victory over the robbers Sinis and Sciron. Their early significance is highlighted by Solon's law, which awarded a prize of 100 drachmae to every Athenian who won. The festival was run by the Corinthians; after the city was destroyed by Mummius in 146 BCE, the leadership went to the Sicyonians until Julius Caesar rebuilt Corinth in 46 B.C. They likely continued until Christianity became the main religion of the Roman Empire. The Athenians were closely tied to the festival and had the privilege of proedria, the best seats at the games, while the Eleans were completely excluded from participation. The games featured athletic, equestrian, and musical competitions, which were quite similar to those of other major festivals, and the prize was a crown that was originally made of parsley (more likely wild celery), and later made of pine. The significance of the Isthmian games in later times is demonstrated by Flamininus, who chose this occasion in 196 BCE to announce Greece's liberation. Later, in 67 A.D., Nero repeated Flamininus's proclamation and added his own infamous victory at Olympia, which reflects both the emptiness of the original gift and the decline of the Greek games, the last faint remnant of Greek identity.
The Ludi Publici of the Romans included feasts and theatrical exhibitions as well as the public games with which alone we are concerned. As in Greece, they were intimately connected with religion. At the Roman. beginning of each civil year it was the duty of the consuls to vow to the gods games for the safety of the commonwealth, and the expenses were defrayed by the treasury. Thus, at no cost to themselves, the Roman public were enabled to indulge at the same time their religious feelings and their love of amusement. Their taste for games naturally grew till it became a passion, and under the empire games were looked upon by the mob as one of the two necessaries of life. The aediles who succeeded to this duty of the consuls were expected to supplement the state allowance from their private purse. Political adventurers were not slow to discover so ready a road to popularity, and what at first had been exclusively a state charge devolved upon men of wealth and ambition. A victory over some barbarian horde or the death of a relation served as the pretext for a magnificent display. But the worst extravagance of private citizens was eclipsed by the reckless prodigality of the Caesars, who squandered the revenues of whole provinces in catering for the mob of idle sightseers on whose favour their throne depended. But though public games played as important a part in Roman as in Greek history, and must be studied by the Roman historian as an integral factor in social and political life, yet, regarded solely as exhibitions, they are comparatively devoid of interest, and we sympathize with Pliny, who asks his friend how any man of sense can go day after day to view the same dreary round of fights and races.
The Ludi Publici of the Romans included festivals and theatrical performances as well as the public games that we're focusing on. Similar to Greece, these events were closely tied to religion. At the beginning of each year, it was the responsibility of the consuls to make a pledge to the gods for games that would ensure the safety of the state, and the costs were covered by the treasury. This way, the Roman public could indulge both their religious feelings and their enjoyment of entertainment without it costing them anything. Their enthusiasm for games naturally grew until it became a passion, and under the empire, games were seen by the masses as one of the two essentials of life. The aediles, who took over this responsibility from the consuls, were expected to supplement the state funding with their own money. Political opportunists quickly realized this was an easy way to gain popularity, and what initially had been solely a government responsibility shifted to wealthy and ambitious individuals. A victory over a barbarian tribe or the death of a relative was often used as an excuse for extravagant displays. However, even the most excessive spending by private citizens was overshadowed by the reckless extravagance of the Caesars, who wasted the resources of entire provinces to entertain the crowd of idle spectators on whom their power relied. Though public games played a significant role in both Roman and Greek history and should be considered an important aspect of social and political life by historians, when looked at solely as entertainment, they are relatively uninteresting. We can relate to Pliny, who questioned how any sensible person could attend the same monotonous fights and races day after day.
It is easy to explain the different feelings which the games of Greece and of Rome excite. The Greeks at their best were actors, the Romans from first to last were spectators. It is true that even in Greek games the professional element played a large and ever-increasing part. As early as the 6th century B.C. Xenophanes complains that the wrestler’s strength is preferred to the wisdom of the philosopher, and Euripides, in a well-known fragment, holds up to scorn the brawny swaggering athlete. But what in Greece was a perversion and acknowledged to be such, the Romans not only practised but held up as their ideal. No Greek, however high in birth, was ashamed to compete in person for the Olympic crown. The Roman, though little inferior in gymnastic exercises, kept strictly to the privacy of the palaestra; and for a patrician to appear in public as a charioteer is stigmatized by the satirist as a mark of shameless effrontery.
It's easy to understand the different feelings that the games of Greece and Rome evoke. The Greeks, at their best, were participants, while the Romans were always spectators. It's true that even in Greek games, the professional aspect played a significant and growing role. As early as the 6th century BCE, Xenophanes complains that the strength of the wrestler is favored over the wisdom of the philosopher, and Euripides, in a famous fragment, mocks the muscular, boastful athlete. But what was seen in Greece as a distortion and acknowledged as such, the Romans not only embraced but also celebrated as their ideal. No Greek, no matter how noble, was ashamed to personally compete for the Olympic crown. The Roman, although not far behind in athletic skills, kept strictly to the privacy of the gym. For a patrician to appear in public as a charioteer was condemned by the satirist as a sign of blatant shamelessness.
Roman games are generally classified as fixed, extraordinary and votive; but they may be more conveniently grouped according to the place where they were held, viz. the circus or the amphitheatre.
Roman games are usually categorized as fixed, extraordinary, and votive; however, it might be easier to group them based on where they took place, namely the circus or the amphitheatre.
For the Roman world the circus was at once a political club, a fashionable lounge, a rendezvous of gallantry, a betting ring, and a playground for the million. Juvenal, speaking loosely, says that in his day it held the whole of Rome; but there is no reason to doubt the precise statement of P. Victor, that in the Circus Maximus there were seats for 350,000 spectators.
For the Roman world, the circus was a political hangout, a trendy spot, a meeting place for romance, a betting arena, and a playground for the masses. Juvenal casually claims that it attracted all of Rome, but P. Victor's exact figure shouldn’t be doubted: the Circus Maximus had seating for 350,000 spectators.
Of the various Ludi Circenses it may be enough here to give a short account of the most important, the Ludi Magni or Maximi.
Of the various Ludi Circenses, it might be sufficient here to provide a brief overview of the most significant, the Ludi Magni or Maximi.
Initiated according to legend by Tarquinius Priscus, the Ludi Magni were originally a votive feast to Capitoline Jupiter, promised by the general when he took the field, and performed on his return from the annual campaign. They thus presented the appearance of a military spectacle, or rather a review of the whole burgess force, which marched in solemn procession from the capitol to the forum and thence to the circus, which lay between the Palatine and Aventine. First came the sons of patricians mounted on horseback, next the rest of the burghers ranged according to their military classes, after them the athletes, naked save for the girdle round their loins, then the company of dancers with the harp and flute players, next the priestly colleges bearing censers and other sacred instruments, and lastly the simulacra of the gods, carried aloft on their shoulders or drawn in cars. The games themselves were fourfold:—(1) the chariot race; (2) the ludus Troiae; (3) the military review; and (4) gymnastic contests. Of these only the first two call for any comment. (1) The chariot employed in the circus was the two-wheeled war car, at first drawn by two, afterwards by four, and more rarely by three horses. Originally only two chariots started for the prize, but under Caligula we read of as many as twenty-four heats run in the day, each of four chariots. The distance traversed was fourteen times the length of the circus or nearly 5 m. The charioteers were apparently from the first professionals, though the stigma under which the gladiator lay never attached to their calling. Indeed a successful driver may compare in popularity and fortune with a modern jockey. The drivers were divided into companies distinguished by the colours of their tunics, whence arose the faction of the circus which assumed such importance under the later emperors. In republican times there were two factions, the white and the red; two more, the green and the blue, were added under the empire, and for a short time in Domitian’s reign there were also the gold and the purple. Even in Juvenal’s day party spirit ran so high that a defeat of the green was looked upon as a second Cannae. After the seat of empire had been transferred to Constantinople these factions of the circus were made the basis of political cabals, and frequently resulted in sanguinary tumults, such as the famous Nika revolt (A.D. 532), in which 30,000 citizens lost their lives. (2) The Ludus Troiae was a sham-fight on horseback in which the actors were patrician youths. A spirited description of it will be found in the 5th Aeneid. (See also Circus.)
Initiated according to legend by Tarquinius Priscus, the Ludi Magni were originally a ceremonial feast for Capitoline Jupiter, promised by the general when he went into battle, and held upon his return from the annual campaign. They looked like a military display, or rather a showcase of the entire citizen army, which marched in a solemn procession from the Capitol to the forum and then to the circus, located between the Palatine and Aventine hills. First came the sons of patricians riding horses, followed by the rest of the citizens organized according to their military ranks, then the athletes, who were naked except for the girdle around their waists, followed by the dancers accompanied by harp and flute players, then the priestly groups carrying censers and other sacred items, and lastly the images of the gods, carried high on shoulders or pulled in chariots. The games themselves were fourfold:—(1) the chariot race; (2) the ludus Troiae; (3) the military review; and (4) gymnastic competitions. Of these, only the first two need any comments. (1) The chariot used in the circus was the two-wheeled war chariot, initially pulled by two horses, later by four, and occasionally by three. At first, only two chariots competed for the prize, but under Caligula, there were reports of up to twenty-four heats in a day, each featuring four chariots. The distance covered was fourteen times the length of the circus, or nearly 5 miles. The charioteers were apparently professionals from the beginning, though they didn’t carry the same stigma as gladiators. In fact, a successful driver could be as popular and successful as a modern jockey. The drivers were grouped into teams identified by the colors of their tunics, which led to the factions of the circus that became significant under later emperors. In republican times, there were two factions, the white and the red; two more, the green and the blue, emerged under the empire, and for a brief time during Domitian’s reign, there were also the gold and the purple. Even during Juvenal’s time, the rivalry was so intense that a defeat of the green was seen as a second Cannae. After the seat of the empire shifted to Constantinople, these circus factions became the foundation of political groups and often led to violent riots, such as the famous Nika revolt (CE 532), in which 30,000 citizens lost their lives. (2) The Ludus Troiae was a mock battle on horseback featuring patrician youths. A lively description of it can be found in the 5th Aeneid. (See also Circus.)
The two exhibitions we shall next notice, though occasionally given in the circus, belong more properly to the amphitheatre. Venatio was the baiting of wild animals who were pitted either with one another or with men—captives, criminals or trained hunters called bestiarii. The first certain instance on record of this amusement is in 186 B.C., when M. Fulvius exhibited lions and tigers in the arena. The taste for these brutalizing spectacles grew apace, and the most distant provinces were ransacked by generals and proconsuls to supply the arena with rare animals—giraffes, tigers and crocodiles. Sulla provided for a single show 100 lions, and Pompey 600 lions, besides elephants, which were matched with Gaetulian hunters. Julius Caesar enjoys the doubtful honour of inventing the bull-fight. At the inauguration of the Colosseum 5000 wild and 4000 tame beasts were killed, and to commemorate 446 Trajan’s Dacian victories there was a butchery of 11,000 beasts. The naumachia was a sea-fight, either in the arena, which was flooded for the occasion by a system of pipes and sluices, or on an artificial lake. The rival fleets were manned by prisoners of war or criminals, who often fought till one side was exterminated. In the sea-fight on Lake Fucinus, arranged by the emperor Claudius, 100 ships and 19,000 men were engaged.
The two exhibitions we’ll discuss next, though sometimes held in the circus, are more properly associated with the amphitheater. Venatio involved the hunting of wild animals that were pitted against each other or against humans—captives, criminals, or trained hunters known as bestiarii. The first confirmed instance of this entertainment dates back to 186 BCE, when M. Fulvius showcased lions and tigers in the arena. The appetite for these brutal spectacles grew rapidly, and even the furthest provinces were scoured by generals and proconsuls to supply the arena with exotic animals—giraffes, tigers, and crocodiles. Sulla arranged for a single event with 100 lions, while Pompey brought in 600 lions, along with elephants that fought against Gaetulian hunters. Julius Caesar is infamously credited with inventing the bullfight. At the opening of the Colosseum, 5,000 wild animals and 4,000 domestic animals were killed, and to mark Trajan’s victories in Dacia, 11,000 beasts were slaughtered. The naumachia was a sea battle, either in the arena, which was flooded for the event using a system of pipes and sluices, or on an artificial lake. The opposing fleets were filled with prisoners of war or criminals, who often fought until one side was completely wiped out. During the sea battle on Lake Fucinus, organized by Emperor Claudius, 100 ships and 19,000 men participated.
But the special exhibition of the amphitheatre was the munus gladiatorium, which dates from the funeral games of Marcus and Decimus Brutus, given in honour of their father, 264 B.C. It was probably borrowed from Etruria, and a refinement on the common savage custom of slaughtering slaves or captives on the grave of a warrior or chieftain. Nothing so clearly brings before us the vein of coarseness and inhumanity which runs through the otherwise noble character of the Roman, as his passion for gladiatorial shows. We can fancy how Pericles, or even Alcibiades, would have loathed a spectacle that Augustus tolerated and Trajan patronized. Only after the conquest of Greece we hear of their introduction into Athens, and they were then admitted rather out of compliment to the conquerors than from any love of the sport. In spite of numerous prohibitions from Constantine downwards, they continued to flourish even as late as St Augustine. To a Christian martyr, if we may credit the story told by Theodoret and Cassiodorus, belongs the honour of their final abolition. In the year 404 Telemachus, a monk who had travelled from the East on this sacred mission, rushed into the arena and endeavoured to separate the combatants. He was instantly despatched by the praetor’s orders; but Honorius, on hearing the report, issued an edict abolishing the games, which were never afterwards revived. (See Gladiators.)
But the special exhibition of the amphitheater was the munus gladiatorium, which dates back to the funeral games of Marcus and Decimus Brutus, held in honor of their father in 264 BCE It was likely borrowed from Etruria and was a refinement on the common brutal custom of killing slaves or captives at the grave of a warrior or leader. Nothing illustrates the roughness and inhumanity that runs through the otherwise noble character of the Roman like their fascination with gladiatorial shows. We can imagine how Pericles, or even Alcibiades, would have despised a spectacle that Augustus tolerated and Trajan supported. It wasn’t until after the conquest of Greece that we hear about them being introduced in Athens, and they were then accepted more out of respect for the conquerors than from any genuine liking for the sport. Despite many prohibitions from Constantine onward, they continued to thrive even as late as St. Augustine. According to a story told by Theodoret and Cassiodorus, the honor of their final abolition belongs to a Christian martyr. In the year 404, Telemachus, a monk who had traveled from the East on this sacred mission, rushed into the arena and tried to separate the combatants. He was immediately killed on the praetor’s orders; but when Honorius heard the report, he issued an edict to abolish the games, which were never revived again. (See Gladiators.)
Of the other Roman games the briefest description must suffice. The Ludi Apollinares were established in 212 B.C., and were annual after 211 B.C.; mainly theatrical performances. The Megalenses were in honour of the great goddess, Cybele: instituted 204 B.C., and from 191 B.C. celebrated annually. A procession of Galli, or priests of Cybele, was a leading feature. Under the empire the festival assumed a more orgiastic character. Four of Terence’s plays were produced at these games. The Ludi Saeculares were celebrated at the beginning or end of each saeculum, a period variously interpreted by the Romans themselves as 100 or 110 years. The celebration by Augustus in 17 B.C. is famous by reason of the Ode composed by Horace for the occasion. They were solemnized by the emperor Philip A.D. 248 to commemorate the millennium of the city.
Of the other Roman games, a brief description will have to do. The Ludi Apollinares were established in 212 BCE and became annual after 211 B.C., mainly featuring theatrical performances. The Megalenses were held in honor of the great goddess, Cybele, starting in 204 BCE and celebrated annually from 191 BCE. A procession of Galli, or priests of Cybele, was a key highlight. During the empire, the festival took on a more orgiastic feel. Four of Terence’s plays were performed at these games. The Ludi Saeculares were celebrated at the start or end of each saeculum, a period that the Romans interpreted variously as 100 or 110 years. The celebration by Augustus in 17 BCE is well-known because of the Ode written by Horace for the event. They were commemorated by the emperor Philip in CE 248 to mark the thousandth anniversary of the city.
2. Private Games.—These may be classified as outdoor and indoor games. There is naturally all the world over a much closer resemblance between the pursuits and amusements of children than of adults. Homer’s children built castles in the sand, and Greek and Roman children alike had their dolls, their hoops, their skipping-ropes, their hobby-horses, their kites, their knuckle-bones and played at hopscotch, the tug-of-war, pitch and toss, blind-man’s buff, hide and seek, and kiss in the ring or at closely analogous games. Games of ball were popular in Greece from the days of Nausicaa, and at Rome there were five distinct kinds of ball and more ways of playing with them. For particulars the dictionary of antiquities must be consulted. It is strange that we can find in classical literature no analogy to cricket, tennis, golf or polo, and though the follis resembled our football, it was played with the hand and arm, not with the leg. Cock-fighting was popular both at Athens and Rome, and quails were kept and put to various tests to prove their pluck.
2. Private Games.—These can be divided into outdoor and indoor games. It's clear that children's activities and games resemble each other much more closely across the globe than those of adults. Homer’s children built sandcastles, and children in Greece and Rome played with dolls, hoops, skipping ropes, hobby horses, kites, knuckle bones, and enjoyed games like hopscotch, tug-of-war, pitch and toss, blind man’s buff, hide and seek, and similar games involving kissing in a circle. Ball games were popular in Greece dating back to Nausicaa's time, and in Rome, there were five distinct types of ball games and various ways to play them. For details, one would need to refer to a dictionary of antiquities. It's odd that we don't find analogues to cricket, tennis, golf, or polo in classical literature, and although the follis was similar to our football, it was played with the hands and arms instead of the legs. Cockfighting was a common pastime in both Athens and Rome, and quails were kept and tested to demonstrate their courage.
Under indoor games we may distinguish games of chance and games of skill, though in some of them the two elements are combined. Tesserae, shaped and marked with pips like modern dice, were evolved from the tali, knuckle-bones with only four flat sides. The old Roman threw a hazard and called a main, just as did Charles Fox, and the vice of gambling was lashed by Juvenal no less vigorously than by Pope. The Latin name for a dice-box has survived in the fritillary butterfly and flower.
Under indoor games, we can categorize them into games of chance and games of skill, although some games combine both elements. Tesserae, shaped and marked with pips like today's dice, developed from the tali, knuckle-bones that had only four flat sides. The old Romans would throw a hazard and call a main, just like Charles Fox did, and the issue of gambling was criticized by Juvenal as strongly as by the Pope. The Latin term for a dice-box can still be found in the name of the fritillary butterfly and flower.
The primitive game of guessing the number of fingers simultaneously held up by the player and his opponent is still popular in Italy where it is known as “morra.” The proverbial phrase for an honest man was quicum in tenebris mices, one you would trust to play at morra in the dark.
The basic game of guessing how many fingers are held up by the player and their opponent is still popular in Italy, where it's called “morra.” The saying for an honest person was quicum in tenebris mices, someone you would trust to play morra in the dark.
Athena found the suitors of Penelope seated on cowhides and playing at πεσσοί, some kind of draughts. The invention of the game was ascribed to Palamedes. In its earliest form it was played on a board with five lines and with five pieces. Later we find eleven lines, and a further development was the division of the board into squares, as in the game of πόλεις (cities). In the Roman latrunculi (soldiers), the men were distinguished as common soldiers and “rovers,” the equivalent of crowned pieces.
Athena found Penelope's suitors sitting on cowhides and playing a game called dice, similar to checkers. The game was invented by Palamedes. In its earliest version, it was played on a board with five lines and five pieces. Later, it evolved to eleven lines, and eventually, the board was divided into squares, like in the game of cities (cities). In the Roman game latrunculi (soldiers), the pieces were categorized as regular soldiers and “rovers,” which were like crowned pieces.
Duodecim scripta, as the name implies, was played on a board with twelve double lines and approximated very closely to our backgammon. There were fifteen pieces on each side, and the moves were determined by a throw of the dice; “blots” might be taken, and the object of the player was to clear off all his own men. Lastly must be mentioned the Cottabus (q.v.), a game peculiar to the Greeks, and with them the usual accompaniment of a wine party. In its simplest form each guest threw what was left in his cup into a metal basin, and the success of the throw, determined partly by the sound of the wine in falling, was reckoned a divination of love. For the various elaborations of the game (in Sicily we read of Cottabus houses), Athenaeus and Pollux must be consulted.
Duodecim scripta, as the name suggests, was played on a board with twelve double lines and was very similar to modern backgammon. Each player had fifteen pieces, and the moves were decided by rolling dice; "blots" could be hit, and the goal was for each player to remove all their pieces from the board. Lastly, we must mention Cottabus (q.v.), a game unique to the Greeks, often played during wine parties. In its simplest form, each guest would throw the remaining contents of their cup into a metal basin, and the success of the throw, partly judged by the sound of the wine as it fell, was considered a prediction of love. For more details on the various versions of the game (in Sicily, we hear of Cottabus houses), one should refer to Athenaeus and Pollux.
Bibliography.—Daremberg et Saglio, Dictionnaire des antiquités grecques et romaines, articles “Agon,” “Athleta,” “Circus,” “Ludi,” “Olympia,” “Spiele”; Curtius and Adler, Olympia (5 vols., 1890, &c.); Hachtmann, Olympia und seine Festspiele; Blümner, Home Life of the Ancient Greeks; J.P. Mahaffy, Old Greek Education; P. Gardner and F.B. Jevons, Manual of Greek Antiquities; E.N. Gardiner, Greek Athletic Sports (1910); Becker-Marquardt, Handbuch der römischen Altertümer (5 vols.).
References.—Daremberg and Saglio, Dictionary of Greek and Roman Antiquities, entries “Agon,” “Athleta,” “Circus,” “Ludi,” “Olympia,” “Spiele”; Curtius and Adler, Olympia (5 vols., 1890, etc.); Hachtmann, Olympia and Its Festivals; Blümner, Home Life of the Ancient Greeks; J.P. Mahaffy, Old Greek Education; P. Gardner and F.B. Jevons, Manual of Greek Antiquities; E.N. Gardiner, Greek Athletic Sports (1910); Becker-Marquardt, Handbook of Roman Antiquities (5 vols.).
GAMING AND WAGERING. It is somewhat difficult exactly to define or adequately to distinguish these terms of allied meaning. The word “game” (q.v.) is applicable to most pastimes and many sports, irrespective of their lawful or unlawful character. “Gaming” is now always associated with the staking of money or money’s worth on the result of a game of pure chance, or mixed skill and chance; and “gambling” has the same meaning, with a suggestion that the stakes are excessive or the practice otherwise reprehensible, while “wager” and “wagering” are applied to money hazarded on any contingency in which the person wagering has no interest at risk other than the amount at stake. “Betting” is usually restricted to wagers on events connected with sports or games, and “lottery” applies to speculation to obtain prizes by lot or chance.
GAMING AND BETTING. It’s somewhat challenging to clearly define or effectively distinguish these related terms. The word “game” (q.v.) applies to most hobbies and many sports, regardless of whether they are legal or illegal. “Gaming” is now usually linked to betting money or something of value on the outcome of a game of pure chance, or a mix of skill and chance; and “gambling” carries the same meaning, but implies that the stakes are too high or that the practice is otherwise frowned upon. Meanwhile, “wager” and “wagering” refer to money risked on any outcome where the person wagering has no interest at stake besides the amount being bet. “Betting” is generally limited to wagers on events related to sports or games, and “lottery” refers to the chance of winning prizes through random selection or luck.
At English common law no games were unlawful and no penalties were incurred by gambling, nor by keeping gaming-houses, unless by reason of disorder they became a public nuisance. From very early times, however, the English statute law has attempted to exercise control over the sports, pastimes and amusements of the lieges. Several points of view have been taken: (1) their competition with military exercises and training; (2) their attraction to workmen and servants, as drawing them from work to play; (3) their interference with the observance of Sunday; (4) their combination with betting or gambling as causing impoverishment and dishonesty in children, servants and other unwary persons; (5) the use of fraud or deceit in connexion with them. The legislation has assumed several forms: (1) declaring certain games unlawful either absolutely or if accompanied by staking or betting money or money’s worth on the event of the game; (2) declaring the keeping of establishments for betting, gaming or lotteries illegal, or prohibiting the use of streets or public places for such purposes; (3) prohibiting the enforcement in courts of justice of gambling contracts.
At English common law, no games were considered illegal, and no penalties were imposed for gambling or running gaming-houses, unless they caused disorder and turned into a public nuisance. However, from early on, English statutory law has tried to regulate the sports, pastimes, and entertainment of the people. Several perspectives have been taken: (1) their competition with military drills and training; (2) their appeal to workers and servants, which pulls them away from their jobs; (3) their disruption of Sunday observance; (4) their link to betting or gambling, which can lead to poverty and dishonesty in children, servants, and other unsuspecting individuals; (5) the use of fraud or deceit associated with them. The legislation has taken on various forms: (1) declaring certain games illegal, either outright or when money or items of value are staked on the outcome; (2) making it illegal to operate betting, gaming, or lottery establishments, or banning the use of streets or public places for such activities; (3) prohibiting the enforcement of gambling contracts in courts of law.
The earliest English legislation against games was passed in the interests of archery and other manly sports which were believed to render the lieges more fit for service in war. A statute of Richard II. (1388) directed servants and labourers Games, lawful and unlawful. to have bows and arrows and to use them on Sundays and holidays, and to cease from playing football, quoits, dice, putting the stone, kails and other such importune games. A more drastic statute was passed in 1409 (11 Hen. IV. c. 4) and penalties were imposed in 1477 (17 Edw. IV. c. 3) on persons allowing unlawful games to be played on their premises. These acts were superseded in 1541 (33 Hen. VIII. c. 9) by a statute passed on the petition of the bowyers, fletchers (fléchiers), stringers and arrowhead makers of the realm. This act (still partly in force) is entitled an “act for maintenance of archery and debarring of unlawful games”; and it recites that, since the last statutes (of 3 & 6 Hen. VIII.) “divers and many subtil inventative and crafty persons have found and daily find many and sundry new and crafty games and plays, as logating in the fields, slide-thrift, otherwise called shove-groat, as well within the city of London as elsewhere in many other and divers parts of this realm, keeping houses, plays and alleys for the maintenance thereof, by reason whereof archery is sore decayed, and daily is like to be more minished, and divers 447 bowyers and fletchers, for lack of work, gone and inhabit themselves in Scotland and other places out of this realm, there working and teaching their science, to the puissance of the same, to the great comfort of strangers and detriment of this realm.” Accordingly penalties are imposed on all persons keeping houses for unlawful games, and all persons resorting thereto (s. 8). The games specified are dicing, table (backgammon) or carding, or any game prohibited by any statute theretofore made or any unlawful new game then or thereafter invented or to be invented. It is further provided that “no manner of artificer or craftsman of any handicraft or occupation, husbandman, apprentice, labourer, servant at husbandry, journeyman or servant of artificer, mariners, fishermen, watermen, or any serving man, shall play at the tables, tennis, dice, cards, bowls, clash, coyting, logating or any other unlawful game out of Christmas under the pain of xxs. to be forfeit for every time; and in Christmas to play at any of the said games in their masters’ houses or in their masters’ presence; and also that no manner of person shall at any time play at any bowl or bowls in open places out of his garden or orchard” (s. 11). The social evils of gambling (impoverishment, crime, neglect of divine service) are incidentally alluded to in the preamble, but only in connexion with the main purpose of the statute—the maintenance of archery. No distinction is made between games of skill and games of chance, and no reference is made to playing for money or money’s worth. The Book of Sports of James I. (1617), republished by Charles I. (1633), was aimed at encouraging certain sports on Sundays and holidays; but with the growth of Puritanism the royal efforts failed. The Sunday Observance Act 1625 prohibits the meeting of people out of their own parishes on the Lord’s Day for any sports or pastimes whatsoever. It has been attempted to enforce this act against Sunday football. The act goes on to prohibit any bear-baiting, bull-baiting, interludes, common plays or other unlawful exercises or plays on Sunday by parishioners within their own parishes. According to Blackstone (iv. Comm. c. 13) the principal ground of complaint leading to legislation in the 18th century was “gambling in high life.” He collects the statutes made with this view, but only those still in force need have been mentioned.
The earliest English laws against games were created to promote archery and other masculine sports that were believed to make citizens more suited for military service. A law from Richard II (1388) required servants and laborers Games, legal and illegal. to own bows and arrows and use them on Sundays and holidays, and to stop playing football, quoits, dice, putting the stone, kails, and other such distracting games. A more stringent law was enacted in 1409 (11 Hen. IV. c. 4), and penalties were introduced in 1477 (17 Edw. IV. c. 3) for those who allowed illegal games to take place on their property. These laws were replaced in 1541 (33 Hen. VIII. c. 9) by a statute put forth on behalf of the bowyers, fletchers, stringers, and arrowhead makers in the realm. This act (still partially in effect) is titled "act for maintenance of archery and debarring of unlawful games" and states that, since the last statutes (of 3 & 6 Hen. VIII.), "various crafty individuals keep discovering and promoting many new and crafty games and activities, like logating in the fields, slide-thrift, also known as shove-groat, both in the city of London and in various other places throughout the realm, creating establishments, games, and alleys to support these activities, which has caused archery to decline significantly, and continues to decrease daily, resulting in many bowyers and fletchers losing work and moving to Scotland and other places outside this realm, where they work and teach their craft, benefiting outsiders and harming this realm." Consequently, penalties are enforced against anyone who operates establishments for illegal games, and those who patronize them (s. 8). The specified games include dicing, backgammon or card games, or any game banned by any previous statute or any new illegal game then or later invented. Furthermore, it is stipulated that "no craftsman or artisan of any trade, farmer, apprentice, laborer, servant in agriculture, journeyman, or any serving man shall play at tables, tennis, dice, cards, bowls, clash, coyting, logating, or any other illegal game outside of Christmas under penalty of £2 for each occurrence; and during Christmas, they may play any of the aforementioned games in their master's homes or in their master's presence; and it is also stipulated that no person shall play any bowls in public places outside their garden or orchard" (s. 11). The social issues linked to gambling (poverty, crime, neglect of religious services) are briefly mentioned in the introduction, but only related to the main goal of the law—the promotion of archery. No distinction is made between games of skill and games of chance, nor is there any mention of playing for money or items of value. The Book of Sports by James I (1617), reissued by Charles I (1633), aimed to encourage certain sports on Sundays and holidays; however, with the rise of Puritanism, these royal efforts failed. The Sunday Observance Act of 1625 forbids people from gathering outside their own parishes on the Lord's Day for any sports or pastimes whatsoever. Attempts have been made to enforce this act against Sunday football. Additionally, the act prohibits any bear-baiting, bull-baiting, interludes, public plays, or other illegal activities or games on Sundays by parishioners within their own parishes. According to Blackstone (iv. Comm. c. 13), the main reason for complaints leading to legislation in the 18th century was “gambling in high life.” He compiles the statutes created to address this issue, but only those still in force need to be noted.
The first act directed against gambling as distinct from playing games was that of 1665 (16 Car. II. c. 7) “against deceitful, disorderly and excessive gaming” which deals with games both of skill and chance at which people cheat, or play otherwise than with ready money, or lose more than £100 on credit. In 1698 (13 Will. III. c. 23) legislation was passed against lotteries, therein described as “mischievous and unlawful games.” This act was amended in 1710 (9 Anne c. 6), and in the same year was passed a statute which is the beginning of the modern legislation against gambling (9 Anne c. 19). It includes within its scope money won by “gaming or playing” at cards, &c., and money won by “betting” on the sides or hands of those who game at any of the forbidden games. But it refers to tennis and bowls as well as to games with cards and dice.
The first law targeting gambling, separate from playing games, was enacted in 1665 (16 Car. II. c. 7) to address “deceitful, disorderly, and excessive gaming.” This law covers games of both skill and chance where people cheat, play without cash, or lose more than £100 on credit. In 1698 (13 Will. III. c. 23), legislation was introduced against lotteries, which were described as “mischievous and unlawful games.” This act was updated in 1710 (9 Anne c. 6), and that same year, a statute was passed that marks the start of modern gambling legislation (9 Anne c. 19). It includes money earned from “gaming or playing” cards, etc., and money won from “betting” on the outcomes of those engaged in any of the prohibited games. It also mentions tennis and bowls alongside card and dice games.
The following list of lawful games, sports and exercises is given in Oliphant on Horses, &c. (6th ed.): horse-races, steeplechases, trotting matches, coursing matches, foot-races, boat-races, regattas, rowing matches, golf, wrestling matches, cricket, tennis, fives, rackets, bowls, skittles, quoits, curling, putting the stone, football, and presumably every bona-fide variety, e.g. croquet, knurr and spell, hockey or any similar games. Cock-fighting is said to have been unlawful at common law, and that and other modes of setting animals to fight are offences against the Prevention of Cruelty to Animals Acts. The following are also lawful games: whist and other lawful games at cards, backgammon, bagatelle, billiards, chess, draughts and dominoes. But to allow persons to play for money at these games or at skittles or “skittle pool” or “puff and dart” on licensed premises is gaming within the Licensing Act 1872. The earlier acts declared unlawful the following games of skill: football, quoits, putting the stone, kails, tennis, bowls, clash or kails, or cloyshcayls, logating, half bowl, slide-thrift or shove-groat and backgammon. Backgammon and other games in 1739 played with backgammon tables were treated as lawful in that year. Horse-racing, long under restriction, being mentioned in the act of 1665 and many 18th-century acts, was fully legalized in 1840 (3 & 4 Vict. c. 35). The act of 1541, so far as it declared any game of mere skill unlawful, was repealed by the Gaming Act 1845. Billiards is legal in private houses or clubs and in public places duly licensed. The following games have been declared by the statutes or the judges to be unlawful, whether played in public or in private, unless played in a royal palace where the sovereign is residing: ace of hearts, pharaoh (faro), basset and hazard (1738), passage, and every game then invented or to be invented with dice or with any other instrument, engine or device in the nature of dice having one or more figures or numbers thereon (1739), roulet or roly-poly (1744), and all lotteries (except Art Union lotteries), rouge et noir, baccarat-banque (1884), chemin de fer (1895), and all games at cards which are not games of mere skill. The definition of unlawful game does not include whist played for a prize not subscribed to by the players, but it does include playing cards for money in licensed premises; even in the private room of the licensee or with private friends during closing hours.
The following list of legal games, sports, and exercises is provided in Oliphant on Horses, &c. (6th ed.): horse races, steeplechases, trotting races, coursing events, foot races, boat races, regattas, rowing competitions, golf, wrestling matches, cricket, tennis, fives, rackets, bowls, skittles, quoits, curling, putting the stone, football, and presumably every legitimate variety, e.g. croquet, knurr and spell, hockey, or similar games. Cockfighting is said to have been illegal under common law, and this and other forms of animal fighting are violations of the Prevention of Cruelty to Animals Acts. The following card games are also legal: whist and other lawful card games, backgammon, bagatelle, billiards, chess, draughts, and dominoes. However, allowing people to bet on these games or on skittles, “skittle pool,” or “puff and dart” at licensed venues is considered gaming under the Licensing Act 1872. Earlier acts declared the following skill games illegal: football, quoits, putting the stone, kails, tennis, bowls, clash or kails, cloyshcayls, logating, half bowl, slide-thrift or shove-groat, and backgammon. Backgammon and other games played with backgammon tables were deemed legal in 1739. Horse racing, long restricted, was mentioned in the act of 1665 and numerous 18th-century acts, and was fully legalized in 1840 (3 & 4 Vict. c. 35). The act of 1541, which declared any game of pure skill illegal, was repealed by the Gaming Act 1845. Billiards is permissible in private homes or clubs and in licensed public venues. The following games have been declared illegal by statutes or judges, whether played publicly or privately, unless in a royal palace where the sovereign resides: ace of hearts, pharaoh (faro), basset, hazard (1738), passage, and every game then invented or to be invented with dice or any other instrument, device, or mechanism similar to dice that has one or more figures or numbers (1739), roulet or roly-poly (1744), and all lotteries (except Art Union lotteries), rouge et noir, baccarat-banque (1884), chemin de fer (1895), and all card games that are not pure skill games. The definition of an unlawful game does not include whist played for a prize not contributed to by the players, but it does include playing cards for money in licensed venues; even in the licensee's private room or with private friends during closing hours.
The first attack on lotteries was in 1698, against lotteries “by dice, lots, cards, balls or any other numbers or figures or in any other way whatsoever.” An act of 1721 prohibited lotteries which under the name of sales distributed prizes in money, advowsons, land, jewels, &c., by lots, tickets, numbers or figures. Acts of 1722, 1733 and 1823 prohibited any sale of tickets, receipts, chances or numbers in foreign lotteries. The games of cards already referred to as unlawful were in 1738 declared to be “games or lotteries by cards or dice,” and in 1802 the definition of lottery was extended to include “little-goes and any game or lottery not authorized by parliament, drawn by dice, lots, cards, balls, or by numbers or figures or by any other way, contrivance or device whatsoever.” This wide definition reaches raffles and sweepstakes on races. The advertisement of foreign or illegal lotteries is forbidden by acts of 1836 and 1844. In 1846 art unions were exempted from the scope of the Lottery Acts. Attempts have been made to suppress the sale in England of foreign lottery tickets, but the task is difficult, as the post-office distributes the advertisements, although, under the Revenue Act 1898, the Customs treat as prohibited goods advertisements or notices as to foreign lotteries. More success has been obtained in putting down various devices by newspapers and shopkeepers to attract customers by instituting “missing word competitions” and “racing coupon competitions”; by automatic machines which give speculative chances in addition to the article obtained for the coin inserted; by distribution of prizes by lot or chance to customers; by holding sweepstakes at public-houses, by putting coins in sweetmeats to tempt street urchins by cupidity to indigestion; or by gratuitous distribution of medals giving a chance of a prize from a newspaper. An absolutely gratuitous distribution of chances seems not to be within the acts, but a commercial distribution is, even if individuals who benefit do not pay for their chance.
The first attack on lotteries happened in 1698, targeting lotteries “by dice, lots, cards, balls, or any other numbers or figures or in any other way whatsoever.” An act in 1721 banned lotteries that offered prizes in money, advowsons, land, jewels, etc., through lots, tickets, numbers, or figures. Acts in 1722, 1733, and 1823 prohibited selling tickets, receipts, chances, or numbers for foreign lotteries. The card games previously deemed unlawful were officially classified in 1738 as “games or lotteries by cards or dice,” and in 1802, the definition of a lottery was broadened to include “little-goes and any game or lottery not authorized by parliament, drawn by dice, lots, cards, balls, or by numbers or figures or in any other way, contrivance or device whatsoever.” This broad definition encompasses raffles and sweepstakes related to races. Advertising foreign or illegal lotteries was banned by acts in 1836 and 1844. In 1846, art unions were exempt from the Lottery Acts. Efforts have been made to curb the sale of foreign lottery tickets in England, but this is challenging, as the post office distributes the advertisements, even though, under the Revenue Act of 1898, the Customs regard advertisements or notices for foreign lotteries as prohibited goods. More progress has been made in stopping different tactics by newspapers and shopkeepers to lure customers with “missing word competitions” and “racing coupon competitions,” by using machines that provide speculative chances along with the purchased item, by offering prizes by lot or chance to customers, by running sweepstakes in pubs, by hiding coins in candy to tempt children, or by freely distributing medals that give a chance to win a prize from a newspaper. The completely free distribution of chances seems not to fall under the acts, but a commercial distribution does, even if the individuals who benefit don’t pay for their chance.
As already stated, the keeping of a gaming-house was at common law punishable only if a public nuisance were created. The act of 1541 imposes penalties on persons maintaining houses for unlawful games. Originally licences could be obtained for such houses, but these were abolished in 1555 (2 & 3 Phil. and Mar.). In 1698 lotteries were declared public nuisances, and in 1802 the same measure was meted out to lotteries known as little-goes. Special penalties are provided for those who set up lotteries or any unlawful game with cards or dice, &c. (1738, 1739, 1744). In 1751 inhabitants of a parish were enabled to insist on the prosecution of gaming-houses. The act of 1802 imposed severe penalties on persons publicly or privately keeping places for any lottery. This statute hits at the deliberate or habitual use of a place for the prohibited purpose, and does not touch isolated or incidental uses on a single occasion, e.g. at a bazaar or show; but under an act of 1823 the sale of lottery tickets is in itself an offence. The Gaming Act 1845 facilitates the search of suspected gaming-houses and the proof that they are such. It provides that, to prove any house to be a common gaming-house, it “shall be sufficient to show that it is kept or used for playing therein at any unlawful game, and that a bank is kept there by one or more of the players exclusively of the others, or that the chances of any game played therein are not alike favourable to all the players, including among the players the banker or other person by whom the game is managed, or against whom the other players stake, play or bet.” Gambling, it will be noticed, is still in this definition connected with some kind of game. The act also provides that proof that the gaming was for money shall not be required, and that the presence of cards, dice and other instruments of gaming shall be prima-facie evidence that the house was used as a common gaming-house. The most recent statute dealing with gaming-houses is of 1854, which provides summary remedies against the keeper and makes further provisions to facilitate conviction. It may be added that the Gaming Act 1845 makes winning money by cheating at any game or wager punishable in the same way as obtaining money by false pretences. At the present time proceedings for keeping gaming-houses in the sense in which that word is commonly understood are comparatively rare, and are usually against foreigners. The statutes hit both public and private gaming-houses (see the Park Club case, Jenks v. Turpin, 1884, 13 Q.B.D. 505, the leading case on unlawful games). The proprietor and the person who keeps the bank at an unlawful game are both within the statute: the players are not, but the act of Henry VIII. is so far alive that they can be put under recognizance not to frequent gaming-houses. Under the Licensing Act 1872 penalties are incurred by licensed victuallers who suffer any gaming or unlawful game to be played on their premises. A single instance of playing an unlawful game for money in a private house is not within the statutes (R. v. Davies, 1897, 2 Q.B. 199).
As already mentioned, running a gambling house was only punishable by common law if it created a public nuisance. The Act of 1541 imposed penalties on people who operated places for illegal games. Initially, licenses could be obtained for such establishments, but these were abolished in 1555 (2 & 3 Phil. and Mar.). In 1698, lotteries were declared public nuisances, and in 1802, the same decision was applied to lotteries known as little-goes. Specific penalties are established for those who organize lotteries or any illegal games involving cards, dice, etc. (1738, 1739, 1744). In 1751, residents of a parish could demand the prosecution of gaming houses. The Act of 1802 imposed severe penalties on anyone publicly or privately operating places for any lottery. This statute targets the intentional or habitual use of a location for the outlawed purpose and doesn’t affect isolated or incidental uses on a single occasion, e.g. at a bazaar or exhibition; however, under an Act of 1823, selling lottery tickets is an offense on its own. The Gaming Act of 1845 simplifies the search of suspected gaming houses and provides evidence they are indeed such. It states that to prove any house is a common gaming house, it “shall be sufficient to show that it is kept or used for playing any unlawful game, and that a bank is kept there by one or more of the players exclusively of the others, or that the chances of any game played there are not equally favorable to all the players, including among the players the banker or other person managing the game, or against whom the other players stake, play or bet.” Gambling, as noted, is still defined in relation to some kind of game. The act also states that proof of gambling for money is not required, and the presence of cards, dice, and other gaming tools is considered prima facie evidence that the house was used as a common gaming house. The most recent legislation addressing gaming houses is from 1854, which provides quick remedies against the keeper and additional measures to aid conviction. It’s worth noting that the Gaming Act of 1845 makes winning money through cheating in any game or wager punishable similarly to obtaining money by deception. Currently, cases against those running gaming houses, in the way that term is commonly understood, are fairly rare and typically involve foreigners. The statutes address both public and private gaming houses (see the Park Club case, Jenks v. Turpin, 1884, 13 Q.B.D. 505, the leading case on illegal games). Both the owner and the person running the bank in an illegal game are covered by the statute; the players are not, but the act of Henry VIII. remains relevant enough that they can be required to promise not to visit gaming houses. Under the Licensing Act of 1872, licensed victuallers face penalties if they allow any gaming or illegal game to be played on their premises. A single instance of playing an illegal game for money in a private home does not fall under the statutes (R. v. Davies, 1897, 2 Q.B. 199).
In England, so far as the general public is concerned, gaming at cards is to a large extent superseded by betting on sports and pastimes, or speculation by means of lotteries or like devices. The legislation against betting eo nomine began in 1853. In the Betting Act 1853 it is described as a kind of gaming of late sprung up to the injury and demoralization of improvident persons by the opening of places called betting houses and offices, and the receiving of money in advance by the owners or occupiers or their agents on promises to pay money on events or horse races and like contingencies. This act strikes at ready money betting as distinguished from betting on credit (“on the nod”). It was avowedly framed to hit houses open to all and sundry as distinguished from private betting clubs such as Tattersall’s. The act seeks to punish persons who keep a house, 448 office, room or other place for the purpose (inter alia) of any person betting with persons “resorting thereto” or of receiving deposits in consideration of bets on contingencies relating to horse-races or other races, fights, games, sports or exercises. The act especially excepts persons who receive or hold prizes or stakes to be paid to the winner of a race or lawful sport, game or exercise, or to the owner of a horse engaged in a race (s. 6). Besides the penalties incurred by keeping such places, the keeper is liable to repay to depositors the sums deposited (s. 5).
In England, for the general public, playing cards has largely been replaced by betting on sports and other activities, or by participating in lotteries and similar schemes. Legislation against betting specifically started in 1853. The Betting Act of 1853 refers to it as a type of gaming that recently emerged, harming and corrupting those who are careless with money by the establishment of places known as betting houses and offices, and by accepting money in advance from owners or their agents on the promise of paying out based on events or horse races and similar chances. This act focuses on cash betting as opposed to betting on credit (“on the nod”). It was clearly designed to target houses accessible to anyone, rather than private betting clubs like Tattersall’s. The act aims to penalize those who run a house, office, room, or any other place for the purpose (among other things) of people betting with others “visiting there” or of receiving deposits for bets on events related to horse races or other races, fights, games, sports, or activities. The act specifically excludes individuals who receive or hold prizes or stakes to be awarded to the winner of a race or lawful sport, game, or activity, or to the owner of a horse competing in a race (s. 6). In addition to the penalties for operating such places, the operator is obligated to return to depositors the amounts they deposited (s. 5).
By the Licensing Act 1872 penalties are incurred by licensed persons who allow their houses to be used in contravention of the Betting Act 1853. There has been a great deal of litigation as to the meaning and scope of this enactment, and a keen contest between the police and the Anti-gambling League (which has been very active in the matter) and the betting confraternity, in which much ingenuity has been shown by the votaries of sport in devising means for evading the terms of the enactment. The consequent crop of legal decisions shows a considerable divergence of judicial opinion. The House of Lords has held that the Tattersall’s enclosure or betting ring on a racecourse is not a “place” within the statute; and members of a bona-fide club who bet with each other in the club are not subject to the penalties of the act. But the word “place” has been held to include a public-house bar, an archway, a small plot of waste ground, and a bookmaker’s stand, and even a bookmaker’s big umbrella, and it is difficult to extract from the judges any clear indication of the nature of the “places” to which the act applies. The act is construed as applying only to ready-money betting, i.e. when the stake is deposited with the bookmaker, and only to places used for betting with persons physically resorting thereto; so that bets by letter, telegram or telephone do not fall within its penalties. The arm of the law has been found long enough to punish as thieves “welshers,” who receive and make off with deposits on bets which they never mean to pay if they lose. The act of 1853 makes it an offence to publish advertisements showing that a house is kept for betting. It was supplemented in 1874 by an act imposing penalties on persons advertising as to betting. But this has been read as applying to bets falling within the act of 1853, and it does not prohibit the publication of betting news or sporting tips in newspapers. A few newspapers do not publish these aids to ruin, and in some public libraries the betting news is obliterated, as it attracts crowds of undesirable readers. The act of 1853 has been to a great extent effectual against betting houses, and has driven some of them to Holland and other places. But it has been deemed expedient to legislate against betting in the streets, which has been found too attractive to the British workman.
By the Licensing Act of 1872, licensed individuals face penalties if they allow their establishments to be used in violation of the Betting Act of 1853. There has been a lot of legal disputes regarding the interpretation and extent of this law, and a strong disagreement between the police and the Anti-gambling League (which has been very active in this issue) and the betting community, where bettors have shown a lot of creativity in finding ways to get around the law. The resulting legal decisions show a significant divergence of judicial opinion. The House of Lords has ruled that the Tattersall’s enclosure or betting ring at a racetrack isn’t considered a “place” under the statute; members of a legitimate club who bet with each other within the club aren't subject to the act’s penalties. However, the term “place” has been interpreted to include a pub bar, an archway, a small piece of unused land, a bookmaker’s stand, and even a bookmaker’s large umbrella, making it hard to get a clear understanding from the judges about what “places” the act actually includes. The act is interpreted as only applying to cash betting, meaning when the stake is given to the bookmaker, and only to locations where people physically go to place bets; bets made by mail, telegram, or phone are not covered by its penalties. The long arm of the law has also been used to punish “welshers,” who take deposits on bets and intend not to pay if they lose. The 1853 act makes it illegal to publish ads indicating that a place is used for betting. It was expanded in 1874 by an act that imposes penalties on those advertising betting. However, this has been interpreted to apply to bets covered under the 1853 act, and it does not stop the publication of betting news or sports tips in newspapers. Some newspapers choose not to publish these harmful aids, and in some public libraries, betting news is removed since it attracts crowds of undesirable readers. The 1853 act has largely been effective against betting houses, driving some to relocate to Holland and other areas. However, it has been deemed necessary to legislate against street betting, which has proven too appealing to British workers.
By the Metropolitan Streets Acts 1867 any three or more persons assembled together in any part of any street in the city of London or county of London for the purpose of betting and deemed to be obstructing the street, may be arrested Street betting. without warrant by a constable and fined a sum not exceeding £5. The Vagrancy Act 1873 (36 & 37 Vict. c. 38) provides that “Every person playing or betting by way of wagering or gaming on any street, road, highway or other open and public place, or in any open place to which the public have, or are permitted to have, access, at or with any table or instrument of gaming, or any coin, card, token or other article used as an instrument or means of gaming, at any game or pretended game of chance, shall be deemed a rogue and vagabond.” This act amended a prior act of 1868, passed to repress the practice of playing pitch and toss in the streets, which had become a public nuisance in the colliery districts. The powers of making by-laws for the peace, order and good government of their districts, possessed by municipal boroughs—and since 1888 by county councils—and extended in 1899 to the new London boroughs, have in certain cases been exercised by making by-laws forbidding any person to “frequent or use any street or other public place, on behalf either of himself or any other person, for the purpose of bookmaking, or betting, or wagering, or agreeing to bet or wager with any person, or paying, or receiving or settling bets.” This and similar by-laws have been held valid, but were found inadequate, and by the Street Betting Act 1906 (6 Edw. VII. c. 43), passed by the efforts of the late Lord Davey, it is made an offence for any person to frequent or loiter in a street or public place on behalf of himself or of any other person for the purpose of bookmaking or betting or wagering or agreeing to bet or wager or paying or receiving or settling bets. The punishment for a first offence is fine up to £10, for a second fine up to £20, and the punishment is still higher in the case of a third or subsequent offence, or where the accused while committing the offence has any betting transaction with a person under the age of sixteen. The act does not apply to ground used for a course for horse-racing or adjacent thereto on days on which races take place; but the expression public place includes a public park, garden or sea-beach, and any unenclosed ground to which the public for the time have unrestricted access, and enclosed places other than public parks or gardens to which the public have a restricted right of access with or without payment, if the owners or persons controlling the place exhibit conspicuously a notice prohibiting betting therein. A constable may arrest without warrant persons offending and seize all books, papers, cards and other articles relating to betting found in their possession, and these articles may be forfeited on conviction. Besides the above provision against betting with infants the Betting and Loans (Infants) Act 1892, passed at the instance of the late Lord Herschell, makes it a misdemeanour to send, with a view to profit, to any one known by the sender to be an infant, a document inviting him to enter into a betting or wagering transaction. The act is intended to protect lads at school and college from temptation by bookmakers.
By the Metropolitan Streets Acts 1867, any three or more people gathered in any part of a street in the city or county of London for the purpose of betting, and who are blocking the street, can be arrested without a warrant by a police officer and fined an amount up to £5. The Vagrancy Act 1873 (36 & 37 Vict. c. 38) states that “Every person playing or betting through wagering or gaming in any street, road, highway, or other open and public place, or in any open area accessible to the public, using any table or gaming device, or any coin, card, token, or other item used for gaming, at any game or supposed game of chance, will be considered a rogue and vagabond.” This act updated a previous law from 1868 aimed at stopping pitch and toss games in the streets, which had become a public nuisance in mining areas. Municipal boroughs—and since 1888, county councils—have the authority to create by-laws for maintaining peace, order, and good governance in their areas. This power was extended in 1899 to the new London boroughs, enabling them to create by-laws prohibiting anyone from “frequenting or using any street or public place, on behalf of themselves or anyone else, for bookmaking, betting, wagering, agreeing to bet or wager with anyone, or paying, receiving, or settling bets.” These and similar by-laws have been upheld, but found insufficient, leading to the Street Betting Act 1906 (6 Edw. VII. c. 43), which made it an offense for anyone to linger in a street or public area for bookmaking, betting, wagering, or agreeing to do so, or for paying, receiving, or settling bets. The penalty for a first offense is a fine of up to £10, for a second offense up to £20, and the penalties increase for a third or subsequent offense, especially if the accused engages in betting with someone under sixteen. The law does not extend to land used for horse racing or locations nearby on race days; however, “public place” includes parks, gardens, sea beaches, and any open land with unrestricted public access, as well as enclosed areas other than public parks or gardens with limited public access, if the owner displays a notice clearly banning betting. A police officer can arrest individuals without a warrant for violations and seize any books, papers, cards, or other related items in their possession, which may be confiscated upon conviction. In addition to provisions against betting with minors, the Betting and Loans (Infants) Act 1892, initiated by the late Lord Herschell, makes it a misdemeanor to send a document inviting someone known to be a minor to participate in betting or wagering, aiming to protect young people at school and college from the temptations posed by bookmakers.
We must now turn from the public law with respect to gaming to the treatment of bets and wagers from the point of view of their obligation on the individuals who lose them. A wager may be defined as “a promise to give money or Wagering. money’s worth upon the determination or ascertainment of an uncertain event” (Anson, Law of Contract, 11th ed., p. 206). The event may be uncertain because it has not happened or because its happening is not ascertained; but to make the bargain a wager the determination of the event must be the sole condition of the bargain. According to the view taken in England of the common law, bets or wagers were legally enforceable, subject to certain rules dictated by considerations of public policy, e.g. that they did not lead to immorality or breach of the peace, or expose a third person to ridicule.1 The courts were constantly called upon to enforce wagers and constantly exercised their ingenuity to discover excuses for refusing. A writer on the law of contracts2 discovers here the origin of that principle of “public policy” which plays so important a part in English law. Wagering contracts were rejected because the contingencies on which they depended tended to create interests hostile to the common weal. A bet on the life of the emperor Napoleon was declared void because it gave one of the parties an interest in keeping the king’s enemy alive, and also because it gave the other an interest in compassing his death by unlawful means. A bet as to the amount of the hop-duty was held to be against public policy, because it tended to expose the condition of the king’s revenue to all the world. A bet between two hackney coachmen, as to which of them should be selected by a gentleman for a particular journey, was void because it tended to expose the customer to their importunities. When no such subtlety could be invented, the law, however reluctantly, was compelled to enforce the fulfilment of a wager. Actions on wagers were not favoured by the judges; and though a judge could not refuse to try such an action, he could, and often did, postpone it until after the decision of more important cases.
We now need to shift our focus from the public laws concerning gambling to how bets and wagers are viewed in terms of the obligations of those who lose them. A wager can be defined as “a promise to give money or Betting. money’s worth based on the outcome of an uncertain event” (Anson, Law of Contract, 11th ed., p. 206). The uncertainty of the event can come from it not having occurred yet or from the fact that it is not guaranteed to happen; however, for a deal to be considered a wager, the outcome must be the only condition of the agreement. Under English common law, bets or wagers were legally enforced, adhering to certain rules shaped by public policy considerations, such as not leading to immorality or disturbing the peace, or causing third parties to be ridiculed.1 Courts were frequently asked to enforce wagers and often found creative ways to deny them. A legal scholar on contracts2 identifies the roots of the “public policy” principle, which holds significant weight in English law. Wagering contracts were dismissed because the situations they relied on could create interests that were detrimental to the common good. For example, a bet on the life of Emperor Napoleon was ruled void because it gave one party an incentive to keep the king’s adversary alive and the other party a motive to illegally ensure his death. A wager regarding the hop-duty amount was deemed against public policy because it risked revealing the state of the king’s revenue to everyone. A bet between two hackney carriage drivers about which one would be chosen by a gentleman for a specific trip was invalidated because it could pressure the customer. When no clever justification could be found, the law, albeit reluctantly, had to enforce the completion of a wager. Judges were not keen on actions regarding wagers; although they couldn't refuse to hear such cases, they often delayed them until after ruling on more significant matters.
Parliament gradually intervened to confine the common law within narrower limits, both in commercial and non-commercial wagers, and both by general and temporary enactments. An example of the latter was 7 Anne c. 16 (1710), avoiding all wagers and securities relating to the then war with France. The earliest general enactment was 16 Car. II. c. 7 (1665), prohibiting the recovery of a sum exceeding £100 lost in games or pastimes, or in betting on the sides or hands of the players, and avoiding securities for money so lost. 9 Anne c. 19 avoided securities for such wagers for any amount, even in the hands of bona-fide holders for value without notice, and enabled the loser of £10 or upwards to sue for and recover the money he had lost within three months of the loss. Contracts of insurance by way of gaming and wagering were declared void, in the case of marine risks in 1746, and in the case of other risks in 1774. It was not until 1845 that a general rule was made excluding wagers from the courts. Section 18 of the Gaming Act 1845 (passed after a parliamentary inquiry in 1844 as to gaming) enacted “that all contracts or agreements, whether by parole or in writing, by way of gaming or wagering shall be null and void, and that no suit shall be brought or maintained in any court of law or equity for recovering any sum of money or valuable thing alleged to be won upon any wager, or which shall have been deposited in the hands of any person to abide the event on which any wager shall have been made; provided always that this enactment shall not be deemed to apply to any subscription or contribution, or agreement to subscribe or contribute, for or towards any plate, prize or sum of money to be awarded to the winner or winners of any lawful game, sport, pastime or exercise.”
Parliament gradually stepped in to limit common law regarding both commercial and non-commercial bets, through both long-term and temporary laws. One example of the latter was 7 Anne c. 16 (1710), which nullified all bets and securities related to the war with France at that time. The first general law was 16 Car. II. c. 7 (1665), which banned recovering more than £100 lost in games or recreational activities, or in betting on the outcomes of players, and nullified agreements for money lost in such ways. 9 Anne c. 19 voided securities for all such bets regardless of the amount, even if held by genuine holders for value without notice, and allowed anyone who lost £10 or more to sue for the money lost within three months. Insurance contracts based on gaming and betting were declared void for marine risks in 1746 and for other risks in 1774. It wasn't until 1845 that a general rule was established to exclude wagers from the courts. Section 18 of the Gaming Act 1845 (passed after a parliamentary inquiry in 1844 about gambling) stated, “that all contracts or agreements, whether oral or written, made through gaming or betting shall be null and void, and that no lawsuit shall be brought or maintained in any court of law or equity for recovering any sum of money or valuable item supposedly won on any bet, or which has been deposited with any person to await the outcome of any bet; provided always that this rule shall not apply to any subscription or contribution, or agreement to subscribe or contribute, for or towards any prize or sum of money awarded to the winner or winners of any lawful game, sport, pastime, or exercise.”
The construction put on this enactment enabled turf commission 449 agents to recover from their principals bets made and paid for them. But the Gaming Act 1892 rendered null and void any promise, express or implied, to repay to any person any sum of money paid by him under, or in respect of, any contract or agreement rendered null and void by the Gaming Act 1845, or to pay any sum of money by way of commission, fee, reward, or otherwise in respect of any such contract or agreement, or of any services in relation thereto or in connexion therewith, and provided that no action should be brought or maintained to recover any such sum. By the combined effect of these two enactments the recovery by the winner from the loser or stakeholder of bets or of stakes on games falling within s. 18 of the Gaming Act 1845 is absolutely barred; but persons who have deposited money to abide the event of a wager are not debarred from crying off and recovering their stake before the event is decided, or even after the decision of the event and before the stake is paid over to the winner;3 and a man who pays a bet for a friend, or a turf commission agent or other agent who pays a bet for a principal, has now no legal means of recovering the money, unless some actual deceit was used to induce him to pay in ignorance that it was a bet. But a person who has received a bet on account of another can still, it would seem, be compelled to pay it over, and the business of a betting man is treated as so far lawful that income-tax is charged on its profits, and actions between parties in such a business for the taking of partnership accounts have been entertained.
The way this law was set up allowed turf commission agents to get back bets that their clients made and paid for. However, the Gaming Act of 1892 made any promise—whether direct or implied—to refund any money paid by someone under any contract or agreement made void by the Gaming Act of 1845 ineffective. It also stated that no one could receive any money as a commission, fee, reward, or otherwise in relation to such contracts or agreements, or for any services connected to them, and it specified that no lawsuits could be initiated or maintained to recover any such sums. Because of these two laws, the recovery of bets or stakes from the winner by the loser or stakeholder on games mentioned in section 18 of the Gaming Act of 1845 is completely prohibited. However, individuals who have put down money pending the outcome of a bet are allowed to withdraw and reclaim their stake before the outcome is determined, or even after the result is known and before the stake is paid to the winner;3 and a person who pays a bet on behalf of a friend, or a turf commission agent or other representative who pays a bet for a client, now has no legal way to get that money back unless they were deceived into paying it without realizing it was a bet. But it seems someone who accepts a bet on behalf of another can still be required to pass that money on, and the activities of a bettor are considered sufficiently lawful that income tax is applied to its profits, and disputes between parties involved in such activities regarding partnership accounts have been heard.
The effect of these enactments on speculative dealings in shares or other commodities calls for special consideration. It seems to be correct to define a wagering contract as one in which two persons, having opposite opinions touching the issue of an event (past or future), of which they are uncertain, mutually agree that on the determination of the event one shall win, and the other shall pay over a sum of money, or other stake, neither party having any other interest in the event than the sum or stake to be won or lost. This definition does not strike at contracts in “futures,” under which the contractors are bound to give or take delivery at a date fixed of commodities not in existence at the date of the contract. Nor are such contracts rendered void because they are entered into for purposes of speculation; in fact, their legality is expressly recognized by the Sale of Goods Act 1893. Contracts of insurance are void if made by way of gaming or wagering on events in which the assured has no interest present or prospective whether the matter be life or fire risks (1774) or maritime risks (Marine Insurance Act 1906). An act known as Sir John Barnard’s Act (7 Geo. II. c. 8, entitled “An act to prevent the infamous practice of stock jobbing”) prohibited contracts for liberty to accept or refuse any public stocks or securities and wagers relating to public stocks, but this act was repealed in 1860, and contracts to buy or sell stocks and shares are not now void because entered into by way of speculation and not for purposes of investment. The only limitation on such contracts is that contained in Leeman’s Act (30 & 31 Vict. c. 29) as to contracts for the sale of shares in joint-stock banking companies. But a transaction in any commodity, though in form commercial, falls within the Gaming Acts if in substance the transaction is a mere wager on the price of the commodity at a date fixed by the contract. It does not matter whether the dealing is in stocks or in cotton, nor whether it is entered into on the Stock Exchange, or on any produce exchange, or elsewhere; nor is it conclusive in favour of the validity of the bargain that it purports to bind the parties to take or deliver the article dealt in. The courts are entitled to examine into the true nature of the transaction; and where the substantial intention of the parties is merely to gamble in differences, to make what is called “a time bargain,” the fact that it is carried out by a series of contracts, regular and valid in form, will not be sufficient to exclude the application of the Gaming Acts.
The impact of these laws on speculative trading in shares or other assets requires special attention. It seems accurate to define a wagering contract as one where two people, holding opposing views about the outcome of an uncertain event (either past or future), agree that when the event is decided, one will win while the other will pay a certain amount of money, or some other stake, with neither party holding any other interest in the event beyond the amount to be won or lost. This definition does not address “futures” contracts, where the parties must deliver or accept delivery of goods that do not exist at the time of the contract. Such contracts aren’t invalidated simply because they are for speculative purposes; in fact, their legality is explicitly recognized by the Sale of Goods Act 1893. Insurance contracts are invalid if they are made as a form of gambling or wagering on events where the insured has no present or future interest, whether concerning life or fire risks (1774) or marine risks (Marine Insurance Act 1906). An act known as Sir John Barnard’s Act (7 Geo. II. c. 8, entitled “An act to prevent the infamous practice of stock jobbing”) banned contracts allowing the acceptance or refusal of public stocks or securities and related wagers, but this act was repealed in 1860, meaning contracts to buy or sell stocks and shares are no longer void if entered into for speculative purposes instead of investment. The only restriction on such contracts comes from Leeman’s Act (30 & 31 Vict. c. 29) concerning contracts for the sale of shares in joint-stock banking companies. However, a transaction in any commodity, even if it appears commercial, falls under the Gaming Acts if, in essence, it is merely a wager on the commodity's price at a date specified in the contract. It’s irrelevant whether the trading involves stocks or cotton, whether it takes place on the Stock Exchange, any produce exchange, or elsewhere; nor does it definitively validate the agreement if it seems to obligate the parties to take or deliver the goods involved. The courts are allowed to investigate the true nature of the transaction, and when the main intent of the parties is simply to gamble on price differences, referred to as “a time bargain,” the fact that it is executed through a series of contracts that are formal and valid will not be enough to avoid the application of the Gaming Acts.
In very many cases transactions with “outside stockbrokers” or “bucket shops” have been held to be mere wagers, although the contracts purported to give “put” or “call” options to demand delivery or acceptance of the stocks dealt with; and the cover deposited by the “client” has been treated as a mere security for performance of the bargain, and recoverable if sued for in time, i.e. before it is used for the purpose for which it is deposited. There was not up to 1909 any authoritative decision as to the application of the Gaming Act 1892 to transactions on the London Stock Exchange through a stockbroker who is a member of “the House”; but the same principle appears to be applicable where the facts of the particular deal clearly indicate that the intention was to make a mere time bargain, or to pay or receive differences only. The form, however, of all bargains on the Stock Exchange is calculated and intended to preclude people from setting up a gaming act defence: as each contract entitles the holder to call for delivery or acceptance of the stock named therein. In the event of the bankruptcy of a person involved in speculations, the bankruptcy officials exclude from proof against the estate all claims founded on any dealing in the nature of a wager; and on the same principle the bankrupt’s trustee cannot recover sums won by the bankrupt by gaming transactions, but unexhausted “cover” on uncompleted transactions may be recovered back.
In many cases, transactions with “outside stockbrokers” or “bucket shops” have been considered just bets, even though the contracts were supposed to give “put” or “call” options for demanding delivery or acceptance of the stocks involved. The deposit made by the “client” has been seen as just security for the agreement, which can be reclaimed if there’s a legal dispute, i.e. before it’s used for its intended purpose. Up until 1909, there wasn’t any official ruling regarding how the Gaming Act 1892 applied to transactions on the London Stock Exchange through a stockbroker who is a member of “the House,” but the same principle seems to apply when the details of a deal clearly show the intention was to make just a temporary agreement or to pay or receive only the differences. However, the structure of all transactions on the Stock Exchange is designed to prevent people from using a gaming act defense, since each contract allows the holder to demand delivery or acceptance of the specified stock. If someone involved in speculations goes bankrupt, the bankruptcy officials will exclude any claims based on dealings considered bets, and similarly, the bankrupt’s trustee can’t recover money won by the bankrupt through gaming transactions, but any unspent “cover” from incomplete transactions can be reclaimed.
Besides the enactments which prevent the recovery of bets or wagers by action there has also been a good deal of legislation dealing with securities given in respect of “gambling debts.” The earliest (1665) dealt with persons playing Gambling debts. at games otherwise than for ready money and losing £100 or more on credit, and not only prohibited the winner from recovering the overplus but subjected him to penalties for winning it. An act of 1710 (9 Anne c. 19) declared utterly void all notes, bills, bonds, judgments, mortgages or other securities where the consideration is for money or valuable security won by gaming at cards, stocks or other games, or by betting on the sides or hands of the gamesters, or for reimbursing money knowingly advanced for such gaming or betting. This act draws a distinction between gaming and other bets or wagers. Under this act the securities were void even in the hands of innocent transferees. In 1841 the law was altered, declaring such securities not void but made upon an “illegal” consideration. The effect of the change is to enable an innocent transferee for value, of a bill, note or cheque, to recover on a security worthless in the hands of the original taker (see s. 30 of the Bills of Exchange Act 1882), but to put on him the burden of proving that he is a bona fide holder for value. In the case of a negotiable security given for a wager not within the acts of 1710 or 1841 (e.g. a bet on a contested election), but within the act of 1845, a third person holding it would be presumed to be a holder for value and on the person prima facie liable under the security falls the burden of proving that no consideration was given for it. It has been decided after considerable divergence of judicial opinion that an action will not lie in England in favour of the drawee against the drawer of a cheque drawn at Algiers on an English bank, partly for losses at baccarat, and partly for money borrowed to continue playing the game. The ground of decision was in substance that the Gaming Acts of 1845 and 1892 as the lex fori prohibit the English courts from enforcing gaming debts wherever incurred (Moulis v. Owen, 1907, 1 K.B. 746).
Besides the laws that prevent recovering bets or wagers through legal action, there has also been a significant amount of legislation concerning securities related to “gambling debts.” The earliest law (1665) addressed people playing games other than for cash and losing £100 or more on credit. It not only prohibited the winner from collecting the excess amount but also imposed penalties for winning it. An act from 1710 (9 Anne c. 19) declared all notes, bills, bonds, judgments, mortgages, or other securities void if the consideration was for money or valuable security won through gaming at cards, stocks, or other games, or by betting on the outcomes of the players, or for reimbursing money that was knowingly advanced for such gaming or betting. This act distinguishes between gaming and other bets or wagers. Under this act, the securities were void even if they were in the hands of innocent third parties. In 1841, the law was changed to state that such securities were not void but based on an “illegal” consideration. This change allowed an innocent transferee for value, of a bill, note, or check, to recover on a security that was worthless in the hands of the original holder (see s. 30 of the Bills of Exchange Act 1882), but placed the burden on them to prove that they are a bona fide holder for value. In the case of a negotiable security given for a wager not covered by the acts of 1710 or 1841 (e.g., a bet on a contested election), but covered by the act of 1845, a third party holding it would be presumed to be a holder for value, and the burden of proof that no consideration was given would be on the person prima facie liable under the security. It has been determined, after considerable disagreement among judges, that a lawsuit cannot be brought in England in favor of the drawee against the drawer of a check drawn in Algiers on an English bank, which was partly for baccarat losses and partly for money borrowed to keep playing the game. The basis for this decision was essentially that the Gaming Acts of 1845 and 1892, as the lex fori, prohibit English courts from enforcing gaming debts wherever they were incurred (Moulis v. Owen, 1907, 1 K.B. 746).
Scotland.—A Scots act of 1621 c. 14 (said still to be in force) forbids playing at cards or dice in any common house of hostelry, and directs that sums over 100 marks won on any one day at carding or dicing or at wagers on horse races should be at once sent to the treasurer of the kirk session. The Lottery Acts, except that of 1698, apply to Scotland; and the Betting House Act 1853 was extended to Scotland in 1874. The Street Betting Act 1906 extends to Scotland, and gaming houses can be suppressed under the Burgh Police Act 1892, and street betting, lotteries or gaming under that of 1903.
Scotland.—A Scottish law from 1621 c. 14 (still said to be in effect) prohibits playing cards or dice in any public inn and requires that any winnings over 100 marks made in a single day from card games, dice, or horse race bets be immediately sent to the treasurer of the church session. The Lottery Acts, except for the one from 1698, apply to Scotland; and the Betting House Act of 1853 was extended to Scotland in 1874. The Street Betting Act of 1906 also applies to Scotland, and gaming houses can be shut down under the Burgh Police Act of 1892, as well as street betting, lotteries, or gaming under the act of 1903.
The Scots courts refuse to try actions on wagers, as being sponsiones ludicrae, unbecoming the dignity of the courts. 9 Anne c. 19 and 5 & 6 Will. IV. c. 41 extend to Scotland, but the weight of judicial opinion is that the Gaming Act 1845 does not.
The Scottish courts won’t take on cases related to bets, considering them sponsiones ludicrae, which are beneath the dignity of the courts. 9 Anne c. 19 and 5 & 6 Will. IV. c. 41 do apply in Scotland, but the general consensus among judges is that the Gaming Act 1845 does not.
Ireland.—The British Acts against lotteries were extended to Ireland in 1780, and the general law as to gaming is the same in both countries.
Ireland.—The British laws against lotteries were applied to Ireland in 1780, and the general laws regarding gaming are the same in both countries.
British Possessions.—Certain of the earlier imperial acts are in force in British possessions, e.g. the act of 9 Anne c. 19, which is in force in Ontario subject to amendments made in 1902. In the Straits Settlements, Jamaica and British Guiana there are ordinances directed against gambling and lotteries, and particularly 450 against forms of gambling introduced by the Chinese. Under these ordinances the money paid for a lottery ticket is recoverable by law. In the Transvaal betting houses were suppressed by proclamation (No. 33) soon after the annexation. An invention known in France as the pari mutuel, and in Australia as the totalizator, is allowed to be used on race-courses in most of the states (but not in New South Wales). In Queensland, South Australia, Tasmania and Western Australia the state levies a duty on the takings of the machine. In Tasmania the balance of the money retained by the stewards of the course less the tax must be applied solely for improving the course or promoting horse-racing. In Victoria under an act of 1901 the promoters of sports may by advertisement duly posted make betting on the ground illegal.
British Possessions.—Some of the earlier imperial laws are still in effect in British territories, e.g. the act of 9 Anne c. 19, which is in effect in Ontario with changes made in 1902. In the Straits Settlements, Jamaica, and British Guiana, there are laws against gambling and lotteries, especially aimed at forms of gambling introduced by the Chinese. According to these laws, money spent on a lottery ticket can be legally reclaimed. In the Transvaal, betting venues were shut down by declaration (No. 33) shortly after annexation. A betting method known in France as the pari mutuel, and in Australia as the totalizator, is permitted at racetracks in most states (but not in New South Wales). In Queensland, South Australia, Tasmania, and Western Australia, the state charges a tax on the earnings from the machine. In Tasmania, the leftover funds kept by the stewards of the racetrack, minus taxes, must be used exclusively for improving the track or promoting horse racing. In Victoria, under a law from 1901, event organizers can make betting on-site illegal with properly posted announcements.
Egypt.—By law No. 10 of 1905 all lotteries are prohibited with certain exceptions, and it is made illegal to hawk the tickets or offer them for sale or to bring illegal lotteries in any way to the notice of the public. The authorized lotteries are those for charitable purposes, e.g. those of the benevolent societies of the various foreign communities.
Egypt.—According to Law No. 10 of 1905, all lotteries are banned except for certain exceptions. It's illegal to sell the tickets, promote them, or to promote illegal lotteries in any way to the public. The only lotteries allowed are those for charitable causes, e.g. those organized by benevolent societies from different foreign communities.
United States.—In the United States many of the states make gaming a penal offence when the bet is upon an election, or a horse race, or a game of hazard. Betting contracts and securities given upon a bet are often made void, and this may destroy a gaming note in the hands of an innocent purchaser for value. The subject lies outside of the province of the federal government. By the legislation of some states the loser may recover his money if he sue within a limited time, as he might have done in England under 9 Anne c. 19.
United States.—In the United States, many states consider gambling a crime when it involves betting on elections, horse races, or games of chance. Betting contracts and securities related to a bet are often void, which can invalidate a gambling note held by an unsuspecting buyer. This issue is outside the federal government's authority. In some states, the loser can recover their money if they file a lawsuit within a specific timeframe, similar to what was allowed in England under 9 Anne c. 19.
Authorities.—Brandt on Games (1872); Oliphant, Law of Horses, &c. (6th ed. by Lloyd, 1908); Schwabe on the Stock Exchange (1905); Melsheimer on the Stock Exchange (4th ed., 1905); Coldridge and Hawksford, The Law of Gambling (1895); Stutfield, Betting (3rd ed., 1901).
Officials.—Brandt on Games (1872); Oliphant, Law of Horses, &c. (6th ed. by Lloyd, 1908); Schwabe on the Stock Exchange (1905); Melsheimer on the Stock Exchange (4th ed., 1905); Coldridge and Hawksford, The Law of Gambling (1895); Stutfield, Betting (3rd ed., 1901).
1 Leake on Contracts (4th ed.), p. 529.
__A_TAG_PLACEHOLDER_0__ Leake on Contracts (4th ed.), p. 529.
2 Pollock, Contracts (7th ed.), p. 313.
__A_TAG_PLACEHOLDER_0__ Pollock, *Contracts* (7th ed.), p. 313.
3 Burge v. Ashby, 1900, 1 Q.B. 744.
__A_TAG_PLACEHOLDER_0__ Burge v. Ashby, 1900, 1 Q.B. 744.
GAMUT (from the Greek letter gamma, used as a musical symbol, and ut, the first syllable of the medieval hymn Sanctus Johannes), a term in music used to mean generally the whole compass or range of notes possessed by an instrument or voice. Historically, however, the sense has developed from its stricter musical meaning of a scale (the recognized musical scale of any period), originating in the medieval “great scale,” of which the invention has usually been ascribed to Guido of Arezzo (q.v.) in the 11th century. The whole question is somewhat obscure, but, in the evolution of musical notation out of the classical alphabetical system, the invention of the medieval gamut is more properly assigned to Hucbald (d. 930). In his system of scales the semitone was always between the 2nd and 3rd of a tetrachord, as G, A, ♭ B, C, so the ♮ B and ♯ F of the second octave were in false relation to the ♭ B and ♮F of the first two tetrachords. To this scale of four notes, G, A, ♭ B, C, were subsequently added a note below and a note above, which made the hexachord with the semitone between the 3rd and 4th both up and down, as F, G, A, ♭ B, C, D. It was at a much later date that the 7th, our leading note, was admitted into a key, and for this the first two letters of the last line of the above-named hymn, “Sanctus Johannes,” would have been used, save for the notion that as the note Mi was at a semitone below Fa, the same vowel should be heard at a semitone below the upper Ut, and the syllable Si was substituted for Sa. Long afterwards the syllable Ut was replaced by Do in Italy, but it is still retained in France; and in these two countries, with whatever others employ their nomenclature, the original Ut and the substituted Do stand for the sound defined by the letter C in English and German terminology. The literal musical alphabet thus accords with the syllabic:
GAMUT (from the Greek letter gamma, used as a musical symbol, and ut, the first syllable of the medieval hymn Sanctus Johannes), is a term in music that generally refers to the entire range of notes available on an instrument or voice. However, historically, its meaning has evolved from a stricter musical definition of a scale (the accepted musical scale of any time period), originating from the medieval “great scale,” which is usually credited to Guido of Arezzo (q.v.) in the 11th century. The entire issue is somewhat unclear, but in the development of musical notation from the classical alphabetical system, the creation of the medieval gamut is more accurately attributed to Hucbald (d. 930). In his scale system, the semitone always fell between the 2nd and 3rd notes of a tetrachord, such as G, A, ♭B, C, so the ♮B and ♯F of the second octave were in a false relation to the ♭B and ♮F of the first two tetrachords. To this scale of four notes, G, A, ♭B, C, a note was later added below and above, creating the hexachord with the semitone between the 3rd and 4th both ascending and descending, resulting in F, G, A, ♭B, C, D. It wasn't until much later that the 7th note, our leading note, was included in a key, for which the first two letters of the last line of the mentioned hymn, “Sanctus Johannes,” were initially used, except that since the note Mi was a semitone below Fa, the same vowel was heard a semitone below the upper Ut, leading to the substitution of the syllable Si for Sa. Much later, the syllable Ut was replaced by Do in Italy, but it is still used in France; in these two countries and others that use their naming system, the original Ut and the substituted Do represent the sound defined by the letter C in English and German terminology. Thus, the literal musical alphabet corresponds with the syllabic:
A | B | C | D | E | F | G |
La, | Si, | Ut or Do, | Re, | Mi, | Fa, | Sol. |
In Germany a remnant of Greek use survives. A was originally followed in the scale by the semitone above, as the classical Mesē was followed by Paramesē, and this note, namely ♭ B, is still called B in German, English ♮ B (French and Italian Si) being represented by the letter H. The gamut which, whenever instituted, did not pass out of use until the 19th century, regarded the hexachord and not the octachord, employed both letters and syllables, made the former invariable while changing the latter according to key relationship, and acknowledged only the three keys of G, C and F; it took its name from having the Greek letter gamma with Ut for its lowest keynote, though the Latin letters with the corresponding syllables were applied to all the other notes.
In Germany, a remnant of Greek usage still exists. A was originally followed in the scale by the semitone above, just like the classical Mesē was followed by Paramesē. This note, ♭ B, is still called B in German, while English calls it ♮ B (French and Italian refer to it as Si) and it is represented by the letter H. The system, which remained in use until the 19th century, focused on the hexachord rather than the octachord, used both letters and syllables, made the letters invariable while changing the syllables according to key relationships, and recognized only the three keys of G, C, and F. It got its name from having the Greek letter gamma with Ut as its lowest keynote, even though the Latin letters with the corresponding syllables were applied to all the other notes.
GANDAK, a river of northern India. It rises in the Nepal-Himalayas, flows south-west until it reaches British territory, where it forms the boundary between the United Provinces and Bengal for a considerable portion of its course, and falls into the Ganges opposite Patna. It is a snow-fed stream, and the surrounding country in the plains, lying at a lower level than its banks, is endangered by its floods. The river is accordingly enclosed by protective embankments.
GANDAK, is a river in northern India. It starts in the Nepal-Himalayas, flows southwest until it reaches British territory, where it forms the boundary between the United Provinces and Bengal for a significant part of its route, and empties into the Ganges opposite Patna. It’s a snow-fed river, and the land in the plains, which is at a lower elevation than its banks, is threatened by its floods. Therefore, the river is surrounded by protective embankments.
The Little Gandak rises in the Nepal hills, enters Gorakhpur district about 8 m. west of the Gandak, and joins the Gogra just within the Saran district of Bengal.
The Little Gandak starts in the hills of Nepal, flows into Gorakhpur district about 8 miles west of the Gandak, and merges with the Gogra just inside the Saran district of Bengal.
The Burhi (or old) Gandak also rises in the Nepal hills, and follows a course roughly parallel to and east of that of the Gandak, of which it represents an old channel, passing Muzaffarpur, and joining the Ganges nearly opposite to Moughjr. Its principal tributary is the Baghmati, which rises in the hills N. of Kathmandu, flows in a southerly direction through Tirhut, and joins the Burhi Gandak close to Rusera.
The Burhi (or old) Gandak River also originates in the hills of Nepal and runs a path that's roughly parallel and to the east of the Gandak, acting as its ancient channel. It passes through Muzaffarpur and meets the Ganges nearly across from Moughjr. Its main tributary is the Baghmati, which starts in the hills north of Kathmandu, flows south through Tirhut, and joins the Burhi Gandak near Rusera.
GANDAMAK, a village of Afghanistan, 35 m. from Jalalabad on the road to Kabul. On the retreat from Kabul of General Elphinstone’s army in 1842, a hill near Gandamak was the scene of the massacre of the last survivors of the force, twenty officers and forty-five British soldiers. It is also notable for the treaty of Gandamak, which was signed here in 1879 with Yakub Khan. (See Afghanistan.)
GANDAMAK, a village in Afghanistan, 35 miles from Jalalabad on the way to Kabul. During the retreat from Kabul by General Elphinstone’s army in 1842, a hill near Gandamak was where the last survivors of the force were massacred, including twenty officers and forty-five British soldiers. It is also known for the treaty of Gandamak, which was signed here in 1879 with Yakub Khan. (See Afghanistan.)
GANDERSHEIM, a town of Germany in the duchy of Brunswick, in the deep valley of the Gande, 48 m. S.W. of Brunswick, on the railway Böissum-Holzminden. Pop. (1905) 2847. It has two Protestant churches of which the convent church (Stiftskirche) contains the tombs of famous abbesses, a palace (now used as law courts) and the famous abbey (now occupied by provincial government offices). There are manufactures of linen, cigars, beet-root sugar and beer.
Gandersheim is a town in Germany, situated in the duchy of Brunswick, in the deep valley of the Gande, 48 miles southwest of Brunswick, along the Böissum-Holzminden railway. Population (1905): 2,847. The town has two Protestant churches, including the convent church (Stiftskirche), which houses the tombs of notable abbesses, a palace (currently used as law courts), and the renowned abbey (now home to provincial government offices). Industries include linen, cigars, beet sugar, and beer.
The abbey of Gandersheim was founded by Duke Ludolf of Saxony, who removed here in 856 the nuns who had been shortly before established at Brunshausen. His own daughter Hathumoda was the first abbess, who was succeeded on her death by her sister Gerberga. Under Gerberga’s government Louis III. granted a privilege, by which the office of abbess was to continue in the ducal family of Saxony as long as any member was found competent and willing to accept the same. Otto III. gave the abbey a market, a right of toll and a mint; and after the bishop of Hildesheim and the archbishop of Mainz had long contested with each other about its supervision, Pope Innocent III. declared it altogether independent of both. The abbey was ultimately recognized as holding directly of the Empire, and the abbess had a vote in the imperial diet. The conventual estates were of great extent, and among the feudatories who could be summoned to the court of the abbess were the elector of Hanover and the king of Prussia. Protestantism was introduced in 1568, and Magdalena, the last Roman Catholic abbess, died in 1589; but Protestant abbesses were appointed to the foundation, and continued to enjoy their imperial privileges till 1803, when Gandersheim was incorporated with Brunswick. The last abbess, Augusta Dorothea of Brunswick, was a princess of the ducal house, and kept her rank till her death. The memory of Gandersheim will long be preserved by its literary memorials. Hroswitha, the famous Latin poet, was a member of the sisterhood in the 9th century; and the rhyming chronicle of Eberhard of Gandersheim ranks as in all probability the earliest historical work composed in low German.
The abbey of Gandersheim was established by Duke Ludolf of Saxony, who brought the nuns from Brunshausen here in 856. His own daughter, Hathumoda, became the first abbess, followed by her sister Gerberga after Hathumoda's death. During Gerberga’s leadership, Louis III. granted a privilege stating that the role of abbess would stay within the ducal family of Saxony as long as there was a qualified and willing member. Otto III. awarded the abbey a market, toll rights, and a mint; after a long dispute between the bishop of Hildesheim and the archbishop of Mainz regarding its oversight, Pope Innocent III. declared it completely independent of both. The abbey was eventually recognized as directly under the Empire, and the abbess had a vote in the imperial diet. The conventual estate was extensive, and some of the feudal lords who could be called to the abbess’s court included the elector of Hanover and the king of Prussia. Protestantism was introduced in 1568, and Magdalena, the last Roman Catholic abbess, passed away in 1589; however, Protestant abbesses were appointed thereafter, continuing to enjoy their imperial privileges until 1803, when Gandersheim was merged with Brunswick. The last abbess, Augusta Dorothea of Brunswick, was a princess from the ducal family and maintained her rank until her death. The legacy of Gandersheim will be remembered through its literary contributions. Hroswitha, the renowned Latin poet, was part of the sisterhood in the 9th century, and the rhyming chronicle by Eberhard of Gandersheim is likely the earliest historical work written in Low German.
The Chronicle, which contains an account of the first period of the monastery, is edited by L. Wieland in the Monumenta Germ. historica (1877), and has been the object of a special study by Paul Hasse (Göttingen, 1872). See also “Agii vita Hathumodae abbatissae Gandershemensis primae,” in J.G. von Eckhart’s Veterum monumentorum quaternio (Leipzig, 1720); and Hase, Mittelalterliche Baudenkmäler Niedersachsens (1870).
The Chronicle, which provides a record of the early period of the monastery, is edited by L. Wieland in the Monumenta Germ. historica (1877) and has been the subject of a detailed study by Paul Hasse (Göttingen, 1872). Also, see “Agii vita Hathumodae abbatissae Gandershemensis primae” in J.G. von Eckhart’s Veterum monumentorum quaternio (Leipzig, 1720); and Hase, Mittelalterliche Baudenkmäler Niedersachsens (1870).
GANDHARVA, in Hindu mythology, the term used to denote (1) in the Rig-Veda usually a minor deity; (2) in later writings a class of divine beings. As a unity Gandharva has no special attributes but many duties, and is in close relation with the great gods. Thus he is director of the sun’s horses; he is guardian of 451 soma, the sacred liquor, and therefore is regarded as the heavenly physician, soma being a panacea. He is servant of Agni the god of light and of Varuna the divine judge. He is omnipresent: in the heavens, in the air and in the waters. He is the keeper of heaven’s secrets and acts as messenger between gods and men. He is gorgeously clothed and carries shining weapons. For wife he has the spirit of the clouds and waters, Apsaras, and by her became father of the first mortals, Yama and Yami. He is the tutelary deity of women and presides over marriage ceremonies. In their collective capacity the Gandharva share the duties allotted to the single deity. They live in the house of Indra and with their wives, the Apsaras, beguile the time by singing, acting and dancing. Sometimes they are represented as numbering twelve, sometimes twenty-seven, or they are innumerable. In Hindu law a Gandharva marriage is one contracted by mutual consent and without formality.
GANDHARVA, in Hindu mythology refers to (1) a minor deity in the Rig-Veda; (2) a category of divine beings in later texts. Gandharva doesn’t have specific attributes but carries out many duties and has a close relationship with the major gods. He directs the sun’s horses, guards the soma, the sacred drink, and is considered a heavenly healer, as soma is seen as a cure-all. He serves Agni, the god of light, and Varuna, the divine judge. He is everywhere: in the skies, in the air, and in the waters. He keeps heaven's secrets and acts as a messenger between gods and humans. He dresses in rich clothing and wields shining weapons. His wife is Apsaras, the spirit of the clouds and waters, and together they are the parents of the first humans, Yama and Yami. He protects women and oversees marriage ceremonies. Collectively, the Gandharva share the responsibilities assigned to the individual deity. They reside in Indra’s hall and entertain themselves with singing, acting, and dancing alongside their wives, the Apsaras. Sometimes they are said to number twelve, other times twenty-seven, or they may be innumerable. In Hindu law, a Gandharva marriage is one formed by mutual consent without formal ceremony.
GANDÍA, a seaport of eastern Spain, in the province of Valencia; on the Gandía-Alcóy and Alcira-Denia railways. Pop. (1900) 10,026. Gandía is on the left bank of the river Alcóy or Sérpis, which waters one of the richest and most populous plains of Valencia and enters the Mediterranean Sea at the small harbour of Gandía (El Grao), 3 m. N.E. The chief ancient buildings of Gandía are the Gothic church, the college, founded by San Francisco de Borgia, director-general of the order of Jesus (1510-1572), and the palace of the dukes of Gandía—a title held in the 15th and 16th centuries by members of the princely house of Borgia or Borja. A Jesuit convent, the theatre, schools and the palace of the dukes of Osuna, are modern. Besides its manufactures of leather, silk, velvet and ribbons, Gandía has a thriving export trade in fruit, and imports coal, guano, timber and flour. In 1904, 400 vessels, of 200,000 tons, entered the harbour.
GANDÍA, is a port city in eastern Spain, located in the province of Valencia, accessible via the Gandía-Alcóy and Alcira-Denia railways. Population (1900) was 10,026. Gandía sits on the left bank of the Alcóy or Sérpis River, which flows through one of the richest and most populated plains in Valencia and empties into the Mediterranean Sea at Gandía's small harbor (El Grao), 3 miles northeast. Key historical buildings in Gandía include the Gothic church, a college established by San Francisco de Borgia, who was the director-general of the Jesuit order (1510-1572), and the palace of the dukes of Gandía, a title held by members of the Borgia or Borja princely family in the 15th and 16th centuries. Modern additions include a Jesuit convent, a theater, schools, and the palace of the dukes of Osuna. In addition to manufacturing leather, silk, velvet, and ribbons, Gandía has a robust export market for fruit and imports coal, guano, timber, and flour. In 1904, 400 ships, totaling 200,000 tons, entered the harbor.
GANDO, a sultanate of British West Africa, included in the protectorate of Nigeria, situated on the left bank of the Niger above Borgu. The sultanate was established, c. 1819, on the death of Othman Dan Fodio, the founder of the Fula empire, and its area and importance varied considerably during the 19th century, several of the Fula emirates being regarded as tributaries, while Gando itself was more or less dependent on Sokoto. Gando in the middle of the century included both banks of the Niger at least as far N.W. as Say. The districts outside the British protectorate now belong to France. Since 1884 Gando has been in treaty relations with the British, and in 1903 the part assigned to the British sphere by agreement with France came definitely under the control of the administration in Nigeria. Gando now forms the sub-province of the double province of Sokoto. The emir was appointed under British authority after the conquest of Sokoto in 1903. Since that date the province has been organized for administration on the same system as the rest of the protectorate of Northern Nigeria. Provincial and native courts of justice have been established, roads have been opened, the slave trade has been abolished, and the country assessed under the new scheme for taxation. British garrisons are stationed at Jegga and Ambrusa. The chief town is Gando, situated on the Sokoto, the first considerable affluent of the Niger from the east, about 60 m. S.W. of the town of Sokoto.
GANDO,, a sultanate in British West Africa, is part of the Nigerian protectorate, located on the left bank of the Niger River above Borgu. The sultanate was founded around 1819 after the death of Othman Dan Fodio, who established the Fula Empire, and its size and significance changed significantly throughout the 19th century, with several of the Fula emirates considered tributes, while Gando relied heavily on Sokoto. By the middle of the century, Gando encompassed both banks of the Niger River at least as far northwest as Say. The regions outside the British protectorate now fall under French control. Since 1884, Gando has maintained treaty relations with the British, and in 1903, the area designated for British administration in an agreement with France officially came under the control of the Nigerian administration. Gando currently forms a sub-province of the larger Sokoto province. The emir was appointed under British authority following the conquest of Sokoto in 1903. Since then, the province has been organized for administration in line with the rest of the Northern Nigeria protectorate. Provincial and local courts have been set up, roads built, the slave trade abolished, and the country assessed under the new taxation system. British garrisons are stationed at Jegga and Ambrusa. The main town is Gando, located on the Sokoto River, the first major tributary of the Niger from the east, about 60 miles southwest of Sokoto.
GANESA, or Ganesh, in Hindu mythology, the god of wisdom and prudence, always represented with an elephant’s head possibly to indicate his sagacity. He is the son of Siva and Parvati. He is among the most popular of Indian deities, and almost every act, religious or social, in a Hindu’s life begins with an invocation to him, as do most books. He typifies not the wisdom of knowledge but that worldly wisdom which results in financial success, and thus he is particularly the god of the Hindu shopkeeper. In his divine aspect Ganesa is ruler over the hosts of heaven, the spirits which come and go to do Indra’s will.
GANESA, or Ganesh, in Hindu mythology, is the god of wisdom and caution, usually depicted with an elephant’s head to symbolize his insight. He is the son of Siva and Parvati. He is one of the most popular Indian deities, and almost every religious or social activity in a Hindu's life begins with a prayer to him, as do most books. He represents not just knowledge but the life wisdom that leads to financial success, making him especially revered by Hindu shopkeepers. In his divine role, Ganesa oversees the celestial beings and the spirits that carry out Indra’s commands.
GANGES (Ganga), a great river of northern India, formed by the drainage of the southern ranges of the Himalayas. This mighty stream, which in its lower course supplies the river system of Bengal, rises in the Garhwal state, and falls into the Bay of Bengal after a course of 1500 m. It issues, under the name of the Bhagirathi, from an ice cave at the foot of a Himalayan snow-bed near Gangotri, 10,300 ft. above the level of the sea.
GANGES (Ganges), a major river in northern India, is formed from the runoff of the southern slopes of the Himalayas. This powerful river, which feeds the river system of Bengal in its lower reaches, originates in the Garhwal region and flows into the Bay of Bengal after traveling 1,500 kilometers. It begins, known as the Bhagirathi, from an ice cave at the base of a Himalayan snowfield near Gangotri, which is 10,300 feet above sea level.
During its passage through the southern spurs of the Himalayas it receives the Jahnavi from the north-west, and subsequently the Alaknanda, after which the united stream takes the name of the Ganges. Deo Prayag, their point of junction, is a celebrated place of pilgrimage, as is also Gangotri, the source of the parent stream. At Sukhi it pierces through the Himalayas, and turns south-west to Hardwar, also a place of great sanctity. It proceeds by a tortuous course through the districts of Dehra Dun, Saharanpur, Muzaffarnagar, Bulandshahr and Farukhabad, in which last district it receives the Ramganga. Thus far the Ganges has been little more than a series of broad shoals, long deep pools and rapids, except, of course, during the melting of the snows and throughout the rainy season. At Allahabad, however, it receives the Jumna, a mighty sister stream, which takes its rise also in the Himalayas to the west of the sources of the Ganges. The combined river winds eastwards by south-east through the United Provinces, receiving the Gumti and the Gogra. The point of junction with both the Gumti and the Gogra has more or less pretension to sanctity. But the tongue of land at Allahabad, where the Jumna and the Ganges join, is the true Prayag, the place of pilgrimage, to which hundreds of thousands of devout Hindus repair to wash away their sins in the sacred river. It is here that the great festival called the Magh mela is held.
During its journey through the southern foothills of the Himalayas, it takes in the Jahnavi from the northwest, and later the Alaknanda, after which the combined river is named the Ganges. Deo Prayag, where they meet, is a famous pilgrimage site, as is Gangotri, the source of the main river. At Sukhi, it cuts through the Himalayas and then heads southwest to Hardwar, which is also a highly revered place. It flows in a winding path through the regions of Dehra Dun, Saharanpur, Muzaffarnagar, Bulandshahr, and Farukhabad, where it collects the Ramganga. Until this point, the Ganges has been mostly a series of wide shallows, deep pools, and rapids, except during the snowmelt and rainy season. However, at Allahabad, it merges with the Jumna, a powerful sister river that also originates in the Himalayas to the west of the Ganges' sources. The two rivers flow eastward and southeast through the United Provinces, picking up the Gumti and the Gogra along the way. The spots where the Ganges joins both the Gumti and the Gogra hold some religious significance. But the land at Allahabad, where the Jumna and the Ganges come together, is the true Prayag, the pilgrimage site where hundreds of thousands of devout Hindus come to wash away their sins in the holy waters. This is also where the major festival called the Magh mela takes place.
Shortly after passing the holy city of Benares the Ganges enters Behar, and after receiving an important tributary, the Sone from the south, passes Patna, and obtains another accession to its volume from the Gandak, which rises in Nepal. Farther to the east it receives the Kusi, and then, skirting the Rajmahal hills, turns sharply to the southward, passing near the site of the ruined city of Gaur. By this time it has approached to within 240 m., as the crow flies, from the sea. About 20 m. farther on it begins to branch out over the level country, and this spot marks the commencement of the delta, 220 m. in a straight line, or 300 by the windings of the river, from the Bay of Bengal. The main channel takes the name of the Padma or Padda, and proceeds in a south-easterly direction, past Pabna to Goalanda, above which it is joined by the Jamuna or main stream of the Brahmaputra. The vast confluence of waters rushes towards the sea, receiving further additions from the hill country on the east, and forming a broad estuary known under the name of the Meghna, which enters the Bay of Bengal near Noakhali. This estuary, however, is only the largest and most easterly of a great number of mouths or channels. The most westerly is the Hugli, which receives the waters of a number of distributary channels that start from the parent Ganges above Murshidabad. Between the Hugli on the west and the Meghna on the east lies the delta. The upper angle of it consists of rich and fertile districts, such as Murshidabad, Nadia, Jessore and the 24 Parganas. But towards its southern base, resting on the sea, the country sinks into a series of great swamps, intercepted by a network of innumerable channels. This wild waste is known as the Sundarbans, from the sundari tree, which grows in abundance in the seaboard tracts.
Shortly after passing the holy city of Benares, the Ganges enters Behar. After taking in an important tributary, the Sone from the south, it flows past Patna and gains more water from the Gandak, which rises in Nepal. Further east, it receives the Kusi and then curves sharply to the south, passing near the site of the ruined city of Gaur. At this point, it is about 240 miles, as the crow flies, from the sea. About 20 miles farther, it begins to spread out over the flat land, marking the start of the delta, which is 220 miles in a straight line or 300 miles along the river's curves from the Bay of Bengal. The main channel becomes known as the Padma or Padda and flows southeast past Pabna to Goalanda, where it’s joined by the Jamuna, the main branch of the Brahmaputra. The massive confluence of waters rushes toward the sea, collecting more water from the eastern hills and forming a wide estuary called the Meghna, which enters the Bay of Bengal near Noakhali. This estuary is just the largest and most eastern of many mouths or channels. The most western is the Hugli, which takes in water from several distributary channels that branch off from the main Ganges above Murshidabad. Between the Hugli on the west and the Meghna on the east lies the delta. The upper part consists of rich and fertile areas like Murshidabad, Nadia, Jessore, and the 24 Parganas. However, toward its southern tip, where it meets the sea, the land sinks into large swamps, interspersed with an endless network of channels. This wild region is known as the Sundarbans, named after the sundari tree, which grows abundantly in the coastal areas.
The most important channel of the Ganges for commerce is the Hugli, on which stands Calcutta, about 90 m. from the mouth. Beyond this city the navigation is conducted by native craft,—the modern facilities for traffic by rail and the increasing shoals in the river having put an end to the previous steamer communication, which plied until about 1860 as high up as Allahabad. Below Calcutta important boat routes through the delta connect the Hugli with the eastern branches of the river, for both native craft and steamers.
The main trade route of the Ganges is the Hugli River, where Calcutta is located, around 90 miles from the river's mouth. Beyond this city, navigation is handled by local boats, as modern rail transport and increasing sandbanks in the river have ended the earlier steamer services, which operated up to Allahabad until about 1860. Below Calcutta, key boat routes through the delta link the Hugli with the river's eastern branches, serving both local boats and steamers.
The Ganges is essentially a river of great cities: Calcutta, Monghyr, Patna, Benares and Allahabad all lie on its course below its junction with the Jumna; and the ancient capitals, Agra and Delhi, are on the Jumna, higher up. The catchment basin of the Ganges is bounded on the N. by a length of about 700 m. of the Himalayan range, on the S. by the Vindhya mountains, and on the E. by the ranges which separate Bengal from Burma. The vast river basin thus enclosed embraces 432,480 sq. m. According to the latest calculations, the length of the main stream of the Ganges is 1540 m., or with its longest affluent, 1680; breadth at true entrance into the sea, 20 m.; breadth of channel in dry season, 1¼ to 2¼ m.; depth in dry season, 30 ft.; flood discharge, 1,800,000 cub. ft. per second; ordinary discharge, 207,000 cub. ft.; longest duration of flood, about 40 days. The average fall from Allahabad to Benares is 6 in. per mile; from Benares to Calcutta, between 4 and 5 in.; from Calcutta to the sea, 1 to 2 in. Great changes take place from time to time in the river-bed, which alter the face of the country. Extensive islands are thrown up, and attach themselves to the mainland, while the river deserts its old bed and seeks a new channel, it may be many miles off. Such changes are so rapid and on so vast a scale, and the corroding power of the current on the bank so irresistible, that in Lower Bengal it is considered perilous to build any structure of a large or permanent character on its margin. Many decayed or ruined cities attest the changes in the river-bed in ancient times; and within our own times the main channel which formerly passed Rajmahal has turned away from it, and left the town high and dry, 7 m. from the bank.
The Ganges is basically a river of major cities: Calcutta, Monghyr, Patna, Benares, and Allahabad all flow along its path below where it meets the Jumna; and the historical capitals, Agra and Delhi, are located on the Jumna further upstream. The Ganges' catchment area is bordered on the north by about 700 miles of the Himalayan range, on the south by the Vindhya mountains, and on the east by the hills that separate Bengal from Burma. This massive river basin covers an area of 432,480 square miles. According to the latest estimates, the main length of the Ganges is 1,540 miles, or 1,680 miles when including its longest tributary; its width where it enters the sea is 20 miles; the width of the channel during the dry season ranges from 1¼ to 2¼ miles; and its depth in the dry season reaches 30 feet. The flood discharge is measured at 1,800,000 cubic feet per second, while normal discharge is around 207,000 cubic feet; the floods can last up to about 40 days. The average drop from Allahabad to Benares is 6 inches per mile; from Benares to Calcutta, it’s between 4 and 5 inches; and from Calcutta to the sea, it’s 1 to 2 inches. Significant changes frequently occur in the riverbed, reshaping the landscape. Large islands emerge and connect to the mainland, while the river shifts away from its old path to seek a new route, sometimes several miles away. These changes happen so quickly and on such a large scale, and the strength of the current erodes the banks so dramatically, that in Lower Bengal, it is risky to build any substantial or permanent structures near the river. Many abandoned or ruined cities are evidence of riverbed changes in ancient times; and even in modern times, the main channel that once ran past Rajmahal has moved away, leaving the town high and dry, 7 miles from the bank.
The Ganges is crossed by six railway bridges on its course as far as Benares; and another, at Sara in Eastern Bengal, has been sanctioned.
The Ganges has six railway bridges along its route up to Benares, and another one at Sara in Eastern Bengal has been approved.
The Upper Ganges Canal and the Lower Ganges Canal are the two principal systems of perennial irrigation in the United Provinces. The Ganges canal was opened by Lord Dalhousie in 1854, and irrigates 978,000 acres. The Lower Ganges canal, an extension of the original canal, has been in operation since 1878 and irrigates 830,000 acres. The two canals, together with the eastern Jumna, command the greater portion of the Doab lying between the Ganges and the Jumna, above Allahabad. Navigation in either is insignificant.
The Upper Ganges Canal and the Lower Ganges Waterway are the two main systems of continuous irrigation in the United Provinces. The Ganges Canal was inaugurated by Lord Dalhousie in 1854 and irrigates 978,000 acres. The Lower Ganges Canal, an extension of the original canal, has been in use since 1878 and irrigates 830,000 acres. Together, these two canals, along with the eastern Jumna, control most of the Doab region between the Ganges and the Jumna, above Allahabad. Navigation in either canal is minimal.
GANGOTRI, a celebrated place of Hindu pilgrimage, among the Himalaya Mountains. It is situated in the native state of Garhwal in the United Provinces, on the Bhagirathi, the chief head-stream of the Ganges, which is here not above 15 or 20 yds. broad, with a moderate current, and not in general above 3 ft. deep. The course of the river runs N. by E.; and on the bank near Gangotri there is a small temple about 20 ft. high, in which are images representing Ganga, Bhagirathi and other figures of mythology. It dates from the early part of the 18th century. The bed of the river adjoining the temple is divided off by the Brahmans into three basins, where the pilgrims bathe. One of these portions is dedicated to Brahma, another to Vishnu and the third to Siva. The pilgrimage to Gangotri is considered efficacious in washing away the sins of the devotee, and ensuring him eternal happiness in the world to come. The water taken from this sacred spot is exported by pilgrims to India and sold at a high price. The elevation of the temple above the sea is 10,319 ft.
GANGOTRI, a famous Hindu pilgrimage site located in the Himalaya Mountains. It can be found in the Garhwal state of the United Provinces, along the Bhagirathi, the main source of the Ganges, which here is only about 15 to 20 yards wide, with a gentle current, usually no more than 3 feet deep. The river flows northeast, and near Gangotri is a small temple about 20 feet high, housing images of Ganga, Bhagirathi, and other mythological figures. It dates back to the early 18th century. The riverbed next to the temple is separated by the Brahmans into three basins for pilgrims to bathe. One basin is dedicated to Brahma, another to Vishnu, and the third to Siva. The pilgrimage to Gangotri is believed to cleanse the devotee of sins and guarantee them eternal happiness in the afterlife. Water collected from this sacred location is carried back by pilgrims to India and sold at a premium. The temple stands at an elevation of 10,319 feet above sea level.
GANGPUR, a tributary state of Orissa, Bengal, included until 1905 among the Chota Nagpur States. It is bounded N. by Ranchi district, E. by the Singhbhum district, S. by Sambalpur and Bamra, and W. by Raigarh in the Central Provinces. The country is for the most part an undulating plain, broken by detached ranges of hills, one of which, the Mahavira range, possesses a very remarkable appearance, springing abruptly from the plain in an irregular wall of tilted and disrupted rock, with two flanking peaks. The rivers are the Ib and the Brahmani, formed here by the union of the Sankh and the South Koel, both navigable by canoes. The Ib was formerly famous on account of diamonds found in its bed, and its sands are still washed for gold. One of the largest coalfields in India extends into the state, and iron ore is also found. Jungle products—lac, silk cocoons, catechu and resin, which are exported; wild animals—bisons, buffaloes, tigers, leopards, hyenas, wolves, jackals, wild dogs and many sorts of deer. Area, 2492 sq. m.; pop. (1901) 238,896; estimated revenue, £16,000.
GANGPUR, was a tributary state of Orissa, Bengal, included until 1905 among the Chota Nagpur States. It is bordered to the north by Ranchi district, to the east by Singhbhum district, to the south by Sambalpur and Bamra, and to the west by Raigarh in the Central Provinces. The region is mostly an undulating plain, interrupted by isolated ranges of hills, one of which is the Mahavira range, known for its striking appearance, rising steeply from the plain in an irregular wall of tilted and broken rock, with two prominent peaks on either side. The rivers are the Ib and the Brahmani, formed by the confluence of the Sankh and South Koel, both of which can be navigated by canoes. The Ib was once famous for the diamonds found in its riverbed, and its sands are still sifted for gold. One of the largest coalfields in India stretches into the state, and iron ore is also present. The region produces various jungle products—such as lac, silk cocoons, catechu, and resin—which are exported; it is also home to wild animals like bison, buffalo, tigers, leopards, hyenas, wolves, jackals, wild dogs, and many types of deer. Area: 2492 sq. m.; population (1901): 238,896; estimated revenue: £16,000.
GANILH, CHARLES (1758-1836), French economist and politician, was born at Allanche in Cantal on the 6th of January 1758. He was educated for the profession of law and practised as avocat. During the troubled period which culminated in the taking of the Bastille on the 14th of July 1789, he came prominently forward in public affairs, and was one of the seven members of the permanent Committee of Public Safety which sat at the hôtel de ville. He was imprisoned during the Reign of Terror, and was only released by the counter-revolution of the 9th Thermidor. During the first consulate he was called to the tribunate, but was excluded in 1802. In 1815 he was elected deputy for Cantal, and finally left the Chamber on its dissolution in 1823. He died in 1836. Ganilh is best known as the most vigorous defender of the mercantile school in opposition to the views of Adam Smith and the English economists.
GANILH, CHARLES (1758-1836), a French economist and politician, was born in Allanche, Cantal on January 6, 1758. He trained for a career in law and worked as an avocat. During the turbulent times leading up to the storming of the Bastille on July 14, 1789, he became actively involved in public affairs and was one of the seven members of the permanent Committee of Public Safety that met at the hôtel de ville. He was imprisoned during the Reign of Terror and was released only after the counter-revolution on the 9th of Thermidor. During the first Consulate, he was appointed to the tribunate but was excluded in 1802. In 1815, he was elected as a deputy for Cantal and finally left the Chamber when it was dissolved in 1823. He passed away in 1836. Ganilh is best known for being a strong advocate of the mercantile school, opposing the ideas of Adam Smith and the English economists.
His works, though interesting from the clearness and precision with which these peculiar opinions are presented, do not now possess much value for the student of political economy. He wrote Essai politique sur le revenue des peuples de l’antiquité, du moyen âge, &c. (1808); Des systèmes d’économie politique (1809); Théorie d’économie politique (1815); Dictionnaire analytique de l’économie politique (1826).
His works, while fascinating for their clarity and precision in presenting these unique viewpoints, aren’t particularly valuable anymore for someone studying political economy. He wrote Essai politique sur le revenue des peuples de l’antiquité, du moyen âge, &c. (1808); Des systèmes d’économie politique (1809); Théorie d’économie politique (1815); Dictionnaire analytique de l’économie politique (1826).
GANJAM, a district of British India, in the extreme north-east of the Madras Presidency. It has an area of 8372 sq. m. Much of the district is exceedingly mountainous and rocky, but is interspersed with open valleys and fertile plains. Pleasant groves of trees in the plains give to the scenery a greener appearance than is usually met with in the districts to the south. The mountainous tract known as the Maliyas, or chain of the Eastern Ghats, has an average height of about 2000 ft.—its principal peaks being Singharaj (4976 ft.), Mahendragiri (4923) and Devagiri (4535). The hilly region forms the agency of Ganjam, with an area of 3483 sq. m. and a population (in 1901) of 321,114, mostly wild backward tribes, incapable of being governed under ordinary conditions and therefore ruled by an agent of the governor with special powers. The chief rivers are the Rushikulya, the Vamsadhara and the Languliya. The sea and river fisheries afford a livelihood to a considerable section of the population. The hilly region abounds in forests consisting principally of sal, with satin-wood, ebony and sandal-wood in smaller quantities.
GANJAM, is a district in British India, located in the far northeast of the Madras Presidency. It covers an area of 8,372 square miles. Much of the district is very mountainous and rocky, but there are also open valleys and fertile plains scattered throughout. Pleasant groves of trees in the plains give the scenery a greener look than what is typically found in the southern districts. The mountainous region known as the Maliyas, part of the Eastern Ghats, has an average height of about 2,000 feet, with its main peaks being Singharaj (4,976 feet), Mahendragiri (4,923 feet), and Devagiri (4,535 feet). The hilly area forms the agency of Ganjam, which has an area of 3,483 square miles and a population (in 1901) of 321,114, mostly consisting of wild, marginalized tribes that cannot be governed under normal conditions and are therefore managed by an agent of the governor with special authority. The main rivers are the Rushikulya, the Vamsadhara, and the Languliya. The sea and river fishing provide a livelihood for a significant part of the population. The hilly region is rich in forests primarily made up of sal, along with smaller amounts of satin-wood, ebony, and sandalwood.
Ganjam formed part of the ancient kingdom of Kalinga. Its early history is involved in obscurity, and it was not till after the Gajapati dynasty ascended the throne of Orissa that this tract became even nominally a part of their dominions. Owing to the nature of the country the rising Mahommedan power was long kept at bay; and it was not till nearly a century after the first invasion of Orissa that a Mahommedan governor was sent to govern the Chicacole Circars, which included the present district of Ganjam. In 1753 Chicacole, with the Northern Circars, were made over to the French by Salabat Jang for the maintenance of his French auxiliaries. In 1759 Masulipatam was taken by an English force sent from Bengal, and the French were compelled to abandon Ganjam and their other factories in the north. In 1765 the Northern Circars (including Ganjam) were granted to the English by imperial firman, and in August 1768 an English factory was founded at Ganjam, protected by a fort. The present district of Ganjam was constituted in 1802. In the earlier years of British rule considerable difficulty was experienced in the administration of the district; and on more than one occasion the refractory large landholders had to be coerced by means of regular troops. In 1816 Ganjam was overrun by the Pindaris; and in 1836 occurred the Gumsur campaign, when the British first came into contact with the aboriginal Kondhs, the suppression of whose practice of human sacrifice was successfully accomplished. A petty rising of a section of the Kondhs occurred in 1865, which was, however, suppressed without the aid of regular troops.
Ganjam was part of the ancient kingdom of Kalinga. Its early history is unclear, and it wasn’t until the Gajapati dynasty took the throne of Orissa that this area became a nominal part of their territory. Due to the nature of the land, the emerging Muslim power was kept at bay for a long time, and it wasn’t until nearly a century after the first invasion of Orissa that a Muslim governor was appointed to oversee the Chicacole Circars, which included what is now Ganjam district. In 1753, Chicacole and the Northern Circars were handed over to the French by Salabat Jang for the support of his French troops. In 1759, an English force from Bengal captured Masulipatam, forcing the French to leave Ganjam and their other factories in the north. In 1765, the Northern Circars (including Ganjam) were granted to the English by imperial firman, and in August 1768, an English factory was established in Ganjam, protected by a fort. The current Ganjam district was formed in 1802. In the early years of British rule, managing the district was quite challenging; on several occasions, the unruly large landowners had to be controlled by regular troops. In 1816, Ganjam was invaded by the Pindaris, and in 1836, the Gumsur campaign took place, marking the first contact the British had with the indigenous Kondhs, whom they successfully prevented from practicing human sacrifice. A minor revolt by a group of Kondhs happened in 1865, but it was dealt with without the help of regular troops.
In 1901 the pop. of the district was 2,010,256, showing an increase of 20% in the decade. There are two systems of government irrigation: (1) the Rushikulya project, and (2) the Ganjam minor rivers system. The principal crops are rice, other food grains, pulse, oil seeds and a little sugar-cane and cotton. Salt is evaporated, as a government monopoly, along the coast. Sugar is refined, according to German methods, at Aska, where rum also is produced. A considerable trade is conducted at the ports of Gopalpur and Calingapatam, which are only open roadsteads. The district is traversed throughout by the East Coast railway (Bengal-Nagpur system), which was opened from Calcutta to Madras in 1900. There are colleges at Berhampore and Parlakimedi. The headquarters station is Berhampore; the town of Ganjam occupied this position till 1815, when it was found unhealthy, and its importance has since declined.
In 1901, the population of the district was 2,010,256, reflecting a 20% increase over the decade. There are two government irrigation systems: (1) the Rushikulya project and (2) the Ganjam minor rivers system. The main crops include rice, other food grains, pulses, oilseeds, and a small amount of sugarcane and cotton. Salt is evaporated along the coast as a government monopoly. Sugar is refined using German methods in Aska, where rum is also produced. A significant trade occurs at the ports of Gopalpur and Calingapatam, which are only open roadsteads. The East Coast railway (Bengal-Nagpur system) runs throughout the district and was opened from Calcutta to Madras in 1900. There are colleges in Berhampore and Parlakimedi. The headquarters station is in Berhampore; the town of Ganjam held this position until 1815, when it was deemed unhealthy, and its importance has since declined.
GANNAL, JEAN NICOLAS (1791-1852), French chemist, was born at Sarre-Louis on the 28th of July 1791. In 1808 he entered the medical department of the French army, and witnessed the retreat from Moscow in 1812. After the downfall of the empire he worked at the École Polytechnique in Paris and subsequently at the Faculty of Sciences as assistant to L.J. Thénard. His contributions to technical chemistry included a method of refining borax, the introduction of elastic rollers formed of gelatin and sugar for use in printing, and processes for manufacturing glue and gelatin, lint, white lead, &c. The Institute awarded him a Montyon prize in 1827 for his advocacy of chlorine as a remedy in pulmonary phthisis, and again in 1835 for his discovery of the efficacy of solutions of aluminium acetate and chloride for preserving anatomical preparations. In the latter part of his life he turned his attention to embalmment, his method depending on the injection of solutions of aluminium salts into the arteries. He died at Paris in January 1852. His son 453 Felix, born in 1829, also devoted himself to the question of the disposal of the dead, among his publications being Mort réelle et mort apparente (1868), Inhumation et crémation (1876), and Les Cimetières (1885), a work on the history and law of burial, of which only one volume appeared.
GANNAL, JEAN NICOLAS (1791-1852), a French chemist, was born in Sarre-Louis on July 28, 1791. In 1808, he joined the medical branch of the French army and witnessed the retreat from Moscow in 1812. After the empire fell, he worked at the École Polytechnique in Paris and later at the Faculty of Sciences as an assistant to L.J. Thénard. His contributions to technical chemistry included a method for refining borax, the development of elastic rollers made from gelatin and sugar for printing, and processes for producing glue, gelatin, lint, white lead, etc. The Institute awarded him a Montyon prize in 1827 for promoting chlorine as a treatment for pulmonary tuberculosis, and again in 1835 for discovering that solutions of aluminum acetate and chloride were effective in preserving anatomical specimens. In the later part of his life, he focused on embalming, using a method that involved injecting aluminum salt solutions into the arteries. He passed away in Paris in January 1852. His son 453 Felix, born in 1829, also engaged with the topic of disposing of the dead, with publications including Mort réelle et mort apparente (1868), Inhumation et crémation (1876), and Les Cimetières (1885), which covers the history and laws of burial, although only one volume was published.
GANNET (O.E. ganot) or Solan Goose,1 the Pelecanus bassanus of Linnaeus and the Sula bassana of modern ornithologists, a large sea-fowl long known as a numerous visitor, for the purpose of breeding, to the Bass Rock at the entrance of the Firth of Forth, and to certain other islands off the coast of Britain, of which four are in Scottish waters—namely, Ailsa Craig, at the mouth of the Firth of Clyde; the group known collectively as St Kilda; Suleskerry, some 40 m. north-east of the Butt of Lewis; and the Stack and Skerry, about the same distance westward of Stromness. It appears also to have two stations off the coast of Ireland, the Skellig Islands and the Stags of Broadhaven, and it resorts besides to Lundy Island in the Bristol Channel—its only English breeding-place. Farther to the northward its settlements are Myggenaes, the most westerly of the Faeroes, and various small islands off the coast of Iceland, of which the Vestmannaeyjar, the Reykjanes Fuglaskér and Grimsey are the chief. On the western side of the Atlantic it appears to have but five stations, one in the Bay of Fundy, and four rocks in the Gulf of St Lawrence. On all these seventeen places the bird arrives about the end of March or in April and departs in autumn when its young are ready to fly; but even during the breeding-season many of the adults may be seen on their fishing excursions at a vast distance from their home, while at other times of the year their range is greater still, for they not only frequent the North Sea and the English Channel, but stray to the Baltic, and, in winter, extend their flight to the Madeiras, while the members of the species of American birth traverse the ocean from the shores of Greenland to the Gulf of Mexico.
GANNET (Old English ganot) or Solan Goose, 1 the Pelecanus bassanus identified by Linnaeus and the Sula bassana recognized by modern ornithologists, is a large seabird known for its frequent visits to the Bass Rock at the entrance of the Firth of Forth during breeding season, as well as to various other islands off the coast of Britain. These include four in Scottish waters: Ailsa Craig at the mouth of the Firth of Clyde, the group known as St Kilda, Suleskerry about 40 miles north-east of the Butt of Lewis, and the Stack and Skerry located roughly the same distance west of Stromness. It also seems to have two locations off the coast of Ireland, the Skellig Islands and the Stags of Broadhaven, and it visits Lundy Island in the Bristol Channel, its only English breeding site. Farther north, it settles on Myggenaes, the westernmost of the Faroe Islands, and various small islands off the coast of Iceland like the Vestmannaeyjar, Reykjanes Fuglaskér, and Grimsey, which are the main ones. On the western side of the Atlantic, it has only five locations: one in the Bay of Fundy and four rocks in the Gulf of St. Lawrence. The bird typically arrives at these seventeen places around late March or in April and leaves in autumn when its young are ready to fly. However, even during breeding season, many adults can be spotted on fishing trips far from home, and at other times of the year, their range extends even further. They not only frequent the North Sea and the English Channel but also venture into the Baltic, and in winter, they fly as far as the Madeiras, while American gannets travel across the ocean from the shores of Greenland to the Gulf of Mexico.
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Gannet, or Solan Goose. |
Apparently as bulky as a goose, and with longer wings and tail, the gannet weighs considerably less. The plumage of the adult is white, tinged on the head and neck with buff, while the outer edge and principal quills of the wings are black, and some bare spaces round the eyes and on the throat reveal a dark blue skin. The first plumage of the young is of a deep brown above, but paler beneath, and each feather is tipped with a triangular white spot. The nest is a shallow depression, either on the ground itself or on a pile of turf, grass and seaweed—which last is often conveyed from a great distance. The single egg it contains has a white shell of the same chalky character as a cormorant’s. The young are hatched blind and naked, but the slate-coloured skin with which their body is covered is soon clothed with white down, replaced in due time by true feathers of the dark colour already mentioned. The mature plumage is believed not to be attained for some three years. Towards the end of summer the majority of gannets, both old and young, leave the neighbourhood of their breeding-place, and, betaking themselves to the open sea, follow the shoals of herrings and other fishes (the presence of which they are most useful in indicating to fishermen) to a great distance from land. Their prey is almost invariably captured by plunging upon it from a height, and a company of gannets fishing presents a curious and interesting spectacle. Flying in a line, each bird, when it comes over the shoal, closes its wings and dashes perpendicularly into the waves, whence it emerges after a few seconds, and, shaking the water from its feathers, mounts in a wide curve, and orderly takes its place in the rear of the string, to repeat its headlong plunge so soon as it again finds itself above its prey.2
The gannet appears bulky like a goose, but it actually weighs much less and has longer wings and a longer tail. Adults have white feathers, with a hint of buff on their head and neck, while the outer edges and main flight feathers of their wings are black. Areas around the eyes and throat expose dark blue skin. Young gannets start off with deep brown feathers on top and lighter ones underneath, each feather tipped with a triangular white spot. Their nests are shallow depressions found either on the ground or on a pile of turf, grass, and seaweed, which can be gathered from far away. The single egg they lay has a white shell that’s chalky like a cormorant’s. The chicks hatch blind and naked, but their slate-colored skin quickly gets covered in white down, which will eventually be replaced by the dark feathers mentioned earlier. It takes about three years for them to reach full adult plumage. By late summer, most gannets, both young and old, leave their breeding area and head into open water, following schools of herring and other fish—helpful indicators for fishermen—far away from shore. They catch their prey by diving from a height, and watching a group of gannets fish is quite a fascinating sight. Flying in a line, each bird, when it spots a shoal, folds its wings and dives straight into the water. After a few seconds, it resurfaces, shakes the water off its feathers, and then flies back up in a wide curve to line up behind the others, ready to dive again as soon as it’s above the fish.
Structurally the gannet presents many points worthy of note, such as its closed nostrils, its aborted tongue, and its toes all connected by a web—characters which it possesses in common with most of the other members of the group of birds (Steganopodes) to which it belongs. But more remarkable still is the system of subcutaneous air-cells, some of large size, pervading almost the whole surface of the body, communicating with the lungs, and capable of being inflated or emptied at the will of the bird. This peculiarity has attracted the attention of several writers—Montagu, Sir R. Owen (Proc. Zool. Soc., 1831, p. 90), and Macgillivray.
Structurally, the gannet has many notable features, like its closed nostrils, its reduced tongue, and its webbed toes—all traits it shares with most other birds in the group (Steganopodes) to which it belongs. Even more remarkable is the system of air cells under the skin, some quite large, that spreads across almost the entire body, connecting to the lungs and can be inflated or deflated at the bird’s discretion. This unique characteristic has attracted the interest of several writers, including Montagu, Sir R. Owen (Proc. Zool. Soc., 1831, p. 90), and Macgillivray.
In the southern hemisphere the gannet is represented by two nearly allied but somewhat smaller forms—one, Sula capensis, inhabiting the coast of South Africa, and the other, S. serrator, the Australian seas. Both much resemble the northern bird, but 454 the former seems to have a permanently black tail, and the latter a tail the four middle feathers of which are blackish-brown with white shafts.
In the southern hemisphere, the gannet is represented by two closely related but slightly smaller species—one, Sula capensis, found along the coast of South Africa, and the other, S. serrator, in the Australian seas. Both look a lot like the northern gannet, but the first one has a tail that is permanently black, while the other has a tail where the four middle feathers are blackish-brown with white shafts. 454
Apparently inseparable from the gannets generically are the smaller birds well known to sailors as boobies, from the extraordinary stupidity they commonly display. They differ, however, in having no median stripe of bare skin down the front of the throat; they almost invariably breed upon trees and are inhabitants of warmer climates. One of them, S. cyanops, when adult has much of the aspect of a gannet, but S. piscator is readily distinguishable by its red legs, and S. leucogaster by its upper plumage and neck of deep brown. These three are widely distributed within the tropics, and are in some places exceedingly abundant. The fourth, S. variegata, which seems to preserve throughout its life the spotted suit characteristic of the immature S. bassana, has a much more limited range, being as yet only known from the coast of Peru, where it is one of the birds which contribute to the formation of guano.
Apparently inseparable from the gannets are the smaller birds commonly known to sailors as boobies, due to their extreme stupidity. They differ, however, in that they lack the bare skin stripe down the front of their throats. These birds mostly breed in trees and live in warmer climates. One species, S. cyanops, looks quite a bit like a gannet when it's an adult, but S. piscator can be easily identified by its red legs, and S. leucogaster stands out with its rich brown upper feathers and neck. These three species are widely found in tropical regions and can be quite numerous in some areas. The fourth, S. variegata, retains throughout its life the spotted appearance typical of the young S. bassana and has a much narrower range, currently only known from the coast of Peru, where it is one of the birds that helps create guano.
1 The phrase ganotes bæð (gannet’s bath), a periphrasis for the sea, occurs in the Anglo-Saxon Chronicle, in reference to events which took place A.D. 975, as pointed out by Prof. Cunningham, whose learned treatise on this bird (Ibis, 1866, p. 1) nearly exhausts all that can be said of its history and habits. A few pages further on (p. 13) this writer remarks:—“The name gannet is intimately connected with our modern English gander, both words being modifications of the ancient British ‘gan’ or ‘gans,’ which is the same word as the modern German ‘Gans,’ which in its turn corresponds with the old High German ‘Kans,’ the Greek χήν, the Latin anser, and the Sanskrit ‘hansa,’ all of which possess the same signification, viz. a goose. The origin of the names solan or soland, sulan, sula and haf-sula, which are evidently all closely related, is not so obvious. Martin [Voy. St Kilda] informs us that ‘some imagine that the word solan comes from the Irish souler, corrupted and adapted to the Scottish language, qui oculis irretortis e longinquo respiciat praedam.’ The earlier writers in general derive the word from the Latin solea, in consequence of the bird’s supposed habit of hatching its egg with its foot; and in a note intercalated into Ray’s description of the solan goose in the edition of his Itineraries published by the Ray Society, and edited by Dr Lankester, we are told, though no authority for the statement is given, that ‘the gannet, Sula alba, should be written solent goose, i.e. a channel goose.’” Hereon an editorial note remarks that this last statement appears to have been a suggestion of Yarrell’s, and that it seems at least as possible that the “Solent” took its name from the bird.
1 The term ganotes bæð (gannet’s bath), a fancy way of saying the sea, appears in the Anglo-Saxon Chronicle regarding events that occurred CE 975, as noted by Prof. Cunningham, whose in-depth study on this bird (Ibis, 1866, p. 1) covers nearly everything there is to know about its history and behavior. A few pages later (p. 13), this author notes:—“The name gannet is closely linked to our modern English word gander, as both are variations of the ancient British ‘gan’ or ‘gans,’ which is the same as the modern German ‘Gans,’ which in turn corresponds to the old High German ‘Kans,’ the Greek χήν, the Latin anser, and the Sanskrit ‘hansa,’ all having the same meaning, namely a goose. The origins of the names solan or soland, sulan, sula, and haf-sula, which are clearly related, are less clear. Martin [Voy. St Kilda] tells us that ‘some believe that the word solan comes from the Irish souler, changed and adapted to the Scottish language, qui oculis irretortis e longinquo respiciat praedam.’ Earlier authors generally trace the word back to the Latin solea, due to the bird’s supposed habit of hatching its egg with its foot; and in a note added to Ray’s description of the solan goose in the edition of his Itineraries published by the Ray Society, edited by Dr. Lankester, we are informed, although there’s no source given for this claim, that ‘the gannet, Sula alba, should be referred to as solent goose, i.e. a channel goose.’” Following this, an editorial note states that this last assertion seems to have been a suggestion from Yarrell, and it appears at least as likely that the "Solent" got its name from the bird.
2 The large number of gannets, and the vast quantity of fish they take, has been frequently animadverted upon, but the computations on this last point are perhaps fallacious. It seems to be certain that in former days fishes, and herrings in particular, were at least as plentiful as now, if not more so, notwithstanding that gannets were more numerous. Those frequenting the Bass were reckoned by Macgillivray at 20,000 in 1831, while in 1869 they were computed at 12,000, showing a decrease of two-fifths in 38 years. On Ailsa in 1869 there were supposed to be as many as on the Bass, but their number was estimated at 10,000 in 1877 (Report on the Herring Fisheries of Scotland, 1878, pp. xxv. and 171),—being a diminution of one-sixth in eight years, or nearly twice as great as on the Bass.
2 The large number of gannets and the huge amount of fish they consume have often been pointed out, but the calculations on this last point may be misleading. It seems certain that in the past, fish, especially herrings, were at least as abundant as they are now, if not more so, despite a higher population of gannets. Those visiting the Bass were estimated by Macgillivray to be 20,000 in 1831, while in 1869 they were counted at 12,000, showing a decline of 40% over 38 years. On Ailsa in 1869, the number was thought to be as high as that on the Bass, but was estimated at 10,000 in 1877 (Report on the Herring Fisheries of Scotland, 1878, pp. xxv. and 171), which is a reduction of one-sixth in eight years, nearly double the decrease observed on the Bass.
GANODONTA (so named from the presence of bands of enamel on the teeth), a group of specialized North American Lower and Middle Eocene mammals of uncertain affinity. The group includes Hemiganus, Psittacotherium and Conoryctes from the Puerco, Calamodon and Hemiganus from the Wasatch, and Stylinodon from the Bridger Eocene. With the exception of Conoryctes, in which it is longer, the skull is short and suggests affinity to the sloths, as does what little is known of the limb-bones. The dentition, too, is of a type which might well be considered ancestral to that of the Edentata. For instance, the molars when first developed have tritubercular summits, but these soon become worn away, leaving tall columnar crowns, with a subcircular surface of dentine exposed at the summit of each. Moreover, while the earlier types have a comparatively full series of teeth, all of which are rooted and invested with enamel, in the later forms the incisors are lost, the cheek-teeth never develop roots but grow continuously throughout life. These and other features induced Dr J.L. Wortman to regard the Ganodonta as an ancestral suborder of Edentata; but this view is not accepted by Prof. W.B. Scott. Teeth provisionally assigned to Calamodon have been obtained from the Lower Tertiary deposits of Switzerland.
GANODONTA (named for the bands of enamel on their teeth) is a group of specialized mammals from North America’s Lower and Middle Eocene periods, whose exact relationships are unclear. This group includes Hemiganus, Psittacotherium, and Conoryctes from the Puerco, Calamodon and Hemiganus from the Wasatch, and Stylinodon from the Bridger Eocene. Except for Conoryctes, which has a longer skull, the skulls are short and suggest a connection to sloths, as do the limited details known about the limb bones. The teeth also appear to be a type that could be seen as ancestral to the Edentata. For example, the molars, when first formed, have tritubercular tops, but these quickly wear down, leaving tall columnar crowns with a round surface of dentine exposed at the top of each. Additionally, while the earlier types have a fairly complete series of teeth, all rooted and covered in enamel, later forms lose the incisors, and the cheek teeth do not develop roots but continue to grow throughout life. These and other characteristics led Dr. J.L. Wortman to consider Ganodonta an ancestral suborder of Edentata; however, this perspective is not shared by Prof. W.B. Scott. Teeth provisionally identified as Calamodon have been found in the Lower Tertiary deposits of Switzerland.
See J.L. Wortman, “The Ganodonta and their Relationship to the Edentata,” Bull. Amer. Mus. vol. ix. p. 59 (1897); W.B. Scott, “Mammalia of the Santa Cruz Beds, Edentata,” Rep. Princeton Exped. to Patagonia, vol. v. (1903-1904).
See J.L. Wortman, “The Ganodonta and their Relationship to the Edentata,” Bull. Amer. Mus. vol. ix. p. 59 (1897); W.B. Scott, “Mammals of the Santa Cruz Beds, Edentata,” Rep. Princeton Exped. to Patagonia, vol. v. (1903-1904).
GANS, EDUARD (1797-1839), German jurist, was born at Berlin on the 22nd of March 1797, of prosperous Jewish parents. He studied law first at Berlin, then at Göttingen, and finally at Heidelberg, where he attended Hegel’s lectures, and became thoroughly imbued with the principles of the Hegelian philosophy. In 1820, after taking his doctor’s degree, he returned to Berlin as lecturer on law. In 1825 he turned Christian, and the following year was appointed extraordinary, and in 1828 ordinary, professor in the Berlin faculty of law. At this period the historical school of jurisprudence was coming to the front, and Gans, predisposed owing to his Hegelian tendencies to treat law historically, applied the method to one special branch—the right of succession. His great work, Erbrecht in weltgeschichtlicher Entwicklung (1824, 1825, 1829 and 1835), is of permanent value, not only for its extensive survey of facts, but for the admirable manner in which the general theory of the slow evolution of legal principles is presented. In 1830, and again in 1835, Gans visited Paris, and formed an intimate acquaintance with the leaders of literary culture and criticism there. The liberality of his views, especially on political matters, drew upon Gans the displeasure of the Prussian government, and his course of lectures on the history of the last fifty years (published as Vorlesungen über d. Geschichte d. letzten fünfzig Jahre, Leipzig, 1833-1834) was prohibited. He died at Berlin on the 5th of May 1839. In addition to the works above mentioned, there may be noted the treatise on the fundamental laws of property (Über die Grundlage des Besitzes, Berlin, 1829), a portion of a systematic work on the Roman civil law (System des römischen Civil-Rechts, 1827), and a collection of his miscellaneous writings (Vermischte Schriften, 1832). Gans edited the Philosophie der Geschichte in Hegel’s Werke, and contributed an admirable preface.
GANS, EDUARD (1797-1839), a German jurist, was born in Berlin on March 22, 1797, to prosperous Jewish parents. He studied law first in Berlin, then in Göttingen, and finally in Heidelberg, where he attended Hegel’s lectures and became deeply influenced by Hegelian philosophy. In 1820, after earning his doctorate, he returned to Berlin as a law lecturer. In 1825, he converted to Christianity, and the following year he was appointed an extraordinary professor, becoming an ordinary professor in the Berlin law faculty in 1828. At this time, the historical school of jurisprudence was gaining prominence, and due to his Hegelian inclinations, Gans approached law from a historical perspective, applying this method specifically to the right of succession. His major work, Erbrecht in weltgeschichtlicher Entwicklung (1824, 1825, 1829, and 1835), is of lasting significance, not only for its comprehensive overview of facts but also for the excellent way it presents the general theory of the gradual development of legal principles. Gans visited Paris in 1830 and again in 1835, forming close relationships with leading figures in literary culture and criticism there. His progressive views, particularly on political issues, attracted the disapproval of the Prussian government, leading to a ban on his lectures on the history of the last fifty years (published as Vorlesungen über d. Geschichte d. letzten fünfzig Jahre, Leipzig, 1833-1834). He passed away in Berlin on May 5, 1839. In addition to the works mentioned above, notable works include a treatise on the fundamental laws of property (Über die Grundlage des Besitzes, Berlin, 1829), a portion of a systematic study on Roman civil law (System des römischen Civil-Rechts, 1827), and a collection of his miscellaneous writings (Vermischte Schriften, 1832). Gans edited Philosophie der Geschichte in Hegel’s Werke and contributed a remarkable preface.
See Revue des deux mondes (Dec. 1839).
See Revue des deux mondes (Dec. 1839).
GÄNSBACHER, JOHANN BAPTIST (1778-1844), Austrian musical composer, was born in 1778 at Sterzing in Tirol. His father, a schoolmaster and teacher of music, undertook his son’s early education, which the boy continued under various masters till 1802, when he became the pupil of the celebrated Abbé G.J. Vogler. To his connexion with this artist and with his fellow-pupils, more perhaps than to his own merits, Gänsbacher’s permanent place in the history of music is due; for it was during his second stay with Vogler, then (1810) living at Darmstadt, that he became acquainted with Weber and Meyerbeer, and the close friendship which sprang up among the three young musicians, and was dissolved by death only, has become celebrated in the history of their art. But Gänsbacher was himself by no means without merit. He creditably filled the responsible and difficult post of director of the music at St Stephen’s cathedral, Vienna, from 1823 till his death (July 13, 1844); and his compositions show high gifts and accomplishment. They consist chiefly of church music, 17 masses, besides litanies, motets, offertories, &c., being amongst the number. He also wrote several sonatas, a symphony, and one or two minor compositions of a dramatic kind.
GÄNSBACHER, JOHANN BAPTIST (1778-1844), an Austrian composer, was born in 1778 in Sterzing, Tirol. His father, a schoolmaster and music teacher, took charge of his early education, which continued under various instructors until 1802, when he became a student of the famous Abbé G.J. Vogler. Gänsbacher’s lasting place in music history is probably more due to his association with Vogler and his fellow students than to his own talents; it was during his second time with Vogler, who was then living in Darmstadt in 1810, that he met Weber and Meyerbeer. The close friendship that developed among these three young musicians, which only ended with death, has become renowned in the history of their art. However, Gänsbacher was undoubtedly talented in his own right. He held the challenging position of music director at St. Stephen’s Cathedral in Vienna from 1823 until his death on July 13, 1844, and his compositions demonstrate significant skill and creativity. His works mostly consist of church music, including 17 masses, as well as litanies, motets, offertories, and more. He also composed several sonatas, a symphony, and a couple of minor dramatic pieces.
GANYMEDE, in Greek mythology, son of Tros, king of Dardania, and Callirrhoë. He was the most beautiful of mortals, and was carried off by the gods (in the later story by Zeus himself, or by Zeus in the form of an eagle) to Olympus to serve as cup-bearer (Apollodorus iii. 12; Virgil, Aeneid, v. 254; Ovid, Metam. x. 255). By way of compensation, Zeus presented his father with a team of immortal horses (or a golden vine). Ganymede was afterwards regarded as the genius of the fountains of the Nile, the life-giving and fertilizing river, and identified by astronomers with the Aquarius of the zodiac. Thus the divinity that distributed drink to the gods in heaven became the genius who presided over the due supply of water on earth. When pederasty became common in Greece, an attempt was made to justify it and invest it with dignity by referring to the rape of the beautiful boy by Zeus; in Crete, where the love of boys was reduced to a system, Minos, the primitive ruler and law-giver, was said to have been the ravisher of Ganymede. Thus the name which once denoted the good genius who bestowed the precious gift of water upon man was adopted to this use in vulgar Latin under the form Catamitus. Ganymede being carried off by the eagle was the subject of a bronze group by the Athenian sculptor Leochares, imitated in a marble statuette in the Vatican. E. Veckenstedt (Ganymedes, Libau, 1881) endeavours to prove that Ganymede is the genius of intoxicating drink (μέθυ, mead, for which he postulates a form μῆδος), whose original home was Phrygia.
Ganymede, in Greek mythology, was the son of Tros, the king of Dardania, and Callirrhoë. He was the most beautiful of mortals and was taken by the gods (in later versions, by Zeus himself or by Zeus in the form of an eagle) to Olympus to be the cup-bearer (Apollodorus iii. 12; Virgil, Aeneid, v. 254; Ovid, Metam. x. 255). As compensation, Zeus gave his father a team of immortal horses (or a golden vine). Ganymede was later seen as the spirit of the Nile’s fountains, the life-giving and fertilizing river, and was identified by astronomers as the Aquarius of the zodiac. So, the divine figure who served drinks to the gods in heaven became the spirit overseeing the supply of water on earth. When pederasty became common in Greece, there was an attempt to justify it and give it dignity by referring to Zeus's abduction of the beautiful boy; in Crete, where the love of boys was formalized, Minos, the ancient ruler and lawgiver, was said to have been the one who took Ganymede. Thus, the name that once referred to the good spirit who gifted the precious resource of water to mankind became associated with this in vulgar Latin as Catamitus. Ganymede being taken by the eagle was the subject of a bronze sculpture by the Athenian artist Leochares, which was copied in a marble statuette in the Vatican. E. Veckenstedt (Ganymedes, Libau, 1881) attempts to prove that Ganymede is the spirit of intoxicating drinks (drunk, mead, for which he suggests a form μῆδος), originally from Phrygia.
See article by P. Weizsäcker in Roscher’s Lexikon der Mythologie. In the article Greek Art, fig. 53 (Pl. I.) gives an illustration of Ganymede borne aloft by an eagle.
See article by P. Weizsäcker in Roscher’s Lexikon der Mythologie. In the article Greek Art, fig. 53 (Pl. I.) provides an illustration of Ganymede being carried up by an eagle.
GAO, Gao-Gao, or Garo, a town of French West Africa, in the Upper Senegal and Niger colony, on the left bank of the Niger, 400 m. by river below Timbuktu. Pop. about 5000. The present town dates from the French occupation in 1900; of the ancient city there are scanty ruins, the chief being a truncated pyramid, the remains of the tomb (16th century) of Mahommed Askia, the Songhoi conqueror, and those of the great mosque. According to tradition a city stood on this spot in very ancient times and its inhabitants are said to have had intercourse with the Egyptians. It is known, however, that the city of which the French settlement is the successor was founded by the Songhoi, probably in the 7th or 8th century, and became the capital of their empire. Garo (Ga-rho) appears to have been the correct name of the Songhoi city, though it was also known as Gogo and Kuku (Kaougha)1. In the 12th century Idrisi describes Kuku as 455 a populous unwalled town devoted to commerce and industry; it is possible, however, that Idrisi is referring not to Gao but to another town somewhat to the south—at that period the middle course of the Niger had many prosperous towns along its banks. In the 14th century Gao was conquered by the king of Melle, and its great mosque was built (c. 1325) by the Melle sovereign Kunkur Musa on his return from a pilgrimage to Mecca. In the 15th century the Songhoi regained power and Gao attained its greatest prosperity in the reign of Askia. It did not enjoy the commercial importance of Jenné nor the intellectual supremacy of Timbuktu, but was the political centre of the western Sudan for a long period. On the break up of the Songhoi power the city declined in importance. It became subject in 1590 to the Ruma of Timbuktu, from whom it was wrested in 1770 by the Tuareg, the last named surrendering possession to the French. The first European to reach Gao was Mungo Park (1805); he was followed in 1851 by Heinrich Barth, and in 1896 by the French naval lieutenant Hourst. Gao is now the headquarters of a military district. A caravan route leads from it to Kano and Bornu. From Gao upwards the Niger is navigable for over 1000 m.
GAO, Gao-Gao, or Garo, is a town in French West Africa, located in the Upper Senegal and Niger colony, on the left bank of the Niger River, 400 miles downstream from Timbuktu. Its population is around 5,000. The current town was established during the French occupation in 1900. There are only a few ruins from the ancient city, the most notable being a truncated pyramid, which is the remnants of the tomb (16th century) of Mahommed Askia, the Songhoi conqueror, as well as the remains of the great mosque. According to legend, a city existed at this site in very ancient times, and its residents are said to have interacted with the Egyptians. It is known, however, that the city which the French settlement succeeded was founded by the Songhoi, likely in the 7th or 8th century, and became the capital of their empire. Garo (Ga-rho) seems to have been the accurate name of the Songhoi city, although it was also known as Gogo and Kuku (Kaougha)1. In the 12th century, Idrisi described Kuku as a bustling, unfortified town focused on commerce and industry; however, it's possible that Idrisi was referring to a different town a bit to the south, as the middle Niger had many prosperous towns along its banks during that time. In the 14th century, Gao was conquered by the king of Melle, and its great mosque was constructed (around 1325) by the Melle ruler Kunkur Musa upon his return from a pilgrimage to Mecca. In the 15th century, the Songhoi regained control, and Gao reached its peak prosperity during Askia's reign. It didn't hold the same commercial significance as Jenné or the intellectual dominance of Timbuktu, but it was the political hub of western Sudan for an extended period. After the Songhoi power crumbled, the city's importance declined. It was subjected in 1590 to the Ruma of Timbuktu, which was taken over in 1770 by the Tuareg, who eventually handed control to the French. The first European to visit Gao was Mungo Park in 1805; he was succeeded in 1851 by Heinrich Barth and in 1896 by French naval lieutenant Hourst. Gao is currently the center of a military district. A caravan route connects it to Kano and Bornu. The Niger River above Gao is navigable for over 1,000 miles.
1 There was another city called Kaoka or Gaoga east of Lake Chad in the country now known as Bagirmi. It was the seat of the Bulala dynasty, an offshoot of the royal family of Kanem, whose rule in the 15th century extended from the Shari to Darfur. The existence of the state was first mentioned by Leo Africanus. To the Bornuese it was known as Bulala or Kuka Bulala, a name which persists as that of a district in French Congo (see Bornu). The similarity of the name Gaoga to that of the Songhoi capital has given rise to much confusion.
1 There was another city called Kaoka or Gaoga east of Lake Chad in the region now known as Bagirmi. It was the center of the Bulala dynasty, a branch of the royal family of Kanem, which ruled in the 15th century from the Shari to Darfur. The state was first mentioned by Leo Africanus. To the people of Bornu, it was known as Bulala or Kuka Bulala, a name that still exists as a district in French Congo (see Bornu). The similarity between the name Gaoga and that of the Songhoi capital has caused a lot of confusion.
GAOL, or Jail, a prison (q.v.). The two forms of the word are due to the parallel dual forms in Old Central and Norman French respectively, jaiole or jaole, and gaiole or gayolle. The common origin is the med. Lat. gabiola, a diminutive formed from cavea, a hollow, a den, from which the English “cave” is derived. The form “gaol” still commonly survives in English, and is in official usage, e.g. “gaol-delivery,” but the common pronunciation of both words, “jail,” shows the real surviving word.
JAIL, or Prison, a prison (q.v.). The two forms of the word come from the parallel versions in Old Central and Norman French, jaiole or jaole, and gaiole or gayolle. They share a common origin in medieval Latin gabiola, a diminutive derived from cavea, meaning a hollow or den, which is where the English word “cave” comes from. The term “gaol” still exists in English and is used formally, e.g. “gaol-delivery,” but the common pronunciation of both words, “jail,” reflects the word that has persisted.
GAON (Heb. for “Excellency,” plural Geonim), the title given to the heads of the two Jewish academies in Babylonia, Sura and Pumbeditha. Though the name is far older, it is chiefly applied to Rabbis who lived between the close of the Talmud and the transference of the centre of Judaism from Asia to Europe—i.e. from the end of the 6th to the middle of the 11th century A.D. The Geonim were required to do homage to the Exilarchs (see Exilarch) but were otherwise independent. They exercised wide authority and were appealed to in settlement of the social and religious affairs of the diaspora. To them must be assigned the arrangement of the main lines of the present Synagogue liturgy. Their chief literary activity took the form of Answers to Questions—a form which was extensively used in later centuries. The most noted of the Geonim, who will be found treated under their respective names, were Aḥai, Amram, Ṣemach, Saadiah, Sherira and Hai. Hai Gaon died in 1038, closing the period of the Geonim after an activity of four and a half centuries.
GAON (Heb. for “Excellency,” plural Geonim), the title given to the leaders of the two Jewish academies in Babylonia, Sura and Pumbeditha. Although the name is much older, it is mainly associated with Rabbis who lived between the end of the Talmud and the move of the center of Judaism from Asia to Europe—i.e. from the late 6th to the mid-11th century CE The Geonim were required to pay respect to the Exilarchs (see Exilarch) but were otherwise independent. They held significant authority and were consulted in the resolution of the social and religious matters of the diaspora. They are credited with organizing the main elements of the current Synagogue liturgy. Their primary literary work was in the form of Answers to Questions—a format that became widely used in later centuries. The most prominent of the Geonim, who will be discussed under their respective names, were Aḥai, Amram, Ṣemach, Saadiah, Sherira, and Hai. Hai Gaon passed away in 1038, marking the end of the Geonim period after an activity of four and a half centuries.
A full list of the Geonim is given in tabular form in the Jewish Encyclopaedia, vol. v. p. 571.
A complete list of the Geonim is provided in table format in the Jewish Encyclopaedia, vol. v. p. 571.
GAP, the capital of the French department of the Hautes Alpes. Pop. (1906) town, 6888; commune, 10,823. It is built at a height of 2418 ft. on the right bank of the Luye (an affluent of the Durance), in an agreeable position, and is dominated afar by snowy peaks on the N.E. The little city has the look of a Provençal town, being white. The 17th-century cathedral church has been entirely reconstructed (1866-1905). In the prefecture is the tomb of the constable de Lesdiguières (1543-1626), dating from about 1613, and due to a Lorraine sculptor, Jacob Richier. The same building contains various scientific and archaeological collections, as well as the very rich archives, which include many MSS. from the monastery of Durbon, &c. There are a few small manufactories of purely local importance. Gap is connected by railway with Briançon (51½ m.) and with Grenoble (85½ m.), while from the railway junction of Veynes (16½ m. W. of Gap) it is 122 m. by rail to Marseilles. The episcopal see of Gap, now in the ecclesiastical province of Aix en Provence, is first certainly mentioned in the 6th century, and in 1791 was enlarged by the annexation of that of Embrun (then suppressed).
GAP, is the capital of the French department of Hautes Alpes. Population (1906): town, 6,888; commune, 10,823. It sits at an elevation of 2,418 ft. on the right bank of the Luye (a tributary of the Durance), in a pleasant location, and is overshadowed in the distance by snowy peaks to the northeast. The small city has the appearance of a Provençal town, with its white buildings. The 17th-century cathedral has been completely rebuilt (1866-1905). In the prefecture is the tomb of Constable de Lesdiguières (1543-1626), dating from around 1613, created by the Lorraine sculptor Jacob Richier. This building also houses various scientific and archaeological collections, as well as extensive archives that include many manuscripts from the monastery of Durbon, among others. There are a few small factories that are of local significance. Gap is connected by rail to Briançon (51½ miles) and Grenoble (85½ miles), while from the railway junction at Veynes (16½ miles west of Gap), it is 122 miles by rail to Marseilles. The episcopal see of Gap, now part of the ecclesiastical province of Aix en Provence, is first definitely mentioned in the 6th century, and in 1791, it was expanded by the annexation of Embrun's see (which was then suppressed).
Gap is the Vapincum of the Romans, and was founded by Augustus about 14 B.C. It long formed part of Provence, but in 1232 most of the region passed by marriage to the dauphins of Viennois. The town itself, however, remained under the rule of the bishops until 1512, when it was annexed to the crown of France. The bishops continued to bear the title of count of Gap until the Revolution. The town was sacked by the Huguenots in 1567 and 1577, and by the duke of Savoy in 1692. It was the birthplace of the reformer Guillaume Farel (1489-1565), who first preached his doctrines there about 1561-1562, but then took refuge in Switzerland.
Gap is the Vapincum of the Romans and was established by Augustus around 14 BCE It was part of Provence for a long time, but in 1232, most of the region was transferred through marriage to the dauphins of Viennois. The town itself, however, remained under the bishops' control until 1512, when it was annexed to the French crown. The bishops kept the title of count of Gap until the Revolution. The town was attacked by the Huguenots in 1567 and 1577 and by the duke of Savoy in 1692. It was the birthplace of reformer Guillaume Farel (1489-1565), who began preaching his doctrines there around 1561-1562 before seeking refuge in Switzerland.
See J. Roman, Histoire de la ville de Gap (Gap, 1892).
See J. Roman, History of the City of Gap (Gap, 1892).
GAPAN, a town of the province of Nueva Ecija, Luzon, Philippine Islands, 3 m. E. of San Isidro, the capital. Pop. (1903) 11,278. It is situated in a rich rice-growing region, and extensive forests in its vicinity contain fine hardwoods. Its climate is comparatively cool and healthy. The principal native dialects spoken are Tagalog and Pampangan. Gapan is the oldest town of the province.
GAPAN, a town in Nueva Ecija province on Luzon, Philippines, located 3 miles east of San Isidro, the capital. Population (1903) 11,278. It’s in a fertile rice-growing area, and the nearby forests have great hardwoods. The climate is relatively cool and healthy. The main local languages spoken are Tagalog and Pampangan. Gapan is the oldest town in the province.
GARARISH (Kararish), a semi-nomadic tribe of Semitic origin, dwelling along the right bank of the Nile from Wādi Halfa to Merawi. Many members of the tribe are agriculturists, others act as guides or transport drivers. They declare themselves kinsfolk of the Ababda, but they are more Arab than Beja.
GARASHANIN, ILIYA (1812-1874), Servian statesman, was the son of a Servian peasant, who made money by exporting cattle and pigs to Austria and by his intelligence and wealth attained to a certain influence in the country. He wanted to give his son as good an education as possible, and therefore sent him to Hungary to learn first in a Greek and then in a German school. Highly gifted, and having passed through a regular although somewhat short school training, the young Iliya very quickly came to the front. In 1836 Prince Milosh appointed him a colonel and commander of the then just organized regular army of Servia. In 1842 he was called to the position of assistant to the home minister, and from that time until his retirement from public life in 1867 he was repeatedly minister of home affairs, distinguishing himself by the energy and justice of his administration. But he rendered far greater services to his country as minister for foreign affairs. He was the first Servian statesman who had a political programme, and who worked to replace the Russian protectorate over Servia by the joint protectorate of all the great powers of Europe. As minister for foreign affairs in 1853 he was decidedly opposed to Servia joining Russia in war against Turkey and the western powers. His anti-Russian views resulted in Prince Menshikov, while on his mission in Constantinople, 1853, peremptorily demanding from the prince of Servia (Alexander Karageorgevich) his dismissal. But although dismissed, his personal influence in the country secured the neutrality of Servia during the Crimean War. He enjoyed esteem in France, and it was due to him that France proposed to the peace conference of Paris (1856) that the old constitution, granted to Servia by Turkey as suzerain and Russia as protector in 1839, should be replaced by a more modern and liberal constitution, framed by a European international commission. But the agreement of the powers was not secured. Garashanin induced Prince Alexander Karageorgevich to convoke a national assembly, which had not been called to meet for ten years. The assembly was convoked for St Andrew’s Day 1858, but its first act was to dethrone Prince Alexander and to recall the old Prince Milosh Obrenovich. When after the death of his father Milosh (in 1860) Prince Michael ascended the throne, he entrusted the premiership and foreign affairs to Iliya Garashanin. The result of their policy was that Servia was given a new, although somewhat conservative, constitution, and that she obtained, without war, the evacuation of all the fortresses garrisoned by the Turkish troops on the Servian territory, including the fortress of Belgrade (1867). Garashanin was preparing a general rising of the Balkan nations 456 against the Turkish rule, and had entered into confidential arrangements with the Rumanians, Bosnians, Albanians, Bulgarians and Greeks, and more especially with Montenegro. But the execution of his plans was frustrated by his sudden resignation (at the end of 1867), and more especially by the assassination of Prince Michael a few months later (the 10th of June 1868). Although he was a Conservative in politics, and as such often in conflict with the leader of the Liberal movement, Yovan Ristich, he certainly was one of the ablest statesmen whom Servia had in the 19th century.
GARASHANIN, ILIYA (1812-1874), Serbian statesman, was the son of a Serbian peasant who made money by exporting cattle and pigs to Austria. Through his intelligence and wealth, he gained influence in the country. He wanted to provide his son with the best education possible, so he sent him to Hungary to study first in a Greek school and then in a German school. Highly talented, and after going through a regular albeit somewhat brief education, the young Iliya quickly rose to prominence. In 1836, Prince Milosh appointed him as a colonel and commander of the newly organized regular army of Serbia. In 1842, he was appointed as assistant to the home minister, and from that point until his retirement from public life in 1867, he served multiple times as minister of home affairs, distinguishing himself through the energy and fairness of his administration. However, he made even greater contributions as minister for foreign affairs. He was the first Serbian statesman to have a political program and to work towards replacing the Russian protectorate over Serbia with a joint protectorate from all the major powers of Europe. As minister for foreign affairs in 1853, he strongly opposed Serbia joining Russia in war against Turkey and the Western powers. His anti-Russian stance led Prince Menshikov, during his mission in Constantinople in 1853, to demand the dismissal of the Serbian prince (Alexander Karageorgevich). Despite being dismissed, his personal influence in the country ensured Serbia's neutrality during the Crimean War. He was respected in France, and because of him, France proposed at the Paris peace conference in 1856 that the old constitution granted to Serbia by Turkey as suzerain and Russia as protector in 1839 should be replaced by a more modern and liberal constitution created by a European international commission. However, the agreement of the powers was not secured. Garashanin persuaded Prince Alexander Karageorgevich to convene a national assembly, which hadn’t met in ten years. The assembly was called for St. Andrew’s Day in 1858, but its first action was to dethrone Prince Alexander and reinstate the old Prince Milosh Obrenovich. After the death of his father Milosh in 1860, Prince Michael ascended the throne and appointed Iliya Garashanin as prime minister and foreign affairs minister. Their policies resulted in Serbia receiving a new, albeit somewhat conservative, constitution and achieving the evacuation of all Turkish garrisoned fortresses on Serbian territory, including Belgrade in 1867, without war. Garashanin was preparing for a general uprising of the Balkan nations against Turkish rule and had entered into confidential arrangements with the Rumanians, Bosnians, Albanians, Bulgarians, Greeks, and especially with Montenegro. However, the execution of his plans was derailed by his sudden resignation at the end of 1867 and notably by the assassination of Prince Michael a few months later on June 10, 1868. Although he was a Conservative in politics, often in conflict with the leader of the Liberal movement, Yovan Ristich, he was undoubtedly one of the most capable statesmen Serbia had in the 19th century.
GARAT, DOMINIQUE JOSEPH (1740-1833), French writer and politician, was born at Bayonne on the 8th of September 1749. After receiving a good education under the direction of a relation who was a curé, and having been an advocate at Bordeaux, he came to Paris, where he obtained introductions to the most distinguished writers of the time, and became a contributor to the Encyclopédie méthodique and the Mercure de France. He gained considerable reputation by an éloge on Michel de L’Hôpital in 1778, and was afterwards three times crowned by the Academy for éloges on Suger, Montausier and Fontenelle. In 1785 he was named professor of history at the Lycée, where his lectures enjoyed an equal popularity with those of G.F. Laharpe on literature. Being chosen a deputy to the states-general in 1789, he rendered important service to the popular cause by his narrative of the proceedings of the Assembly contributed to the Journal de Paris. Possessing strongly optimist views, a mild and irresolute character, and indefinite and changeable convictions, he played a somewhat undignified part in the great political events of the time, and became a pliant tool in carrying out the designs of others. Danton had him named minister of justice in 1792, and in this capacity had entrusted to him what he called the commission affreuse of communicating to Louis XVI. his sentence of death. In 1793 he became minister of the interior. In this capacity he proved himself quite inefficient. Though himself uncorrupt, he winked at the most scandalous corruption in his subordinates, and in spite of the admirably organized detective service, which kept him accurately informed of every movement in the capital, he entirely failed to maintain order, which might easily have been done by a moderate display of firmness. At last, disgusted with the excesses which he had been unable to control, he resigned (August 15, 1793). On the 2nd of October he was arrested for Girondist sympathies but soon released, and he escaped further molestation owing to the friendship of Barras and, more especially, of Robespierre, whose literary amour-propre he had been careful to flatter. On the 9th Thermidor, however, he took sides against Robespierre, and on the 12th of September 1794 he was named by the Convention as a member of the executive committee of public instruction. In 1798 he was appointed ambassador to Naples, and in the following year he became a member, then president, of the Council of the Ancients. Alter the revolution of the 18th Brumaire he was chosen a senator by Napoleon and created a count. During the Hundred Days he was a member of the chamber of representatives. In 1803 he was chosen a member of the Institute of France, but after the restoration of Louis XVIII. his name was, in 1816, deleted from the list of members. After the revolution of 1830 he was named a member of the new Academy of Moral and Political Science. He died at Ustaritz near Bayonne, April 25, 1833. His writings are characterized by elegance, grace and variety of style, and by the highest kind of rhetorical eloquence; but his grasp of his subject is superficial, and as his criticisms have no root in fixed and philosophical principles they are not unfrequently whimsical and inconsistent. He must not be confounded with his elder brother Dominique (1735-1799), who was also a deputy to the states-general.
GARAT, DOMINIQUE JOSEPH (1740-1833), a French writer and politician, was born in Bayonne on September 8, 1749. After receiving a solid education from a relative who was a priest and working as a lawyer in Bordeaux, he moved to Paris. There, he met some of the most prominent writers of his time and contributed to the Encyclopédie méthodique and the Mercure de France. He gained notable recognition for an éloge on Michel de L’Hôpital in 1778 and was later awarded three times by the Academy for his tributes to Suger, Montausier, and Fontenelle. In 1785, he was appointed professor of history at the Lycée, where his lectures were as popular as those of G.F. Laharpe on literature. Elected as a deputy to the states-general in 1789, he played a key role in the popular movement through his reports on the Assembly's activities published in the Journal de Paris. With his strong optimism, gentle and indecisive nature, and shifting beliefs, he took on a somewhat undignified role in the major political events of the era and became a compliant instrument in executing the agendas of others. Danton appointed him as the Minister of Justice in 1792, wherein he was tasked with what he called the commission affreuse to communicate Louis XVI's death sentence. In 1793, he became Minister of the Interior, but he proved to be quite ineffective. Although he was personally incorrupt, he turned a blind eye to the rampant corruption among his subordinates. Despite having a well-organized detective service that kept him informed of all happenings in the capital, he failed to maintain order that could have easily been achieved with a bit of firmness. Disillusioned by the excesses he couldn't control, he resigned on August 15, 1793. He was arrested on October 2 for his Girondist sympathies but was soon released, avoiding further trouble thanks to the support of Barras and, particularly, Robespierre, whose literary vanity he had carefully flattered. However, on the 9th of Thermidor, he opposed Robespierre, and on September 12, 1794, he was appointed by the Convention to the executive committee of public instruction. In 1798, he became ambassador to Naples, and the following year he was elected as a member and then president of the Council of the Ancients. After the revolution of the 18th Brumaire, Napoleon elected him as a senator and made him a count. During the Hundred Days, he was part of the chamber of representatives. In 1803, he was elected a member of the Institute of France, but after Louis XVIII's restoration, his name was removed from the member list in 1816. Following the 1830 revolution, he was appointed a member of the new Academy of Moral and Political Science. He passed away in Ustaritz near Bayonne on April 25, 1833. His writings are known for their elegance, charm, and stylistic variety, along with a high level of rhetorical eloquence; however, his understanding of his subjects tends to be shallow, and since his critiques lack a foundation in established philosophical principles, they can often seem whimsical and inconsistent. He should not be confused with his older brother Dominique (1735-1799), who was also a deputy to the states-general.
The works of Garat include, besides those already mentioned, Considérations sur la Révolution Française (Paris, 1792); Mémoires sur la Révolution, ou exposé de ma conduite (1795); Mémoires sur la vie de M. Suard, sur ses écrits, et sur le XVIIIe siècle (1820); éloges on Joubert, Kléber and Desaix; several notices of distinguished persons; and a large number of articles in periodicals. Valuable materials for the history of Garat’s tenure of the ministry, notably the police reports of Dutard, are given in W.A. Schmidt’s Tableaux de la Révolution Française (3 vols., Leipzig, 1867-1870).
The works of Garat include, in addition to those already mentioned, Considérations sur la Révolution Française (Paris, 1792); Mémoires sur la Révolution, ou exposé de ma conduite (1795); Mémoires sur la vie de M. Suard, sur ses écrits, et sur le XVIIIe siècle (1820); eulogies on Joubert, Kléber, and Desaix; several biographies of notable individuals; and many articles in periodicals. Important materials for understanding Garat's time as minister, especially the police reports by Dutard, can be found in W.A. Schmidt's Tableaux de la Révolution Française (3 vols., Leipzig, 1867-1870).
GARAT, PIERRE-JEAN (1764-1823), French singer, nephew of Dominique Joseph Garat, was born in Bordeaux on the 25th of April 1764. Gifted with a voice of exceptional timbre and compass he devoted himself, from an early age, to the cultivation of his musical talents. On account of his manifesting a distaste for the legal profession, for which his father wished him to study, he was deprived of his allowance, but through the patronage of a friend he obtained the office of secretary to Comte d’Artois, and was afterwards engaged to give musical lessons to the queen of France. At the beginning of the Revolution he accompanied Rode to England, where the two musicians appeared together in concerts. He returned to Paris in 1794. After the Revolution he became a professional singer, and on account of a song which he had composed in reference to the misfortunes of the royal family he was thrown into prison. On regaining his liberty he went to Hamburg, where he at once achieved extraordinary success; and by his subsequent appearances in Paris, and his visits to Italy, Spain, Germany and Russia, he made for himself a reputation as a singer unequalled by any other of his own time. He was a keen partisan of Gluck in opposition to Handel. On the institution of the Conservatoire de Musique he became its professor of singing. He also composed a number of songs, many of which have considerable merit. He died on the 1st of March 1823 in Paris.
GARAT, PIERRE-JEAN (1764-1823), French singer and nephew of Dominique Joseph Garat, was born in Bordeaux on April 25, 1764. Gifted with a voice of exceptional quality and range, he dedicated himself from a young age to developing his musical talents. Due to his clear dislike for the legal career his father wanted him to pursue, he lost his financial support, but with the help of a friend, he secured a position as secretary to Comte d’Artois and was later hired to give music lessons to the queen of France. At the start of the Revolution, he went to England with Rode, where they performed together in concerts. He returned to Paris in 1794. After the Revolution, he became a professional singer, and because of a song he wrote about the royal family's troubles, he was imprisoned. After regaining his freedom, he moved to Hamburg, where he quickly found great success, and through his performances in Paris and his travels to Italy, Spain, Germany, and Russia, he built a reputation as a singer unmatched by anyone else of his era. He was a strong supporter of Gluck in his rivalry with Handel. When the Conservatoire de Musique was established, he became its professor of singing. He also composed several songs, many of which are quite noteworthy. He died on March 1, 1823, in Paris.
GARAY, JÁNOS (1812-1853), Hungarian poet and author, was born on the 10th of October 1812, at Szegszárd, in the county of Tolna. From 1823 to 1828 he studied at Fünfkirchen, and subsequently, in 1829, at the university of Pest. In 1834 he brought out an heroic poem, in hexameters, under the title Csatár. After this he issued in quick succession various historical dramas, among which the most successful were Arbócz, Országh Ilona and Báthori Erzsébet,—the first two published at Pest in 1837 and the last in 1840. Garay was an energetic journalist, and in 1838 he removed to Pressburg, where he edited the political journal Hirnök (Herald). He returned to Pest in 1839, when he was elected a corresponding member of the Hungarian Academy of Sciences. In 1842 he was admitted into the Kisfaludy Society, of which he became second secretary. Garay enriched Hungarian literature with numerous lyrical poems, ballads and tales. The first collection of his poems was published at Pest in 1843; and his prose tales appeared in 1845, under the title of Tollrajzok (Sketches with the Pen). His historical ballads and legends, styled Arpádok (Pest, 1847, 2nd ed. 1848), showed him to be a master in the art of ballad-writing. Some of his lyrical poems also are excellent, as, for example, Balatoni Kagylók (Shells from the Balaton Lake) (Pest, 1848). His legend Bosnyák Zsófia (Pest, 1847), and his poetical romance Frangepán Kristófné (Christopher Frangepan’s Wife) (Pest, 1846), gained the prize of the Kisfaludy Society. His last and most famous work was an historical poem in twelve cantos, with the title Szent László (Saint Ladislaus) (Eger, 1852, 2nd ed., Pest, 1853, 3rd ed. 1863). Garay was professor of Hungarian language and literature to the university of Pest in 1848-1849. After about four years’ illness he died on the 5th of November 1853, in great want. A collective edition of his poems was published at Pest the year after his death by F. Ney (2nd ed. 1860), and several of his poems were translated by Kertbeny.
GARAY, JÁNOS (1812-1853), Hungarian poet and author, was born on October 10, 1812, in Szegszárd, Tolna County. He studied at Fünfkirchen from 1823 to 1828 and then at the University of Pest in 1829. In 1834, he published an epic poem in hexameters titled Csatár. This was followed by a series of historical dramas, with Arbócz, Országh Ilona and Báthori Erzsébet being the most popular—published in Pest in 1837 and the latter in 1840. Garay was a dynamic journalist and moved to Pressburg in 1838, where he edited the political journal Hirnök (Herald). He returned to Pest in 1839 and was elected a corresponding member of the Hungarian Academy of Sciences. In 1842, he joined the Kisfaludy Society, later becoming its second secretary. Garay contributed significantly to Hungarian literature with many lyrical poems, ballads, and stories. His first collection of poems was released in Pest in 1843, and his prose stories appeared in 1845 under the title Tollrajzok (Sketches with the Pen). His historical ballads and legends, titled Arpádok (Pest, 1847, 2nd ed. 1848), demonstrated his mastery of ballad writing. Some of his lyrical works are also remarkable, such as Balatoni Kagylók (Shells from Balaton Lake) (Pest, 1848). His legend Bosnyák Zsófia (Pest, 1847) and his poetic romance Frangepán Kristófné (Christopher Frangepan’s Wife) (Pest, 1846) won awards from the Kisfaludy Society. His final and most renowned work was a historical poem in twelve cantos titled Szent László (Saint Ladislaus) (Eger, 1852, 2nd ed., Pest, 1853, 3rd ed. 1863). Garay served as a professor of Hungarian language and literature at the University of Pest from 1848 to 1849. After nearly four years of illness, he passed away on November 5, 1853, in great poverty. A collective edition of his poems was published in Pest the year after his death by F. Ney (2nd ed. 1860), and several of his poems were translated by Kertbeny.
See Garay János Összes költeményei (2nd ed., Pest, 1860); and Dichtungen von Johann Garay (2nd ed., Vienna, 1856).
See Garay János Összes költeményei (2nd ed., Pest, 1860); and Dichtungen von Johann Garay (2nd ed., Vienna, 1856).
GARBLE (a word derived from the Arab. gharbala, to sift, and related to ghirbal, a sieve; the Arabic words are of foreign origin, probably from the Lat. cribrum, a sieve), originally a medieval commercial term in the Mediterranean ports, meaning to sort out, or to sift merchandize, such as corn, spices, &c., in order to separate what was good from the refuse or waste; hence to select the best of anything for retention. Similarly a “garbler” was an official who was appointed to sort out, or test the work of those who had already sorted, the spices or drugs offered for sale in the London markets. In this original sense the word is now obsolete, but by inversion, or rather perversion, “garble” now means to sort out or select, chiefly from books or other literary works, or from public speeches, some portion which twists, mutilates, or renders ineffective the meaning of the author or speaker.
GARBLE (a word derived from the Arabic gharbala, meaning to sift, and related to ghirbal, a sieve; these Arabic words have foreign origins, likely from the Latin cribrum, a sieve), originally a medieval commercial term in Mediterranean ports, meaning to sort out, or sift through merchandise like grains, spices, etc., to separate the good from the bad; hence to choose the best items for keeping. Similarly, a “garbler” was an official responsible for sorting or testing the work of those who had already sorted the spices or drugs available in the London markets. In this original sense, the word is now outdated, but in a modern twist, “garble” now means to sort through or select parts from books or other literary works, or from public speeches, in a way that distorts, misrepresents, or renders the original meaning ineffective.
GARÇÃO, PEDRO ANTONIO JOAQUIM CORRÊA (1724-1772), Portuguese lyric poet, was the son of Philippe Corrêa da Serra, a fidalgo of the royal house who held an important post in the foreign office; his mother was of French descent. The poet’s health was frail, and after going through a Jesuit school in Lisbon and learning English, French and Italian at home, he proceeded in 1742 to the university of Coimbra with a view to a legal career. He took his degree in 1748, and two years later was created a knight of the Order of Christ. In 1751 his marriage with D. Maria Salema brought him a rich dower which enabled him to live in ease and cultivate letters; but in later years a law-suit reduced him to poverty. From 1760 to 1762 he edited the Lisbon Gazette. In 1756, in conjunction with Cruz e Silva and others, Garção founded the Arcadia Lusitana to reform the prevailing bad taste in literature, identified with Seicentismo, which delighted in conceits, windy words and rhetorical phrases. The Arcadia fulfilled its mission to some extent, but it lacked creative power, became dogmatic, and ultimately died of inanition. Garção was the chief contributor to its proceedings, bearing the name of “Corydon Erimantheo,” and his orations and dissertations, with many of his lyrics, were pronounced and read at its meetings. He lived much in the society of the English residents in Lisbon, and he is supposed to have conceived a passion for an English married lady which completely absorbed him and contributed to his ruin. In the midst of his literary activity and growing fame, he was arrested on the night of the 9th of April 1771, and committed to prison by Pombal, whose displeasure he had incurred by his independence of character. The immediate cause of his incarceration would appear to have been his connexion with a love intrigue between a young friend of his and the daughter of a Colonel Elsden, but he was never brought to trial, and the matter must remain in doubt. After much solicitation, his wife obtained from the king an order for her husband’s release on the 10th of November 1772, but it came too late. Broken by infirmities and the hardships of prison life, Garção expired that very day in the Limoeiro, at the age of forty-seven.
GARÇÃO, PEDRO ANTONIO JOAQUIM CORRÊA (1724-1772), Portuguese lyric poet, was the son of Philippe Corrêa da Serra, a nobleman of the royal house who held an important position in the foreign office; his mother was of French descent. The poet’s health was fragile, and after attending a Jesuit school in Lisbon and learning English, French, and Italian at home, he went to the university of Coimbra in 1742 to pursue a legal career. He earned his degree in 1748, and two years later, he became a knight of the Order of Christ. In 1751, his marriage to D. Maria Salema brought him a substantial dowry that allowed him to live comfortably and engage in literary pursuits; however, in later years, a lawsuit left him in poverty. From 1760 to 1762, he edited the Lisbon Gazette. In 1756, along with Cruz e Silva and others, Garção founded the Arcadia Lusitana to improve the poor literary taste of the time, which was characterized by overly complex language and rhetorical flourishes associated with Seicentismo. The Arcadia achieved its goal to some extent but ultimately lacked creative impact, became dogmatic, and eventually faded away. Garção was the main contributor to its activities, using the pen name “Corydon Erimantheo,” and his speeches and essays, along with many of his poems, were presented and discussed at its meetings. He spent a lot of time with the English expatriates in Lisbon and is believed to have developed an obsession with a married English woman, which consumed him and led to his downfall. Amidst his literary accomplishments and growing reputation, he was arrested on the night of April 9, 1771, and imprisoned by Pombal, who was angered by his defiant nature. The immediate reason for his arrest seems to have been his involvement in a romantic scandal between a young friend and the daughter of Colonel Elsden, but he was never put on trial, leaving the circumstances unclear. After much effort, his wife obtained a release order from the king on November 10, 1772, but it came too late. Weakened by illness and the struggles of prison life, Garção died that very day in the Limoeiro, at the age of forty-seven.
Taking Horace as his model, and aided by sound judgment, scholarship and wide reading, Garção set out to raise and purify the standard of poetical taste, and his verses are characterized by a classical simplicity of form and expression. His sonnets ad sodales show a charming personality; his vigorous and elegant odes and epistles are sententious in tone and reveal an inspired poet and a man chastened by suffering. His two comedies in hendecasyllables, the Theatro Novo (played in January 1766) and the Assemblêa, are excellent satires on the social life of the capital; and in the Cantata de Dido, included in the latter piece, the spirit of Greek art is allied to perfection of form, making this composition perhaps the gem of Portuguese 18th century poetry.
Taking Horace as his model and supported by good judgment, scholarship, and extensive reading, Garção aimed to elevate and refine the standard of poetic taste. His verses are marked by a classical simplicity in form and expression. His sonnets ad sodales reveal a delightful personality, while his robust and elegant odes and epistles have a thoughtful tone that showcases both an inspired poet and a person tempered by suffering. His two comedies written in hendecasyllables, Theatro Novo (performed in January 1766) and Assemblêa, are sharp satires on the social life of the capital. In the Cantata de Dido, which is part of the latter work, the essence of Greek art merges with perfect form, making this composition perhaps the highlight of Portuguese 18th-century poetry.
Garção wrote little and spent much time on the labor limae. His works were published posthumously in 1778, and the most complete and accessible edition is that of J.A. de Azevedo Castro (Rome, 1888). An English version of the Cantata de Dido appeared in the Academy (January 19th, 1895). See Innocencio da Silva, Diccionario bibliographico Portuguez, vol. vi. pp. 386-393, and vol. xvii. pp. 182-184; also Dr Theophilo Braga, A Arcadia Lusitana (Oporto, 1899).
Garção wrote very little and spent a lot of time on the labor limae. His works were published after his death in 1778, and the most complete and accessible edition is by J.A. de Azevedo Castro (Rome, 1888). An English translation of the Cantata de Dido was published in the Academy (January 19th, 1895). See Innocencio da Silva, Diccionario bibliographico Portuguez, vol. vi. pp. 386-393, and vol. xvii. pp. 182-184; also Dr. Theophilo Braga, A Arcadia Lusitana (Oporto, 1899).
GARCIA (DEL POPOLO VICENTO), MANOEL (1775-1832), Spanish singer and composer, was born in Seville on the 22nd of January 1775. He became a chorister at the cathedral of Seville, and studied music under the best masters of that city. At seventeen he made his début on the stage at Cadiz, in an operetta, in which were included songs of his own composition. Soon afterwards he appeared at Madrid in the twofold capacity of singer and composer. His reputation being established, he proceeded to Paris, where he appeared for the first time, in 1808, in Paer’s opera Griselda. Here also he was received with great applause, his style of singing being especially appreciated. This he further improved by careful study of the Italian method in Italy itself, where he continued his successes. His opera Il Califo di Bagdad was favourably received at Naples in 1812, but his chief successes were again due to his perfection as a vocalist. His opera La Morte di Tasso was produced in 1821 in Paris, where it was followed in 1823 by his Il Fazzoletto. In 1824 he went to London, and thence proceeded to America (1825) with a company of artistes, amongst whom were his son Manoel and his daughter Maria, better known under her subsequent name of Malibran. In New York was produced his opera La Figlia dell’ aria in 1827. He extended his artistic tour as far as Mexico, and was on the point of returning to Europe in order to retire from public life when he was robbed of his well-earned wealth by brigands on his way to Vera Cruz. Settled again in Paris in 1829, he soon retired from the stage, and devoted himself exclusively to teaching. He died in Paris on the 2nd of June 1832. His method of teaching was famous, and some of the most celebrated singers of the early part of the century were amongst his pupils. He also wrote an excellent book on the art of singing called Metodo di canto, of which the essence was subsequently incorporated by his son Manoel in his admirable Traité complet de l’art du chant (1847). His operas have not survived their day. He wrote nearly forty in all, but with the exception of those quoted, and El Poeta calculista, produced when he was thirty, none are remarkable. Besides the children already mentioned, his daughter Paulina, Madame Viardot (1821-1910), worthily continued the tradition for the best singing with which his name had become associated.
GARCIA (DEL POPOLO VICENTO), MANOEL (1775-1832), Spanish singer and composer, was born in Seville on January 22, 1775. He became a chorister at the Seville cathedral and studied music with the best teachers in the city. At seventeen, he made his debut in Cadiz, performing in an operetta that included songs he had written himself. Shortly after, he performed in Madrid as both a singer and composer. Once his reputation was established, he moved to Paris, where he made his first appearance in 1808 in Paer’s opera Griselda. He was received with great applause, particularly for his singing style, which he further honed by studying the Italian method in Italy, where he continued to find success. His opera Il Califo di Bagdad received positive reviews in Naples in 1812, but his greatest achievements were again attributed to his singing talent. His opera La Morte di Tasso premiered in 1821 in Paris, followed by Il Fazzoletto in 1823. In 1824, he traveled to London and then to America in 1825 with a group of performers, including his son Manoel and his daughter Maria, who later became known as Malibran. In New York, his opera La Figlia dell’ aria premiered in 1827. He expanded his artistic tour to Mexico and was about to return to Europe to retire when he was robbed of his hard-earned wealth by bandits on his way to Vera Cruz. Settling back in Paris in 1829, he soon retired from performing and focused solely on teaching. He died in Paris on June 2, 1832. His teaching method gained fame, and some of the most renowned singers of the early 19th century were among his students. He also wrote an excellent book on singing called Metodo di canto, the essence of which was later incorporated by his son Manoel in his notable Traité complet de l’art du chant (1847). His operas have not stood the test of time. He composed nearly forty in total, but aside from those mentioned and El Poeta calculista, produced at thirty, none are particularly noteworthy. In addition to the children already named, his daughter Paulina, Madame Viardot (1821-1910), continued the tradition of outstanding singing that his name had come to represent.
His son, Manoel Garcia (1805-1906), who celebrated his hundredth birthday in London on the 17th of March 1905, was born at Madrid, and after his father’s death devoted himself to teaching. He was a professor at the Paris Conservatoire from 1830 to 1848, from that time to 1895 was a professor at the Royal Academy of Music in London. He became famous for his invention of the laryngoscope about 1850, apart from his position as the greatest representative of the old “bel canto” style of singing.
His son, Manuel Garcia (1805-1906), who celebrated his hundredth birthday in London on March 17, 1905, was born in Madrid. After his father's death, he dedicated himself to teaching. He was a professor at the Paris Conservatoire from 1830 to 1848, and then he taught at the Royal Academy of Music in London until 1895. He became well-known for inventing the laryngoscope around 1850, in addition to being the leading figure of the old “bel canto” singing style.
GARCÍA DE LA HUERTA, VICENTE ANTONIO (1734-1787), Spanish dramatist, was born at Zafra on the 9th of March 1734, and was educated at Salamanca. At Madrid he soon attracted attention by his literary arrogance and handsome person; and at an early age became chief of the National Library, a post from which he was dismissed owing to the intrigues of his numerous enemies. The publication of his unsatisfactory collection of Spanish plays entitled Theatro Hespanol (1785-1786) exposed him to severe censures, which appear to have affected his reason. He died at Madrid on the 12th of March 1787, without carrying into effect his avowed intention of reviving the national drama. His Agamemnón vengado derives from Sophocles, his Jaire is translated from Voltaire, and even his once famous Raquel, though Spanish in subject, is classic in form.
GARCÍA DE LA HUERTA, VICENTE ANTONIO (1734-1787), Spanish playwright, was born in Zafra on March 9, 1734, and educated at Salamanca. He quickly gained attention in Madrid for his literary arrogance and good looks, and at a young age, he became head of the National Library, a position from which he was removed due to the schemes of many enemies. The release of his disappointing collection of Spanish plays, titled Theatro Hespanol (1785-1786), brought him harsh criticism, which seems to have impacted his mental state. He passed away in Madrid on March 12, 1787, without fulfilling his declared ambition to revive national drama. His Agamemnón vengado is based on Sophocles, his Jaire is a translation of Voltaire, and even his once-popular Raquel, while Spanish in its themes, is classical in style.
GARCÍA DE PAREDES, DIEGO (1466-1534), Spanish soldier and duellist, was a native of Trujillo in Estremadura, Spain. He never commanded an army or rose to the position of a general, but he was a notable figure in the wars of the end of the 15th and beginning of the 16th century, when personal prowess had still a considerable share in deciding the result of actions. His native town and its district, which lie between Talavera and Madrid, produced many of the most noted conquistadores of America, including the Pizarro family. Diego himself served in his youth in the war of Granada. His strength, daring and activity fitted him to shine in operations largely composed of night marches, escalades, surprises and hand-to-hand combats. The main scene of his achievements was in Italy, and he betook himself to it—on his own showing—not in search of glory, but because he had killed a relation of his own, Ruy Sanchez de Vargas, in a street fight arising out of a quarrel about a horse. He fled to Rome, then under the rule of the Borgias. Diego was a distant relation to the cardinal of Santa Cruz (Carvajal), a favourite with Pope Alexander VI., who was in conflict with the barons of the Romagna and took Diego into his service. He remained a soldier of the pope till he killed a man in a personal quarrel and found it necessary to pass over to the enemy. Now he became acquainted with the Colonnas, who appreciated his services. The wars between Ferdinand V. of Aragon (the Catholic king) and Louis XII. gave him a more creditable opening. The Spanish general Gonsalvo de Córdoba, who knew his value, employed him and trusted him; and he took part in all the wars of Italy on the 458 frontier of Navarre, and once against the Turks on the Danube, till 1530. His countrymen made him the hero of many Münchausen-like stories of personal prowess. It was said that he held a bridge single-handed against 200 Frenchmen, that he stopped the wheel of a water-mill, and so forth. In the “Brief Summary” of his life and deeds attributed to him, and printed at the end of the Chronicle of the Great Captain, published in 1584 at Alcalá de Henares, he lays no claim to having done more than was open to a very athletic man. He was killed at Bologna in 1534 by a fall while engaged in a jumping-match with some of the younger officers of the army. His body was carried to his native town Trujillo, and buried in the church of Santa Maria Mayor in 1545.
GARCÍA DE PAREDES, DIEGO (1466-1534), a Spanish soldier and duelist, hailed from Trujillo in Estremadura, Spain. He never led an army or achieved the rank of general, but he was a significant figure in the wars at the end of the 15th century and the start of the 16th, when individual skill still played a major role in determining the outcomes of battles. His hometown and the surrounding area, located between Talavera and Madrid, produced many of the most famous conquistadors of America, including the Pizarro family. Diego himself participated in the war of Granada when he was young. His strength, boldness, and energy suited him well for missions that mostly involved night marches, scaling walls, unexpected attacks, and close combat. Most of his accomplishments were in Italy, where he went—not to seek fame—but because he had killed a relative, Ruy Sanchez de Vargas, in a street fight over a horse. He fled to Rome, which was then ruled by the Borgias. Diego was a distant relative of the Cardinal of Santa Cruz (Carvajal), a favorite of Pope Alexander VI, who was in a struggle with the barons of the Romagna and enlisted Diego's help. He remained a soldier for the pope until he killed another man in a personal dispute and felt he had to switch sides. He then met the Colonnas, who valued his contributions. The wars between Ferdinand V of Aragon (the Catholic king) and Louis XII offered him a more respectable opportunity. The Spanish general Gonsalvo de Córdoba recognized his worth and utilized him; he participated in all the wars in Italy on the frontier of Navarre, and even once against the Turks on the Danube, until 1530. His fellow countrymen turned him into the hero of many tall tales about his feats. It was claimed that he held a bridge against 200 Frenchmen by himself, that he stopped the wheel of a watermill, and so on. In the “Brief Summary” of his life and actions, attributed to him and printed at the end of the Chronicle of the Great Captain, published in 1584 in Alcalá de Henares, he makes no claims of doing more than what was possible for a very strong man. He died in Bologna in 1534 from a fall while participating in a jumping contest with some younger officers of the army. His body was taken back to his hometown of Trujillo and buried in the church of Santa Maria Mayor in 1545.
GARCÍA GUTIÉRREZ, ANTONIO (1812-1884), Spanish dramatist, was born at Chiclana (Cadiz) on the 5th of July 1812, and studied medicine in his native town. In 1832 he removed to Madrid, and earned a scanty living by translating plays of Scribe and the elder Dumas; despairing of success, he was on the point of enlisting when he suddenly sprang into fame as the author of El Trovador, which was played for the first time on the 1st of March 1836. García Gutiérrez never surpassed this first effort, which placed him among the leaders of the romantic movement in Spain, and which became known all over Europe through Verdi’s music. His next great success was Simón Bocanegra (1843), but, as his plays were not lucrative, he emigrated to Spanish America, working as a journalist in Cuba and Mexico till 1850, when he returned to Spain. The best works of his later period are a zarzuela entitled El Grumete (1853), La Venganza catalana (1864) and Juan Lorenzo (1865). He became head of the archaeological museum at Madrid, and died there on the 6th of August 1884. His Poesías (1840) and another volume of lyrics, entitled Luz y tinieblas (1842), are unimportant; but the brilliant versification of his plays, and his power of analysing feminine emotions, give him a foremost place among the Spanish dramatists of the 19th century.
GARCÍA GUTIÉRREZ, ANTONIO (1812-1884), a Spanish playwright, was born in Chiclana (Cadiz) on July 5, 1812, and studied medicine in his hometown. In 1832, he moved to Madrid and made a meager living translating plays by Scribe and the older Dumas; feeling hopeless about achieving success, he was on the verge of joining the military when he unexpectedly gained fame as the author of El Trovador, which premiered on March 1, 1836. García Gutiérrez never exceeded this initial achievement, which established him among the leaders of the romantic movement in Spain and became famous throughout Europe thanks to Verdi’s music. His next major success was Simón Bocanegra (1843), but since his plays weren't profitable, he emigrated to Spanish America, working as a journalist in Cuba and Mexico until 1850, when he returned to Spain. The best works from his later years include a zarzuela called El Grumete (1853), La Venganza catalana (1864), and Juan Lorenzo (1865). He became the head of the archaeological museum in Madrid and died there on August 6, 1884. His Poesías (1840) and another collection of lyrics named Luz y tinieblas (1842) are not particularly significant; however, the brilliant verse in his plays and his ability to analyze women's emotions secure his prominent place among 19th-century Spanish playwrights.
GARD, a department in the south of France, consisting of part of the old province of Languedoc. Pop. (1906) 421,166. Area 2270 sq. m. It is bounded N. by the departments of Lozère and Ardèche, E. by the Rhone, which separates it from Vaucluse and Bouches-du-Rhône, S. by the Mediterranean, S.W. by Hérault and W. by Aveyron. Gard is divided into three sharply-defined regions. Its north-western districts are occupied by the range of the Cévennes, which on the frontier of Lozère attain a height of 5120 ft. The whole of this region is celebrated for its fruitful valleys, its gorges, its beautiful streams, its pastures, and the chestnut, mulberry and other fruit trees with which the mountains are often clothed to their summits. The Garrigues, a dry, hilly region of limestone, which lends itself to the cultivation of cereals, the vine and olive, stretches from the foot of the Cévennes over the centre of the department, covering about half its area. The southern portion, which extends to the sea, and was probably at one time covered by it, is a low plain with numerous lakes and marshes. Though unhealthy, it is prosperous, and comprises the best arable land and vineyards in Gard.
GARD is a department in the south of France, part of the former province of Languedoc. Population (1906): 421,166. Area: 2,270 sq. mi. It is bordered to the north by the departments of Lozère and Ardèche, to the east by the Rhone, which separates it from Vaucluse and Bouches-du-Rhône, to the south by the Mediterranean, to the southwest by Hérault, and to the west by Aveyron. Gard is divided into three distinct regions. The northwestern areas are dominated by the Cévennes mountain range, which reaches a height of 5,120 ft at the Lozère border. This region is renowned for its fertile valleys, gorges, beautiful streams, pastures, and the chestnut, mulberry, and other fruit trees that often cover the mountains up to their summits. The Garrigues, a dry, hilly limestone region, is suitable for growing cereals, vines, and olives, stretching from the base of the Cévennes over the center of the department, covering about half of its area. The southern part, which extends to the sea and was likely once underwater, is a low plain with many lakes and marshes. Although it is considered unhealthy, it is prosperous and contains the best arable land and vineyards in Gard.
Besides the Rhone, which bounds the department on the E., and the Ardèche, the lower course of which forms part of its boundary on the N., the principal rivers are the Cèze, Gard, Vidourle and Hérault. The most northern of these is the Cèze, which rises in the Cévennes, and after a course of about 50 m. in an E.S.E. direction falls into the Rhone above Roquemaure. The Gard, or Gardon, from which the department takes its name, is also an affluent of the Rhone, and, rising in the Cévennes from several sources, traverses the centre of the department, having a length of about 60 m. In the upper part of its course it flows through a succession of deep mountain gorges, and from the melting of the snows on the Cévennes is subject to inundations, which often cause great damage. Its waters not infrequently rise 18 or 20 ft. in a few hours, and its bed is sometimes increased in width to nearly a mile. Near Remoulins it is crossed by a celebrated Roman aqueduct—the Pont du Gard (see Aqueduct). The Vidourle flows in a S.S.E. direction from its source near Le Vigan, and after a course of about 50 m. falls into the sea. Below Sommières it forms the western boundary of the department. The Hérault has its source and part of its course in the west of Gard. The Canal de Beaucaire extends from the Rhone at Beaucaire to Aigues-Mortes, which communicates with the Mediterranean at Grau-du-Roi by means of the Grand-Roubine canal.
Besides the Rhône, which borders the department on the east, and the Ardèche, whose lower section forms part of the northern boundary, the main rivers are the Cèze, Gard, Vidourle, and Hérault. The northernmost of these is the Cèze, which starts in the Cévennes and, after traveling about 50 kilometers southeast, flows into the Rhône above Roquemaure. The Gard, or Gardon, which gives the department its name, is also a tributary of the Rhône. It rises from several sources in the Cévennes and runs through the center of the department, covering about 60 kilometers. In its upper stretches, it passes through a series of deep mountain gorges, and due to the melting snow from the Cévennes, it is prone to flooding, which often causes significant damage. Its water levels can rise 18 to 20 feet within a few hours, and its riverbed can expand to nearly a mile wide. Near Remoulins, it is crossed by a famous Roman aqueduct—the Pont du Gard (see Aqueduct). The Vidourle flows southeast from its source near Le Vigan and, after covering about 50 kilometers, empties into the sea. Below Sommières, it forms the western boundary of the department. The Hérault has its source and part of its course to the west of Gard. The Canal de Beaucaire runs from the Rhône at Beaucaire to Aigues-Mortes, connecting with the Mediterranean at Grau-du-Roi via the Grand-Roubine canal.
The climate is warm in the south-east, colder in the north-west; it is rather changeable, and rain-storms are common. The cold and violent north-west wind known as the mistral is its worst drawback. Les Fumades (near Allègre) and Euzet have mineral springs. The chief grain crops are wheat and oats. Rye, barley and potatoes are also grown. Gard is famed for its cattle, its breed of small horses, and its sheep, the wool of which is of a very fine quality. In the rearing of silk-worms it ranks first among French departments. The principal fruit trees are the olive, mulberry and chestnut. The vine is extensively cultivated and yields excellent red and white wines. The department is rich in minerals, and the mines of coal, iron, lignite, asphalt, zinc, lead and copper, which are for the most part situated in the neighbourhoods of Alais and La Grand’-Combe, constitute one of the chief sources of its wealth. Great quantities of salt are obtained from the salt marshes along the coast. The quarries of building and other stone employ a considerable number of workmen. The fisheries are productive. The manufactures are extensive, and include those of silk, of which Alais is the chief centre, cotton and woollen fabrics, hosiery, ironware, hats (Anduze), liquorice, gloves, paper, leather, earthenware and glass. There are also breweries and distilleries, and important metallurgical works, the chief of which are those of Bessèges. The exports of Gard include coal, lignite, coke, asphalt, building-stone, iron, steel, silk, hosiery, wine, olives, grapes and truffles.
The climate is warm in the southeast and cooler in the northwest; it's quite changeable, and rainstorms are common. The cold and strong northwest wind known as the mistral is its biggest downside. Les Fumades (near Allègre) and Euzet have mineral springs. The main grain crops are wheat and oats. Rye, barley, and potatoes are also grown. Gard is known for its cattle, small horse breed, and sheep, whose wool is very high quality. It's the top region in France for raising silkworms. The main fruit trees are olives, mulberries, and chestnuts. The vine is widely cultivated and produces excellent red and white wines. The area is rich in minerals, and the coal, iron, lignite, asphalt, zinc, lead, and copper mines, mostly around Alais and La Grand’-Combe, are a major source of wealth. Large amounts of salt are harvested from the salt marshes along the coast. The stone quarries employ a significant number of workers. The fisheries are productive. The manufacturing industry is extensive and includes silk, with Alais as the main center, as well as cotton and wool fabrics, hosiery, iron goods, hats (Anduze), licorice, gloves, paper, leather, pottery, and glass. There are also breweries and distilleries, as well as major metallurgical works, the most important being those in Bessèges. Gard exports include coal, lignite, coke, asphalt, building stone, iron, steel, silk, hosiery, wine, olives, grapes, and truffles.
The department is served by the Paris-Lyon railway. It is divided into the arrondissements of Nîmes, Alais, Uzès and Le Vigan, with 40 cantons and 351 communes. The chief town is Nîmes, which is the seat of a bishopric of the province of Avignon and of a court of appeal. Gard belongs to the 15th military region, which has its headquarters at Marseilles, and to the académie (educational division) of Montpellier. Nîmes, Alais, Uzès, Aigues-Mortes, Beaucaire, Saint-Gilles, Bessèges, La Grand’-Combe and Villeneuve-lès-Avignon are the principal places. Opposite the manufacturing town of Pont-St-Esprit the Rhone is crossed by a fine medieval bridge more than 1000 yds. long built by the Pontiff brethren. Le Vigan, an ancient town with several old houses, carries on silk-spinning.
The department is served by the Paris-Lyon railway. It is divided into the districts of Nîmes, Alais, Uzès, and Le Vigan, with 40 cantons and 351 municipalities. The main town is Nîmes, which is the seat of a bishopric for the province of Avignon and a court of appeals. Gard is part of the 15th military region, which has its headquarters in Marseilles, and it falls under the educational division of Montpellier. Nîmes, Alais, Uzès, Aigues-Mortes, Beaucaire, Saint-Gilles, Bessèges, La Grand’-Combe, and Villeneuve-lès-Avignon are the main locations. Opposite the manufacturing town of Pont-St-Esprit, the Rhône is crossed by a beautiful medieval bridge that spans more than 1000 yards, built by the Pontiff brothers. Le Vigan, an ancient town with several historic houses, is known for silk spinning.
GARDA, LAKE OF (the Lacus Benacus of the Romans), the most easterly and the most extensive of the great Lombard lakes, being only surpassed in the Alpine region by those of Geneva and Constance. Save the extreme northern extremity (Riva, which was secured from Venice by Tirol in 1517), the whole lake is Italian, being divided between the provinces of Verona and Brescia. Its broad basin orographically represents the southern portion of the valley of the Adige, though that river now flows through a narrow trench which is separated from the lake by the long narrow ridge of the Monte Baldo (7277 ft.). Nowadays the lake is fed by the Sarca, that flows in at its north end from the glaciers of the Adamello, while at the southern extremity of the lake the Mincio flows out, on its way to join the Po. The area of the lake is about 143 sq. m., its length is 32¼ m., its greatest breadth is about 10 m., the height of its surface above sea-level is 216 ft. and the greatest depth yet measured is 1916 ft. Its upper or northern end is narrow, but between Garda (E.) and Salò (W.) the lake expands gradually into a nearly circular basin, which at the southern extremity is divided into two parts by the long low promontory of Sermione, that projects from the southern shore between Peschiera and Desenzano. Owing to this conformation the lake is much exposed to sudden and violent winds, which Virgil alludes to in his well-known line (Georg. ii. line 160): fluctibus et fremitu assurgens, Benace, marino. The most dangerous of these winds is the Borea or Suer, that sweeps down from the north as through a funnel. In the southern portion of the lake the Vinessa, an E.S.E. wind, is most dreaded. The Ora is a regular wind coming from the east which, on reaching the 459 lake, blows from S. to N. The steep grey limestone crags of Monte Baldo, on the eastern side of the lake, contrast strongly with the rich vegetation on the western and southern shores. The portion of the western shore that extends from Gargnano to Salò is the most sheltered and warmest part of the region, so that not merely does it resemble one continuous garden (producing lemons, figs, mulberries, olives, &c.), but is frequented in winter, and has been given the name of the Riviera Benacense. The lovely promontory of Sermione, at the southern end of the lake, has also an extremely luxuriant vegetation, while it contains many remains of buildings of Roman and later date, having been the Sirmio of Catullus, who resided here and celebrated its beauties in many of his poems. In 1827 a boat with paddles set in motion by horses was put on the lake, but the first steamer dates only from 1844. At the south end of the lake, E. and W. respectively of the promontory of Sermione, are the towns of Peschiera (14¼ m. by rail from Verona on the east) and of Desenzano (17½ m. by rail from Brescia on the west), which are 8¾ m. distant from each other. On the west shore of the lake are Salò, Toscolano, Gargnano and Limone, while the rugged east shore can boast only of Bardolino and Garda. At the northern tip of the lake, and in Tirol, is Riva, the most considerable town on the lake, and 15½ m. by rail from the Mori station on the main Brenner line.
GARDA, LAKE OF (the Lacus Benacus of the Romans), the most eastern and largest of the major Lombard lakes, surpassed in the Alpine region only by those of Geneva and Constance. Except for the far northern point (Riva, which was taken from Venice by Tirol in 1517), the entire lake is Italian, divided between the provinces of Verona and Brescia. Its broad basin roughly represents the southern part of the Adige valley, though that river now flows through a narrow channel separated from the lake by the long, narrow ridge of Monte Baldo (7277 ft.). Today, the lake is fed by the Sarca River, which flows in at its northern end from the glaciers of Adamello, while at the southern end, the Mincio River flows out on its way to join the Po. The lake covers an area of about 143 sq. miles, its length is 32¼ miles, its greatest width is about 10 miles, its surface is at an elevation of 216 ft. above sea level, and the greatest depth measured is 1916 ft. The upper or northern end is narrow, but between Garda (E.) and Salò (W.), the lake gradually widens into a nearly circular basin, which at the southern end is divided into two parts by the long, low promontory of Sermione, extending from the southern shore between Peschiera and Desenzano. Due to this shape, the lake is quite exposed to sudden and violent winds, which Virgil refers to in his famous line (Georg. ii. line 160): fluctibus et fremitu assurgens, Benace, marino. The most dangerous of these winds is the Borea or Suer, which funnels down from the north. In the southern part of the lake, the Vinessa, an E.S.E. wind, is the most feared. The Ora is a regular easterly wind that, upon reaching the lake, blows from south to north. The steep gray limestone cliffs of Monte Baldo on the eastern side sharply contrast with the lush vegetation on the western and southern shores. The section of the western shore from Gargnano to Salò is the most sheltered and warmest part of the region, resembling a continuous garden (producing lemons, figs, mulberries, olives, etc.), and is frequented in winter, earning the name Riviera Benacense. The beautiful promontory of Sermione at the southern end of the lake also boasts extremely lush vegetation and contains many remnants of Roman and later structures, having been the Sirmio of Catullus, who lived here and celebrated its beauty in many of his poems. In 1827, a horse-drawn paddleboat was introduced on the lake, but the first steamer didn’t appear until 1844. At the southern end of the lake, east and west of the promontory of Sermione, are the towns of Peschiera (14¼ miles by rail from Verona on the east) and Desenzano (17½ miles by rail from Brescia on the west), which are 8¾ miles apart. On the west shore of the lake are Salò, Toscolano, Gargnano, and Limone, while the rugged east shore only features Bardolino and Garda. At the northern tip of the lake, in Tirol, is Riva, the largest town on the lake, located 15½ miles by rail from the Mori station on the main Brenner line.
GARDANE, CLAUDE MATTHIEU, Count (1766-1818), French general and diplomatist, was born on the 30th of January 1766. He entered the army and rose rapidly during the revolutionary wars, becoming captain in 1793. In May 1799 he distinguished himself by saving a division of the French army which was about to be crushed by the Russians at the battle of Bassignana, and was named at once brigadier-general by Moreau. He incurred Napoleon’s displeasure for an omission of duty shortly before the battle of Marengo (June 14th, 1800), but in 1805 was appointed to be aide-de-camp of the emperor. His chief distinction, however, was to be won in the diplomatic sphere. In the spring of 1807, when Russia and Prussia were at war with France, and the emperor Alexander I. of Russia was also engaged in hostilities with Persia, the court of Teheran sent a mission to the French emperor, then at the castle of Finkenstein in the east of Prussia, with a view to the conclusion of a Franco-Persian alliance. This was signed on the 4th of May 1807, at that castle; and Napoleon designed Gardane as special envoy for the cementing of that alliance. The secret instructions which he drew up for Gardane, and signed on the 30th of May, are of interest as showing the strong oriental trend of the emperor’s policy. France was to guarantee the integrity of Persia, to recognize that Georgia (then being invaded by the Russians) belonged to the shah, and was to make all possible efforts for restoring that territory to him. She was also to furnish to the shah arms, officers and workmen, in the number and to the amount demanded by him. Napoleon on his side required Persia to declare war against Great Britain, to expel all Britons from her territory, and to come to an understanding with the Afghans with a view to a joint Franco-Perso-Afghan invasion of India. Gardane, whose family was well known in the Levant, had a long and dangerous journey overland, but was cordially received at Teheran in December 1807. The conclusion of the Franco-Russian treaty at Tilsit in July 1807 rendered the mission abortive. Persia longed only for help against Russia and had no desire, when all hope of that was past, to attack India. The shah, however, promised to expel Britons and to grant to France a commercial treaty. For a time French influence completely replaced that of England at Teheran, and the mission of Sir John Malcolm to that court was not allowed to proceed. Finally, however, Gardane saw that nothing much was to be hoped for in the changed situation of European affairs, and abruptly left the country (April 1809). This conduct was not wholly approved by Napoleon, but he named him count and in 1810 attached him to Masséna’s army in Portugal. There, during the disastrous retreat from Santarem to Almeida, he suffered a check which brought him into disfavour. The rest of his career calls for no notice. He died in 1818. The report which he sent to Champagny (dated April 23rd, 1809) on the state of Persia and the prospects of a successful invasion of India is of great interest. He admitted the difficulties of this enterprise, but thought that a force of picked French troops, aided by Persians and Afghans, might under favourable conditions penetrate into India by way of Kandahar, or through Sind, especially if the British were distracted by maritime attacks from Mauritius.
GARDANE, CLAUDE MATTHIEU, Count (1766-1818), Claude Matthieu Gardane, a French general and diplomat, was born on January 30, 1766. He joined the army and quickly climbed the ranks during the revolutionary wars, becoming a captain in 1793. In May 1799, he made a name for himself by saving a division of the French army that was about to be overwhelmed by the Russians at the Battle of Bassignana, and he was immediately appointed brigadier-general by Moreau. He fell out of favor with Napoleon due to a duty omission just before the Battle of Marengo (June 14, 1800), but in 1805, he was named aide-de-camp to the emperor. His main achievements, however, were in diplomacy. In the spring of 1807, with Russia and Prussia at war with France and Emperor Alexander I of Russia also engaged in conflicts with Persia, the court of Tehran sent a mission to the French emperor, who was at the castle of Finkenstein in eastern Prussia, to establish a Franco-Persian alliance. This was signed on May 4, 1807, at that castle; Napoleon chose Gardane as a special envoy to help solidify the alliance. The secret instructions he prepared for Gardane, signed on May 30, are noteworthy as they reflect the emperor’s strong interest in the Orient. France was to guarantee the integrity of Persia, recognize that Georgia (then being invaded by the Russians) belonged to the shah, and make every effort to restore that territory to him. France was also to provide the shah with arms, officers, and workers, as needed. On his part, Napoleon required Persia to declare war against Great Britain, expel all British from its territory, and collaborate with the Afghans for a joint Franco-Persian-Afghan invasion of India. Gardane, whose family was well-known in the Levant, embarked on a long and dangerous overland journey but was warmly welcomed in Tehran in December 1807. However, the signing of the Franco-Russian treaty at Tilsit in July 1807 made the mission ineffective. Persia only wanted assistance against Russia and had no intention of invading India once that hope faded. The shah did agree to expel the British and grant France a commercial treaty. For a time, French influence completely overshadowed that of England in Tehran, and Sir John Malcolm's mission to that court was stopped. Eventually, Gardane realized that little could be expected given the changes in European affairs and left the country abruptly in April 1809. Although Napoleon did not fully approve of this decision, he made Gardane a count and in 1810 assigned him to Masséna’s army in Portugal. During the disastrous retreat from Santarem to Almeida, he faced setbacks that led to his fall from favor. The rest of his career doesn’t require further mention. He died in 1818. His report to Champagny (dated April 23, 1809) on the situation in Persia and the prospects for a successful invasion of India is particularly interesting. He acknowledged the challenges of this venture but believed that a force of elite French troops, supported by Persians and Afghans, might be able to enter India through Kandahar or Sind, especially if the British were distracted by naval attacks from Mauritius.
See Count Alfred de Gardane, Mission du général Gardane en Perse (Paris, 1865); and P.A.L. de Driault, La Politique orientale de Napoléon: Sébastiani et Gardane (Paris, 1904).
See Count Alfred de Gardane, Mission du général Gardane en Perse (Paris, 1865); and P.A.L. de Driault, La Politique orientale de Napoléon: Sébastiani et Gardane (Paris, 1904).
GARDELEGEN, a town of Germany, in Prussian Saxony, on the right bank of the Milde, 20 m. W. from Stendal, on the main line of railway Berlin-Hanover. Pop. (1905) 8193. It has a Roman Catholic and three Evangelical churches, a hospital, founded in 1285, and a high-grade school. There are considerable manufactures, notably agricultural machinery and buttons, and its beer has a great repute. Gardelegen was founded in the 10th century, and was for a long time the seat of a line of counts. It suffered considerably in the Thirty Years’ War, and in 1775 was burned by the French. On the neighbouring heath Margrave Louis I. of Brandenburg gained, in 1343, a victory over Otto the Mild of Brunswick.
GARDELEGEN, is a town in Germany, located in Prussian Saxony, on the right bank of the Milde River, 20 miles west of Stendal, along the main Berlin-Hanover railway line. Population (1905) was 8,193. It has a Roman Catholic church and three Protestant churches, a hospital established in 1285, and a secondary school. The town has significant manufacturing, especially in agricultural machinery and buttons, and is well-known for its beer. Gardelegen was founded in the 10th century and was the residence of a line of counts for many years. It endured heavy damage during the Thirty Years' War and was burned by the French in 1775. Nearby, Margrave Louis I of Brandenburg achieved a victory over Otto the Mild of Brunswick in 1343 on the neighboring heath.
GARDEN (from O. Fr. gardin, mod. Fr. jardin; this, like our words “garth,” a paddock attached to a building, and “yard,” comes from a Teutonic word for an enclosure which appears in Gothic as gards and O.H. Ger. gart, cf. Dutch gaarde and Ger. garten), the ground enclosed and cultivated for the growth of fruit, flowers or vegetables (see Horticulture). The word is also used for grounds laid out ornamentally, used as places of public entertainment. Such were the famous Ranelagh and Vauxhall Gardens in London; it is similarly used in zoological gardens, and as a name in towns for squares, terraces or streets. From the fact that Epicurus (q.v.) taught in the gardens at Athens, the disciples of his school of philosophy were known as οἱ ἀπὸ τῶν κήπων (so Diog. Laërtius x. 10); and Cicero (De finibus v. 1. 3, and elsewhere) speaks of the Horti Epicuri. Thus as the “Academy” refers to the Platonic and the “Porch” (στοά) to the Stoic school, so the “Garden” is the name given to the Epicurean school of philosophy. Apollodorus was known as κηποτύραννος, the tyrant of the garden.
GARDEN (from Old French gardin, modern French jardin; this, like our words “garth,” a paddock connected to a building, and “yard,” comes from a Teutonic word for an enclosure which appears in Gothic as gards and Old High German gart, compare Dutch gaarde and German garten), refers to land that is enclosed and cultivated for growing fruits, flowers, or vegetables (see Horticulture). The term is also applied to grounds designed for ornamental purposes, serving as sites for public entertainment. Notable examples were the famous Ranelagh and Vauxhall Gardens in London; it is similarly applied in zoological gardens and as a term in towns for squares, terraces, or streets. Because Epicurus (q.v.) taught in the gardens at Athens, his philosophy students were known as the garden people (as noted by Diogenes Laërtius x. 10); Cicero (De finibus v. 1. 3, and elsewhere) mentions the Horti Epicuri. Thus, just as the “Academy” refers to the Platonic school and the “Porch” (arcade) to the Stoic school, the “Garden” is what we call the Epicurean school of philosophy. Apollodorus was known as garden tyrant, the tyrant of the garden.
GARDENIA, in botany, a genus of the natural order Rubiaceae, containing about sixty species of evergreen trees and shrubs, natives of the warmer parts of the old world. Several are grown in stoves or greenhouses for their handsome, sweet-scented white flowers. The flowers are developed singly at the end of a branch or in the leaf-axils, and are funnel- or salver-shaped with a long tube. The double forms of Gardenia florida (a native of China) and G. radicans (a native of Japan) are amongst the most beautiful and highly perfumed of any in cultivation. Gardenias are grown chiefly for cut flowers, and are readily propagated by cuttings. They require plenty of heat and moisture in the growing season, and must be kept free from insects such as the mealy bug, green fly, red spider and scale-insect.
GARDENIA, in botany, is a genus in the Rubiaceae family, with about sixty species of evergreen trees and shrubs that thrive in the warmer regions of the Old World. Several are cultivated in stoves or greenhouses mainly for their attractive, sweet-smelling white flowers. The flowers grow individually at the end of a branch or in the leaf axils and have a funnel or salver shape with a long tube. The double varieties of Gardenia florida (native to China) and G. radicans (native to Japan) are among the most beautiful and fragrant in cultivation. Gardenias are primarily grown for cut flowers and can be easily propagated from cuttings. They need plenty of heat and moisture during the growing season and must be protected from pests like mealy bugs, aphids, spider mites, and scale insects.
GARDINER, JAMES (1688-1745), Scottish soldier, was born at Carriden in Linlithgowshire, on the 11th of January 1688. At the age of fourteen he entered a Scottish regiment in the Dutch service, and was afterwards present at the battle of Ramillies, where he was wounded. He subsequently served in different cavalry regiments, and in 1730 was advanced to the rank of lieutenant-colonel, and in 1743 to that of colonel. He fell at the battle of Prestonpans, the 21st of September 1745. The circumstances of his death are described in Sir Walter Scott’s Waverley. In his early years he was distinguished for his recklessness and profligacy, but in 1719 a supernatural vision, as he regarded it, led to his conversion, and from that time he lived a life of great devoutness and of thorough consistency with his Christian profession. Dr Alexander Carlyle of Inveresk, author of an autobiography, says that he was “very ostentatious” about his conversion—speaks of him as weak, and plainly thinks there was a great deal of delusion in Col. Gardiner’s account of his sins.
GARDINER, JAMES (1688-1745), Scottish soldier, was born in Carriden, Linlithgowshire, on January 11, 1688. At fourteen, he joined a Scottish regiment serving the Dutch and later fought at the Battle of Ramillies, where he was injured. He went on to serve in various cavalry regiments and was promoted to lieutenant-colonel in 1730 and colonel in 1743. He died at the Battle of Prestonpans on September 21, 1745. The details of his death are recounted in Sir Walter Scott’s Waverley. In his youth, he was known for his recklessness and excess, but in 1719, a vision he interpreted as supernatural led to his conversion, after which he lived a deeply devout life consistent with his Christian faith. Dr. Alexander Carlyle of Inveresk, author of an autobiography, described him as “very ostentatious” about his conversion—characterizing him as weak and suggesting that there was a lot of self-deception in Col. Gardiner’s account of his sins.
His life was written by Dr Philip Doddridge and has been often reprinted.
His life was written by Dr. Philip Doddridge and has been frequently reprinted.
GARDINER, SAMUEL RAWSON (1829-1902), English historian, son of Rawson Boddam Gardiner, was born near Alresford, Hants, on the 4th of March 1829. He was educated at Winchester and Christ Church, Oxford, where he obtained a first class in literae humaniores. He was subsequently elected to fellowships at All Souls (1884) and Merton (1892). For some years he was professor of modern history at King’s College, London, and devoted his life to historical work. He is the historian of the Puritan revolution, and has written its history in a series of volumes, originally published under different titles, beginning with the accession of James I.; the seventeenth (the third volume of the History of the Commonwealth and Protectorate) appeared in 1901. This was completed in two volumes by C.H. Firth as The Last Years of the Protectorate (1909). The series is History of England from the Accession of James I. to the Outbreak of the Civil War, 1603-1642 (10 vols.); History of the Great Civil War, 1642-1649 (4 vols.); and History of the Commonwealth and Protectorate, 1649-1660. His treatment is exhaustive and philosophical, taking in, along with political and constitutional history, the changes in religion, thought and sentiment during his period, their causes and their tendencies. Of the original authorities on which his work is founded many of great value exist only in manuscript, and his researches in public and private collections of manuscripts at home, and in the archives of Simancas, Venice, Rome, Brussels and Paris, were indefatigable and fruitful. His accuracy is universally acknowledged. He was perhaps drawn to the Puritan period by the fact of his descent from Cromwell and Ireton, but he has certainly written of it with no other purpose than to set forth the truth. In his judgments of men and their actions he is unbiassed, and his appreciations of character exhibit a remarkable fineness of perception and a broad sympathy. Among many proofs of these qualities it will be enough to refer to what he says of the characters of James I., Bacon, Laud, Strafford and Cromwell. On constitutional matters he writes with an insight to be attained only by the study of political philosophy, discussing in a masterly fashion the dreams of idealists and the schemes of government proposed by statesmen. Throughout his work he gives a prominent place to everything which illustrates human progress in moral and religious, as well as political conceptions, and specially to the rise and development of the idea of religious toleration, finding his authorities not only in the words and actions of men of mark, but in the writings of more or less obscure pamphleteers, whose essays indicate currents in the tide of public opinion. His record of the relations between England and other states proves his thorough knowledge of contemporary European history, and is rendered specially valuable by his researches among manuscript sources which have enabled him to expound for the first time some intricate pieces of diplomacy.
GARDINER, SAMUEL RAWSON (1829-1902), an English historian and son of Rawson Boddam Gardiner, was born near Alresford, Hants, on March 4, 1829. He was educated at Winchester and Christ Church, Oxford, where he earned a first class degree in literae humaniores. He was later elected to fellowships at All Souls (1884) and Merton (1892). For several years, he served as a professor of modern history at King’s College, London, and dedicated his life to historical work. He is recognized as the historian of the Puritan revolution, having written its history across a series of volumes, originally published under various titles, starting with the accession of James I. The seventeenth volume (the third volume of the History of the Commonwealth and Protectorate) was published in 1901. This was completed in two volumes by C.H. Firth as The Last Years of the Protectorate (1909). The series includes History of England from the Accession of James I. to the Outbreak of the Civil War, 1603-1642 (10 vols.); History of the Great Civil War, 1642-1649 (4 vols.); and History of the Commonwealth and Protectorate, 1649-1660. His treatment of the subject is comprehensive and philosophical, covering not only political and constitutional history but also the shifts in religion, thought, and sentiment during the period, along with their causes and implications. Many of the original sources his work is based on, which hold significant value, exist only in manuscript form, and his tireless research in both public and private collections at home and in the archives of Simancas, Venice, Rome, Brussels, and Paris was both relentless and fruitful. His accuracy is universally recognized. He may have been drawn to the Puritan era due to his descent from Cromwell and Ireton, but he has undoubtedly written about it with the sole intention of presenting the truth. His evaluations of individuals and their actions are impartial, and his insights into character display remarkable perceptiveness and broad compassion. Among many examples of these qualities, it suffices to mention his views on the characters of James I., Bacon, Laud, Strafford, and Cromwell. Regarding constitutional issues, he writes with insights gained only through the study of political philosophy, critically analyzing the aspirations of idealists and the government plans proposed by statesmen. Throughout his work, he highlights everything that illustrates human progress in moral and religious, as well as political concepts, particularly the emergence and evolution of the idea of religious toleration, drawing his sources not only from the words and actions of prominent figures but also from the writings of lesser-known pamphleteers, whose essays reflect the currents of public opinion. His account of the relationships between England and other countries shows his comprehensive understanding of contemporary European history and is especially valuable due to his research into manuscript sources that have allowed him to elucidate previously intricate pieces of diplomacy for the first time.
Gardiner’s work is long and minute; the fifty-seven years which it covers are a period of exceptional importance in many directions, and the actions and characters of the principal persons in it demand careful analysis. He is perhaps apt to attach an exaggerated importance to some of the authorities which he was the first to bring to light, to see a general tendency in what may only be the expression of an individual eccentricity, to rely too much on ambassadors’ reports which may have been written for some special end, to enter too fully into the details of diplomatic correspondence. In any case the length of his work is not the result of verbiage or repetitions. His style is clear, absolutely unadorned, and somewhat lacking in force; he appeals constantly to the intellect rather than to the emotions, and is seldom picturesque, though in describing a few famous scenes, such as the execution of Charles I., he writes with pathos and dignity. The minuteness of his narrative detracts from its interest; though his arrangement is generally good, here and there the reader finds the thread of a subject broken by the intrusion of incidents not immediately connected with it, and does not pick it up again without an effort. And Gardiner has the defects of his supreme qualities, of his fairness and critical ability as a judge of character; his work lacks enthusiasm, and leaves the reader cold and unmoved. Yet, apart from its sterling excellence, it is not without beauties, for it is marked by loftiness of thought, a love of purity and truth, and refinement in taste and feeling. He wrote other books, mostly on the same period, but his great history is that by which his name will live. It is a worthy result of a life of unremitting labour, a splendid monument of historical scholarship. His position as an historian was formally acknowledged: in 1862 he was given a civil list pension of £150 per annum, “in recognition of his valuable contributions to the history of England”; he was honorary D.C.L. of Oxford, LL.D. of Edinburgh, and Ph.D. of Göttingen, and honorary student of Christ Church, Oxford; and in 1894 he declined the appointment of regius professor of modern history at Oxford, lest its duties should interfere with the accomplishment of his history. He died on the 24th of February 1902.
Gardiner’s work is extensive and detailed; the fifty-seven years it covers are a time of significant importance in many ways, and the actions and personalities of the main figures in it require thorough analysis. He might tend to place too much importance on some of the sources he was the first to uncover, to interpret a general trend in what might just be the behavior of an individual eccentric, to rely too heavily on ambassadors’ reports that may have been written for a specific purpose, and to delve too deeply into the details of diplomatic correspondence. Nevertheless, the length of his work isn’t due to unnecessary wordiness or repetition. His style is clear, completely straightforward, and somewhat lacking in impact; he appeals more to the intellect than to the emotions and is rarely vivid, although when depicting a few well-known events, like the execution of Charles I, he writes with emotion and dignity. The detailed nature of his narrative can lessen its appeal; even though his organization is generally solid, at times the reader may find the flow of a topic disrupted by the introduction of unrelated incidents and may struggle to re-engage with it. Gardiner also exhibits the flaws that come with his notable strengths, such as his fairness and critical skills in assessing character; his work lacks passion and often leaves the reader feeling indifferent. Still, aside from its exceptional quality, it has its merits, marked by elevated thoughts, a commitment to honesty and truth, and a refinement in taste and sentiment. He authored other books, mostly covering the same era, but his major history is the one by which he will be remembered. It represents the worthy outcome of a life of relentless effort, a remarkable monument of historical scholarship. His status as a historian was officially recognized: in 1862, he was granted a civil list pension of £150 annually, "in recognition of his valuable contributions to the history of England"; he was named honorary D.C.L. of Oxford, LL.D. of Edinburgh, and Ph.D. of Göttingen, and was an honorary student of Christ Church, Oxford; and in 1894 he turned down the role of regius professor of modern history at Oxford, fearing the responsibilities would interfere with completing his historical work. He passed away on February 24, 1902.
Among the more noteworthy of Gardiner’s separate works are: Prince Charles and the Spanish Marriage (2 vols., London, 1869); Constitutional Documents of the Puritan Revolution, 1625-1660 (1st ed., Oxford, 1889; 2nd ed., Oxford, 1899); Oliver Cromwell (London, 1901); What Gunpowder Plot was (London, 1897); Outline of English History (1st ed., London, 1887; 2nd ed., London, 1896); and Student’s History of England (2 vols., 1st ed., London, 1890-1891; 2nd ed., London, 1891-1892). He edited collections of papers for the Camden Society, and from 1891 was editor of the English Historical Review.
Among the more notable works by Gardiner are: Prince Charles and the Spanish Marriage (2 vols., London, 1869); Constitutional Documents of the Puritan Revolution, 1625-1660 (1st ed., Oxford, 1889; 2nd ed., Oxford, 1899); Oliver Cromwell (London, 1901); What Gunpowder Plot Was (London, 1897); Outline of English History (1st ed., London, 1887; 2nd ed., London, 1896); and Student’s History of England (2 vols., 1st ed., London, 1890-1891; 2nd ed., London, 1891-1892). He edited collections of papers for the Camden Society and, starting in 1891, was the editor of the English Historical Review.
GARDINER, STEPHEN (c. 1493-1555), English bishop and lord chancellor, was a native of Bury St Edmunds. The date of his birth as commonly given, 1483, seems to be about ten years too early, and surmises which have passed current that he was some one’s illegitimate child are of no authority. His father is now known to have been John Gardiner, a substantial cloth merchant of the town where he was born (see his will, printed in Proceedings of the Suffolk Archaeological Institute, i. 329), who took care to give him a good education. In 1511 he, being then a lad, met Erasmus at Paris (Nichols’s Epistles of Erasmus, ii. 12, 13). But he had probably already been to Cambridge, where he studied at Trinity Hall and greatly distinguished himself in the classics, especially in Greek. He afterwards devoted himself to the canon and civil law, in which subjects he attained so great a proficiency that no one could dispute his pre-eminence. He received the degree of doctor of civil law in 1520, and of canon law in the following year.
GARDINER, STEPHEN (c. 1493-1555), an English bishop and lord chancellor, was from Bury St Edmunds. The commonly reported birth year of 1483 seems to be about ten years too early, and rumors that he might have been an illegitimate child hold no credibility. His father is now known to be John Gardiner, a successful cloth merchant from his hometown (see his will, printed in Proceedings of the Suffolk Archaeological Institute, i. 329), who ensured he received a solid education. In 1511, as a young boy, he met Erasmus in Paris (Nichols’s Epistles of Erasmus, ii. 12, 13). However, he likely had already been to Cambridge, where he studied at Trinity Hall and excelled in the classics, particularly Greek. He later focused on canon and civil law, becoming so skilled that no one could challenge his superiority. He was awarded the degree of doctor of civil law in 1520 and of canon law the following year.
Ere long his abilities attracted the notice of Cardinal Wolsey, who made him his secretary, and in this capacity he is said to have been with him at More Park in Hertfordshire, when the conclusion of the celebrated treaty of the More brought Henry VIII. and the French ambassadors thither. It is stated, and with great probability, that this was the occasion on which he was first introduced to the king’s notice, but he does not appear to have been actively engaged in Henry’s service till three years later. In that of Wolsey he undoubtedly acquired a very intimate knowledge of foreign politics, and in 1527 he and Sir Thomas More were named commissioners on the part of England in arranging a treaty with the French ambassadors for the support of an army in Italy against the emperor. That year he accompanied Wolsey on his important diplomatic mission to France, the splendour and magnificence of which are so graphically described by Cavendish. Among the imposing train who went with the cardinal—including, as it did, several noblemen and privy councillors—Gardiner alone seems to have been acquainted with the real heart of the matter which made this embassy a thing of such peculiar moment. Henry was then particularly anxious to cement his alliance with Francis I., and gain his co-operation as far as possible in the object on which he had secretly set his heart—a divorce from Catherine of Aragon. In the course of his progress through France he received orders from Henry to send back his secretary Gardiner, or, as he was called at court, Master Stevens, for fresh instructions; to which he was obliged to reply that he positively could not spare him as he was the only instrument he had in advancing the king’s “secret matter.” Next year Gardiner, still in the service of Wolsey, was sent by him to Italy along with Edward Fox, provost of King’s College, Cambridge, to promote the same business with the pope. His despatches on this occasion are still extant, and whatever we may think of the cause on which he was engaged, they certainly give a wonderful impression of the 461 zeal and ability with which he discharged his functions. Here his perfect familiarity with the canon law gave him a great advantage. He was instructed to procure from the pope a decretal commission, laying down principles of law by which Wolsey and Campeggio might hear and determine the cause without appeal. The demand, though supported by plausible pretexts, was not only unusual but clearly inadmissible. Clement VII. was then at Orvieto, and had just recently escaped from captivity at St Angelo at the hands of the imperialists. But fear of offending the emperor could not have induced him to refuse a really legitimate request from a king like Henry. He naturally referred the question to the cardinals about him; with whom Gardiner held long arguments, enforced, it would seem, by not a little browbeating of the College. What was to be thought, he said, of a spiritual guide, who either could not or would not show the wanderer his way? The king and lords of England would be driven to think that God had taken away from the Holy See the key of knowledge, and that pontifical laws which were not clear to the pope himself might as well be committed to the flames.
Before long, his skills caught the attention of Cardinal Wolsey, who made him his secretary. In this role, he is said to have been with Wolsey at More Park in Hertfordshire when the famous treaty of the More brought Henry VIII and the French ambassadors there. It's believed, with good reason, that this was when he first came to the king's attention, but he didn't seem to have actively served Henry until three years later. Working under Wolsey, he definitely gained a deep understanding of foreign politics, and in 1527, he and Sir Thomas More were appointed as commissioners for England to arrange a treaty with the French ambassadors for support of an army in Italy against the emperor. That year, he accompanied Wolsey on his crucial diplomatic mission to France, which was described in vivid detail by Cavendish. Among the impressive entourage that accompanied the cardinal—comprising several noblemen and privy councillors—Gardiner alone seemed to grasp the true significance of this mission. Henry was particularly eager to strengthen his alliance with Francis I and gain his cooperation in his secret ambition—a divorce from Catherine of Aragon. During his travels in France, he received orders from Henry to send back his secretary Gardiner, or as he was known at court, Master Stevens, for further instructions; he had to respond that he absolutely could not send him back because he was the only one who could advance the king's "secret matter." The following year, Gardiner, still serving Wolsey, was sent by him to Italy along with Edward Fox, the provost of King’s College, Cambridge, to further the same cause with the pope. His letters from this time still exist, and regardless of what we think about the cause he was involved in, they certainly reflect the impressive enthusiasm and skill with which he fulfilled his duties. His deep understanding of canon law gave him a significant advantage. He was tasked with obtaining from the pope a decretal commission, establishing legal principles that would allow Wolsey and Campeggio to hear and decide the case without appeal. Although the request was backed by reasonable arguments, it was not only unusual but also clearly unacceptable. Clement VII was then in Orvieto and had recently escaped captivity in St Angelo at the hands of the imperialists. However, the fear of angering the emperor couldn't have made him refuse a legitimate request from a king like Henry. He naturally brought the matter to the cardinals around him; Gardiner engaged in lengthy debates with them, which involved some intimidation of the College. What should be thought of a spiritual leader who either couldn't or wouldn't show the lost soul his path? The king and lords of England would conclude that God had taken away the key to knowledge from the Holy See, and that papal laws unclear to the pope himself might as well be tossed into the fire.
This ingenious pleading, however, did not serve, and he was obliged to be content with a general commission for Campeggio and Wolsey to try the cause in England. This, as Wolsey saw, was quite inadequate for the purpose in view; and he again instructed Gardiner, while thanking the pope for the commission actually granted, to press him once more by very urgent pleas, to send the desired decretal on, even if the latter was only to be shown to the king and himself and then destroyed. Otherwise, he wrote, he would lose his credit with the king, who might even be tempted to throw off his allegiance to Rome altogether. At last the pope—to his own bitter regret afterwards—gave what was desired on the express conditions named, that Campeggio was to show it to the king and Wolsey and no one else, and then destroy it, the two legates holding their court under the general commission. After obtaining this Gardiner returned home; but early in the following year, 1529, when proceedings were delayed on information of the brief in Spain, he was sent once more to Rome. This time, however, his efforts were unavailing. The pope would make no further concessions, and would not even promise not to revoke the cause to Rome, as he did very shortly after.
This clever argument didn’t work, and he had to settle for a general commission for Campeggio and Wolsey to handle the case in England. Wolsey realized that this was totally insufficient for their purpose, so he instructed Gardiner, while thanking the pope for the commission that had been granted, to urgently ask him again to send the desired decree, even if it was only going to be shown to the king and himself and then destroyed. Otherwise, he wrote, he would lose his credibility with the king, who might even consider breaking away from Rome completely. Eventually, the pope—who would later deeply regret this decision—gave what was requested on the strict conditions that Campeggio would show it only to the king and Wolsey and then destroy it, with the two legates operating under the general commission. After securing this, Gardiner went back home; however, early the next year, 1529, when there were delays regarding the brief in Spain, he was sent back to Rome. This time, though, his efforts were in vain. The pope wouldn’t make any more concessions and wouldn’t even promise not to transfer the case back to Rome, which he did very shortly afterward.
Gardiner’s services, however, were fully appreciated. He was appointed the king’s secretary. He had been already some years archdeacon of Taunton, and the archdeaconry of Norfolk was added to it in March 1529, which two years later he resigned for that of Leicester. In 1530 he was sent to Cambridge to procure the decision of the university as to the unlawfulness of marriage with a deceased brother’s wife, in accordance with the new plan devised for settling the question without the pope’s intervention. In this he succeeded, though not without a good deal of artifice, more creditable to his ingenuity than to his virtue. In November 1531 the king rewarded him for his services with the bishopric of Winchester, vacant by Wolsey’s death. The promotion was unexpected, and was accompanied by expressions from the king which made it still more honourable, as showing that if he had been in some things too subservient, it was from no abject, self-seeking policy of his own. Gardiner had, in fact, ere this remonstrated boldly with his sovereign on some points, and Henry now reminded him of the fact. “I have often squared with you, Gardiner,” he said familiarly, “but I love you never the worse, as the bishopric I give will convince you.” In 1532, nevertheless, he excited some displeasure in the king by the part he took in the preparation of the famous “Answer of the Ordinaries” to the complaints brought against them in the House of Commons. On this subject he wrote a very manly letter to the king in his own defence.
Gardiner's contributions were greatly valued. He was appointed as the king's secretary. He had already served as the archdeacon of Taunton for several years, and in March 1529, he also took on the archdeaconry of Norfolk, which he later resigned in favor of Leicester two years later. In 1530, he was sent to Cambridge to get the university's ruling on the legality of marrying a deceased brother's wife, following a new strategy to resolve the issue without involving the pope. He succeeded in this, although not without some crafty maneuvering, which was more a testament to his cleverness than to his integrity. In November 1531, the king rewarded him for his efforts with the bishopric of Winchester, which had become vacant after Wolsey's death. This promotion was unexpected and came with remarks from the king that made it even more prestigious, showing that although Gardiner had sometimes been overly compliant, it was not out of any base self-serving motives. In fact, Gardiner had previously spoken out boldly to his king on certain matters, and Henry now reminded him of that. "I've often gone along with you, Gardiner,” he said informally, “but I still care for you, as the bishopric I’m giving you will prove." However, in 1532, he caused some irritation for the king due to his involvement in preparing the infamous “Answer of the Ordinaries” in response to the complaints against them in the House of Commons. On this topic, he wrote a strong letter to the king defending himself.
His next important action was not so creditable; for he was, not exactly, as is often said, one of Cranmer’s assessors, but, according to Cranmer’s own expression, “assistant” to him as counsel for the king, when the archbishop, in the absence of Queen Catherine, pronounced her marriage with Henry null and void on the 23rd of May 1533. Immediately afterwards he was sent over to Marseilles, where an interview between the pope and Francis I. took place in September, of which event Henry stood in great suspicion, as Francis was ostensibly his most cordial ally, and had hitherto maintained the justice of his cause in the matter of the divorce. It was at this interview that Bonner intimated the appeal of Henry VIII. to a general council in case the pope should venture to proceed to sentence against him. This appeal, and also one on behalf of Cranmer presented with it, were of Gardiner’s drawing up. In 1535 he and other bishops were called upon to vindicate the king’s new title of “Supreme Head of the Church of England.” The result was his celebrated treatise De vera obedientia, the ablest, certainly, of all the vindications of royal supremacy. In the same year he had an unpleasant dispute with Cranmer about the visitation of his diocese. He was also employed to answer the pope’s brief threatening to deprive Henry of his kingdom.
His next significant action was not very commendable; he wasn't exactly one of Cranmer's assessors, but, as Cranmer himself put it, he was an "assistant" to him as counsel for the king when the archbishop declared Henry's marriage to Queen Catherine null and void on May 23, 1533, in her absence. Right after that, he was sent to Marseille for a meeting between the pope and Francis I. in September, which Henry was very suspicious of since Francis was supposedly his close ally and had previously supported his case regarding the divorce. During this meeting, Bonner hinted at Henry VIII.'s appeal to a general council if the pope tried to issue a sentence against him. This appeal, along with one on Cranmer's behalf, was drafted by Gardiner. In 1535, he and other bishops were asked to justify the king's new title of "Supreme Head of the Church of England." The outcome was his famous treatise De vera obedientia, undoubtedly the best of all the defenses of royal supremacy. That same year, he had a contentious disagreement with Cranmer over the visitation of his diocese. He was also tasked with replying to the pope's brief threatening to strip Henry of his kingdom.
During the next few years he was engaged in various embassies in France and Germany. He was indeed so much abroad that he had little influence upon the king’s councils. But in 1539 he took part in the enactment of the severe statute of the Six Articles, which led to the resignation of Bishops Latimer and Shaxton and the persecution of the Protestant party. In 1540, on the death of Cromwell, earl of Essex, he was elected chancellor of the university of Cambridge. A few years later he attempted, in concert with others, to fasten a charge of heresy upon Archbishop Cranmer in connexion with the Act of the Six Articles; and but for the personal intervention of the king he would probably have succeeded. He was, in fact, though he had supported the royal supremacy, a thorough opponent of the Reformation in a doctrinal point of view, and it was suspected that he even repented his advocacy of the royal supremacy. He certainly had not approved of Henry’s general treatment of the church, especially during the ascendancy of Cromwell, and he was frequently visited with storms of royal indignation, which he schooled himself to bear with patience. In 1544 a relation of his own, named German Gardiner, whom he employed as his secretary, was put to death for treason in reference to the king’s supremacy, and his enemies insinuated to the king that he himself was of his secretary’s way of thinking. But in truth the king had need of him quite as much as he had of Cranmer; for it was Gardiner, who even under royal supremacy, was anxious to prove that England had not fallen away from the faith, while Cranmer’s authority as primate was necessary to upholding that supremacy. Thus Gardiner and the archbishop maintained opposite sides of the king’s church policy; and though Gardiner was encouraged by the king to put up articles against the archbishop himself for heresy, the archbishop could always rely on the king’s protection in the end. Heresy was gaining ground in high places, especially after the king’s marriage with Catherine Parr; and there seems to be some truth in the story that the queen herself was nearly committed for it at one time, when Gardiner, with the king’s approbation, censured some of her expressions in conversation. In fact, just after her marriage, four men of the Court were condemned at Windsor and three of them were burned. The fourth, who was the musician Marbeck, was pardoned by Gardiner’s procurement.
Over the next few years, he was involved in various diplomatic missions in France and Germany. He spent so much time abroad that he had little impact on the king's councils. However, in 1539, he participated in the creation of the strict statute of the Six Articles, which caused Bishops Latimer and Shaxton to resign and led to the persecution of the Protestant faction. In 1540, after the death of Cromwell, the Earl of Essex, he was elected chancellor of the University of Cambridge. A few years later, he tried, along with others, to accuse Archbishop Cranmer of heresy in connection with the Act of the Six Articles; had it not been for the king's personal intervention, he likely would have succeeded. He was, in fact, despite having supported the royal supremacy, a staunch opponent of the Reformation from a doctrinal standpoint, and it was suspected that he even regretted his support for the royal supremacy. He definitely did not approve of Henry's overall treatment of the church, especially during Cromwell's rise to power, and he often faced outbursts of royal anger, which he learned to endure patiently. In 1544, a relative of his named German Gardiner, whom he had employed as his secretary, was executed for treason relating to the king's supremacy, and his enemies hinted to the king that he shared his secretary's views. In reality, the king needed him as much as he needed Cranmer; for it was Gardiner, even under royal supremacy, who wanted to demonstrate that England had not strayed from the faith, while Cranmer's authority as primate was essential to maintaining that supremacy. Thus, Gardiner and the archbishop represented opposing sides of the king's church policy; and although Gardiner was encouraged by the king to file charges of heresy against the archbishop, the archbishop could always count on the king's protection in the end. Heresy was becoming more prevalent in high circles, particularly after the king's marriage to Catherine Parr; and there is some truth to the story that the queen herself was almost charged with heresy at one point, when Gardiner, with the king's approval, criticized some of her remarks during their conversations. In fact, shortly after her marriage, four men from the Court were condemned at Windsor, and three of them were burned. The fourth man, the musician Marbeck, was spared thanks to Gardiner's intervention.
Great as Gardiner’s influence had been with Henry VIII., his name was omitted at the last in the king’s will, though Henry was believed to have intended making him one of his executors. Under Edward VI. he was completely opposed to the policy of the dominant party both in ecclesiastical and in civil matters. The religious changes he objected to both on principle and on the ground of their being moved during the king’s minority, and he resisted Cranmer’s project of a general visitation. His remonstrances, however, were met by his own committal to the Fleet, and the visitation of his diocese was held during his imprisonment. Though soon afterwards released, it was not long before he was called before the council, and, refusing to give them satisfaction on some points, was thrown into the Tower, where he continued during the whole remainder of the reign, a period slightly over five years. During this time he in vain demanded his liberty, and to be called before parliament as a peer of the realm. His bishopric was taken from him and given to Dr 462 Poynet, a chaplain of Cranmer’s who had not long before been made bishop of Rochester. At the accession of Queen Mary, the duke of Norfolk and other state prisoners of high rank were in the Tower along with him; but the queen, on her first entry into London, set them all at liberty. Gardiner was restored to his bishopric and appointed lord chancellor, and he set the crown on the queen’s head at her coronation. He also opened her first parliament and for some time was her leading councillor.
Great as Gardiner’s influence was with Henry VIII, his name was left out of the king’s will in the end, even though Henry was thought to have planned to make him one of his executors. Under Edward VI, he completely opposed the policies of the ruling party, both in church and state matters. He objected to the religious changes on principle and because they were happening during the king’s minority, and he resisted Cranmer’s plan for a general visitation. However, his protests led to him being imprisoned in the Fleet, and the visitation of his diocese took place while he was locked up. Although he was released soon after, it wasn’t long before he was summoned before the council, and after refusing to satisfy them on some issues, he was imprisoned in the Tower, where he remained for the rest of the reign, just over five years. During this time, he repeatedly requested his freedom and to be summoned before parliament as a peer. His bishopric was taken from him and given to Dr. Poynet, a chaplain of Cranmer’s who had recently been made bishop of Rochester. When Queen Mary came to the throne, the Duke of Norfolk and other high-ranking state prisoners were also in the Tower with him, but the queen released them all upon her first entry into London. Gardiner was reinstated as bishop and appointed lord chancellor, and he placed the crown on the queen’s head at her coronation. He also opened her first parliament and was her leading councillor for some time.
He was now called upon, in advanced life, to undo not a little of the work in which he had been instrumental in his earlier years—to vindicate the legitimacy of the queen’s birth and the lawfulness of her mother’s marriage, to restore the old religion, and to recant what he himself had written touching the royal supremacy. It is said that he wrote a formal Palinodia or retractation of his book De vera obedientia, but it does not seem to be now extant; and the reference is probably to his sermon on Advent Sunday 1554, after Cardinal Pole had absolved the kingdom from schism. As chancellor he had the onerous task of negotiating the queen’s marriage treaty with Philip, to which he shared the general repugnance, though he could not oppose her will. In executing it, however, he took care to make the terms as advantageous for England as possible, with express provision that the Spaniards should in nowise be allowed to interfere in the government of the country. After the coming of Cardinal Pole, and the reconciliation of the realm to the see of Rome, he still remained in high favour. How far he was responsible for the persecutions which afterwards arose is a debated question. He no doubt approved of the act, which passed the House of Lords while he presided there as chancellor, for the revival of the heresy laws. Neither is there any doubt that he sat in judgment on Bishop Hooper, and on several other preachers whom he condemned, not exactly to the flames, but to be degraded from the priesthood. The natural consequence of this, indeed, was that when they declined, even as laymen, to be reconciled to the Church, they were handed over to the secular power to be burned. Gardiner, however, undoubtedly did his best to persuade them to save themselves by a course which he conscientiously followed himself; nor does it appear that, when placed on a commission along with a number of other bishops to administer a severe law, he could very well have acted otherwise than he did. In his own diocese no victim of the persecution is known to have suffered till after his death; and, much as he was already maligned by opponents, there are strong evidences that his natural disposition was humane and generous. In May 1553 he went over to Calais as one of the English commissioners to promote peace with France; but their efforts were ineffectual. In October 1555 he again opened parliament as lord chancellor, but towards the end of the month he fell ill and grew rapidly worse till the 12th of November, when he died over sixty years of age.
He was now called upon, later in life, to undo a significant portion of the work he had helped create in his earlier years—to defend the legitimacy of the queen’s birth and the validity of her mother’s marriage, to restore the old religion, and to take back what he himself had written regarding royal supremacy. It's said that he wrote a formal Palinodia or retraction of his book De vera obedientia, but it doesn’t seem to exist now; the reference is probably to his sermon on Advent Sunday in 1554, after Cardinal Pole had absolved the kingdom of schism. As chancellor, he had the difficult task of negotiating the queen’s marriage treaty with Philip, which he personally found distasteful, although he could not oppose her wishes. In carrying it out, however, he made sure to secure the best possible terms for England, with clear provisions that the Spaniards should not interfere in the governance of the country. After Cardinal Pole’s arrival and the kingdom's reconciliation with the see of Rome, he still remained in high favor. The extent of his responsibility for the persecutions that followed is a debated issue. He certainly approved of the act that revived the heresy laws while he was presiding over the House of Lords as chancellor. There’s also no doubt that he judged Bishop Hooper and several other preachers, condemning them not exactly to the flames, but to be stripped of their priesthood. The natural result of this was that when they refused, even as laymen, to reconcile with the Church, they were handed over to the secular authorities to be burned. Gardiner, however, genuinely tried to persuade them to save themselves by following a path he conscientiously adhered to himself; nor does it seem that, when placed on a commission with several other bishops to enforce a harsh law, he could have acted any differently. In his own diocese, no victim of the persecution is known to have suffered until after his death; and despite being maligned by opponents, there is strong evidence that his natural disposition was humane and generous. In May 1553, he went to Calais as one of the English commissioners to promote peace with France, but their efforts were unsuccessful. In October 1555, he once again opened Parliament as lord chancellor, but by the end of the month, he fell ill and rapidly deteriorated until he died on November 12th, at over sixty years of age.
Perhaps no celebrated character of that age has been the subject of so much ill-merited abuse at the hands of popular historians. That his virtue was not equal to every trial must be admitted, but that he was anything like the morose and narrow-minded bigot he is commonly represented there is nothing whatever to show. He has been called ambitious, turbulent, crafty, abject, vindictive, bloodthirsty and a good many other things besides, not quite in keeping with each other; in addition to which it is roundly asserted by Bishop Burnet that he was despised alike by Henry and by Mary, both of whom made use of him as a tool. How such a mean and abject character submitted to remain five years in prison rather than change his principles is not very clearly explained; and as to his being despised, we have seen already that neither Henry nor Mary considered him by any means despicable. The truth is, there is not a single divine or statesman of that day whose course throughout was so thoroughly consistent. He was no friend to the Reformation, it is true, but he was at least a conscientious opponent. In doctrine he adhered to the old faith from first to last, while as a question of church policy, the only matter for consideration with him was whether the new laws and ordinances were constitutionally justifiable.
Perhaps no well-known figure from that time has faced so much unfair criticism from popular historians. It must be acknowledged that his virtue didn't withstand every challenge, but there's nothing to suggest he was the moody and close-minded bigot he's often portrayed as. He has been labeled ambitious, rebellious, cunning, cowardly, vengeful, bloodthirsty, and many other inconsistent things. Bishop Burnet even claims he was looked down upon by both Henry and Mary, who merely used him as a pawn. It's not clearly explained how such a lowly character chose to stay in prison for five years rather than change his beliefs; as for being despised, it's evident that neither Henry nor Mary found him to be despicable. The truth is, there's not a single clergyman or statesman from that time whose actions were as consistently principled. It's true he wasn't a supporter of the Reformation, but he was at least a sincere opponent. In terms of doctrine, he remained faithful to the old beliefs from beginning to end, and regarding church policy, his only concern was whether the new laws and regulations were constitutionally justified.
His merits as a theologian it is unnecessary to discuss; it is as a statesman and a lawyer that he stands conspicuous. But his learning even in divinity was far from commonplace. The part that he was allowed to take in the drawing up of doctrinal formularies in Henry VIII.’s time is not clear; but at a later date he was the author of various tracts in defence of the Real Presence against Cranmer, some of which, being written in prison, were published abroad under a feigned name. Controversial writings also passed between him and Bucer, with whom he had several interviews in Germany, when he was there as Henry VIII.’s ambassador.
His skills as a theologian don’t need much discussion; he is mainly recognized as a statesman and a lawyer. However, his knowledge in theology was anything but average. It’s unclear what role he had in creating doctrinal documents during Henry VIII's reign, but later on, he wrote several tracts defending the Real Presence against Cranmer, some of which he wrote while in prison and were published abroad under a pseudonym. He also exchanged controversial writings with Bucer, whom he met several times in Germany during his time as Henry VIII's ambassador.
He was a friend of learning in every form, and took great interest especially in promoting the study of Greek at Cambridge. He was, however, opposed to the new method of pronouncing the language introduced by Sir John Cheke, and wrote letters to him and Sir Thomas Smith upon the subject, in which, according to Ascham, his opponents showed themselves the better critics, but he the superior genius. In his own household he loved to take in young university men of promise; and many whom he thus encouraged became distinguished in after life as bishops, ambassadors and secretaries of state. His house, indeed, was spoken of by Leland as the seat of eloquence and the special abode of the muses.
He was a supporter of learning in all its forms and was particularly interested in promoting the study of Greek at Cambridge. However, he was against the new way of pronouncing the language that Sir John Cheke introduced. He wrote letters to both Cheke and Sir Thomas Smith about this issue, where, according to Ascham, his opponents proved to be the better critics, but he was the more brilliant mind. In his own home, he enjoyed welcoming promising young university students, and many of those he encouraged later became notable figures such as bishops, ambassadors, and secretaries of state. His home was considered by Leland to be a hub of eloquence and a special place for the muses.
He lies buried in his own cathedral at Winchester, where his effigy is still to be seen.
He is buried in his own cathedral in Winchester, where you can still see his effigy.
GARDINER, a city of Kennebec county, Maine, U.S.A., at the confluence of Cobbosseecontee river with the Kennebec, 6 m. below Augusta. Pop. (1890) 5491; (1900) 5501 (537 foreign-born); (1910) 5311. It is served by the Maine Central railway. The site of the city is only a few feet above sea-level, and the Kennebec is navigable for large vessels to this point; the water of the Cobbosseecontee, falling about 130 ft. in a mile, furnishes the city with good power for its manufactures (chiefly paper, machine-shop products, and shoes). The city exports considerable quantities of lumber and ice. Gardiner was founded in 1760 by Dr Sylvester Gardiner (1707-1786), and for a time the settlement was called Gardinerston; in 1779, when it was incorporated as a town, the founder being then a Tory, it was renamed Pittston. But in 1803, when that part of Pittston which lay on the W. bank of the Kennebec was incorporated as a separate town and new life was given to it by the grandson of the founder, the present name was adopted. Gardiner was chartered as a city in 1849. The town of Pittston, on the E. bank of the Kennebec, had a population of 1177 in 1900.
GARDINER, is a city in Kennebec County, Maine, U.S.A., located at the point where the Cobbosseecontee River meets the Kennebec, 6 miles below Augusta. The population was 5,491 in 1890, 5,501 in 1900 (with 537 foreign-born residents), and 5,311 in 1910. The city is served by the Maine Central Railway. It's situated only a few feet above sea level, and the Kennebec is deep enough for large vessels to reach this area. The Cobbosseecontee River drops about 130 feet over the course of a mile, providing the city with ample power for its manufacturing industries, primarily paper production, machine-shop items, and shoes. Gardiner exports significant amounts of lumber and ice. Founded in 1760 by Dr. Sylvester Gardiner (1707-1786), the settlement was initially called Gardinerston. In 1779, when it was incorporated as a town and the founder was a Tory, it was renamed Pittston. However, in 1803, the part of Pittston located on the west bank of the Kennebec was incorporated as a separate town, revitalized by the founder's grandson, and it took on its current name. Gardiner was chartered as a city in 1849. The town of Pittston, located on the east bank of the Kennebec, had a population of 1,177 in 1900.
GARDNER, PERCY (1846- ), English classical archaeologist, was born in London, and was educated at the City of London school and Christ’s College, Cambridge (fellow, 1872). He was Disney professor of archaeology at Cambridge from 1880 to 1887, and was then appointed professor of classical archaeology at Oxford, where he had a stimulating influence on the study of ancient, and particularly Greek, art. He also became prominent as an historical critic on Biblical subjects. Among his works are: Types of Greek Coins (1883); A Numismatic Commentary on Pausanias (with F. Imhoof-Blumer, 1887); New Chapters in Greek History (1892), an account of excavations in Greece and Asia Minor; Manual of Greek Antiquities (with F.B. Jevons, 2nd ed. 1898); Grammar of Greek Art (1905); Exploratio Evangelica (1899), on the origin of Christian belief; A Historic View of the New Testament (1901); Growth of Christianity (1907).
GARDNER, PERCY (1846- ), an English classical archaeologist, was born in London. He was educated at the City of London School and Christ’s College, Cambridge (fellow, 1872). He served as the Disney Professor of Archaeology at Cambridge from 1880 to 1887, and then he was appointed as the professor of classical archaeology at Oxford, where he had a significant impact on the study of ancient, particularly Greek, art. He also became well-known as a historical critic on Biblical topics. His works include: Types of Greek Coins (1883); A Numismatic Commentary on Pausanias (with F. Imhoof-Blumer, 1887); New Chapters in Greek History (1892), a report on excavations in Greece and Asia Minor; Manual of Greek Antiquities (with F.B. Jevons, 2nd ed. 1898); Grammar of Greek Art (1905); Exploratio Evangelica (1899), which discusses the origins of Christian belief; A Historic View of the New Testament (1901); Growth of Christianity (1907).
His brother, Ernest Arthur Gardner (1862- ), educated at the City of London school and Caius College, Cambridge (fellow, 1885), is also well known as an archaeologist. From 1887 to 1895 he was director of the British School of Archaeology at Athens, and later became professor of archaeology at University College, London. His publications include: Introduction to Greek Epigraphy (1887); Ancient Athens (1902); Handbook of Greek Sculpture (1905); Six Greek Sculptors (1910). He was elected first Public Orator of London University in 1910.
His brother, Ernest A. Gardner (1862- ), who studied at the City of London School and Caius College, Cambridge (fellow, 1885), is also recognized as an archaeologist. From 1887 to 1895, he served as the director of the British School of Archaeology in Athens, and later became a professor of archaeology at University College, London. His published works include: Introduction to Greek Epigraphy (1887); Ancient Athens (1902); Handbook of Greek Sculpture (1905); Six Greek Sculptors (1910). He was appointed the first Public Orator of London University in 1910.
GARDNER, a township of Worcester county, Massachusetts, U.S.A. Pop. (1890) 8424; (1900) 10,813, of whom 3449 were foreign-born; (1910 census) 14,699. The township is traversed by the Boston & Maine railway. It has an area of 21.4 sq. m. of hill country, well watered with streams and ponds, and includes the villages of Gardner (15 m. by rail W. of Fitchburg), South 463 Gardner and West Gardner. In the township are the state colony for the insane, the Henry Heywood memorial hospital, and the Levi Heywood memorial library (opened in 1886), a memorial to Levi Heywood (1800-1882), a prominent local manufacturer of chairs, who invented various kinds of chair-making machinery. By far the principal industry of the township (dating from 1805) is the manufacture of chairs, the township having in 1905 the largest chair factory in the world; among the other manufactures are toys, baby-carriages, silver-ware and oil stoves. In 1905 the total factory product of the township was valued at $5,019,019, the furniture product alone amounting to $4,267,064, or 85.2% of the total. Gardner, formed from parts of Ashburnham, Templeton, Westminster and Winchenden, was incorporated in 1785, and was named in honour of Col. Thomas Gardner (1724-1775), a patriot leader of Massachusetts, who was mortally wounded in the battle of Bunker Hill.
GARDNER, is a town in Worcester County, Massachusetts, U.S.A. Population: (1890) 8,424; (1900) 10,813, of which 3,449 were foreign-born; (1910 census) 14,699. The town is served by the Boston & Maine railway. It covers an area of 21.4 square miles of hilly terrain, well-supplied with streams and ponds, and includes the villages of Gardner (15 miles by rail west of Fitchburg), South Gardner, and West Gardner. Within the town are the state mental health colony, the Henry Heywood Memorial Hospital, and the Levi Heywood Memorial Library (opened in 1886), a tribute to Levi Heywood (1800-1882), a notable local chair manufacturer who invented various types of chair-making machinery. The main industry in the town (since 1805) is chair manufacturing, and by 1905 it was home to the largest chair factory in the world; other industries include toys, baby carriages, silverware, and oil stoves. In 1905, the total factory output of the town was valued at $5,019,019, with the furniture sector alone accounting for $4,267,064, or 85.2% of the total. Gardner, created from parts of Ashburnham, Templeton, Westminster, and Winchendon, was incorporated in 1785 and named in honor of Col. Thomas Gardner (1724-1775), a patriotic leader from Massachusetts who was mortally wounded in the Battle of Bunker Hill.
See W.D. Herrick, History of the Town of Gardner (Gardner, 1878), covering the years 1785-1878.
See W.D. Herrick, History of the Town of Gardner (Gardner, 1878), covering the years 1785-1878.
GARE-FOWL1 (Icelandic, Geirfugl; Gaelic, Gearbhul), the anglicized form of the Hebridean name of a large sea-bird now considered extinct, formerly a visitor to certain remote Scottish islands, the Great Auk of most English book-writers, and the Alca impennis of Linnaeus. In size it was hardly less than a tame goose, and in appearance it much resembled its smaller and surviving relative the razor-bill (Alca torda); but the glossy black of its head was varied by a large patch of white occupying nearly all the space between the eye and the bill, in place of the razor-bill’s thin white line, while the bill itself bore eight or more deep transverse grooves instead of the smaller number and the ivory-like mark possessed by the species last named. Otherwise the coloration was similar in both, and there is satisfactory evidence that the gare-fowl’s winter-plumage differed from that of the breeding-season just as is ordinarily the case in other members of the family Alcidae to which it belongs. The most striking characteristic of the gare-fowl, however, was the comparatively abortive condition of its wings, the distal portions of which, though the bird was just about twice the linear dimensions of the razor-bill, were almost exactly of the same size as in that species—proving, if more direct evidence were wanting, its inability to fly.
Gare fowlI'm sorry, but I need a short phrase (5 words or fewer) to modernize. Please provide one! (Icelandic, Geirfugl; Gaelic, Gearbhul), is the anglicized name for a large seabird that is now considered extinct. It used to be seen in certain remote Scottish islands and is known as the Great Auk in many English texts, and scientifically as Alca impennis according to Linnaeus. In size, it was almost as big as a domestic goose and looked quite a bit like its smaller living relative, the razor-bill (Alca torda); however, its head was glossy black with a large white patch that filled nearly all the space between its eye and bill, unlike the razor-bill’s thin white line. The bill itself featured eight or more deep grooves running across it, compared to the fewer grooves and ivory-like mark of the razor-bill. Other than that, their colorations were quite similar, and there’s solid evidence that the gare-fowl’s winter plumage was different from its breeding plumage, just as is typically seen in other birds of the family Alcidae to which it belongs. The gare-fowl’s most noticeable feature was its underdeveloped wings; despite being roughly twice the size of a razor-bill, its wings were nearly the same size as those of the razor-bill, clearly indicating that it couldn’t fly.
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Gare-Fowl, or Great Auk. |
The most prevalent misconception concerning the gare-fowl is one which has been repeated so often, and in books of such generally good repute and wide dispersal, that a successful refutation seems almost hopeless. This is the notion that it was a bird possessing a very high northern range, and consequently to be looked for by Arctic explorers. How this error arose would take too long to tell, but the fact remains indisputable that, setting aside general assertions resting on no evidence worthy of attention, there is but a single record deserving any credit at all of a single example of the species having been observed within the Arctic Circle, and this, according to Prof. Reinhardt, who had the best means of ascertaining the truth, is open to grave doubt.2 It is clear that the older ornithologists let their imagination get the better of their knowledge or their judgment, and their statements have been blindly repeated by most of their successors. Another error which, if not so widely spread, is at least as serious, since Sir R. Owen unhappily gave it countenance, is that this bird “has not been specially hunted down like the dodo and dinornis, but by degrees has become more scarce.” If any reliance can be placed upon the testimony of former observers, the first part of this statement is absolutely untrue. Of the dodo all we know is that it flourished in Mauritius, its only abode, at the time the island was discovered, and that some 200 years later it had ceased to exist—the mode of its extinction being open to conjecture, and a strong suspicion existing that though indirectly due to man’s acts it was accomplished by his thoughtless agents (Phil. Trans., 1869, p. 354). The extinction of the Dinornis lies beyond the range of recorded history. Supposing it even to have taken place at the very latest period as yet suggested—and there is much to be urged in favour of such a supposition—little but oral tradition remains to tell us how its extirpation was effected. That it existed after New Zealand was inhabited by man is indeed certain, and there is nothing extraordinary in the proved fact that the early settlers (of whatever race they were) killed and ate moas. But evidence that the whole population of those birds was done to death by man, however likely it may seem, is wholly wanting. The contrary is the case with the gare-fowl. In Iceland there is the testimony of a score of witnesses, taken down from their lips by one of the most careful naturalists who ever lived, John Wolley, that the latest survivors of the species were caught and killed by expeditions expressly organized with the view of supplying the demands of caterers to the various museums of Europe. In like manner the fact is incontestable that its breeding-stations in the western part of the Atlantic were for three centuries regularly visited and devastated with the combined objects of furnishing food or bait to the fishermen from very early days, and its final extinction, according to Sir Richard Bonnycastle (Newfoundland in 1842, i. p. 232), was owing to “the ruthless trade in its eggs and skin.” There is no doubt that one of the chief stations of this species in Icelandic waters disappeared through volcanic action, and that the destruction of the old Geirfuglaskér drove some at least of the birds which frequented it to a rock nearer the mainland, where they were exposed to danger from which they had in their former abode been comparatively free; yet on this rock (Eldey = fire-island) they were “specially hunted down” whenever opportunity offered, until the stock there was wholly extirpated in 1844.
The most common misconception about the gare-fowl is one that has been stated so frequently, and in books that are generally well-respected and widely read, that disproving it seems nearly impossible. This is the belief that it was a bird found at a very high northern range, and therefore should be sought after by Arctic explorers. Explaining how this error originated would take too long, but the undeniable fact is that aside from general claims that lack credible evidence, there is only one record that can be considered credible of a single specimen of the species being seen within the Arctic Circle, and this, according to Prof. Reinhardt, who had the best means of verifying the facts, is highly questionable. It is clear that older ornithologists let their imagination overshadow their knowledge or judgment, and their statements have been uncritically repeated by most of their successors. Another mistake, which, while not as widespread, is at least as serious, since Sir R. Owen unfortunately supported it, is the idea that this bird “has not been specifically hunted down like the dodo and dinornis, but has gradually become more scarce.” If we can trust the accounts of earlier observers, the first part of this claim is completely false. All we know about the dodo is that it thrived in Mauritius, its only home, when the island was discovered, and that about 200 years later it no longer existed—the manner of its extinction is open to speculation, but there is a strong suspicion that though it was indirectly caused by human actions, it was carried out by his careless agents (Phil. Trans., 1869, p. 354). The extinction of the Dinornis lies beyond recorded history. Assuming it took place at the very latest period suggested—and much can be argued in favor of such a belief—very little aside from oral tradition remains to inform us about how its extinction occurred. It is certain that it existed after humans inhabited New Zealand, and there is nothing unusual about the well-documented fact that early settlers (of whatever background) hunted and ate moas. However, there is no evidence that the entire population of those birds was wiped out by humans, no matter how likely it may seem. The opposite is true for the gare-fowl. In Iceland, there are accounts from multiple witnesses, recorded by one of the most meticulous naturalists ever, John Wolley, that the last surviving members of the species were caught and killed by groups specifically organized to satisfy the demands of various European museums. Similarly, it is undeniable that its breeding grounds in the western part of the Atlantic were regularly visited and ravaged for three centuries to provide food or bait for fishermen from very early times, and according to Sir Richard Bonnycastle (Newfoundland in 1842, i. p. 232), its eventual extinction was due to “the ruthless trade in its eggs and skin.” There is no doubt that one of the primary sites for this species in Icelandic waters disappeared due to volcanic activity, and that the destruction of the old Geirfuglaskér forced some of the birds that frequented it to move to a nearby rock, where they faced dangers they had been relatively safe from in their previous home; yet on this rock (Eldey = fire-island) they were “specially hunted down” whenever there was the chance, until the entire population there was completely wiped out in 1844.
A third misapprehension is that entertained by John Gould in his Birds of Great Britain, where he says that “formerly this bird was plentiful in all the northern parts of the British Islands, particularly the Orkneys and the Hebrides. At the commencement of the 19th century, however, its fate appears to have been sealed; for though it doubtless existed, and probably bred, up to the year 1830, its numbers annually diminished until they became so few that the species could not hold its own.” Now of the 464 Orkneys, we know that George Low, who died in 1795, says in his posthumously-published Fauna Orcadensis that he could not find it was ever seen there; and on Bullock’s visit in 1812 he was told, says Montagu (Orn. Dict. App.), that one male only had made its appearance for a long time. This bird he saw and unsuccessfully hunted, but it was killed soon after his departure, while its mate had been killed just before his arrival, and none have been seen there since. As to the Hebrides, St Kilda is the only locality recorded for it, and the last example known to have been obtained there, or in its neighbourhood, was that given to Fleming (Edinb. Phil. Journ. x. p. 96) in 1821 or 1822, having been some time before captured by Mr Maclellan of Glass. That the gare-fowl was not plentiful in either group of islands is sufficiently obvious, as also is the impossibility of its continuing to breed “up to the year 1830.”
A third misunderstanding comes from John Gould in his Birds of Great Britain, where he states that “this bird used to be common in all the northern parts of the British Islands, especially the Orkneys and the Hebrides. However, at the start of the 19th century, its fate seems to have been sealed; because although it likely existed and probably bred until around 1830, its numbers steadily declined each year until there were so few left that the species couldn’t survive.” Regarding the Orkneys, George Low, who passed away in 1795, mentions in his posthumously-published Fauna Orcadensis that he couldn’t find any evidence of it being seen there; and when Bullock visited in 1812, he was told, according to Montagu (Orn. Dict. App.), that only one male had been spotted for a long time. Bullock saw this bird and tried to hunt it unsuccessfully, but it was killed shortly after he left, and its mate had been killed just before he arrived, with no sightings since then. As for the Hebrides, St Kilda is the only location noted for it, and the last recorded specimen from there or nearby was the one given to Fleming (Edinb. Phil. Journ. x. p. 96) in 1821 or 1822, which had been captured some time earlier by Mr. Maclellan of Glass. It’s clear that the gare-fowl wasn’t plentiful in either group of islands and that it couldn’t have continued to breed “up to the year 1830.”
But mistakes like these are not confined to British authors. As on the death of an ancient hero myths gathered round his memory as quickly as clouds round the setting sun, so have stories, probable as well as impossible, accumulated over the true history of this species, and it behoves the conscientious naturalist to exercise more than common caution in sifting the truth from the large mass of error. Americans have asserted that the specimen which belonged to Audubon (now at Vassar College) was obtained by him on the banks of Newfoundland, though there is Macgillivray’s distinct statement (Brit. Birds, v. p. 359) that Audubon procured it in London. The account given by Degland (Orn. Europ. ii. p. 529) in 1849, and repeated in the last edition of his work by M. Gerbe, of its extinction in Orkney, is so manifestly absurd that it deserves to be quoted in full: “Il se trouvait en assez grand nombre il y a une quinzaine d’années aux Orcades; mais le ministre presbytérien dans le Mainland, en offrant une forte prime aux personnes qui lui apportaient cet oiseau, a été cause de sa destruction sur ces îles.” The same author claims the species as a visitor to the shores of France on the testimony of Hardy (Annuaire normand, 1841, p. 298), which he grievously misquotes both in his own work and in another place (Naumannia, 1855, p. 423), thereby misleading an anonymous English writer (Nat. Hist. Rev., 1865, p. 475) and numerous German readers.
But mistakes like these aren't just a problem for British authors. Just as myths formed around the memory of an ancient hero as quickly as clouds gather around the setting sun, stories—both likely and unlikely—have built up over the true history of this species. It's important for diligent naturalists to be especially careful when trying to separate truth from the vast amount of misinformation out there. Americans have claimed that the specimen owned by Audubon (now at Vassar College) was collected by him along the banks of Newfoundland, despite Macgillivray's clear statement (Brit. Birds, v. p. 359) that Audubon actually acquired it in London. The account provided by Degland (Orn. Europ. ii. p. 529) in 1849, which was repeated in the latest edition of his work by M. Gerbe, about its extinction in Orkney is so obviously ridiculous that it merits full quotation: “Il se trouvait en assez grand nombre il y a une quinzaine d’années aux Orcades; mais le ministre presbytérien dans le Mainland, en offrant une forte prime aux personnes qui lui apportaient cet oiseau, a été cause de sa destruction sur ces îles.” The same author also states that the species is a visitor to the shores of France based on Hardy's testimony (Annuaire normand, 1841, p. 298), which he seriously misquotes both in his own work and elsewhere (Naumannia, 1855, p. 423), leading to confusion for an anonymous English writer (Nat. Hist. Rev., 1865, p. 475) and many German readers.
John Milne in 1875 visited Funk Island, one of the former resorts of the gare-fowl, or “penguin,” as it was there called, in the Newfoundland seas, a place where bones had before been obtained by Stuvitz, and natural mummies so lately as 1863 and 1864. Landing on this rock at the risk of his life, he brought off a rich cargo of its remains, belonging to no fewer than fifty birds, some of them in size exceeding any that had before been known. His collection was subsequently dispersed, most of the specimens finding their way into various public museums.
John Milne visited Funk Island in 1875, which used to be a resort for the gare-fowl, or "penguin," as it was called there, in the Newfoundland seas. This was a place where bones had previously been collected by Stuvitz and natural mummies were found as recently as 1863 and 1864. He landed on this rock at great personal risk and managed to take away a valuable haul of remains from at least fifty birds, some of which were larger than any previously known. His collection was later distributed, with most specimens ending up in various public museums.
A literature by no means inconsiderable has grown up respecting the gare-fowl. Neglecting works of general bearing, few of which are without many inaccuracies, the following treatises may be especially mentioned:—J.J.S. Steenstrup, “Et Bidrag til Geirfuglens Naturhistorie og saerligt til Kundskaben om dens tidligere Udbredningskreds,” Naturh. Foren. Vidensk. Meddelelser (Copenhagen, 1855), p. 33; E. Charlton, “On the Great Auk,” Trans. Tyneside Nat. Field Club, iv. p. 111; “Abstract of Mr J. Wolley’s Researches in Iceland respecting the Gare-fowl,” Ibis (1861), p. 374; W. Preyer, “Über Plautus impennis,” Journ. für Orn. (1862), pp. 110, 337; K.E. von Baer, “Über das Aussterben der Tierarten in physiologischer und nicht physiologischer Hinsicht,” Bull. de l’Acad. Imp. de St-Pétersb. vi. p. 513; R. Owen, “Description of the Skeleton of the Great Auk,” Trans. Zool. Soc. v. p. 317; “The Gare-fowl and its Historians,” Nat. Hist. Rev. v. p. 467; J.H. Gurney, jun., “On the Great Auk,” Zoologist (2nd ser.), pp. 1442, 1639; H. Reeks, “Great Auk in Newfoundland,” &c., op. cit. p. 1854; V. Fatio, “Sur l’Alca impennis,” Bull. Soc. Orn. Suisse, ii. pp. 1, 80, 147; “On existing Remains of the Gare-fowl,” Ibis (1870), p. 256; J. Milne, “Relics of the Great Auk,” Field (27th of March, 3rd and 10th of April 1875). Lastly, reference cannot be omitted to the happy exercise of poetic fancy with which Charles Kingsley was enabled to introduce the chief facts of the gare-fowl’s extinction (derived from one of the above-named papers) into his charming Water Babies.
A significant body of literature has developed around the gare-fowl. Ignoring works that are generally inaccurate, the following studies are worth noting: J.J.S. Steenstrup, “A Contribution to the Natural History of the Great Auk and Particularly to the Knowledge of its Former Range,” Naturh. Foren. Vidensk. Meddelelser (Copenhagen, 1855), p. 33; E. Charlton, “On the Great Auk,” Trans. Tyneside Nat. Field Club, iv. p. 111; “Abstract of Mr. J. Wolley’s Researches in Iceland Regarding the Gare-fowl,” Ibis (1861), p. 374; W. Preyer, “Über Plautus impennis,” Journ. für Orn. (1862), pp. 110, 337; K.E. von Baer, “On the Extinction of Animal Species from Physiological and Non-Physiological Perspectives,” Bull. de l’Acad. Imp. de St-Pétersb. vi. p. 513; R. Owen, “Description of the Skeleton of the Great Auk,” Trans. Zool. Soc. v. p. 317; “The Gare-fowl and its Historians,” Nat. Hist. Rev. v. p. 467; J.H. Gurney, jun., “On the Great Auk,” Zoologist (2nd ser.), pp. 1442, 1639; H. Reeks, “Great Auk in Newfoundland,” etc., op. cit. p. 1854; V. Fatio, “On Alca impennis,” Bull. Soc. Orn. Suisse, ii. pp. 1, 80, 147; “On Existing Remains of the Gare-fowl,” Ibis (1870), p. 256; J. Milne, “Relics of the Great Auk,” Field (March 27, April 3 and 10, 1875). Lastly, it’s important to mention the creative poetic flair that Charles Kingsley used to weave in the main facts of the gare-fowl's extinction (sourced from one of the aforementioned papers) into his delightful Water Babies.
1 The name first appears, and in this form, in the Account of Hirta (St Kilda) and Rona, &c., by the lord register, Sir George M‘Kenzie, of Tarbat, printed by Pinkerton in his Collection of Voyages and Travels (iii. p. 730), and then in Sibbald’s Scotia illustrata (1684). Martin soon after, in his Voyage to St Kilda, spelt it “Gairfowl.” Sir R. Owen adopted the form “garfowl,” without, as would seem, any precedent authority.
1 The name is first mentioned in this form in the Account of Hirta (St Kilda) and Rona, &c., written by the lord register, Sir George M‘Kenzie of Tarbat, and printed by Pinkerton in his Collection of Voyages and Travels (iii. p. 730), and then in Sibbald’s Scotia illustrata (1684). Shortly after, Martin in his Voyage to St Kilda spelled it as “Gairfowl.” Sir R. Owen used the spelling “garfowl,” seemingly without any prior reference.
2 The specimen is in the Museum of Copenhagen; the doubt lies as to the locality where it was obtained, whether at Disco, which is within, or at the Fiskernäs, which is without, the Arctic Circle.
2 The specimen is in the Museum of Copenhagen; the uncertainty is about where it was found, whether at Disco, which is inside, or at the Fiskernäs, which is outside the Arctic Circle.
GARFIELD, JAMES ABRAM (1831-1881), twentieth president of the United States, was born on the 19th of November 1831 in a log cabin in the little frontier town of Orange, Cuyahoga county, Ohio. His early years were spent in the performance of such labour as fell to the lot of every farmer’s son in the new states, and in the acquisition of such education as could be had in the district schools held for a few weeks each winter. But life on a farm was not to his liking, and at sixteen he left home and set off to make a living in some other way. A book of stories of adventure on the sea, which he read over and over again when a boy, had filled him with a longing for a seafaring life. He decided, therefore, to become a sailor, and, in 1848, tramping across the country to Cleveland, Ohio, he sought employment from the captain of a lake schooner. But the captain drove him from the deck, and, wandering on in search of work, he fell in with a canal boatman who engaged him. During some months young Garfield served as bowsman, deck-hand and driver of a canal boat. An attack of the ague sent him home, and on recovery, having resolved to attend a high school and fit himself to become a teacher, he passed the next four years in a hard struggle with poverty and in an earnest effort to secure an education, studying for a short time in the Geauga Seminary at Chester, Ohio. He worked as a teacher, a carpenter and a farmer; studied for a time at the Western Reserve Eclectic Institute at Hiram, Ohio, which afterward became Hiram College, and finally entered Williams College. On graduation, in 1856, Garfield became professor of ancient languages and literature in the Eclectic Institute at Hiram, and within a year had risen to the presidency of the institution.
GARFIELD, JAMES ABRAM (1831-1881), the twentieth president of the United States, was born on November 19, 1831, in a log cabin in the small frontier town of Orange, Cuyahoga County, Ohio. He spent his early years doing the kind of work every farmer's son did in the new states and getting whatever education he could from the district schools that operated for a few weeks each winter. However, farm life wasn’t for him, and at sixteen, he left home to find another way to make a living. A book of adventure stories about the sea that he read repeatedly as a boy had sparked his desire for a seafaring life. So, he decided to become a sailor and, in 1848, made his way to Cleveland, Ohio, to seek a job with the captain of a lake schooner. But the captain rejected him, and while searching for work, he met a canal boatman who hired him. For several months, young Garfield worked as a bowsman, deckhand, and driver on a canal boat. An attack of ague sent him back home, and after he recovered, he resolved to attend high school and prepare himself to become a teacher. He spent the next four years struggling against poverty while earnestly working to get an education, studying briefly at Geauga Seminary in Chester, Ohio. He worked as a teacher, carpenter, and farmer; studied for a while at the Western Reserve Eclectic Institute in Hiram, Ohio, which later became Hiram College, and finally enrolled at Williams College. After graduating in 1856, Garfield became a professor of ancient languages and literature at the Eclectic Institute in Hiram, and within a year, he had risen to the presidency of the institution.
Soon afterwards he entered political life. In the early days of the Republican party, when the shameful scenes of the Kansas struggle were exciting the whole country, and during the campaigns of 1857 and 1858, he became known as an effective speaker and ardent anti-slavery man. His reward for his services was election in 1859 to the Ohio Senate as the member from Portage and Summit counties. When the “cotton states” seceded, Garfield appeared as a warm supporter of vigorous measures. He was one of the six Ohio senators who voted against the proposed amendment to the Federal Constitution (Feb. 28th, 1861) forbidding any constitutional amendment which should give Congress the power to abolish or interfere with slavery in any state; he upheld the right of the government to coerce seceded states; defended the “Million War Bill” appropriating a million dollars for the state’s military expenses; and when the call came for 75,000 troops, he moved that Ohio furnish 20,000 soldiers and three millions of dollars as her share. He had just been admitted to the bar, but on the outbreak of war he at once offered his services to the governor, and became lieutenant-colonel and then colonel of the 42nd Ohio Volunteers, recruited largely from among his former students. He served in Kentucky, was promoted to the rank of brigadier-general of volunteers early in 1862; took part in the second day’s fighting at the battle of Shiloh, served as chief of staff under Rosecrans in the Army of the Cumberland in 1863, fought at Chickamauga, and was made a major-general of volunteers for gallantry in that battle. In 1862 he was elected a member of Congress from the Ashtabula district of Ohio, and, resigning his military commission, took his seat in the House of Representatives in December 1863. In Congress he joined the radical wing of the Republican party, advocated the confiscation of Confederate property, approved and defended the Wade-Davis manifesto denouncing the tameness of Lincoln, and was soon recognized as a hard worker and ready speaker. Capacity for work brought him places on important committees—he was chairman successively of the committee on military affairs, the committee on banking and currency, and the committee on appropriations,—and his ability as a speaker enabled him to achieve distinction on the floor of the House and to rise to leadership. Between 1863 and 1873 Garfield delivered speeches of importance on “The Constitutional Amendment to abolish Slavery,” “The Freedman’s Bureau,” “The Reconstruction of the Rebel States,” “The Public Debt and Specie Payments,” “Reconstruction,” “The Currency,” “Taxation of United States Bonds,” “Enforcing the 14th Amendment,” “National Aid to Education,” and “the Right to Originate Revenue Bills.” The year 1874 was one of disaster to the Republican party. The greenback 465 issue, the troubles growing out of reconstruction in the South, the Crédit Mobilier and the “Salary Grab,” disgusted thousands of independent voters and sent a wave of Democracy over the country. Garfield himself was accused of corruption in connexion with the Crédit Mobilier scandal, but the charge was never proved. A Republican convention in his district demanded his resignation, and re-election seemed impossible; but he defended himself in two pamphlets, “Increase of Salaries” and “Review of the Transactions of the Crédit Mobilier Company,” made a village-to-village canvass, and was victorious. In 1876 Garfield for the eighth time was chosen to represent his district; and afterwards as one of the two representatives of the Republicans in the House, he was a member of the Electoral Commission which decided the dispute regarding the presidential election of 1876. When, in 1877, James G. Blaine was made a senator from Maine, the leadership of the House of Representatives passed to Garfield, and he became the Republican candidate for speaker. But the Democrats had a majority in the House, and he was defeated. Hayes, the new president, having chosen John Sherman to be his secretary of the treasury, an effort was made to send Garfield to the United States Senate in Sherman’s place. But the president needed his services in the House, and he was not elected to the Senate until 1880.
Soon after, he entered politics. In the early days of the Republican Party, when the disgraceful events of the Kansas struggle were stirring the entire country, and during the campaigns of 1857 and 1858, he became known as an effective speaker and passionate opponent of slavery. His reward for his efforts was being elected in 1859 to the Ohio Senate as the representative from Portage and Summit counties. When the “cotton states” seceded, Garfield emerged as a strong advocate for decisive actions. He was one of the six Ohio senators who voted against a proposed amendment to the Federal Constitution (February 28, 1861) that would have prohibited any constitutional amendment allowing Congress to abolish or interfere with slavery in any state; he supported the government's right to compel the seceded states; defended the “Million War Bill” that allocated a million dollars for the state’s military expenses; and when the call for 75,000 troops came, he proposed that Ohio contribute 20,000 soldiers and three million dollars as her share. He had just been admitted to the bar, but when the war broke out, he immediately offered his services to the governor and became lieutenant-colonel and then colonel of the 42nd Ohio Volunteers, mostly composed of his former students. He served in Kentucky, was promoted to brigadier-general of volunteers early in 1862; participated in the second day of fighting at the Battle of Shiloh, served as chief of staff under Rosecrans in the Army of the Cumberland in 1863, fought at Chickamauga, and was appointed major-general of volunteers for his bravery in that battle. In 1862, he was elected to Congress from the Ashtabula district of Ohio, and after resigning his military commission, took his seat in the House of Representatives in December 1863. In Congress, he aligned with the radical faction of the Republican Party, advocated for the confiscation of Confederate property, supported and defended the Wade-Davis manifesto that criticized Lincoln's approach, and quickly gained a reputation as a diligent worker and persuasive speaker. His ability to work secured him positions on important committees—he chaired the committee on military affairs, the committee on banking and currency, and the committee on appropriations— and his skills as a speaker helped him gain recognition on the House floor and heighten his leadership role. Between 1863 and 1873, Garfield delivered significant speeches on topics such as “The Constitutional Amendment to Abolish Slavery,” “The Freedman’s Bureau,” “The Reconstruction of the Rebel States,” “The Public Debt and Specie Payments,” “Reconstruction,” “The Currency,” “Taxation of United States Bonds,” “Enforcing the 14th Amendment,” “National Aid to Education,” and “The Right to Originate Revenue Bills.” The year 1874 marked a period of turmoil for the Republican Party. The greenback issue, the problems stemming from Reconstruction in the South, the Crédit Mobilier scandal, and the “Salary Grab” outraged countless independent voters and swept a wave of Democratic support across the country. Garfield himself faced accusations of corruption related to the Crédit Mobilier scandal, but the charges were never substantiated. A Republican convention in his district called for his resignation, and re-election seemed unlikely; however, he defended himself in two pamphlets, “Increase of Salaries” and “Review of the Transactions of the Crédit Mobilier Company,” campaigned from village to village, and won. In 1876, Garfield was elected for the eighth time to represent his district; later, as one of two Republican representatives in the House, he served on the Electoral Commission that resolved the controversy surrounding the presidential election of 1876. When James G. Blaine became a senator from Maine in 1877, leadership of the House of Representatives shifted to Garfield, making him the Republican candidate for speaker. However, the Democrats had a majority in the House, and he was defeated. With Hayes, the new president, appointing John Sherman as his secretary of the treasury, there was an effort to send Garfield to the U.S. Senate to replace Sherman. But the president needed Garfield's expertise in the House, and he wasn't elected to the Senate until 1880.
The time had now come (1880) when the Republican party must nominate a candidate for the presidency. General Grant had served two terms (1869-1877), and the unwritten law of custom condemned his being given another. But the “bosses” of the Republican party in three great States—New York, Pennsylvania and Illinois—were determined that he should be renominated. These men and their followers were known as the “stalwarts.” Opposed to them were two other factions, one supporting James G. Blaine, of Maine, and the other John Sherman, of Ohio. When the convention met and the balloting began, the contest along these factional lines started in earnest. For eight-and-twenty ballots no change of any consequence was noticeable. Though votes were often cast for ten names, there were but two real candidates before the convention, Grant and Blaine. That the partisans of neither would yield in favour of the other was certain. That the choice therefore rested with the supporters of the minor candidates was manifest, and with the cry “Anything to beat Grant!” an effort was made to find some man on whom the opposition could unite. Such a man was Garfield. His long term of service in the House, his leadership of his party on its floor, his candidacy for the speakership, and his recent election to the United States Senate, marked him out as the available man. Between the casting of the first and the thirty-third ballot, Garfield, who was the leader of Sherman’s adherents in the convention, had sometimes received one or two votes and at other times none. On the thirty-fourth he received seventeen, on the next fifty, and on the next almost the entire vote hitherto cast for Blaine and Sherman, and was declared nominated. During the campaign Garfield was subject to violent personal abuse; the fact that he was alleged to have received $329 from the Crédit Mobilier as a dividend on stock led his opponents to raise the campaign cry of “329,” and this number was placarded in the streets of the cities and printed in flaring type in partisan newspapers. The forged “Morey letter,” in which he was made to appear as opposed to the exclusion of the Chinese, was widely circulated and injured his candidacy in the West. That the charges against Garfield were not generally credited, however, is shown by the fact that he received 214 electoral votes to his opponent’s 155. He was inaugurated on the 4th of March 1881.
The time had now come (1880) when the Republican Party needed to nominate a candidate for president. General Grant had already served two terms (1869-1877), and the unwritten rule of custom suggested he shouldn’t be given another chance. However, the “bosses” of the Republican Party in three major states—New York, Pennsylvania, and Illinois—were adamant about renominating him. These individuals and their supporters were known as the “stalwarts.” Opposing them were two other factions: one backing James G. Blaine from Maine and the other John Sherman from Ohio. When the convention convened and balloting began, the competition between these factions intensified. For twenty-eight ballots, there was no significant change. Although votes were often cast for several candidates, there were really only two main contenders before the convention: Grant and Blaine. It was clear that neither side would back down for the other. Consequently, the decision rested with the supporters of the less prominent candidates, and with the rallying cry “Anything to beat Grant!” efforts were made to find a unifying candidate. That candidate turned out to be Garfield. His long service in the House, his leadership in the party, his candidacy for the speakership, and his recent election to the United States Senate made him the ideal choice. Between the first ballot and the thirty-third, Garfield, who led Sherman’s supporters in the convention, sometimes received one or two votes and at other times none. On the thirty-fourth ballot, he got seventeen votes, then fifty on the next, and nearly all the votes that had previously gone to Blaine and Sherman on the following ballot, leading to his nomination. During the campaign, Garfield faced intense personal attacks; allegations that he received $329 from Crédit Mobilier as a dividend on stock prompted his opponents to chant “329,” with that number plastered across city streets and printed in bold type in partisan newspapers. The forged “Morey letter,” which falsely presented him as opposing the exclusion of Chinese immigrants, circulated widely and harmed his candidacy in the West. However, the fact that the charges against Garfield didn’t gain widespread belief is evident in his receiving 214 electoral votes compared to his opponent's 155. He was inaugurated on March 4, 1881.
Unfortunately, the new president was unequal to the task of composing the differences in his party. For his secretary of state he chose James G. Blaine, the bitterest political enemy of Senator Roscoe Conkling (q.v.), the leader of the New York “stalwarts.” Without consulting the New York senators, Garfield appointed William H. Robertson, another political enemy of Conkling’s, to the desirable post of Collector of the Port of New York, and thereby destroyed all prospects of party harmony. On the 2nd of July, while on his way to attend the commencement exercises at Williams College, the new president was shot in a Washington railway station by a disappointed office-seeker named Charles J. Guiteau, whose mind had no doubt been somewhat influenced by the abuse lavished upon the president by his party opponents; and on the 19th of September 1881, he died at Elberon, New Jersey, whither he had been removed on the 6th. He was buried in Cleveland, Ohio, where in 1890 a monument was erected by popular subscription to his memory.
Unfortunately, the new president struggled to resolve the differences within his party. For his secretary of state, he chose James G. Blaine, the fiercest political rival of Senator Roscoe Conkling (q.v.), the leader of the New York “stalwarts.” Without consulting the New York senators, Garfield appointed William H. Robertson, another political opponent of Conkling, to the coveted position of Collector of the Port of New York, which completely undermined any chances of party unity. On July 2nd, while heading to the commencement exercises at Williams College, the new president was shot at a railway station in Washington by a disgruntled office-seeker named Charles J. Guiteau, whose thoughts had likely been influenced by the criticisms directed at the president by his party’s opponents; he died on September 19, 1881, in Elberon, New Jersey, where he had been taken on the 6th. He was buried in Cleveland, Ohio, where a monument was built in his honor by popular donations in 1890.
In 1858 Garfield had married Miss Lucretia Rudolph, by whom he had seven children. His son, Harry Augustus Garfield (b. 1863) graduated at Williams College in 1885, practised law in Cleveland, Ohio, in 1888-1903, was professor of politics at Princeton University in 1903-1908, and in 1908 became president of Williams College. Another son, James Rudolph Garfield (b. 1865), also graduated at Williams College in 1885 and practised law in Cleveland; he was a Republican member of the Ohio Senate in 1896-1899, was commissioner of corporations, Department of Commerce and Labour, in 1903-1907, attracting wide attention by his reports on certain large industrial organizations, and was secretary of the interior (1907-1909) in the cabinet of President Roosevelt.
In 1858, Garfield married Lucretia Rudolph, and they had seven children together. His son, Harry Augustus Garfield (b. 1863), graduated from Williams College in 1885, practiced law in Cleveland, Ohio, from 1888 to 1903, was a politics professor at Princeton University from 1903 to 1908, and became president of Williams College in 1908. Another son, James R. Garfield (b. 1865), also graduated from Williams College in 1885 and practiced law in Cleveland. He served as a Republican member of the Ohio Senate from 1896 to 1899, was the commissioner of corporations in the Department of Commerce and Labor from 1903 to 1907, where he gained significant attention for his reports on major industrial organizations, and was the Secretary of the Interior (1907-1909) in President Roosevelt’s cabinet.
President Garfield’s writings, edited by Burke A. Hinsdale, were published at Boston, in two volumes, in 1882.
President Garfield’s writings, edited by Burke A. Hinsdale, were published in Boston, in two volumes, in 1882.
GAR-FISH, the name given to a genus of fishes (Belone) found in nearly all the temperate and tropical seas, and readily recognized by their long, slender, compressed and silvery body, and by their jaws being produced into a long, pointed, bony and sharply-toothed beak. About fifty species are known from different parts of the globe, some attaining to a length of 4 or 5 ft. One species is common on the British coasts, and is well known by the names of “long-nose,” “green-bone,” &c. The last name is given to those fishes on account of the peculiar green colour of their bones, which deters many people from eating them, although their flesh is well flavoured and perfectly wholesome. The skipper (Scomberesox) and half-beak (Hemirhamphus), in which the lower jaw only is prolonged, are fishes nearly akin to the gar-pikes.
GAR-FISH, is the name for a genus of fish (Belone) found in almost all temperate and tropical seas. They're easily recognized by their long, slender, compressed, silvery body and their long, pointed, bony, sharply-toothed beak. Around fifty species are known worldwide, with some reaching lengths of 4 to 5 feet. One species is common along the British coasts and is known by names like “long-nose” and “green-bone.” The latter name comes from the unique green color of their bones, which discourages many people from eating them, even though their flesh is flavorful and completely safe to eat. The skipper (Scomberesox) and half-beak (Hemirhamphus), which only have an extended lower jaw, are closely related to gar-pikes.
GARGANEY1 (North-Italian, Garganello), or Summer-Teal, the Anas querquedula and A. circia of Linnaeus (who made, as did Willughby and Ray, two species out of one), and the type of Stephens’s genus Querquedula. This bird is one of the smallest of the Anatidae, and has gained its common English name from being almost exclusively a summer-visitant to England where nowadays it only regularly resorts to breed in some of the East-Norfolk Broads, though possibly at one time it was found at the same season throughout the great Fen-district. Slightly larger than the common teal (A. crecca), the male is readily distinguished therefrom by its peculiarly-coloured head, the sides of which are nutmeg-brown, closely freckled with short whitish streaks, while a conspicuous white curved line descends backwards from the eyes. The upper wing-coverts are bluish grey, the scapulars black with a white shaft-stripe, and the wing-spot (speculum) greyish green bordered above and below by white. The female closely resembles the hen teal, but possesses no wing-spot. In Ireland or Scotland the garganey is very rare, and though it is recorded from Iceland, more satisfactory evidence of its occurrence there is needed. It has not a high northern range, and its appearance in Norway and Sweden is casual. Though it breeds in many parts of Europe, in none can it be said to be common; but it ranges far to the eastward in Asia—even to Formosa, according to Swinhoe—and yearly visits India in winter in enormous numbers. Those that breed in Norfolk arrive somewhat late in spring and make their nests in the vast reed-beds which border the Broads—a situation rarely or never chosen by the teal. The labyrinth or bony enlargement of the trachea in the male garganey differs in form from that described in any other drake, being more oval and placed nearly in the 466 median line of the windpipe, instead of on one side, as is usually the case.
Garganey1 (North-Italian, Garganello), or Summer Teal, the Anas querquedula and A. circia of Linnaeus (who, like Willughby and Ray, classified two species as one), and the type of Stephens’s genus Querquedula. This bird is one of the smallest in the Anatidae family and gets its common English name because it primarily visits England in the summer. Nowadays, it only regularly breeds in some areas of the East-Norfolk Broads, although it may have once been found at that time throughout the entire Fen-district. Slightly larger than the common teal (A. crecca), the male can be easily recognized by its uniquely colored head, which has nutmeg-brown sides with short whitish speckles, and a distinct white curved line that runs back from its eyes. The upper wing-coverts are bluish-gray, the scapulars are black with a white stripe along the shaft, and the wing-spot (speculum) is grayish-green with white borders above and below. The female looks a lot like the female teal but does not have a wing-spot. In Ireland and Scotland, the garganey is very rare, and although it has been spotted in Iceland, more evidence of its presence there is needed. It doesn’t have a high northern range, and its appearances in Norway and Sweden are occasional. While it breeds in various parts of Europe, it can’t be considered common anywhere; however, it ranges far east into Asia—even reaching Formosa, according to Swinhoe—and migrates to India in large numbers during the winter. Those that breed in Norfolk arrive a bit late in spring and nest in the vast reed-beds that line the Broads—an area that teal rarely, if ever, choose. The labyrinth or bony enlargement of the trachea in the male garganey is shaped differently than in any other drake, being more oval and located nearly in the 466 middle of the windpipe, instead of positioned to one side as is usually the case.
1 The word was introduced by Willughby from Gesner (Orn., lib. iii. p. 127), but, though generally adopted by authors, seems never to have become other than a book-name in English, the bird being invariably known in the parts of this island where it is indigenous as “summer-teal.”
1 The term was brought in by Willughby from Gesner (Orn., lib. iii. p. 127), but, although it’s widely accepted by writers, it never really caught on as anything but a textbook name in English. In the regions of this island where it's native, the bird is always referred to as "summer-teal."
GARGANO, MONTE (anc. Garganus Mons), a massive mountainous peninsula projecting E. from the N. coast of Apulia, Italy, and belonging geologically to the opposite Dalmatian coast; it was indeed separated from the rest of Italy by an arm of the sea as late as the Tertiary period. The highest point (Monte Calvo) is 3465 ft. above sea-level. The oak forests for which it was renowned in Roman times have entirely disappeared.
Gargano, Monte (formerly Garganus Mons), a large mountainous peninsula extending east from the northern coast of Apulia, Italy, and geologically related to the opposite Dalmatian coast; it was actually separated from the rest of Italy by a sea inlet as recently as the Tertiary period. The highest point (Monte Calvo) stands at 3,465 feet above sea level. The oak forests that made it famous in Roman times have completely vanished.
GARGOYLE, or Gurgoyle (from the Fr. gargouille, originally the throat or gullet, cf. Lat. gurgulio, gula, and similar words derived from root gar, to swallow, the word representing the gurgling sound of water; Ital. doccia di grande; Ger. Ausguss), in architecture, the carved termination to a spout which conveys away the water from the gutters. Gargoyles are mostly grotesque figures. The term is applied more especially to medieval work, but throughout all ages some means of throwing the water off the roofs, when not conveyed in gutters, has been adopted, and in Egypt there are gargoyles to eject the water used in the washing of the sacred vessels which would seem to have been done on the flat roofs of the temples. In Greek temples the water from the roof passed through the mouths of lions whose heads were carved or modelled in the marble or terra-cotta cymatium of the cornice. At Pompeii large numbers of terra-cotta gargoyles have been found which were modelled in the shape of various animals.
Gargoyle, or Gargoyle (from the French gargouille, originally meaning the throat or gullet, related to the Latin gurgulio, gula, and similar terms derived from the root gar, meaning to swallow, representing the gurgling sound of water; Italian doccia di grande; German Ausguss), in architecture, refers to the carved end of a spout that directs water away from the gutters. Gargoyles are mostly grotesque figures. The term is more commonly associated with medieval work, but throughout history, methods to redirect roof water, when not channeled by gutters, have been used. In Egypt, there are gargoyles designed to expel water used to wash sacred vessels, which seems to have been done on the flat roofs of temples. In Greek temples, water from the roof flowed through the mouths of lion heads carved or molded in marble or terra-cotta on the cornice. At Pompeii, many terra-cotta gargoyles shaped like various animals have been discovered.
GARHWAL, or Gurwal. 1. A district of British India, in the Kumaon division of the United Provinces. It has an area of 5629 sq. m., and consists almost entirely of rugged mountain ranges running in all directions, and separated by narrow valleys which in some cases become deep gorges or ravines. The only level portion of the district is a narrow strip of waterless forest between the southern slopes of the hills and the fertile plains of Rohilkhand. The highest mountains are in the north, the principal peaks being Nanda Devi (25,661 ft.), Kamet (25,413), Trisul (23,382), Badrinath (23,210), Dunagiri (23,181) and Kedarnath (22,853). The Alaknanda, one of the main sources of the Ganges, receives with its affluents the whole drainage of the district. At Devaprayag the Alaknanda joins the Bhagirathi, and thenceforward the united streams bear the name of the Ganges. Cultivation is principally confined to the immediate vicinity of the rivers, which are employed for purposes of irrigation. Garhwal originally consisted of 52 petty chieftainships, each chief with his own independent fortress (garh). Nearly 500 years ago, one of these chiefs, Ajai Pál, reduced all the minor principalities under his own sway, and founded the Garhwal kingdom. He and his ancestors ruled over Garhwal and the adjacent state of Tehri, in an uninterrupted line till 1803, when the Gurkhas invaded Kumaon and Garhwal, driving the Garhwal chief into the plains. For twelve years the Gurkhas ruled the country with a rod of iron, until a series of encroachments by them on British territory led to the war with Nepal in 1814. At the termination of the campaign, Garhwal and Kumaon were converted into British districts, while the Tehri principality was restored to a son of the former chief. Since annexation, Garhwal has rapidly advanced in material prosperity. Pop. (1901) 429,900. Two battalions of the Indian army (the 39th Garhwal Rifles) are recruited in the district, which also contains the military cantonment of Lansdowne. Grain and coarse cloth are exported, and salt, borax, live-stock and wool are imported, the trade with Tibet being considerable. The administrative headquarters are at the village of Pauri, but Srinagar is the largest place. This is an important mart, as is also Kotdwara, the terminus of a branch of the Oudh and Rohilkhand railway from Najibabad.
GARHWAL, or Gurwal. 1. A district in British India, located in the Kumaon division of the United Provinces. It covers an area of 5,629 square miles and is mostly made up of rugged mountains that stretch in all directions, separated by narrow valleys that sometimes turn into deep gorges or ravines. The only flat area in the district is a narrow strip of dry forest between the southern slopes of the hills and the fertile plains of Rohilkhand. The tallest mountains are in the north, with major peaks including Nanda Devi (25,661 ft.), Kamet (25,413), Trisul (23,382), Badrinath (23,210), Dunagiri (23,181), and Kedarnath (22,853). The Alaknanda, one of the primary sources of the Ganges, collects all the drainage of the district along with its tributaries. At Devaprayag, the Alaknanda merges with the Bhagirathi, and from there onward, the combined rivers are known as the Ganges. Farming is mainly limited to the areas close to the rivers, which are used for irrigation. Garhwal was originally made up of 52 small chieftainships, with each chief having their own independent fortress (garh). Almost 500 years ago, one of these chiefs, Ajai Pál, unified all the smaller principalities under his rule and established the Garhwal kingdom. He and his descendants governed Garhwal and the nearby state of Tehri continuously until 1803, when the Gurkhas invaded Kumaon and Garhwal, forcing the Garhwal chief to retreat to the plains. The Gurkhas ruled the area with strict control for twelve years until their repeated invasions into British territory led to the war with Nepal in 1814. After the conflict, Garhwal and Kumaon were made British districts, while the Tehri principality was returned to a son of the former chief. Since annexation, Garhwal has rapidly improved in material wealth. Population (1901) 429,900. Two battalions of the Indian army (the 39th Garhwal Rifles) are recruited from the district, which is also home to the military base at Lansdowne. Grain and coarse cloth are exported, while salt, borax, livestock, and wool are imported, with significant trade with Tibet. The administrative headquarters are in the village of Pauri, but Srinagar is the largest settlement. This is an important trade center, as is Kotdwara, the endpoint of a branch of the Oudh and Rohilkhand railway from Najibabad.
2. A native state, also known as Tehri, after its capital; area 4180 sq. m.; pop. (1901) 268,885. It adjoins the district mentioned above, and its topographical features are similar. It contains the sources of both the Ganges and the Jumna, which are visited by thousands of Hindu pilgrims. The gross revenue is about £28,000, of which nearly half is derived from forests. No tribute is paid to the British government.
2. A native state, also called Tehri after its capital; area 4,180 sq. miles; population (1901) 268,885. It borders the district mentioned above, and its geography is similar. It has the sources of both the Ganges and the Yamuna rivers, which attract thousands of Hindu pilgrims. The total revenue is around £28,000, with nearly half coming from forests. No tribute is paid to the British government.
GARIBALDI, GIUSEPPE (1807-1882), Italian patriot, was born at Nice on the 4th of July 1807. As a youth he fled from home to escape a clerical education, but afterwards joined his father in the coasting trade. After joining the “Giovine Italia” he entered the Sardinian navy, and, with a number of companions on board the frigate “Euridice,” plotted to seize the vessel and occupy the arsenal of Genoa at the moment when Mazzini’s Savoy expedition should enter Piedmont. The plot being discovered, Garibaldi fled, but was condemned to death by default on the 3rd of June 1834. Escaping to South America in 1836, he was given letters of marque by the state of Rio Grande do Sul, which had revolted against Brazil. After a series of victorious engagements he was taken prisoner and subjected to severe torture, which dislocated his limbs. Regaining liberty, he renewed the war against Brazil, and took Porto Allegro. During the campaign he met his wife, Anita, who became his inseparable companion and mother of three children, Anita, Ricciotti and Menotti. Passing into the service of Uruguay, he was sent to Corrientes with a small flotilla to oppose Rosas’s forces, but was overtaken by Admiral Brown, against whose fleet he fought for three days. When his ammunition was exhausted he burned his ships and escaped. Returning to Montevideo, he formed the Italian Legion, with which he won the battles of Cerro and Sant’ Antonio in the spring of 1846, and assured the freedom of Uruguay. Refusing all honours and recompense, he prepared to return to Italy upon receiving news of the incipient revolutionary movement. In October 1847 he wrote to Pius IX., offering his services to the Church, whose cause he for a moment believed to be that of national liberty.
GARIBALDI, GIUSEPPE (1807-1882), Italian patriot, was born in Nice on July 4, 1807. As a young man, he ran away from home to avoid a religious education but later joined his father in the coastal trade. After becoming a member of "Giovine Italia," he enlisted in the Sardinian navy and, along with several friends on the frigate "Euridice," conspired to take control of the ship and seize the arsenal in Genoa at the moment Mazzini’s Savoy expedition was entering Piedmont. When the plan was uncovered, Garibaldi fled but was sentenced to death in absentia on June 3, 1834. He escaped to South America in 1836, where the state of Rio Grande do Sul, which had revolted against Brazil, granted him letters of marque. After a series of successful battles, he was captured and tortured severely, dislocating his limbs. Once he regained his freedom, he resumed fighting against Brazil and captured Porto Allegro. During this campaign, he met his wife, Anita, who became his lifelong partner and mother to three children: Anita, Ricciotti, and Menotti. He later served Uruguay, where he went to Corrientes with a small fleet to oppose Rosas’s forces but was confronted by Admiral Brown, against whom he fought for three days. When his ammunition ran out, he burned his ships and managed to escape. Upon returning to Montevideo, he established the Italian Legion, with which he won the battles of Cerro and Sant’Antonio in the spring of 1846, helping secure Uruguay’s freedom. Turning down all honors and rewards, he prepared to return to Italy upon hearing about the emerging revolutionary movement. In October 1847, he wrote to Pius IX, offering his services to the Church, which he briefly believed was aligned with the cause of national freedom.
Landing at Nice on the 24th of June 1848, he placed his sword at the disposal of Charles Albert, and, after various difficulties with the Piedmontese war office, formed a volunteer army 3000 strong, but shortly after taking the field was obliged, by the defeat of Custozza, to flee to Switzerland. Proceeding thence to Rome, he was entrusted by the Roman republic with the defence of San Pancrazio against the French, where he gained the victory of the 30th of April 1849, remaining all day in the saddle, although wounded in the side at the beginning of the fight. From the 3rd of May until the 30th of May he was continuously engaged against the Bourbon troops at Palestrina, Velletri and elsewhere, dispersing an army of 20,000 men with 3000 volunteers. After the fall of Rome he left the city at the head of 4000 volunteers, with the idea of joining the defenders of Venice, and started on that wonderful retreat through central Italy pursued by the armies of France, Austria, Spain and Naples. By his consummate generalship and the matchless endurance of his men the pursuers were evaded and San Marino reached, though with a sadly diminished force. Garibaldi and a few followers, including his devoted wife Anita, after vainly attempting to reach Venice, where the tricolor still floated, took refuge in the pine forests of Ravenna; the Austrians were seeking him in all directions, and most of his legionaries were captured and shot. Anita died near Comacchio, and he himself fled across the peninsula, being assisted by all classes of the people, to Tuscany, whence he escaped to Piedmont and ultimately to America. At New York, in order to earn a living, he became first a chandler, and afterwards a trading skipper, returning to Italy in 1854 with a small fortune, and purchasing the island of Caprera, on which he built the house thenceforth his home. On the outbreak of war in 1859 he was placed in command of the Alpine infantry, defeating the Austrians at Casale on the 8th of May, crossing the Ticino on the 23rd of May, and, after a series of victorious fights, liberating Alpine territory as far as the frontier of Tirol. When about to enter Austrian territory proper his advance was, however, checked by the armistice of Villafranca.
Landing in Nice on June 24, 1848, he offered his sword to Charles Albert and, after navigating various challenges with the Piedmontese war office, formed a volunteer army of 3,000. However, shortly after going into battle, he was forced to flee to Switzerland due to the defeat at Custozza. From there, he went to Rome, where the Roman republic entrusted him with the defense of San Pancrazio against the French. He won the battle on April 30, 1849, staying in the saddle all day despite being wounded in the side at the start of the fight. From May 3 to May 30, he was continuously engaged against the Bourbon troops at Palestrina, Velletri, and other locations, defeating an army of 20,000 men with his 3,000 volunteers. After Rome fell, he led 4,000 volunteers out of the city with plans to join the defenders of Venice, embarking on an extraordinary retreat through central Italy while being pursued by the armies of France, Austria, Spain, and Naples. Through his exceptional military skills and the incredible endurance of his men, they evaded their pursuers and reached San Marino, even though their numbers had sadly dwindled. Garibaldi and a few followers, including his devoted wife Anita, after unsuccessfully trying to reach Venice, where the tricolor still flew, found refuge in the pine forests of Ravenna. The Austrians were searching for him everywhere, and most of his legionaries were captured and executed. Anita died near Comacchio, and he himself fled across the peninsula, aided by people from all walks of life, to Tuscany, from where he eventually escaped to Piedmont and ultimately to America. In New York, to make a living, he first worked as a chandler and later as a trading skipper, returning to Italy in 1854 with a small fortune and buying the island of Caprera, where he built a house that became his home. When war broke out in 1859, he took command of the Alpine infantry, defeating the Austrians at Casale on May 8, crossing the Ticino on May 23, and, after a series of victorious battles, liberating Alpine territory up to the Tirol border. However, as he was about to enter Austrian territory, his advance was halted by the Villafranca armistice.
Returning to Como to wed the countess Raimondi, by whom he had been aided during the campaign, he was apprised, immediately after the wedding, of certain circumstances which caused him at once to abandon that lady and to start for central Italy. Forbidden to invade the Romagna, he returned indignantly to Caprera, where with Crispi and Bertani he planned the invasion of Sicily. Assured by Sir James Hudson of the 467 sympathy of England, he began active preparations for the expedition to Marsala. At the last moment he hesitated, but Crispi succeeded in persuading him to sail from Genoa on the 5th of May 1860 with two vessels carrying a volunteer corps of 1070 strong. Calling at Talamone to embark arms and money, he reached Marsala on the 11th of May, and landed under the protection of the British vessels “Intrepid” and “Argus.” On the 12th of May the dictatorship of Garibaldi was proclaimed at Salemi, on the 15th of May the Neapolitan troops were routed at Calatafimi, on the 25th of May Palermo was taken, and on the 6th of June 20,000 Neapolitan regulars, supported by nine frigates and protected by two forts, were compelled to capitulate. Once established at Palermo, Garibaldi organized an army to liberate Naples and march upon Rome, a plan opposed by the emissaries of Cavour, who desired the immediate annexation of Sicily to the Italian kingdom. Expelling Lafarina and driving out Depretis, who represented Cavour, Garibaldi routed the Neapolitans at Milazzo on the 20th of July. Messina fell on the 20th of July, but Garibaldi, instead of crossing to Calabria, secretly departed for Aranci Bay in Sardinia, where Bertani was fitting out an expedition against the papal states. Cavour, however, obliged the expedition to sail for Palermo. Returning to Messina, Garibaldi found a letter from Victor Emmanuel II. dissuading him from invading the kingdom of Naples. Garibaldi replied asking “permission to disobey.” Next day he crossed the Strait, won the battle of Reggio on the 21st of August, accepted the capitulation of 9000 Neapolitan troops at San Giovanni and of 11,000 more at Soveria. The march upon Naples became a triumphal progress, which the wiles of Francesco II. were powerless to arrest. On the 7th of September Garibaldi entered Naples, while Francesco fled to Gaeta. On the 1st of October he routed the remnant of the Bourbon army 40,000 strong on the Volturno. Meanwhile the Italian troops had occupied the Marches, Umbria and the Abruzzi, a battalion of Bersaglieri reaching the Volturno in time to take part in the battle. Their presence put an end to the plan for the invasion of the papal states, and Garibaldi unwillingly issued a decree for the plébiscite which was to sanction the incorporation of the Two Sicilies in the Italian realm. On the 7th of November Garibaldi accompanied Victor Emmanuel during his solemn entry into Naples, and on the morrow returned to Caprera, after disbanding his volunteers and recommending their enrolment in the regular army.
Returning to Como to marry Countess Raimondi, who had helped him during the campaign, he was informed right after the wedding of certain circumstances thatImmediately compelled him to leave her and head to central Italy. Although he was forbidden to invade Romagna, he angrily returned to Caprera, where he, along with Crispi and Bertani, planned the invasion of Sicily. With assurance from Sir James Hudson about England's support, he began preparations for the expedition to Marsala. At the last minute, he hesitated, but Crispi convinced him to sail from Genoa on May 5, 1860, with two ships carrying a volunteer force of 1,070 men. Stopping at Talamone to load arms and money, he arrived in Marsala on May 11 and landed under the protection of the British ships “Intrepid” and “Argus.” On May 12, Garibaldi's dictatorship was proclaimed in Salemi, on May 15, the Neapolitan troops were defeated at Calatafimi, on May 25, Palermo was captured, and on June 6, 20,000 Neapolitan regulars, supported by nine frigates and protected by two forts, were forced to surrender. Once established in Palermo, Garibaldi organized an army to liberate Naples and advance upon Rome, a plan opposed by Cavour's agents, who wanted Sicily to be immediately annexed to the Italian kingdom. Expelling Lafarina and driving out Depretis, who represented Cavour, Garibaldi defeated the Neapolitans at Milazzo on July 20. Messina fell on the same day, but instead of crossing over to Calabria, Garibaldi secretly departed for Aranci Bay in Sardinia, where Bertani was preparing an expedition against the papal states. However, Cavour forced the expedition to head for Palermo. Upon returning to Messina, Garibaldi found a letter from Victor Emmanuel II advising him against invading the Kingdom of Naples. Garibaldi responded by asking for “permission to disobey.” The next day, he crossed the Strait, won the battle of Reggio on August 21, and accepted the surrender of 9,000 Neapolitan troops at San Giovanni and another 11,000 at Soveria. The march toward Naples became a triumphant advance, which the tricks of Francesco II. could not stop. On September 7, Garibaldi entered Naples, while Francesco fled to Gaeta. On October 1, he defeated the remaining Bourbon army of 40,000 men on the Volturno. Meanwhile, Italian troops had occupied the Marches, Umbria, and the Abruzzi, with a battalion of Bersaglieri arriving at the Volturno just in time to join the battle. Their presence put an end to the invasion of the papal states, and Garibaldi reluctantly issued a decree for the plébiscite to approve the integration of the Two Sicilies into the Italian kingdom. On November 7, Garibaldi accompanied Victor Emmanuel during his ceremonial entry into Naples, and the next day returned to Caprera after disbanding his volunteers and recommending their enlistment in the regular army.
Indignation at the cession of Nice to France and at the neglect of his followers by the Italian government induced him to return to political life. Elected deputy in 1861, his anger against Cavour found violent expression. Bixio attempted to reconcile them, but the publication by Cialdini of a letter against Garibaldi provoked a hostility which, but for the intervention of the king, would have led to a duel between Cialdini and Garibaldi. Returning to Caprera, Garibaldi awaited events. Cavour’s successor, Ricasoli, enrolled the Garibaldians in the regular army; Rattazzi, who succeeded Ricasoli, urged Garibaldi to undertake an expedition in aid of the Hungarians, but Garibaldi, finding his followers ill-disposed towards the idea, decided to turn his arms against Rome. On the 29th of June 1862 he landed at Palermo and gathered an army under the banner “Roma o morte.” Rattazzi, frightened at the prospect of an attack upon Rome, proclaimed a state of siege in Sicily, sent the fleet to Messina, and instructed Cialdini to oppose Garibaldi. Circumventing the Italian troops, Garibaldi entered Catania, crossed to Melito with 3000 men on the 25th of August, but was taken prisoner and wounded by Cialdini’s forces at Aspromonte on the 27th of August. Liberated by an amnesty, Garibaldi returned once more to Caprera amidst general sympathy.
Indignation over the handover of Nice to France and the disregard for his supporters by the Italian government drove him back into politics. Elected as a deputy in 1861, his anger towards Cavour erupted violently. Bixio tried to mediate between them, but the release of a letter by Cialdini criticizing Garibaldi sparked a conflict that, without the king's intervention, would have resulted in a duel between Cialdini and Garibaldi. After returning to Caprera, Garibaldi bided his time. Cavour's successor, Ricasoli, integrated the Garibaldians into the regular army; Rattazzi, who followed Ricasoli, encouraged Garibaldi to launch a campaign to support the Hungarians. However, Garibaldi, realizing his supporters were against the idea, chose to direct his efforts towards Rome instead. On June 29, 1862, he landed in Palermo and rallied an army under the slogan “Roma o morte.” Rattazzi, alarmed by the threat of an assault on Rome, declared a state of siege in Sicily, deployed the fleet to Messina, and ordered Cialdini to fight against Garibaldi. Outmaneuvering the Italian forces, Garibaldi entered Catania and crossed over to Melito with 3,000 men on August 25, but was captured and wounded by Cialdini’s troops at Aspromonte on August 27. Freed by an amnesty, Garibaldi returned once again to Caprera amidst widespread support.
In the spring of 1864 he went to London, where he was accorded an enthusiastic reception and given the freedom of the city. From England he returned again to Caprera. On the outbreak of war in 1866 he assumed command of a volunteer army and, after the defeat of the Italian troops at Custozza, took the offensive in order to cover Brescia. On the 3rd of July he defeated the Austrians at Monte Saello, on the 7th at Lodrone, on the 10th at Darso, on the 16th at Condino, on the 19th at Ampola, on the 21st at Bezzecca, but, when on the point of attacking Trent, he was ordered by General Lamarmora to retire. His famous reply “Obbedisco” (“I obey”) has often been cited as a classical example of military obedience to a command destructive of a successful leader’s hopes, but documents now published (cf. Corriere della sera, 9th of August 1906) prove beyond doubt that Garibaldi had for some days known that the order to evacuate the Trentino would shortly reach him. The order arrived on the 9th of August, whereas Crispi had been sent as early as the 16th of July to warn Garibaldi that, owing to Prussian opposition, Austria would not cede the Trentino to Italy, and that the evacuation was inevitable. Hence Garibaldi’s laconic reply. From the Trentino he returned to Caprera to mature his designs against Rome, which had been evacuated by the French in pursuance of the Franco-Italian convention of the 15th of September 1864. Gathering volunteers in the autumn of 1867, he prepared to enter papal territory, but was arrested at Sinalunga by the Italian government and conducted to Caprera. Eluding the surveillance of the Italian cruisers, he returned to Florence, and, with the complicity of the second Rattazzi cabinet, entered Roman territory at Passo Corese on the 23rd of October. Two days later he took Monterotondo, but on the 2nd of November his forces were dispersed at Mentana by French and papal troops. Recrossing the Italian frontier, he was arrested at Figline and taken back to Caprera, where he eked out his slender resources by writing several romances. In 1870 he formed a fresh volunteer corps and went to the aid of France, defeating the German troops at Chatillon, Autun and Dijon. Elected a member of the Versailles assembly, he resigned his mandate in anger at French insults, and withdrew to Caprera until, in 1874, he was elected deputy for Rome. Popular enthusiasm induced the Conservative Minghetti cabinet to propose that a sum of £40,000 with an annual pension of £2000 be conferred upon him as a recompense for his services, but the proposal, though adopted by parliament (27th May 1875), was indignantly refused by Garibaldi. Upon the advent of the Left to power, however, he accepted both gift and pension, and worked energetically upon the scheme for the Tiber embankment to prevent the flooding of Rome. At the same time he succeeded in obtaining the annulment of his marriage with the countess Raimondi (with whom he had never lived) and contracted another marriage with the mother of his children, Clelia and Manlio. In 1880 he went to Milan for the inauguration of the Mentana monument, and in 1882 visited Naples and Palermo, but was prevented by illness from being present at the 600th anniversary of the Sicilian Vespers. On the 2nd of June 1882 his death at Caprera plunged Italy into mourning.
In the spring of 1864, he went to London, where he received an enthusiastic welcome and was granted the freedom of the city. After his time in England, he returned to Caprera. When war broke out in 1866, he took command of a volunteer army and, following the defeat of the Italian troops at Custozza, he took the initiative to protect Brescia. On July 3rd, he defeated the Austrians at Monte Saello, on the 7th at Lodrone, on the 10th at Darso, on the 16th at Condino, on the 19th at Ampola, and on the 21st at Bezzecca. However, when he was about to attack Trent, General Lamarmora ordered him to withdraw. His famous response “Obbedisco” (“I obey”) has often been referenced as a classic example of military obedience to a command that undermined the hopes of a successful leader. However, recently published documents (cf. Corriere della sera, August 9, 1906) definitively show that Garibaldi had known for several days that the evacuation order for Trentino would soon arrive. The order came on August 9th, while Crispi had warned Garibaldi as early as July 16th that due to Prussian opposition, Austria would not give the Trentino to Italy, making evacuation unavoidable. Hence Garibaldi's brief reply. After leaving the Trentino, he returned to Caprera to develop his plans for Rome, which had been vacated by the French following the Franco-Italian convention of September 15, 1864. In the fall of 1867, he gathered volunteers and got ready to enter papal territory, but was arrested at Sinalunga by the Italian government and taken back to Caprera. Escaping the Italian cruisers' watch, he returned to Florence, and with the help of the second Rattazzi cabinet, crossed into Roman territory at Passo Corese on October 23rd. Two days later, he captured Monterotondo, but on November 2nd, his forces were defeated at Mentana by French and papal troops. After crossing back into Italy, he was arrested at Figline and returned to Caprera, where he supported himself by writing several romances. In 1870, he formed another volunteer group and went to help France, defeating German troops at Chatillon, Autun, and Dijon. Elected to the Versailles assembly, he resigned his seat in anger over French insults and retreated to Caprera until, in 1874, he was elected deputy for Rome. Popular enthusiasm led the Conservative Minghetti cabinet to propose that he receive £40,000 and an annual pension of £2,000 as compensation for his services. However, Garibaldi indignantly rejected the proposal, which was adopted by parliament on May 27, 1875. When the Left came to power, he accepted both the gift and the pension, and worked actively on a plan for the Tiber embankment to prevent flooding in Rome. At the same time, he managed to annul his marriage to Countess Raimondi (with whom he had never lived) and married the mother of his children, Clelia and Manlio. In 1880, he went to Milan for the inauguration of the Mentana monument, and in 1882 he visited Naples and Palermo, but was unable to attend the 600th anniversary of the Sicilian Vespers due to illness. On June 2, 1882, his death at Caprera caused Italy to mourn.
See Garibaldi, Epistolario, ed. E.E. Ximenes (2 vols., Milan, 1885), and Memorie autografiche (11th ed., Florence, 1902; Eng. translation by A. Werner, with supplement by J.W. Mario in vol. iii. of 1888 ed.); Giuseppe Guerzoni, Garibaldi (2 vols., Florence, 1882); Jessie White Mario, Garibaldi e i suoi tempi (Milan, 1884); G.M. Trevelyan, Garibaldi’s Defence of the Roman Republic (London, 1907), which contains an excellent sketch of Garibaldi’s early career, of the events leading up to the proclamation of the Roman Republic, and a picturesque, detailed and authoritative account of the defence of Rome and of Garibaldi’s flight, with a very full bibliography; also Trevelyan’s Garibaldi and the Thousand (1909).
See Garibaldi, Epistolario, ed. E.E. Ximenes (2 vols., Milan, 1885), and Memorie autografiche (11th ed., Florence, 1902; Eng. translation by A. Werner, with supplement by J.W. Mario in vol. iii. of 1888 ed.); Giuseppe Guerzoni, Garibaldi (2 vols., Florence, 1882); Jessie White Mario, Garibaldi e i suoi tempi (Milan, 1884); G.M. Trevelyan, Garibaldi’s Defence of the Roman Republic (London, 1907), which contains an excellent overview of Garibaldi’s early career, the events that led to the proclamation of the Roman Republic, and a vivid, detailed, and authoritative account of the defense of Rome and Garibaldi’s escape, along with a comprehensive bibliography; also Trevelyan’s Garibaldi and the Thousand (1909).
GARIN LE LOHERAIN, French epic hero. The 12th century chanson de geste of Garin le Loherain is one of the fiercest and most sanguinary narratives left by the trouvères. This local cycle of Lorraine, which is completed by Hervis de Metz, Girbers de Metz, Anséis, fils de Girbert and Yon, is obviously based on history, and the failure absolutely to identify the events recorded does not deprive the poems of their value as a picture of the savage feudal wars of the 11th and 12th centuries. The episodes are evolved naturally and the usual devices adopted by the trouvères to reconcile their inconsistencies are absent. Nevertheless no satisfactory historical explanation of the story has yet been offered. It has been suggested by a recent critic (F. Settegast, Quellenstudien zur gallo-romanischen Epik, 1904) that these poems resume historical traditions going back to the Vandal irruption of 408 and the battle fought by the Romans and the West Goths against the Huns in 451. The cycle relates 468 three wars against hosts of heathen invaders. In the first of these Charles Martel and his faithful vassal Hervis of Metz fight by an extraordinary anachronism against the Vandals, who have destroyed Reims and besieged other cities. They are defeated in a great battle near Troyes. In the second Hervis is besieged in Metz by the “Hongres.” He sends first for help to Pippin, who defers his assistance by the advice of the traitor Hardré. Hervis then transfers his allegiance to Anséis of Cologne, by whose help the invaders are repulsed, though Hervis himself is slain. In the third Thierry, king of Moriane1 sends to Pippin for help against four Saracen kings. He is delivered by a Frankish host, but falls in the battle. Hervis of Metz was the son of a citizen to whom the duke of Lorraine had married his daughter Aelis, and his sons Garin and Begue are the heroes of the chanson which gives its name to the cycle. The dying king Thierry had desired that his daughter Blanchefleur should marry Garin, but when Garin prefers his suit at the court of Pippin, Fromont of Bordeaux puts himself forward as his rival and Hardré, Fromont’s father, is slain by Garin. The rest of the poem is taken up with the war that ensues between the Lorrainers and the men of Bordeaux. They finally submit their differences to the king, only to begin their disputes once more. Blanchefleur becomes the wife of Pippin, while Garin remains her faithful servant. One of the most famous passages of the poem is the assassination of Begue by a nephew of Fromont, and Garin, after laying waste his enemy’s territory, is himself slain. The remaining songs continue the feud between the two families. According to Paulin Paris, the family of Bordeaux represents the early dukes of Aquitaine, the last of whom, Waifar (745-768) was dispossessed and slain by Pippin the Short, king of the Franks; but the trouvères had in mind no doubt the wars which marked the end of the Carolingian dynasty.
GARIN LE LOHERAIN, French epic hero. The 12th century chanson de geste of Garin le Loherain is one of the most intense and bloodiest stories left by the trouvères. This local cycle of Lorraine, which includes Hervis de Metz, Girbers de Metz, Anséis, son of Girbert, and Yon, is clearly based on history, and the inability to precisely identify the recorded events does not undermine the poems' value as a representation of the brutal feudal wars of the 11th and 12th centuries. The episodes unfold naturally, and the typical methods used by the trouvères to resolve their inconsistencies are absent. Still, no satisfactory historical explanation of the story has been offered yet. A recent critic (F. Settegast, Quellenstudien zur gallo-romanischen Epik, 1904) suggested that these poems summarize historical traditions dating back to the Vandal invasion of 408 and the battle fought by the Romans and the West Goths against the Huns in 451. The cycle tells of 468 three wars against groups of pagan invaders. In the first, Charles Martel and his loyal vassal Hervis of Metz fight, through an unusual anachronism, against the Vandals, who have destroyed Reims and besieged other cities. They are defeated in a major battle near Troyes. In the second, Hervis is besieged in Metz by the “Hongres.” He first calls for help from Pippin, who delays his support on the advice of the traitor Hardré. Hervis then pledges his loyalty to Anséis of Cologne, who helps repel the invaders, though Hervis himself is killed. In the third, Thierry, king of Moriane1 asks Pippin for assistance against four Saracen kings. He is rescued by a Frankish army but falls in battle. Hervis of Metz was the son of a citizen to whom the duke of Lorraine had married his daughter Aelis, and his sons Garin and Begue are the heroes of the chanson that names the cycle. The dying king Thierry wished for his daughter Blanchefleur to marry Garin, but when Garin makes his proposal at Pippin's court, Fromont of Bordeaux steps forward as his rival, and Hardré, Fromont’s father, is killed by Garin. The rest of the poem focuses on the war that follows between the people of Lorraine and the men of Bordeaux. They ultimately present their disagreements to the king, only to restart their disputes. Blanchefleur becomes Pippin's wife, while Garin remains her loyal servant. One of the most notable parts of the poem is the assassination of Begue by a nephew of Fromont, and after devastation of his enemy’s lands, Garin is also slain. The remaining songs continue the feud between the two families. According to Paulin Paris, the family of Bordeaux represents the early dukes of Aquitaine, the last of whom, Waifar (745-768), was overthrown and killed by Pippin the Short, king of the Franks; but the trouvères likely had in mind the wars that ended the Carolingian dynasty.
See Li Romans de Garin le Loherain, ed. P. Paris (Paris, 1833); Hist. litt. de la France, vol. xxii. (1852); J.M. Ludlow, Popular Epics of the Middle Ages (London and Cambridge, 1865); F. Lot, Études d’histoire du moyen âge (Paris, 1896); F. Settegast, Quellenstudien zur gallo-romanischen Epik (Leipzig, 1904). A complete edition of the cycle was undertaken by E. Stengel, the first volume of which, Hervis de Mes (Gesellschaft für roman. Lit., Dresden), appeared in 1903.
See Li Romans de Garin le Loherain, ed. P. Paris (Paris, 1833); Hist. litt. de la France, vol. xxii. (1852); J.M. Ludlow, Popular Epics of the Middle Ages (London and Cambridge, 1865); F. Lot, Études d’histoire du moyen âge (Paris, 1896); F. Settegast, Quellenstudien zur gallo-romanischen Epik (Leipzig, 1904). A complete edition of the cycle was undertaken by E. Stengel, the first volume of which, Hervis de Mes (Gesellschaft für roman. Lit., Dresden), appeared in 1903.
GARLAND, JOHN (fl. 1202-1252), Latin grammarian, known as Johannes Garlandius, or, more commonly, Johannes de Garlandia, was born in England, though most of his life was spent in France. John Bale in his Catalogus, and John Pits, following Bale, placed him among the writers of the 11th century. The main facts of his life, however, are stated in a long poem De triumphis ecclesiae contained in Cotton MS. Claudius A x in the British Museum, and edited by Thomas Wright for the Roxburghe Club in 1856. Garland narrates the history of his time from the point of view of the victories gained by the church over heretics at home and infidels abroad. He studied at Oxford under a certain John of London, whom it is difficult to distinguish from others of the same name; but he must have been in Paris in or before 1202, for he mentions as one of his teachers Alain de Lisle, who died in that year or the next. Garland was one of the professors chosen in 1229 for the new university of Toulouse, and remained in the south during the Albigensian crusade, of which he gives a detailed account in books iv.-vi. In 1232 or 1233 the hatred of the people made further residence in Toulouse unsafe for the professors of the university, who had been installed by the Catholic party. Garland was one of the first to fly, and the rest of his life was spent in Paris, where he finished his poem in 1252. Garland’s grammatical works were much used in England, and were often printed by Richard Pynson and Wynkyn de Worde. He was also a voluminous Latin poet. Works on mathematics and music have also been assigned to him, but the ascription may have arisen from confusion of his works with those of Gerlandus, a canon of Besançon in the 12th century. The treatise on alchemy, Compendium alchimiae, often printed under his name, was by a 14th-century writer named Martin Ortolan, or Lortholain.
GARLAND, JOHN (active 1202-1252), a Latin grammarian known as Johannes Garlandius, or more commonly, Johannes de Garlandia, was born in England, though he spent most of his life in France. John Bale in his Catalogus, and John Pits, who followed Bale, classified him among the writers of the 11th century. However, the main details of his life are outlined in a long poem De triumphis ecclesiae found in Cotton MS. Claudius A x in the British Museum, which Thomas Wright edited for the Roxburghe Club in 1856. Garland recounts the history of his time from the perspective of the church's victories over heretics at home and infidels abroad. He studied at Oxford under a certain John of London, who is hard to distinguish from others with the same name; however, he must have been in Paris in or before 1202, as he mentions Alain de Lisle as one of his teachers, who died that year or the next. Garland was one of the professors appointed in 1229 for the new university of Toulouse, and he stayed in the south during the Albigensian crusade, providing a detailed account in books iv.-vi. By 1232 or 1233, the animosity of the people made it unsafe for the professors installed by the Catholic party to remain in Toulouse. Garland was among the first to flee, and he spent the rest of his life in Paris, where he completed his poem in 1252. Garland’s grammatical works were widely used in England and were frequently printed by Richard Pynson and Wynkyn de Worde. He was also a prolific Latin poet. Works on mathematics and music have also been attributed to him, but this might have come from confusing his works with those of Gerlandus, a canon from Besançon in the 12th century. The treatise on alchemy, Compendium alchimiae, often printed under his name, was actually written by a 14th-century author named Martin Ortolan, or Lortholain.
The best known of his poems beside the “De Triumphis Ecclesiae” is “Epithalamium beatae Mariae Virginis,” contained in the same MS. Among his other works are his “Dictionarius,” a Latin vocabulary, printed by T. Wright in the Library of National Antiquities (vol. i., 1857); Compendium totius grammatices ..., printed at Deventer, 1489; two metrical treatises, entitled Synonyma and Equivoca, frequently printed at the close of the 15th century.
The best-known of his poems besides “De Triumphis Ecclesiae” is “Epithalamium beatae Mariae Virginis,” found in the same manuscript. Among his other works are his “Dictionarius,” a Latin vocabulary, printed by T. Wright in the Library of National Antiquities (vol. i., 1857); Compendium totius grammatices ..., printed in Deventer, 1489; and two metrical treatises titled Synonyma and Equivoca, which were frequently printed at the end of the 15th century.
For further bibliographical information see the British Museum catalogue; J.A. Fabricius, Bibliotheca Latina mediae et infimae aetatis ..., vol. iii. (1754); G. Brunet, Manuel du libraire, &c. See also Histoire litt. de la France, vols. viii., xxi., xxiii. and xxx.; the prefaces to the editions by T. Wright mentioned above; P. Meyer, La Chanson de la croisade contre les Albigeois, vol. ii. pp. xxi-xxiii. (Paris, 1875); Dr A. Scheler, Lexicographie latine du XIIe et du XIIIe siècles (Leipzig, 1867); the article by C.L. Kingsford in the Dict. Nat. Biog., giving a list also of the works on alchemy, mathematics and music, rightly or wrongly ascribed to him; J.E. Sandys, Hist. of Class. Schol. i. (1906) 549.
For more bibliographical information, see the British Museum catalogue; J.A. Fabricius, Bibliotheca Latina mediae et infimae aetatis ..., vol. iii. (1754); G. Brunet, Manuel du libraire, &c. Also check Histoire litt. de la France, vols. viii., xxi., xxiii., and xxx.; the prefaces to the editions by T. Wright mentioned above; P. Meyer, La Chanson de la croisade contre les Albigeois, vol. ii. pp. xxi-xxiii. (Paris, 1875); Dr A. Scheler, Lexicographie latine du XIIe et du XIIIe siècles (Leipzig, 1867); the article by C.L. Kingsford in the Dict. Nat. Biog., which includes a list of works on alchemy, mathematics, and music, whether rightly or wrongly attributed to him; J.E. Sandys, Hist. of Class. Schol. i. (1906) 549.
GARLIC (O. Eng. gárleác, i.e. “spear-leek”; Gr. σκόροδον; Lat. allium; Ital. aglio; Fr. ail; Ger. Knoblauch), Allium sativum, a bulbous perennial plant of the natural order Liliaceae, indigenous apparently to south-west Siberia. It has long, narrow, flat, obscurely keeled leaves, a deciduous spathe, and a globose umbel of whitish flowers, among which are small bulbils. The bulb, which is the only part eaten, has membranous scales, in the axils of which are 10 or 12 cloves, or smaller bulbs. From these new bulbs can be procured by planting out in February or March. The bulbs are best preserved hung in a dry place. If of fair size, twenty of them weigh about 1 ℔. To prevent the plant from running to leaf, Pliny (Nat. Hist. xix. 34) advises to bend the stalk downward and cover with earth; seeding, he observes, may be prevented by twisting the stalk.
GARLIC (Old English gárleác, meaning “spear-leek”; Greek σκόροδον; Latin allium; Italian aglio; French ail; German Knoblauch), Allium sativum, is a bulbous perennial plant in the lily family, originally from southwest Siberia. It has long, narrow, flat leaves that are slightly ridged, a temporary flower sheath, and a round cluster of whitish flowers that include small bulbs. The only edible part is the bulb, which has thin scales and contains 10 to 12 cloves, or smaller bulbs. New bulbs can be grown by planting these cloves in February or March. To keep the bulbs fresh, hang them in a dry place. If they are of decent size, twenty bulbs weigh about 1 pound. To stop the plant from focusing on leaf growth, Pliny (Nat. Hist. xix. 34) recommends bending the stalk down and covering it with soil; he notes that twisting the stalk can prevent it from seeding.
Garlic is cultivated in the same manner as the shallot (q.v.). It is stated to have been grown in England before the year 1548. The percentage composition of the bulbs is given by E. Solly (Trans. Hort. Soc. Lond., new ser., iii. p. 60) as water 84.09, organic matter 13.38, and inorganic matter 1.53—that of the leaves being water 87.14, organic matter 11.27 and inorganic matter 1.59. The bulb has a strong and characteristic odour and an acrid taste, and yields an offensively smelling oil, essence of garlic, identical with allyl sulphide (C3H5)2S (see Hofmann and Cahours, Journ. Chem. Soc. x. p. 320). This, when garlic has been eaten, is evolved by the excretory organs, the activity of which it promotes. From the earliest times garlic has been used as an article of diet. It formed part of the food of the Israelites in Egypt (Numb. xi. 5) and of the labourers employed by Cheops in the construction of his pyramid, and is still grown in Egypt, where, however, the Syrian is the kind most esteemed (see Rawlinson’s Herodotus, ii. 125). It was largely consumed by the ancient Greek and Roman soldiers, sailors and rural classes (cf. Virg. Ecl. ii. 11), and, as Pliny tells us (N.H. xix. 32), by the African peasantry. Galen eulogizes it as the rustic’s theriac (see F. Adams’s Paulus Aegineta, p. 99), and Alexander Neckam, a writer of the 12th century (see Wright’s edition of his works, p. 473, 1863), recommends it as a palliative of the heat of the sun in field labour. “The people in places where the simoon is frequent,” says Mountstuart Elphinstone (An Account of the Kingdom of Caubul, p. 140, 1815), “eat garlic, and rub their lips and noses with it, when they go out in the heat of the summer, to prevent their suffering by the simoon.” “O dura messorum ilia,” exclaims Horace (Epod. iii.), as he records his detestation of the popular esculent, to smell of which was accounted a sign of vulgarity (cf. Shakespeare, Coriol. iv. 6, and Meas. for Meas. iii. 2). In England garlic is seldom used except as a seasoning, but in the southern countries of Europe it is a common ingredient in dishes, and is largely consumed by the agricultural population. Garlic was placed by the ancient Greeks on the piles of stones at cross-roads, as a supper for Hecate (Theophrastus, Characters, Δεισιδαιμονίας); and according to Pliny garlic and onions were invocated as deities by the Egyptians at the taking of oaths. The inhabitants of Pelusium in lower Egypt, who worshipped the onion, are said to have held both it and garlic in aversion as food. Garlic possesses stimulant and stomachic properties, and was of old, as still sometimes now, employed as a medicinal remedy. 469 Pliny (N.H. xx. 23) gives an exceedingly long list of complaints in which it was considered beneficial. Dr T. Sydenham valued it as an application in confluent smallpox, and, says Cullen (Mat. Med. ii. p. 174, 1789), found some dropsies cured by it alone. In the United States the bulb is given in doses of ½-2 drachms in cases of bronchiectasis and phthisis pulmonalis. Garlic may also be prescribed as an extract consisting of the inspissated juice, in doses of 5-10 grains, and as the syrupus allii aceticus, in doses of 1-4 drachms. This last preparation has recently been much extolled in the treatment of pulmonary tuberculosis or phthisis.
Garlic is grown in the same way as shallots (q.v.). It’s said to have been cultivated in England before 1548. E. Solly reports the bulb's composition as 84.09% water, 13.38% organic matter, and 1.53% inorganic matter, while the leaves contain 87.14% water, 11.27% organic matter, and 1.59% inorganic matter. The bulb has a strong, distinctive smell and a sharp taste, producing a foul-smelling oil known as garlic essence, which is the same as allyl sulphide (C3H5)2S (see Hofmann and Cahours, Journ. Chem. Soc. x. p. 320). After eating garlic, this substance is released by the body, enhancing the function of the excretory organs. Garlic has been part of the diet since ancient times. It was consumed by the Israelites in Egypt (Numb. xi. 5) and the laborers working on Cheops's pyramid, and it is still grown in Egypt, where the Syrian variety is the most valued (see Rawlinson’s Herodotus, ii. 125). Ancient Greek and Roman soldiers, sailors, and rural people used it a lot (cf. Virg. Ecl. ii. 11), as did the African peasantry, as reported by Pliny (N.H. xix. 32). Galen praised it as the peasant's remedy (see F. Adams’s Paulus Aegineta, p. 99), and Alexander Neckam, a writer from the 12th century (see Wright’s edition of his works, p. 473, 1863), suggested it as a relief from sun exposure during field work. “People in areas where the simoon is common,” says Mountstuart Elphinstone (An Account of the Kingdom of Caubul, p. 140, 1815), “eat garlic and rub it on their lips and noses in summer heat to avoid discomfort from the simoon.” Horace indicates his disdain for the popular food, saying “O dura messorum ilia” (Epod. iii.), noting that smelling like it was seen as a sign of being low class (cf. Shakespeare, Coriol. iv. 6, and Meas. for Meas. iii. 2). In England, garlic is rarely used except for seasoning, but it's a common ingredient in dishes in southern Europe and is widely consumed by farming communities. The ancient Greeks offered garlic on stone piles at crossroads as a supper for Hecate (Theophrastus, Characters, Superstition); according to Pliny, Egyptians would call upon garlic and onions as deities while taking oaths. The people of Pelusium in lower Egypt, who worshiped onions, reportedly disliked both as food. Garlic has stimulant and digestive properties and has been used historically, and still occasionally today, as a medicine. 469 Pliny (N.H. xx. 23) lists numerous ailments for which it was thought to be helpful. Dr. T. Sydenham valued it as a treatment for severe smallpox, and Cullen (Mat. Med. ii. p. 174, 1789) noted it cured some cases of dropsy on its own. In the United States, doses of ½-2 drachms of the bulb are given for bronchiectasis and pulmonary tuberculosis. Garlic might also be prescribed as an extract made from concentrated juice, in doses of 5-10 grains, and as syrupus allii aceticus, in doses of 1-4 drachms. This last preparation has recently been highly praised for treating pulmonary tuberculosis or phthisis.
The wild “crow garlic” and “field garlic” of Britain are the species Allium vineale and A. oleraceum respectively.
The wild “crow garlic” and “field garlic” of Britain are the species Allium vineale and A. oleraceum respectively.
GARNET, or Garnett, HENRY (1555-1606), English Jesuit, son of Brian Garnett, a schoolmaster at Nottingham, was educated at Winchester and afterwards studied law in London. Having become a Roman Catholic, he went to Italy, joined the Society of Jesus in 1575, and acquired under Bellarmine and others a reputation for varied learning. In 1586 he joined the mission in England, becoming superior of the province on the imprisonment of William Weston in the following year. In the dispute between the Jesuits and the secular clergy known as the “Wisbech Stirs” (1595-1596) he zealously supported Weston in his resistance to any compromise with the civil government. His antagonism to the secular clergy was also shown later, when in 1603 he, with other Jesuits, was the means of betraying to the government the “Bye Plot,” contrived by William Watson, a secular priest. In 1598 he was professed of the four vows.
GARNET, or Garnett, HENRY (1555-1606), English Jesuit, son of Brian Garnett, a schoolteacher in Nottingham, was educated at Winchester and later studied law in London. After becoming a Roman Catholic, he went to Italy, joined the Society of Jesus in 1575, and gained a reputation for diverse knowledge under Bellarmine and others. In 1586, he joined the mission in England and became the head of the province after William Weston was imprisoned the following year. During the conflict between the Jesuits and the secular clergy known as the “Wisbech Stirs” (1595-1596), he strongly supported Weston in opposing any compromise with the civil government. His opposition to the secular clergy was evident later when, in 1603, he and other Jesuits helped betray the “Bye Plot,” devised by William Watson, a secular priest, to the government. In 1598, he made the four vows.
Garnet supervised the Jesuit mission for eighteen years with conspicuous success. His life was one of concealment and disguises; a price was put on his head; but he was fearless and indefatigable in carrying on his propaganda and in ministering to the scattered Catholics, even in their prisons. The result was that he gained many converts, while the number of Jesuits in England increased during his tenure of office from three to forty. It is, however, in connexion with the Gunpowder Plot that he is best remembered. His part in this, for which he suffered death, needs discussion in greater detail.
Garnet oversaw the Jesuit mission for eighteen years with notable success. His life was filled with secrecy and disguises; there was a bounty on his head, but he was brave and tireless in spreading his message and in supporting the scattered Catholics, even those in prison. As a result, he converted many people, and the number of Jesuits in England rose from three to forty during his time in charge. However, he is best remembered in connection with the Gunpowder Plot. His role in this, for which he faced execution, requires a more detailed discussion.
In 1602 Garnet received briefs from Pope Clement VIII. directing that no person unfavourable to the Catholic religion should be allowed to succeed to the throne. About the same time he was consulted by Catesby, Tresham and Winter, all afterwards involved in the Gunpowder Plot, on the subject of the mission to be sent to Spain to induce Philip III. to invade England. According to his own statement he disapproved, but he gave Winter a recommendation to Father Creswell, an influential person at Madrid. Moreover, in May 1605 he gave introductions to Guy Fawkes when he went to Flanders, and to Sir Edmund Baynham when he went to Rome (see Gunpowder Plot). The preparations for the plot had now been actively going forward since the beginning of 1604, and on the 9th of June 1605 Garnet was asked by Catesby whether it was lawful to enter upon any undertaking which should involve the destruction of the innocent together with the guilty, to which Garnet answered in the affirmative, giving as an illustration the fate of persons besieged in a town in time of war. Afterwards, feeling alarmed, according to his own accounts, he admonished Catesby against intending the death of “not only innocents but friends and necessary persons for a commonwealth,” and showed him a letter from the pope forbidding rebellion. According to Sir Everard Digby, however, Garnet, when asked the meaning of the brief, replied “that they were not (meaning the priests) to undertake or procure stirs, but yet they would not hinder any, neither was it the pope’s mind they should, that should be undertaken for Catholic good.... This answer, with Mr Catesby’s proceedings with him and me, gave me absolute belief that the matter in general was approved, though every particular was not known.” Both men were endeavouring to exculpate themselves, and therefore both statements are subject to suspicion. A few days later, according to Garnet, the Jesuit, Oswald Tesemond, known as Greenway, informed him of the whole plot “by way of confession,” when, as he declares, he expressed horror at the design and urged Greenway to do his utmost to prevent its execution. Subsequently, after his trial, Garnet said he “could not certainly affirm” that Greenway intended to relate the matter to him in confession.
In 1602, Garnet received letters from Pope Clement VIII, stating that anyone opposed to the Catholic faith should not be allowed to take the throne. Around the same time, he was approached by Catesby, Tresham, and Winter, who were later involved in the Gunpowder Plot, about sending a mission to Spain to convince Philip III to invade England. He claimed to disapprove of the plan but recommended Winter to Father Creswell, a powerful figure in Madrid. Additionally, in May 1605, he introduced Guy Fawkes when he traveled to Flanders and Sir Edmund Baynham when he went to Rome (see Gunpowder Plot). Preparations for the plot had been underway since early 1604, and on June 9, 1605, Catesby asked Garnet whether it was lawful to carry out a plan that would result in the destruction of the innocent alongside the guilty. Garnet agreed, citing the fate of people trapped in a besieged town during wartime as an example. Later, feeling uneasy, he warned Catesby against killing “not only innocents but also friends and essential people for the common good,” and showed him a letter from the pope prohibiting rebellion. However, according to Sir Everard Digby, when Garnet was asked about the meaning of the brief, he replied that the priests were not to initiate or support uprisings, but they wouldn’t stop anyone else from doing so, nor was it the pope’s intention that they should, if it was for the good of Catholics... This response, along with Mr. Catesby’s dealings with him and me, made me completely believe that the overall matter was approved, even though not every detail was known. Both men were trying to clear themselves of blame, making their statements suspicious. A few days later, according to Garnet, the Jesuit Oswald Tesemond, known as Greenway, told him about the entire plot “as a confession,” to which Garnet claimed he reacted with horror and urged Greenway to do everything he could to prevent it. After his trial, Garnet said he “could not definitively state” that Greenway meant to share the information with him as a confession.
Garnet’s conduct in now keeping the plot a secret has been a matter of considerable controversy not only between Roman Catholics and Protestants, but amongst Roman Catholic writers themselves. Father Martin del Rio, a Jesuit, writing in 1600, discusses the exact case of the revelation of a plot in confession. Almost all the learned doctors, he says, declare that the confessor may reveal it, but he adds, “the contrary opinion is the safer and better doctrine, and more consistent with religion and with the reverence due to the holy rite of confession.” According to Bellarmine, Garnet’s zealous friend and defender, “If the person confessing be concealed, it is lawful for a priest to break the seal of confession in order to avert a great calamity”; but he justifies Garnet’s silence by insisting that it was not lawful to disclose a treasonable secret to a heretical king. According to Garnet’s own opinion a priest cognizant of treason against the state “is bound to find all lawful means to discover it salvo sigillo confessionis.” In this connexion it is worth pointing out that Garnet had not thought it his duty to disclose the treasonable intrigue with the king of Spain in 1602, though there was no pretence in this case that he was restricted by the seal of confession, and his inactivity now tells greatly in his disfavour; for, allowing even that he was bound by confessional secrecy from taking action on Greenway’s information, he had still Catesby’s earlier revelations to act upon. He appears to have taken no steps whatever to prevent the crime, beyond writing to Rome in vague terms that “he feared some particular desperate courses,” which aroused no suspicions in that quarter. At the same time he wrote to Father Parsons on the 4th of September that “as far as he could now see the minds of the Catholics were quieted.”
Garnet's decision to keep the plot a secret has sparked significant debate, not just between Roman Catholics and Protestants, but among Roman Catholic writers as well. Father Martin del Rio, a Jesuit, writing in 1600, talks about the specific situation regarding the disclosure of a plot during confession. He notes that almost all the knowledgeable scholars agree that the confessor may reveal it, but he adds, “the opposite view is the safer and better doctrine, more in line with religion and the respect due to the sacred rite of confession.” According to Bellarmine, Garnet's enthusiastic supporter and defender, “If the person confessing is unknown, it is acceptable for a priest to break the seal of confession to prevent a great disaster”; however, he defends Garnet’s silence by arguing that it was not right to reveal a treasonous secret to a heretical king. Garnet himself believed that a priest aware of treason against the state “is obligated to seek all lawful means to uncover it salvo sigillo confessionis.” In this context, it's noteworthy that Garnet felt no obligation to reveal the treasonous conspiracy with the king of Spain in 1602, despite there not being any claim that he was bound by the seal of confession, and his inaction now significantly harms his reputation; because even if he was restricted by confessional secrecy from acting on Greenway’s information, he still had Catesby’s earlier disclosures to consider. He seems not to have taken any steps to prevent the crime, beyond writing to Rome in vague language that “he feared some specific desperate actions,” which raised no alarms there. At the same time, he wrote to Father Parsons on September 4th that “as far as he could now tell, the minds of the Catholics were calmed.”
His movements immediately prior to the attempt were certainly suspicious. In September, shortly before the expected meeting of parliament on the 3rd of October, Garnet organized a pilgrimage to St Winifred’s Well in Flintshire, which started from Gothurst (now Gayhurst), Sir Everard Digby’s house in Buckinghamshire, included Rokewood, and stopped at the houses of John Grant and Robert Winter, three others of the conspirators. During the pilgrimage Garnet asked for the prayers of the company “for some good success for the Catholic cause at the beginning of parliament.” After his return he went on the 29th of October to Coughton in Warwickshire, near which place it had been settled the conspirators were to assemble after the explosion. On the 6th of November, Bates, Catesby’s servant and one of the conspirators, brought him a letter with the news of the failure of the plot and desiring advice. On the 30th Garnet addressed a letter to the government in which he protested his innocence with the most solemn oaths, “as one who hopeth for everlasting salvation.”
His actions just before the attempt were definitely suspicious. In September, shortly before the expected meeting of parliament on October 3rd, Garnet organized a pilgrimage to St Winifred’s Well in Flintshire. It started from Gothurst (now Gayhurst), Sir Everard Digby’s house in Buckinghamshire, included Rokewood, and stopped at the homes of John Grant and Robert Winter, two other conspirators. During the pilgrimage, Garnet asked for the group's prayers “for some good success for the Catholic cause at the beginning of parliament.” After he returned, on October 29th, he went to Coughton in Warwickshire, where it had been decided the conspirators would gather after the explosion. On November 6th, Bates, Catesby’s servant and one of the conspirators, brought him a letter with news of the plot's failure and requested advice. On the 30th, Garnet wrote a letter to the government in which he insisted on his innocence with the most solemn oaths, “as one who hopeth for everlasting salvation.”
It was not till the 4th of December, however, that Garnet and Greenway were, by the confession of Bates, implicated in the plot; and on the same day Garnet removed from Coughton to Hindlip Hall, near Worcester, a house furnished with cleverly-contrived hiding-places for the use of the proscribed priests. Here he remained some time in concealment in company with another priest, Oldcorne alias Hall, but at last on the 30th of January 1606, unable to bear the close confinement any longer, they surrendered and were taken up to London, being well treated during the journey by Salisbury’s express orders. He was examined by the council on the 13th of February and frequently questioned during the following days, but refused to incriminate himself, and a threat to inflict torture had no effect upon his resolution. Subsequently Garnet and Oldcorne having been placed in adjoining rooms and enabled to communicate with one another, their conversations were overheard on several separate occasions and considerable information obtained. Garnet at first denied all speech with Oldcorne, but subsequently on the 8th of March confessed his connexion with the plot. He was tried at the Guildhall on the 28th.
It wasn't until December 4th that Bates admitted that Garnet and Greenway were involved in the plot. On that same day, Garnet moved from Coughton to Hindlip Hall, near Worcester, a house fitted with cleverly designed hiding spots for the use of the banned priests. He stayed hidden there for a while with another priest, Oldcorne, also known as Hall. However, on January 30, 1606, unable to endure the confinement any longer, they surrendered and were taken up to London, being treated well during the journey by Salisbury's express orders. He was questioned by the council on February 13 and frequently asked questions in the following days, but he refused to incriminate himself, and a threat of torture didn't shake his resolve. Later, Garnet and Oldcorne were placed in adjoining rooms where they could communicate, and their conversations were overheard on several occasions, yielding substantial information. Initially, Garnet denied speaking with Oldcorne, but on March 8, he confessed to his involvement in the plot. He was tried at Guildhall on the 28th.
Garnet was clearly guilty of misprision of treason, i.e. of having concealed his knowledge of the crime, an offence which exposed 470 him to perpetual imprisonment and forfeiture of his property; for the law of England took no account of religious scruples or professional etiquette when they permit the execution of a preventable crime. Strangely enough, however, the government passed over the incriminating conversation with Greenway, and relied entirely on the strong circumstantial evidence to support the charge of high treason against the prisoner. The trial was not conducted in a manner which would be permitted in more modern days. The rules of evidence which now govern the procedure in criminal cases did not then exist, and Garnet’s trial, like many others, was influenced by the political situation, the case against him being supported by general political accusations against the Jesuits as a body, and with evidence of their complicity in former plots against the government. The prisoner himself deeply prejudiced his cause by his numerous false statements, and still more by his adherence to the doctrine of equivocation. Garnet, it is true, claimed to limit the justification of equivocation to cases “of necessary defence from injustice and wrong or of the obtaining some good of great importance when there is no danger of harm to others,” and he could justify his conduct in lying to the council by their own conduct towards him, which included treacherous eavesdropping and fraud, and also threats of torture. Moreover, the attempt of the counsel for the crown to force the prisoner to incriminate himself was opposed to the whole spirit and tradition of the law of England. He was declared guilty, and it is probable, in spite of the irregularity and unjudicial character of his trial, that substantial justice was done by his conviction. His execution took place on the 3rd of May 1606, Garnet acknowledging himself justly condemned for his concealment of the plot, but maintaining to the last that he had never approved it. The king, who had shown him favour throughout and who had forbidden his being tortured, directed that he should be hanged till he was quite dead and that the usual frightful cruelties should be omitted.
Garnet was clearly guilty of misprision of treason, meaning he had concealed his knowledge of the crime, which could lead to life imprisonment and the loss of his property. The law in England didn’t consider religious beliefs or professional etiquette when allowing the punishment for a preventable crime. Oddly enough, the government overlooked the incriminating conversation with Greenway and relied entirely on strong circumstantial evidence to support the charge of high treason against him. The trial was not conducted in a way that would be acceptable today. The rules of evidence that now govern criminal procedures were not in place then, and Garnet’s trial, like many others, was swayed by the political climate, with the case against him being fueled by general political accusations against the Jesuits as a group and evidence of their involvement in past plots against the government. The prisoner himself hurt his case with his many false statements, and even more so by sticking to the doctrine of equivocation. Garnet claimed to limit the justification of equivocation to situations “where necessary defense from injustice and wrong is required or to achieve something of great importance when there’s no danger of harm to others.” He defended his lying to the council by pointing out their own actions towards him, which included deceitful eavesdropping, fraud, and threats of torture. Furthermore, the crown's counsel’s attempt to force him to incriminate himself went against the very spirit and tradition of English law. He was found guilty, and despite the irregularities and unjudicial nature of his trial, it’s likely that justice was served through his conviction. His execution took place on May 3, 1606, with Garnet admitting he was justly condemned for hiding the plot but insisting until the end that he had never approved it. The king, who had favored him throughout and had forbidden his torture, ordered that he be hanged until dead and that the usual horrific cruelties be avoided.
Soon after his death the story of the miracle of “Garnet’s Straw” was circulated all over Europe, according to which a blood-stained straw from the scene of execution which came into the hands of one John Wilkinson, a young and fervent Roman Catholic, who was present, developed Garnet’s likeness. In consequence of the credence which the story obtained, Archbishop Bancroft was commissioned by the privy council to discover and punish the impostors. Garnet’s name was included in the list of the 353 Roman Catholic martyrs sent to Rome from England in 1880, and in the 2nd appendix of the Menology of England and Wales compiled by order of the cardinal archbishop and the bishops of the province of Westminster by R. Stanton in 1887, where he is styled “a martyr whose cause is deferred for future investigation.” The passage in Macbeth (Act II. Scene iii.) on equivocators no doubt refers especially to Garnet. His aliases were Farmer, Marchant, Whalley, Darcey Meaze, Phillips, Humphreys, Roberts, Fulgeham, Allen. Garnet was the author of a letter on the Martyrdom of Godfrey Maurice, alias John Jones, in Diego Yepres’s Historia particular de la persecucion de Inglaterra (1599); a Treatise of Schism, a MS. treatise in reply to A Protestant Dialogue between a Gentleman and a Physician; a translation of the Stemma Christi with supplements (1622); a treatise on the Rosary; a Treatise of Christian Renovation or Birth (1616).
Soon after his death, the story of the miracle of “Garnet’s Straw” spread throughout Europe. According to the tale, a blood-stained straw from the execution scene was found by a young and passionate Roman Catholic named John Wilkinson, who witnessed the event, and it showed Garnet’s likeness. Because this story gained so much credibility, Archbishop Bancroft was tasked by the privy council to find and punish the frauds. Garnet’s name was included in the list of the 353 Roman Catholic martyrs sent to Rome from England in 1880, and in the second appendix of the Menology of England and Wales, compiled by order of the cardinal archbishop and the bishops of the province of Westminster by R. Stanton in 1887, where he is referred to as “a martyr whose cause is deferred for future investigation.” The passage in Macbeth (Act II, Scene iii) about equivocators likely refers specifically to Garnet. His aliases included Farmer, Marchant, Whalley, Darcey Meaze, Phillips, Humphreys, Roberts, Fulgeham, and Allen. Garnet authored a letter on the Martyrdom of Godfrey Maurice, alias John Jones, in Diego Yepres’s Historia particular de la persecucion de Inglaterra (1599); a Treatise of Schism, a manuscript response to A Protestant Dialogue between a Gentleman and a Physician; a translation of the Stemma Christi with supplements (1622); a treatise on the Rosary; and a Treatise of Christian Renovation or Birth (1616).
Authorities.—Of the great number of works embodying the controversy on the question of Garnet’s guilt the following may be mentioned, in order of date: A True and Perfect Relation of the whole Proceedings against ... Garnet a Jesuit and his Confederates (1606, repr. 1679), the official account, but incomplete and inaccurate; Apologia pro Henrico Garneto (1610), by the Jesuit L’Heureux, under the pseudonym Eudaemon-Joannes, and Dr Robert Abbot’s reply, Antilogia versus Apologiam Eudaemon-Joannes, in which the whole subject is well treated; Henry More, Hist. Provinciae Anglicanae Societatis (1660); D. Jardine, Gunpowder Plot (1857); J. Morris, S.J., Condition of the Catholics under James I. (1872), containing Father Gerard’s narrative; J.H. Pollen, Father Henry Garnet and the Gunpowder Plot (1888); S.R. Gardiner, What Gunpowder Plot was (1897), in reply to John Gerard, S.J., What was the Gunpowder Plot? (1897); J. Gerard, Contributions towards a Life of Father Henry Garnet (1898). See also State Trials II., and Cal. of State Papers Dom., (1603-1610). The original documents are preserved in the Gunpowder Plot Book at the Record Office.
Authorities.—Among the many works discussing the debate over Garnet’s guilt, the following can be noted, listed by date: A True and Perfect Relation of the whole Proceedings against ... Garnet a Jesuit and his Confederates (1606, repr. 1679), the official account, though incomplete and inaccurate; Apologia pro Henrico Garneto (1610), by the Jesuit L’Heureux, using the pseudonym Eudaimonia-Joannes, along with Dr. Robert Abbot’s response, Antilogia versus Apologiam Eudaemon-Joannes, which discusses the entire issue thoroughly; Henry More, Hist. Provinciae Anglicanae Societatis (1660); D. Jardine, Gunpowder Plot (1857); J. Morris, S.J., Condition of the Catholics under James I. (1872), which includes Father Gerard’s account; J.H. Pollen, Father Henry Garnet and the Gunpowder Plot (1888); S.R. Gardiner, What Gunpowder Plot was (1897), in response to John Gerard, S.J., What was the Gunpowder Plot? (1897); J. Gerard, Contributions towards a Life of Father Henry Garnet (1898). See also State Trials II. and Cal. of State Papers Dom., (1603-1610). The original documents are kept in the Gunpowder Plot Book at the Record Office.
GARNET, a name applied to a group of closely-related minerals, many of which are used as gem-stones. The name probably comes from the Lat. granaticus, a stone so named from its resemblance to the pulp of the pomegranate in colour, or to its seeds in shape; or possibly from granum, “cochineal,” in allusion to the colour of the stone. The garnet was included, with other red stones, by Theophrastus, under the name of ἄνθραξ, while the common garnet seems to have been his ἀνθράκιον. Pliny groups several stones, including garnet, under the term carbunculus. The modern carbuncle is a deep red garnet (almandine) cut en cabochon, or with a smooth convex surface, frequently hollowed out at the back, in consequence of the depth of colour, and sometimes enlivened with a foil (see Almandine). The Hebrew word nophek, translated ἄνθραξ in the Septuagint, seems to have been the garnet or carbuncle, whilst bareketh (σμάραγδος of the Septuagint), though also rendered “carbuncle,” was probably either beryl or, in the opinion of Professor Flinders Petrie, rock-crystal. Garnets were used as beads in ancient Egypt. Though not extensively employed by the Greeks as a material for engraved gems, it was much used for this purpose by the Romans of the Empire. Flat polished slabs of garnet are found inlaid in mosaic work in Anglo-Saxon and Merovingian jewelry, the material used being almandine, or “precious garnet.”
GARNET, a term used for a group of closely-related minerals, many of which are valued as gemstones. The name likely comes from the Latin granaticus, a stone named for its color resembling the pulp of a pomegranate, or for its shape similar to its seeds; or from granum, meaning “cochineal,” referring to the stone's color. Theophrastus included garnet among other red stones under the name coal, while the common garnet appears to have been his Coke. Pliny categorized several stones, including garnet, under the term carbunculus. The modern carbuncle is a deep red garnet (almandine) cut en cabochon, or with a smooth, rounded surface, often hollowed at the back due to its rich color, and sometimes enhanced with a foil (see Almandine). The Hebrew word nophek, translated as coal in the Septuagint, seems to refer to garnet or carbuncle, while bareketh (emerald of the Septuagint), although also translated as “carbuncle,” was probably either beryl or, according to Professor Flinders Petrie, rock-crystal. Garnets were used as beads in ancient Egypt. Although they were not widely used by the Greeks for engraved gems, the Romans of the Empire extensively used them for this purpose. Flat polished slabs of garnet are found inlaid in mosaic work in Anglo-Saxon and Merovingian jewelry, with the material typically being almandine, or “precious garnet.”
Garnets vary considerably in chemical composition, but the variation is limited within a certain range. All are orthosilicates, conformable to the general formula R″3R″′2(SiO4)3, where R″ = Ca, Mg, Fe, Mn, and R″′ = Al, Fe, Cr. Although there are many kinds of garnet they may be reduced to the following six types, which may occur intermixed isomorphously:—
Garnets vary greatly in chemical composition, but this variation is confined to a specific range. All garnets are orthosilicates and fit the general formula R″3R″′2(SiO4)3, where R″ = Ca, Mg, Fe, Mn, and R″′ = Al, Fe, Cr. While there are many types of garnet, they can be grouped into six main types, which can occur mixed together isomorphously:—
1. Calcium-aluminium garnet (Grossularite), Ca3Al2Si3O12.
Calcium-aluminum garnet (Grossularite), Ca3Al2Si3O12.
2. Calcium-ferric garnet (Andradite), Ca3Fe2Si3O12.
Calcium-ferric garnet (Andradite), Ca3Fe2Si3O12.
3. Calcium-chromium garnet (Uvarovite), Ca3Cr2Si3O12.
Calcium-chromium garnet (Uvarovite), Ca3Cr2Si3O12.
4. Magnesium-aluminium garnet (Pyrope), Mg3Al2Si3O12.
Magnesium-aluminum garnet (Pyrope), Mg₃Al₂Si₃O₁₂.
5. Ferrous-aluminium garnet (Almandine), Fe3Al2Si3O12.
5. Ferrous-aluminium garnet (Almandine), Fe3Al2Si3O12.
6. Manganous-aluminium garnet (Spessartine), Mn3Al2Si3O12.
Manganous-aluminium garnet (Spessartine), Mn3Al2Si3O12.
These are frequently called respectively:—(1) Lime-alumina garnet; (2) lime-iron garnet; (3) lime-chrome garnet; (4) magnesia-alumina garnet; (5) iron-alumina garnet; (6) manganese-alumina garnet.
These are commonly referred to as: (1) lime-alumina garnet; (2) lime-iron garnet; (3) lime-chrome garnet; (4) magnesia-alumina garnet; (5) iron-alumina garnet; (6) manganese-alumina garnet.
The types are usually modified by isomorphous replacement of some of their elements.
The types are typically changed by isomorphous replacement of some of their elements.
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All garnets crystallize in the cubic system, usually in rhombic dodecahedra or in icositetrahedra, or in a combination of the two forms (see fig.). Octahedra and cubes are rare, but the six-faced octahedron occurs in some of the combinations. Cleavage obtains parallel to the dodecahedron, but is imperfect. The hardness varies according to composition from 6.5 to 7.5, and the specific gravity in like manner has a wide range, varying from 3.4 in the calcium-aluminium garnets to 4.3 in the ferrous-aluminium species. Sir Arthur H. Church found that many garnets when fused yielded a product of lower density than the original mineral. The colour is typically red, but may be brown, yellow, green or even black, while some garnets are colourless. Being cubic the garnets are normally singly refracting, but anomalies frequently occur, leading some authorities to doubt whether the mineral is really cubic. The refractive power of garnet is high, so that in microscopic sections, viewed by transmitted light, the mineral stands out in relief.
All garnets crystallize in the cubic system, usually in rhombic dodecahedra or in icositetrahedra, or in a mix of the two forms (see fig.). Octahedra and cubes are rare, but the six-faced octahedron can be found in some combinations. Cleavage occurs parallel to the dodecahedron but is imperfect. The hardness varies with composition from 6.5 to 7.5, and the specific gravity also has a wide range, from 3.4 in the calcium-aluminum garnets to 4.3 in the iron-aluminum types. Sir Arthur H. Church discovered that many garnets, when melted, produced a product with lower density than the original mineral. The typical color is red, but they can also be brown, yellow, green, or even black, while some garnets are colorless. Because they are cubic, garnets generally show single refraction, but anomalies often occur, leading some experts to question whether the mineral is truly cubic. The refractive power of garnet is high, so in microscopic sections viewed with transmitted light, the mineral appears prominent.
Garnets are very widely distributed, occurring in crystalline schists, gneiss, granite, metamorphic limestone, serpentine, and occasionally in volcanic rocks. With omphacite and smaragdite, garnet forms the peculiar rock called eclogite. The garnets used for industrial purposes are usually found loose in detrital deposits, weathered from the parent rock, though in some important workings the rock is quarried. The garnets employed as gem-stones are described under their respective headings (see Almandine, Cinnamon Stone, Demantoid and Pyrope). Most of the minerals noticed in this article are of scientific rather than commercial interest.
Garnets are found in a wide range of locations, occurring in crystalline schists, gneiss, granite, metamorphic limestone, serpentine, and sometimes in volcanic rocks. Along with omphacite and smaragdite, garnet makes up the unique rock called eclogite. The garnets used for industrial purposes are typically found loose in detrital deposits, weathered from their parent rock, although in some significant locations, the rock is actively quarried. The garnets used as gemstones are detailed under their respective headings (see Almandine, Cinnamon Stone, Demantoid, and Pyrope). Most of the minerals discussed in this article are more of scientific interest than commercial value.
Grossularite or “gooseberry-stone,” is typically a brownish-green garnet from Siberia, known also as wiluite (a name applied also to vesuvianite, q.v.), from the river Wilui where it occurs. It is related to hessonite, or cinnamon-stone. A Mexican variety occurs in rose-pink 471 dodecahedra. Romanzovite is a brown garnet, of grossularia-type, from Finland, taking its name from Count Romanzov. Andradite was named by J.D. Dana after B.J. d’Andrada e Silva, who described, in 1800, one of its varieties allochroite, a Norwegian garnet, so named from its variable colour. This species includes most of the common garnet occurring in granular and compact masses, sometimes forming garnet rock. To andradite may be referred melanite, a black garnet well known from the volcanic tuffs near Rome, used occasionally in the 18th century for mourning jewelry. Another black garnet, in small crystals from the Pyrenees, is called pyreneite. Under andradite may also be placed topazolite, a honey-yellow garnet, rather like topaz, from Piedmont; colophonite, a brown resin-like garnet, with which certain kinds of idocrase have been confused; aplome, a green garnet from Saxony and Siberia; and jelletite, a green Swiss garnet named after the Rev. J.H. Jellet. Here also may be placed the green Siberian mineral termed demantoid (q.v.), sometimes improperly called olivine by jewellers. Uvarovite, named after a Russian minister, Count S.S. Uvarov, is a rare green garnet from Siberia and Canada, but though of fine colour is never found in crystals large enough for gem-stones. Spessartite, or spessartine, named after Spessart, a German locality, is a fine aurora-red garnet, cut for jewelry when sufficiently clear, and rather resembling cinnamon-stone. It is found in Ceylon, and notably in the mica-mines in Amelia county, Virginia, United States. A beautiful rose-red garnet, forming a fine gem-stone, occurs in gravels in Macon county, N.C., and has been described by W.E. Hidden and Dr J.H. Pratt under the name of rhodolite. It seems related to both almandine and pyrope, and shows the absorption-spectrum of almandine. The Bohemian garnets largely used in jewelry belong to the species pyrope (q.v.).
Grossularite, or "gooseberry-stone," is usually a brownish-green garnet from Siberia, also known as wiluite (a name also used for vesuvianite, q.v.), named after the Wilui River where it’s found. It’s related to hessonite, or cinnamon-stone. A Mexican variety appears in rose-pink dodecahedra. Romanzovite is a brown garnet, of the grossularia type, from Finland, named after Count Romanzov. Andradite was named by J.D. Dana after B.J. d’Andrada e Silva, who described one of its varieties, allochroite, a Norwegian garnet, in 1800, due to its changing color. This species encompasses most of the common garnet found in granular and compact forms, sometimes forming garnet rock. Melanite, a black garnet well-known from the volcanic tuffs near Rome, used in the 18th century for mourning jewelry, is also categorized under andradite. Another black garnet found in small crystals from the Pyrenees is called pyreneite. Under andradite, we can include topazolite, a honey-yellow garnet resembling topaz, from Piedmont; colophonite, a brown resin-like garnet often confused with certain types of idocrase; aplome, a green garnet from Saxony and Siberia; and jelletite, a green Swiss garnet named after Rev. J.H. Jellet. The green Siberian mineral known as demantoid (q.v.), sometimes incorrectly referred to as olivine by jewelers, also belongs here. Uvarovite, named after Russian minister Count S.S. Uvarov, is a rare green garnet from Siberia and Canada, but despite its beautiful color, it is never found in large enough crystals for gemstones. Spessartite, or spessartine, named after Spessart, a German location, is a striking aurora-red garnet, cut for jewelry when clear enough, and quite similar to cinnamon-stone. It is found in Ceylon and notably in the mica mines in Amelia County, Virginia, United States. A stunning rose-red garnet that makes a fine gemstone occurs in the gravels of Macon County, N.C., and has been described by W.E. Hidden and Dr. J.H. Pratt as rhodolite. It seems to be related to both almandine and pyrope, showing the absorption spectrum of almandine. The Bohemian garnets commonly used in jewelry are classified as pyrope (q.v.).
Garnets are not only cut as gems, but are used for the bearings of pivots in watches, and are in much request for abrasive purposes. Garnet paper is largely used, especially in America, in place of sandpaper for smoothing woodwork and for scouring leather in the boot-trade. As an abrasive agent it is worked at several localities in the United States, especially in New York State, along the borders of the Adirondacks, where it occurs in limestone and in gneiss. Much of the garnet used as an abrasive is coarse almandine. Common garnet, where abundant, has sometimes been used as a fluxing agent in metallurgical operations. Garnet has been formed artificially, and is known as a furnace-product.
Garnets are not just cut into gemstones; they're also used for watch pivots and are in high demand for abrasive purposes. Garnet paper is widely used, especially in the U.S., as a substitute for sandpaper to smooth wood and clean leather in the boot industry. As an abrasive, it's sourced from various locations in the United States, particularly in New York State, around the Adirondacks, where it can be found in limestone and gneiss. Most of the garnet utilized for abrasives is coarse almandine. When common garnet is plentiful, it has sometimes been used as a flux in metallurgy. Garnet can also be created artificially and is referred to as a furnace product.
It may be noted that the name of white garnet has been given to the mineral leucite, which occurs, like garnet, crystallized in icositetrahedra.
It’s worth mentioning that the term "white garnet" has been assigned to the mineral leucite, which, like garnet, forms crystals in icositetrahedra.
GARNETT, RICHARD (1835-1906), English librarian and author, son of the learned philologist Rev. Richard Garnett (1789-1850), priest-vicar of Lichfield cathedral and afterwards keeper of printed books at the British Museum, who came of a Yorkshire family, was born at Lichfield on the 27th of February 1835. His father was really the pioneer of modern philological research in England; his articles in the Quarterly Review (1835, 1836) on English lexicography and dialects, and on the Celtic question, and his essays in the Transactions of the Philological Society (reprinted 1859), were invaluable to the later study of the English language. The son, who thus owed much to his parentage, was educated at home and at a private school, and in 1851, just after his father’s death, entered the British Museum as an assistant in the library. In 1875 he rose to be superintendent of the reading-room, and from 1890 to 1899, when he retired, he was keeper of the printed books. In 1883 he was given the degree of LL.D. at Edinburgh, an honour repeated by other universities, and in 1895 he was made a C.B.
GARNETT, RICHARD (1835-1906), English librarian and author, was the son of the knowledgeable philologist Rev. Richard Garnett (1789-1850), who served as priest-vicar at Lichfield Cathedral and later as the keeper of printed books at the British Museum. Coming from a Yorkshire family, Richard was born in Lichfield on February 27, 1835. His father was a trailblazer in modern philological research in England; his articles in the Quarterly Review (1835, 1836) on English lexicography, dialects, and the Celtic question, along with his essays in the Transactions of the Philological Society (reprinted 1859), were crucial to the study of the English language that followed. Richard, who benefited greatly from his family background, was educated at home and at a private school. After his father passed away in 1851, he joined the British Museum as a library assistant. In 1875, he became the superintendent of the reading room, and from 1890 to 1899, when he retired, he served as keeper of the printed books. In 1883, he earned the degree of LL.D. from Edinburgh, an honor that was later bestowed by other universities, and in 1895 he was made a C.B.
His long connexion with the British Museum library, and the value of his services there, made him a well-known figure in the literary world, and he published much original work in both prose and verse. His chief publications in book-form were: in verse, Primula (1858), Io in Egypt (1859), Idylls and Epigrams (1869, republished in 1892 as A Chaplet from the Greek Anthology), The Queen and other Poems (1902), Collected Poems (1893); in prose, biographies of Carlyle (1887), Emerson (1887), Milton (1890), Edward Gibbon Wakefield (1898); a volume of remarkably original and fanciful tales, The Twilight of the Gods (1888); a tragedy, Iphigenia in Delphi (1890); A Short History of Italian Literature (1898); Essays in Librarianship and Bibliophily (1899); Essays of an Ex-librarian (1901). He was an extensive contributor to the Encyclopaedia Britannica and the Dictionary of National Biography, editor of the International Library of Famous Literature, and co-editor, with E. Gosse, of the elaborate English Literature: an illustrated Record. So multifarious was his output, however, in contributions to reviews, &c., and as translator or editor, that this list represents only a small part of his published work. He was a member of numerous learned literary societies, British and foreign. His facility as an expositor, and his gift for lucid and acute generalization, together with his eminence as a bibliophile, gave his work an authority which was universally recognized, though it sometimes suffered from his relying too much on his memory and his power of generalizing—remarkable as both usually were—in cases requiring greater precision of statement in matters of detail. But as an interpreter, whether of biography or belles lettres, who brought an unusually wide range of book-learning, in its best sense, interestingly and comprehensibly before a large public, and at the same time acceptably to the canons of careful scholarship, Dr Garnett’s writing was always characterized by clearness, common sense and sympathetic appreciation. His official career at the British Museum marked an epoch in the management of the library, in the history of which his place is second only to that of Panizzi. Besides introducing the “sliding press” in 1887 he was responsible for reviving the publication of the general catalogue, the printing of which, interrupted in 1841, was resumed under him in 1880, and gradually completed. The antipodes of a Dryasdust, his human interest in books made him an ideal librarian, and his courtesy and helpfulness were outstanding features in a personality of singular charm. The whole bookish world looked on him as a friend. Among his “hobbies” was a study of astrology, to which, without associating his name with it in public, he devoted prolonged inquiry. Under the pseudonym of “A.G. Trent” he published in 1880 an article (in the University Magazine) on “The Soul and the Stars”—quoted in Wilde and Dodson’s Natal Astrology. He satisfied himself that there was more truth in the old astrology than modern criticism supposed, and he had intended to publish a further monograph on the subject, but the intention was frustrated by the ill-health which led up to his death on the 13th of April 1906. He married (1863) an Irish wife, Olivia Narney Singleton (d. 1903), and had a family of six children; his son Edward (b. 1868) being a well-known literary man, whose wife translated Turgeneff’s works into English.
His long connection with the British Museum library and the value of his contributions made him a well-known figure in the literary world, and he published a lot of original work in both prose and poetry. His main published works in book form included: in poetry, Primula (1858), Io in Egypt (1859), Idylls and Epigrams (1869, republished in 1892 as A Chaplet from the Greek Anthology), The Queen and other Poems (1902), Collected Poems (1893); in prose, biographies of Carlyle (1887), Emerson (1887), Milton (1890), Edward Gibbon Wakefield (1898); a volume of remarkably original and imaginative tales, The Twilight of the Gods (1888); a tragedy, Iphigenia in Delphi (1890); A Short History of Italian Literature (1898); Essays in Librarianship and Bibliophily (1899); Essays of an Ex-librarian (1901). He contributed extensively to the Encyclopaedia Britannica and the Dictionary of National Biography, served as editor of the International Library of Famous Literature, and co-edited, with E. Gosse, the comprehensive English Literature: an illustrated Record. However, due to his vast output in reviews, translations, and as an editor, this list only represents a small fraction of his published work. He was a member of many learned literary societies, both British and foreign. His ability to explain complex ideas clearly, along with his talent for sharp generalization, and his status as a bibliophile, gave his work an authority that was widely recognized, even though it sometimes suffered from his tendency to rely too much on memory and generalization—both remarkable traits—when greater precision was needed in detailed matters. But as an interpreter of biography or belles lettres, he presented an unusually wide range of book knowledge in an engaging and understandable way to a broad audience while adhering to the standards of careful scholarship. Dr. Garnett’s writing was always marked by clarity, common sense, and a sympathetic appreciation. His official career at the British Museum marked a significant period in the library's management, where his role is second only to Panizzi. In addition to introducing the “sliding press” in 1887, he was responsible for reviving the publication of the general catalogue, which had been interrupted in 1841, and resumed under his direction in 1880, gradually bringing it to completion. Unlike a Dryasdust, his genuine interest in books made him an ideal librarian, and his courtesy and helpfulness were standout qualities in his notably charming personality. The entire literary community saw him as a friend. One of his “hobbies” was a study of astrology, which he pursued privately without publicly associating his name with it. Under the pseudonym “A.G. Trent,” he published an article in 1880 (in the University Magazine) titled “The Soul and the Stars,” which was cited in Wilde and Dodson’s Natal Astrology. He became convinced that there was more truth in ancient astrology than modern critics believed, and he had planned to publish another monograph on the subject, but his plans were interrupted by the health issues that eventually led to his death on April 13, 1906. He married an Irish woman, Olivia Narney Singleton (d. 1903), in 1863, and they had six children; his son Edward (b. 1868) became a well-known literary figure, and his wife translated Turgenev’s works into English.
GARNIER, CLÉMENT JOSEPH (1813-1881), French economist, was born at Beuil (Alpes maritimes) on the 3rd of October 1813. Coming to Paris he studied at the École de Commerce, of which he eventually became secretary and finally a professor. In 1842 he founded with Gilbert-Urbain Guillaumin (1801-1864) the Société d’Économie politique, becoming its secretary, a post which he held till his death; and in 1846 he organized the Association pour la Liberté des Échanges. He also helped to establish and edited for many years the Journal des économistes and the Annuaire de l’économie politique. Of the school of laissez faire, he was engaged during his whole life in the advancement of the science of political economy, and in the improvement of French commercial education. In 1873 he became a member of the Institute, and in 1876 a senator for the department in which he was born. He died at Paris on the 25th of September 1881. Of his writings, the following are the more important: Traité d’économie politique (1845), Richard Cobden et la Ligue (1846), Traité des finances (1862), and Principes du population (1857).
Garnier, Clément Joseph (1813-1881), French economist, was born in Beuil (Alpes-Maritimes) on October 3, 1813. After moving to Paris, he studied at the École de Commerce, where he eventually became the secretary and later a professor. In 1842, he co-founded the Société d’Économie politique with Gilbert-Urbain Guillaumin (1801-1864), serving as its secretary until his death. In 1846, he organized the Association pour la Liberté des Échanges. He also played a key role in establishing and editing the Journal des économistes and the Annuaire de l’économie politique for many years. A proponent of laissez faire, he dedicated his life to advancing the science of political economy and improving French commercial education. In 1873, he became a member of the Institute, and in 1876, he was elected as a senator for his birthplace. He passed away in Paris on September 25, 1881. Notable writings include Traité d’économie politique (1845), Richard Cobden et la Ligue (1846), Traité des finances (1862), and Principes du population (1857).
GARNIER, GERMAIN, Marquis (1754-1821), French politician and economist, was born at Auxerre on the 8th of November 1754. He was educated for the law, and obtained when young the office of procureur to the Châtelet in Paris. On the calling of the states-general he was elected as one of the députés suppléants of the city of Paris, and in 1791 administrator of the department of Paris. After the 10th of August 1792 he withdrew to the Pays de Vaud, and did not return to France till 1795. In public life, however, he seems to have been singularly fortunate. In 1797 he was on the list of candidates for the Directory; in 1800 he was prefect of Seine-et-Oise; and in 1804 he was made senator and in 1808 a count. After the Restoration he obtained a peerage, and on the return of Louis XVIII., after the Hundred Days, he became minister of state and member of privy council, and in 1817 was created a marquis. He died at Paris on the 4th of 472 October 1821. At court he was, when young, noted for his facile power of writing society verse, but his literary reputation depends rather on his later works on political economy, especially his admirable translation, with notes and introduction, of Smith’s Wealth of Nations (1805) and his Histoire de la monnaie (2 vols., 1819), which contains much sound and well-arranged material. His Abrégé des principes de l’écon. polit. (1796) is a very clear and instructive manual. The valuable Description géographique, physique, et politique du département de Seine-et-Oise (1802) was drawn up from his instructions. Other works are De la propriété (1792) and Histoire des banques d’escompte (1806).
Garnier, Germain, Marquess (1754-1821), French politician and economist, was born in Auxerre on November 8, 1754. He studied law and, at a young age, secured the position of procureur at the Châtelet in Paris. When the states-general was convened, he was elected as one of the députés suppléants for the city of Paris and, in 1791, became the administrator of the Paris department. After August 10, 1792, he moved to the Pays de Vaud and didn't return to France until 1795. In public life, he was notably fortunate. In 1797, he was on the candidate list for the Directory; in 1800, he was the prefect of Seine-et-Oise; and in 1804, he was appointed senator, later becoming a count in 1808. After the Restoration, he was granted a peerage, and upon Louis XVIII's return after the Hundred Days, he was appointed minister of state and became a member of the privy council, and in 1817, he was made a marquis. He passed away in Paris on October 4, 1821. At court, he was young known for his skill in writing society verse, but his literary reputation is more based on his later works on political economy, particularly his excellent translation, with notes and an introduction, of Smith’s Wealth of Nations (1805) and his Histoire de la monnaie (2 vols., 1819), which contains much well-organized and sound material. His Abrégé des principes de l’écon. polit. (1796) is a very clear and informative guide. The valuable Description géographique, physique, et politique du département de Seine-et-Oise (1802) was prepared under his guidance. Other works include De la propriété (1792) and Histoire des banques d’escompte (1806).
GARNIER, JEAN LOUIS CHARLES (1825-1898), French architect, was born in Paris on the 6th of November 1825. He was educated in a primary school, and it was intended that he should pursue his father’s craft, that of a wheelwright. His mother, however, having heard that with a little previous study he might enter an architect’s office and eventually become a measuring surveyor (vérificateur), and earn as much as six francs a day, and foreseeing that in consequence of his delicate health he would be unfit to work at the forge, sent him to learn drawing and mathematics at the Petite École de Dessin, in the rue de Médecine, the cradle of so many of the great artists of France. His progress was such as to justify his being sent first into an architect’s office and then to the well-known atelier of Lebas, where he began his studies in preparation for the examination of the École des Beaux Arts, which he passed in 1842, at the age of seventeen. Shortly after his admission it became necessary that he should support himself, and accordingly he worked during the day in various architects’ offices, among them in that of M. Viollet-le-Duc, and confined his studies for the École to the evening. In 1848 he carried off, at the early age of twenty-three, the Grand Prix de Rome, and with his comrades in sculpture, engraving and music, set off for the Villa de Medicis. His principal works were the measured drawings of the Forum of Trajan and the temple of Vesta in Rome, and the temple of Serapis at Pozzuoli. In the fifth year of his travelling studentship he went to Athens and measured the temple at Aegina, subsequently working out a complete restoration of it, with its polychromatic decoration, which was published as a monograph in 1877. The elaborate set of drawings which he was commissioned by the duc de Luynes to make of the tombs of the house of Anjou were not published, owing to the death of his patron; and since Garnier’s death they have been given to the library of the École des Beaux Arts, along with other drawings he made in Italy. On his return to Paris in 1853 he was appointed surveyor to one or two government buildings, with a very moderate salary, so that the commission given him by M. Victor Baltard to make two water-colour drawings of the Hôtel de Ville, to be placed in the album presented to Queen Victoria in 1855, on the occasion of her visit to Paris, proved very acceptable. These two drawings are now in the library at Windsor.
Garnier, Jean Louis Charles (1825-1898), French architect, was born in Paris on November 6, 1825. He attended a primary school and was expected to follow his father's trade as a wheelwright. However, his mother learned that with a bit of prior study, he could work in an architect's office, eventually becoming a measuring surveyor (vérificateur) and earning up to six francs a day. Recognizing that his delicate health would make him unsuitable for forge work, she sent him to learn drawing and mathematics at the Petite École de Dessin on rue de Médecine, which had produced many of France's great artists. His progress warranted his placement in an architect's office, and then he joined the famous atelier of Lebas, where he began preparing for the École des Beaux Arts entrance exam, which he passed in 1842 at just seventeen. Soon after his admission, he needed to support himself, so he worked during the day in various architects' offices, including that of M. Viollet-le-Duc, while studying at the École in the evenings. In 1848, at the young age of twenty-three, he won the Grand Prix de Rome and, along with his peers in sculpture, engraving, and music, headed to the Villa de Medicis. His major works included the measured drawings of the Forum of Trajan and the Temple of Vesta in Rome, as well as the Temple of Serapis in Pozzuoli. During his fifth year as a traveling student, he visited Athens and measured the temple at Aegina, later creating a complete restoration with its polychromatic decoration, which was published as a monograph in 1877. A detailed set of drawings he was commissioned by the duc de Luynes to create of the tombs of the house of Anjou remained unpublished due to his patron's death; after Garnier's passing, they were donated to the library of the École des Beaux Arts, along with other drawings he completed in Italy. Upon returning to Paris in 1853, he was appointed surveyor for a couple of government buildings with a modest salary. Thus, the commission from M. Victor Baltard to produce two watercolor drawings of the Hôtel de Ville, to be included in the album presented to Queen Victoria during her visit to Paris in 1855, was greatly appreciated. These two drawings are now housed in the library at Windsor.
In 1860 came, at last, Garnier’s chance: a competition was announced for a design for a new imperial academy of music, and out of 163 competitors Garnier was one of five selected for a second competition, in which, by unanimous vote, he carried off the first prize, and the execution of the design was placed in his hands. Begun in 1861, but delayed in its completion by the Franco-German War, it was not till 1875 that the structure of the present Grand Opera House of Paris was finished, at a cost of about 35,000,000 francs (£1,420,000). During the war the building was utilized as the municipal storehouse of provisions. The staircase and the magnificent hall are the finest portion of the interior, and alike in conception and realization have never been approached. Of Garnier’s other works, the most remarkable are the Casino at Monte Carlo, the Bischoffsheim villa at Bordighera, the Hôtel du Cercle de la Librairie in Paris; and, among tombs, those of the musicians Bizet, Offenbach, Massé and Duprato. In 1874 he was elected a member of the Institute of France, and after passing through the grades of chevalier, officer and commander of the Legion of Honour, received in 1895 the rank of grand officer, a high distinction that had never before been granted to an architect. Charles Garnier’s reputation was not confined to France; it was recognized by all the countries of Europe, and in England he received, in 1886, the royal gold medal of the Royal Institute of Architects, given by Queen Victoria. Besides his monograph on the temple of Aegina, he wrote several works, of which Le Nouvel Opéra de Paris is the most valuable. For the International Exhibition of 1889 he designed the buildings illustrating the “History of the House” in all periods, and a work on this subject was afterwards published by him in conjunction with M. Ammann. Not the least of his claims to the gratitude of his country were the services which he rendered on the various art juries appointed by the state, the Institute of France, and the École des Beaux-Arts, services which in France are rendered in an honorary capacity. Garnier died on the 3rd of August 1898.
In 1860, Garnier finally got his big break: a competition was announced for a design for a new imperial academy of music. Out of 163 competitors, Garnier was one of five chosen for a second round, and by unanimous vote, he won first prize, leading to him being awarded the project. Work began in 1861 but was delayed due to the Franco-German War, so it wasn’t until 1875 that the current Grand Opera House of Paris was completed at a cost of around 35,000,000 francs (£1,420,000). During the war, the building was used as a municipal storehouse for supplies. The staircase and the stunning hall are the best parts of the interior and, in both concept and execution, have never been matched. Among Garnier’s other notable works are the Casino in Monte Carlo, the Bischoffsheim villa in Bordighera, and the Hôtel du Cercle de la Librairie in Paris. He also designed tombs for musicians like Bizet, Offenbach, Massé, and Duprato. In 1874, he was elected a member of the Institute of France, and after progressing through the ranks to chevalier, officer, and commander of the Legion of Honour, he received the title of grand officer in 1895, a high honor that had never been awarded to an architect before. Charles Garnier's reputation extended beyond France; he was acknowledged throughout Europe, and in England, he received the royal gold medal from the Royal Institute of Architects, awarded by Queen Victoria in 1886. In addition to his monograph on the temple of Aegina, he authored several works, with Le Nouvel Opéra de Paris being the most significant. For the International Exhibition of 1889, he designed buildings that showcased the "History of the House" across different periods, and he later published a work on this topic in collaboration with M. Ammann. Garnier also earned his country’s gratitude through his contributions to various art juries appointed by the state, the Institute of France, and the École des Beaux-Arts, roles that are typically voluntary in France. Garnier passed away on August 3, 1898.
GARNIER, MARIE JOSEPH FRANÇOIS [Francis] (1839-1873), French officer and explorer, was born at St Étienne on the 25th of July 1839. He entered the navy, and after voyaging in Brazilian waters and the Pacific he obtained a post on the staff of Admiral Charner, who from 1860 to 1862 was campaigning in Cochin-China. After some time spent in France he returned to the East, and in 1862 he was appointed inspector of the natives in Cochin-China, and entrusted with the administration of Cho-lon, a suburb of Saigon. It was at his suggestion that the marquis de Chasseloup-Laubat determined to send a mission to explore the valley of the Mekong, but as Garnier was not considered old enough to be put in command, the chief authority was entrusted to Captain Doudart de Lagrée. In the course of the expedition—to quote the words of Sir Roderick Murchison addressed to the youthful traveller when, in 1870, he was presented with the Victoria Medal of the Royal Geographical Society of London—from Kratie in Cambodia to Shanghai 5392 m. were traversed, and of these 3625 m., chiefly of country unknown to European geography, were surveyed with care, and the positions fixed by astronomical observations, nearly the whole of the observations being taken by Garnier himself. Volunteering to lead a detachment to Talifu, the capital of Sultan Suleiman, the sovereign of the Mahommedan rebels in Yunnan, he successfully carried out the more than adventurous enterprise. When shortly afterwards Lagrée died, Garnier naturally assumed the command of the expedition, and he conducted it in safety to the Yang-tsze-Kiang, and thus to the Chinese coast. On his return to France he was received with enthusiasm. The preparation of his narrative was interrupted by the Franco-German War, and during the siege of Paris he served as principal staff officer to the admiral in command of the eighth “sector.” His experiences during the siege were published anonymously in the feuilleton of Le Temps, and appeared separately as Le Siège de Paris, journal d’un officier de marine (1871). Returning to Cochin-China he found the political circumstances of the country unfavourable to further exploration, and accordingly he went to China, and in 1873 followed the upper course of the Yang-tsze-Kiang to the waterfalls. He was next commissioned by Admiral Dupré, governor of Cochin-China, to found a French protectorate or a new colony in Tongking. On the 20th of November 1873 he took Hanoi, the capital of Tongking, and on the 21st of December he was slain in fight with the Black Flags. His chief fame rests on the fact that he originated the idea of exploring the Mekong, and carried out the larger portion of the work.
GARNIER, MARIE JOSEPH FRANÇOIS [Francis] (1839-1873), French officer and explorer, was born in St Étienne on July 25, 1839. He joined the navy, and after traveling in Brazilian waters and the Pacific, he got a position on the staff of Admiral Charner, who was on a campaign in Cochin-China from 1860 to 1862. After spending some time in France, he returned to the East and in 1862 was appointed as the inspector of the natives in Cochin-China, given the responsibility of managing Cho-lon, a suburb of Saigon. It was his suggestion that the Marquis de Chasseloup-Laubat decided to send a mission to explore the Mekong valley, but since Garnier was deemed too young to lead, the main authority went to Captain Doudart de Lagrée. During the expedition—citing the words of Sir Roderick Murchison directed at the young traveler when he received the Victoria Medal from the Royal Geographical Society of London in 1870—travels from Kratie in Cambodia to Shanghai covered 5392 kilometers, and out of that, 3625 kilometers, mainly in regions unknown to European geography, were carefully surveyed, with positions established through astronomical observations, almost all of which Garnier took himself. He volunteered to lead a group to Talifu, the capital of Sultan Suleiman, the ruler of the Muslim rebels in Yunnan, and successfully completed this daring mission. When Lagrée passed away shortly after, Garnier naturally took charge of the expedition and safely led it to the Yang-tsze-Kiang and eventually to the Chinese coast. Upon his return to France, he was greeted with enthusiasm. His narrative preparation was interrupted by the Franco-German War, and during the siege of Paris, he served as the chief staff officer to the admiral overseeing the eighth “sector.” His experiences during the siege were published anonymously in the feuilleton of Le Temps and later appeared separately as Le Siège de Paris, journal d’un officier de marine (1871). Returning to Cochin-China, he found the country's political climate unfavorable for further exploration, so he went to China and in 1873 followed the upper course of the Yang-tsze-Kiang to the waterfalls. He was then commissioned by Admiral Dupré, governor of Cochin-China, to establish a French protectorate or a new colony in Tongking. On November 20, 1873, he captured Hanoi, the capital of Tongking, but was killed in a fight against the Black Flags on December 21. His main legacy lies in the fact that he initiated the idea of exploring the Mekong and carried out a significant part of the work.
The narrative of the principal expedition appeared in 1873, as Voyage d’exploration en Indo-Chine effectué pendant les années 1866, 1867 et 1868, publié sous la direction de M. Francis Garnier, avec le concours de M. Delaporte et de MM. Joubert et Thorel (2 vols.). An account of the Yang-tsze-Kiang from Garnier’s pen is given in the Bulletin de la Soc. de Géog. (1874). His Chronique royale du Cambodje, was reprinted from the Journal Asiatique in 1872. See Ocean Highways (1874) for a memoir by Colonel Yule; and Hugh Clifford, Further India, in the Story of Exploration series (1904).
The main expedition's narrative was published in 1873 as Voyage d’exploration en Indo-Chine effectué pendant les années 1866, 1867 et 1868, publié sous la direction de M. Francis Garnier, avec le concours de M. Delaporte et de MM. Joubert et Thorel (2 vols.). Garnier also wrote about the Yang-tsze-Kiang in the Bulletin de la Soc. de Géog. (1874). His Chronique royale du Cambodje was reprinted from the Journal Asiatique in 1872. Check Ocean Highways (1874) for a memoir by Colonel Yule, and Hugh Clifford’s Further India in the Story of Exploration series (1904).
GARNIER, ROBERT (c. 1545-c. 1600), French tragic poet, was born at Ferté Bernard (Le Maine) in 1545. He published his first work while still a law-student at Toulouse, where he won a prize (1565) in the jeux floraux. It was a collection of lyrical pieces, now lost, entitled Plaintes amoureuses de Robert Garnier (1565). After some practice at the Parisian bar, he became 473 conseiller du roi au siège présidial et sénéchaussée of Le Maine, his native district, and later lieutenant-général criminel. His friend Lacroix du Maine says that he enjoyed a great reputation as an orator. He was a distinguished magistrate, of considerable weight in his native province, who gave his leisure to literature, and whose merits as a poet were fully recognized by his own generation. He died at Le Mans probably in 1599 or 1600.
GARNIER, ROBERT (c. 1545-c. 1600), a French tragic poet, was born in Ferté Bernard (Le Maine) in 1545. He published his first work while still studying law in Toulouse, where he won a prize (1565) in the jeux floraux. It was a collection of lyrical pieces, now lost, titled Plaintes amoureuses de Robert Garnier (1565). After practicing law in Paris, he became 473 a royal advisor at the presiding court and seneschal of Le Maine, his home region, and later became lieutenant-general of criminal matters. His friend Lacroix du Maine noted that he had a great reputation as an orator. He was a prominent magistrate with significant influence in his native province, dedicating his free time to literature, and his talents as a poet were well recognized by his peers. He died in Le Mans, likely in 1599 or 1600.
In his early plays he was a close follower of the school of dramatists who were inspired by the study of Seneca. In these productions there is little that is strictly dramatic except the form. A tragedy was a series of rhetorical speeches relieved by a lyric chorus. His pieces in this manner are Porcie (published 1568, acted at the hôtel de Bourgogne in 1573), Cornélie and Hippolyte (both acted in 1573 and printed in 1574). In Porcie the deaths of Cassius, Brutus and Portia are each the subject of an eloquent recital, but the action is confined to the death of the nurse, who alone is allowed to die on the stage. His next group of tragedies—Marc-Antoine (1578), La Troade (1579), Antigone (acted and printed 1580)—shows an advance on the theatre of Étienne Jodelle and Jacques Grévin, and on his own early plays, in so much that the rhetorical element is accompanied by abundance of action, though this is accomplished by the plan of joining together two virtually independent pieces in the same way.
In his early plays, he closely followed a group of playwrights inspired by the study of Seneca. In these works, there isn’t much that is strictly dramatic except for the form. A tragedy consisted of a series of rhetorical speeches interrupted by a lyric chorus. His works in this style include Porcie (published in 1568, performed at the hôtel de Bourgogne in 1573), Cornélie, and Hippolyte (both performed in 1573 and printed in 1574). In Porcie, the deaths of Cassius, Brutus, and Portia are each the focus of an eloquent speech, but the action is limited to the death of the nurse, who is the only character to die on stage. His next set of tragedies—Marc-Antoine (1578), La Troade (1579), Antigone (performed and printed in 1580)—represents a progression from the theatre of Étienne Jodelle and Jacques Grévin, as well as from his own early plays, in that the rhetorical elements are paired with a lot of action, achieved by combining two nearly independent pieces in a similar fashion.
In 1582 and 1583 he produced his two masterpieces Bradamante and Les Juives. In Bradamante, which alone of his plays has no chorus, he cut himself adrift from Senecan models, and sought his subject in Ariosto, the result being what came to be known later as a tragi-comedy. The dramatic and romantic story becomes a real drama in Garnier’s hands, though even there the lovers, Bradamante and Roger, never meet on the stage. The contest in the mind of Roger supplies a genuine dramatic interest in the manner of Corneille. Les Juives is the pathetic story of the barbarous vengeance of Nebuchadnezzar on the Jewish king Zedekiah and his children. The Jewish women lamenting the fate of their children take a principal part in this tragedy, which, although almost entirely elegiac in conception, is singularly well designed, and gains unity by the personality of the prophet. M. Faguet says that of all French tragedies of the 16th and 17th centuries it is, with Athalie, the best constructed with regard to the requirements of the stage. Actual representation is continually in the mind of the author; his drama is, in fact, visually conceived.
In 1582 and 1583, he created his two masterpieces, Bradamante and Les Juives. In Bradamante, which is the only one of his plays without a chorus, he broke away from Senecan influences and found his inspiration in Ariosto, resulting in what later came to be known as a tragi-comedy. The dramatic and romantic tale truly becomes a drama in Garnier’s hands; however, even in this play, the lovers, Bradamante and Roger, never meet on stage. Roger’s internal conflict provides genuine dramatic interest in the style of Corneille. Les Juives tells the tragic story of Nebuchadnezzar's brutal revenge on the Jewish king Zedekiah and his children. The Jewish women mourning for their children play a key role in this tragedy, which, although predominantly elegiac in nature, is remarkably well-structured and gains cohesion through the character of the prophet. M. Faguet notes that, among all French tragedies from the 16th and 17th centuries, it is, alongside Athalie, the best constructed in terms of stage requirements. The author consistently keeps actual performance in mind; his drama is, in essence, visually conceived.
Garnier must be regarded as the greatest French tragic poet of his century and the precursor of the great achievements of the next.
Garnier should be considered the greatest French tragic poet of his century and the forerunner of the significant accomplishments that followed.
The best edition of his works is by Wendelin Foerster (Heilbronn, 4 vols., 1882-1883). A detailed criticism of his works is to be found in Émile Faguet, La Tragédie française au XVIe siècle (1883, pp. 183-307).
The best edition of his works is by Wendelin Foerster (Heilbronn, 4 vols., 1882-1883). A detailed critique of his works can be found in Émile Faguet, La Tragédie française au XVIe siècle (1883, pp. 183-307).
GARNIER-PAGÈS, ÉTIENNE JOSEPH LOUIS (1801-1841), French politician, was born at Marseilles on the 27th of December 1801. Soon after his birth his father Jean François Garnier, a naval surgeon, died, and his mother married Simon Pagès, a college professor, by whom she had a son. The boys were brought up together, and took the double name Garnier-Pagès. Étienne found employment first in a commercial house in Marseilles, and then in an insurance office in Paris. In 1825 he began to study law, and made some mark as an advocate. A keen opponent of the Restoration, he joined various democratic societies, notably the Aide-toi, le ciel t’aidera, an organization for purifying the elections. He took part in the revolution of July 1830; became secretary of the Aide-toi, le ciel t’aidera, whose propaganda he brought into line with his anti-monarchical ideas; and in 1831 was sent from Isère to the chamber of deputies. He was concerned in the preparation of the Compte rendu of 1832, and advocated universal suffrage. He was an eloquent speaker, and his sound knowledge of business and finance gave him a marked influence among all parties in the chamber. He died in Paris on the 23rd of June 1841.
GARNIER-PAGÈS, ÉTIENNE JOSEPH LOUIS (1801-1841), French politician, was born in Marseilles on December 27, 1801. Shortly after his birth, his father, Jean François Garnier, a naval surgeon, passed away, and his mother married Simon Pagès, a college professor, with whom she had a son. The boys grew up together and adopted the double name Garnier-Pagès. Étienne first found work in a commercial business in Marseilles and later in an insurance office in Paris. In 1825, he started studying law and gained some recognition as a lawyer. A strong opponent of the Restoration, he joined various democratic groups, particularly the Aide-toi, le ciel t’aidera, an organization aimed at reforming elections. He participated in the revolution of July 1830; became the secretary of the Aide-toi, le ciel t’aidera, aligning its propaganda with his anti-monarchical beliefs; and in 1831 was elected to the chamber of deputies from Isère. He was involved in preparing the Compte rendu of 1832 and advocated for universal suffrage. He was an eloquent speaker, and his solid understanding of business and finance gave him significant influence among all parties in the chamber. He died in Paris on June 23, 1841.
His half-brother, Louis Antoine Garnier-Pagès (1803-1878), fought on the barricades during the revolution of July 1830, and after Étienne’s death was elected to the chamber of deputies (1842). He was a keen promoter of reform, and was a leading spirit in the affair of the reform banquet fixed for the 22nd of February 1848. He was a member of the provisional government of 1848, and was named mayor of Paris. On the 5th of March 1848 he was made minister of finance, and incurred great unpopularity by the imposition of additional taxes. He was a member of the Constituent Assembly and of the Executive Commission. Under the Empire he was conspicuous in the republican opposition and opposed the war with Prussia, and after the fall of Napoleon III. became a member of the Government of National Defence. Unsuccessful at the elections for the National Assembly (the 8th of February 1871), he retired into private life, and died in Paris on the 31st of October 1878. He wrote Histoire de la révolution de 1848 (1860-1862); Histoire de la commission exécutive (1869-1872); and L’Opposition et l’empire (1872).
His half-brother, Louis Antoine Garnier-Pagès (1803-1878), fought on the barricades during the July Revolution of 1830, and after Étienne’s death, he was elected to the Chamber of Deputies in 1842. He was a strong advocate for reform and played a key role in organizing the reform banquet scheduled for February 22, 1848. He was part of the provisional government in 1848 and appointed mayor of Paris. On March 5, 1848, he became the minister of finance and gained a lot of unpopularity due to implementing additional taxes. He was also a member of the Constituent Assembly and the Executive Commission. During the Empire, he was prominent in the republican opposition and opposed the war with Prussia, and after the fall of Napoleon III, he became a member of the Government of National Defence. After losing the elections for the National Assembly on February 8, 1871, he withdrew from public life and died in Paris on October 31, 1878. He wrote Histoire de la révolution de 1848 (1860-1862); Histoire de la commission exécutive (1869-1872); and L’Opposition et l’empire (1872).
GARNISH, a word meaning to fit out, equip, furnish, now particularly used of decoration or ornament. It is formed from the O. Fr. garnisant or guarnissant, participle of garnir, guarnir, to furnish, equip. This is of Teutonic origin, the base being represented in O. Eng. warnian, to take warning, beware, and Ger. warnen, to warn, Eng. warn; the original sense would be to guard against, fortify, hence equip or fit out. The meaning of “warn” is seen in the law term “garnishee,” a person who owes money to or holds money belonging to another and is “warned” by order of the court not to pay it to his immediate creditor but to a third person who has obtained final judgment against that creditor. (See Attachment; Execution; Bankruptcy.)
Garnish, a term meaning to equip or furnish, is now specifically associated with decoration or ornamentation. It comes from the Old French garnisant or guarnissant, the participle of garnir, guarnir, which means to furnish or equip. Its roots are Teutonic, linked to the Old English warnian, meaning to take caution or beware, and the German warnen, to warn, which is reflected in the English word warn; the original sense suggests guarding against or fortifying, hence equipping or fitting out. The connection to "warn" is evident in the legal term “garnishee,” referring to a person who owes money to or possesses money belonging to someone else and is "warned" by a court order not to pay it to their immediate creditor but to a third party who has received a final judgment against that creditor. (See Attachment; Execution; Bankruptcy.)
GARO HILLS, a district of British India, in the hills division of Eastern Bengal and Assam. It takes its name from the Garos, a tribe of doubtful ethnical affinities and peculiar customs, by whom it is almost entirely inhabited. The Garos are probably a section of the great Bodo tribe, which at one time occupied a large part of Assam. According to the census of 1901 they numbered 128,117. In the 18th century they are mentioned as being frequently in conflict with the inhabitants of the plains below their hills, and in 1790 the British government first tried to reduce them. No permanent success was achieved. In 1852 raids by the Garos were followed by a blockade of the hills, but in 1856 they were again in revolt. Again a repressive expedition was despatched in 1861, but in 1866 there was a further raid. A British officer was now posted among the hills; this step was effective; in 1869 the district was constituted, and though in 1871 an outrage was committed against a native on the survey staff, there was little opposition when an expedition was sent in 1872-1873 to bring the whole district into submission, and there were thereafter no further disturbances.
Garo Hills, is a district in British India located in the hills division of Eastern Bengal and Assam. It gets its name from the Garos, a tribe with uncertain ethnic ties and unique customs, who almost completely inhabit the area. The Garos are likely a branch of the larger Bodo tribe that once occupied a significant portion of Assam. According to the census from 1901, their population was 128,117. In the 18th century, they are mentioned as often being in conflict with the people living in the plains below their hills, and in 1790, the British government made its first attempts to subdue them. There was no lasting success achieved. After Garo raids in 1852, a blockade of the hills was imposed, but by 1856, they were in revolt again. A further military expedition was sent in 1861, but in 1866, the Garos launched another raid. A British officer was then stationed in the hills, which proved effective; by 1869, the district was formed, and although there was an incident against a local member of the survey team in 1871, there was little resistance when an expedition was sent in 1872-1873 to bring the entire district under control, leading to no further disturbances afterward.
The district consists of the last spurs of the Assam hills, which here run down almost to the bank of the Brahmaputra, where that river debouches upon the plain of Bengal and takes its great sweep to the south. The administrative headquarters are at Tura. The area of the district is 3140 sq. m. In 1901 the population was 138,274, showing an increase of 14% in the decade. The American missionaries maintain a small training school for teachers. The public buildings at Tura were entirely destroyed by the earthquake of June 12, 1897, and the roads in the district were greatly damaged by subsidence and fissures. Coal in large quantities and petroleum are known to exist. The chief exports are cotton, timber and forest products. Trade is small, though the natives, according to their own standard, are prosperous. They are fair agriculturists. Communications within the district are by cart-roads, bridle-paths and native tracks.
The district includes the last outcrops of the Assam hills, which nearly reach the bank of the Brahmaputra, where the river flows into the plain of Bengal and takes its wide turn to the south. The administrative center is in Tura. The area of the district is 3,140 square miles. In 1901, the population was 138,274, showing a 14% increase over the decade. American missionaries run a small training school for teachers. The public buildings in Tura were completely destroyed by the earthquake on June 12, 1897, and the roads in the district suffered significant damage from subsidence and cracks. Large amounts of coal and petroleum are known to be present. The main exports are cotton, timber, and forest products. Trade is limited, although the locals consider themselves to be prosperous by their own standards. They are good farmers. Travel within the district is along cart tracks, horse paths, and local trails.
GARONNE (Lat. Garumna), a river of south-western France, rising in the Maladetta group of the Pyrenees, and flowing in a wide curve to the Atlantic Ocean. It is formed by two torrents, one of which has a subterranean course of 2½ m., disappearing in the sink known as the Trou du Taureau (“bull’s hole”) and reappearing at the Goueil de Jouéou. After a course of 30 m. in Spanish territory, during which it flows through the fine gorge called the Vallée d’Aran, the Garonne enters France in the department of Haute Garonne through the narrow defile of the 474 Pont du Roi, and at once becomes navigable for rafts. At Montréjeau it receives on the left the Neste, and encountering at this point the vast plateau of Lannemezan is forced to turn abruptly east, flowing in a wide curve to Toulouse. At Saint Martory it gives off the irrigation canal of that name. At this point the Garonne enters a fertile plain, and supplies the motive power to several mills. It is joined on the right by various streams fed by the snows of the Pyrenees. Such are the Salat, at whose confluence river navigation proper begins, and the Arize and the Ariège (both names signifying “river”). From Toulouse the Garonne flows to the north-west, now skirting the northern border of the plateau of Lannemezan which here drains into it, the principal streams being the Save, the Gers and the Baïse. On its right hand the Garonne is swelled by its two chief tributaries, the Tarn, near Moissac, and the Lot, below Agen; farther down it is joined by the Drot (or Dropt), and on the left by the Ciron. Between Toulouse and Castets, 33½ m. above Bordeaux, and the highest point to which ordinary spring-tides ascend, the river is accompanied at a distance of from a ½ to 3 m. by the so-called “lateral canal” of the Garonne, constructed in 1838-1856. This canal is about 120 m. long, or 133 m. including its branches, one of which runs off at right angles to Montauban on the Tarn. From Toulouse to Agen the main canal follows the right bank of the Garonne, crossing the Tarn on an aqueduct at Moissac, while another magnificent aqueduct of twenty-three arches carries it at Agen from the right to the left bank of the river. It has a fall of 420 ft. and over fifty locks, and is navigable for vessels having the maximum dimensions of 98½ ft. length, 19 ft. breadth and 6½ ft. draught. The carrying trade upon it is chiefly in agricultural produce and provisions, building materials, wood and industrial products. At Toulouse the canal connects with the Canal du Midi, which runs to the Mediterranean. After passing Castets the Garonne begins to widen out considerably, and from being 160 yds. broad at Agen increases to about 650 yds. at Bordeaux, its great commercial port. From here it flows with ever increasing width between two flat shores to the Bec d’Ambès (15½ m.), where, after a course of 357 m., it unites with the Dordogne to form the vast estuary known as the Gironde. The triangular peninsula lying between these two great tidal rivers is called Entre-deux-mers (“between two seas”) and is famous for its wines. The drainage area of the Garonne is nearly 33,000 sq. m. Floods are of common occurrence, and descend very suddenly. The most disastrous occurred in 1875, 1856 and in 1770, when the flood level at Castets attained the record height of 42½ ft. above low-water mark.
GARONNE (Lat. Garumna), a river in southwestern France, starts in the Maladetta group of the Pyrenees and flows in a wide curve to the Atlantic Ocean. It forms from two torrents, one of which has a subterranean route of 2½ miles, disappearing in the sink known as the Trou du Taureau (“bull’s hole”) and reappearing at the Goueil de Jouéou. After flowing for 30 miles in Spanish territory, where it passes through the stunning gorge called the Vallée d’Aran, the Garonne enters France in the department of Haute Garonne through the narrow defile of the 474 Pont du Roi, becoming navigable for rafts immediately. At Montréjeau, it receives the Neste on the left, and when reaching the vast plateau of Lannemezan, it must turn sharply east, flowing in a wide curve to Toulouse. At Saint Martory, it provides the irrigation canal of the same name. Here, the Garonne enters a fertile plain and powers several mills. On its right, it is joined by various streams fed by the snows of the Pyrenees, including the Salat, where true river navigation begins, as well as the Arize and the Ariège (both names meaning “river”). From Toulouse, the Garonne flows northwest, skirting the northern edge of Lannemezan plateau which drains into it, with the main streams being the Save, the Gers, and the Baïse. On its right side, the Garonne gets larger from its two main tributaries, the Tarn near Moissac, and the Lot below Agen; further downstream it meets the Drot (or Dropt) and the Ciron on the left. Between Toulouse and Castets, 33½ miles above Bordeaux, and the highest point reached by normal spring tides, the river is accompanied at a distance of ½ to 3 miles by the so-called “lateral canal” of the Garonne, built between 1838 and 1856. This canal measures about 120 miles long, or 133 miles including its branches, one of which extends at right angles to Montauban on the Tarn. From Toulouse to Agen, the main canal follows the right bank of the Garonne, crossing the Tarn on an aqueduct at Moissac, while another impressive aqueduct of twenty-three arches carries it at Agen from the right to the left bank of the river. It has a drop of 420 feet and over fifty locks, making it navigable for vessels with maximum dimensions of 98½ feet in length, 19 feet in width, and 6½ feet in draft. The primary cargo transported is agricultural products and provisions, building materials, wood, and industrial goods. At Toulouse, the canal connects with the Canal du Midi, which extends to the Mediterranean. After passing Castets, the Garonne starts to widen significantly, growing from 160 yards wide at Agen to about 650 yards at Bordeaux, its major commercial port. From there, it flows with ever-increasing width between two flat shores to the Bec d’Ambès (15½ miles), where, after a journey of 357 miles, it merges with the Dordogne to create the large estuary known as the Gironde. The triangular peninsula located between these two great tidal rivers is referred to as Entre-deux-mers (“between two seas”) and is renowned for its wines. The drainage area of the Garonne covers nearly 33,000 square miles. Flooding occurs frequently and can happen very suddenly. The most catastrophic floods happened in 1875, 1856, and 1770, when the flood level at Castets reached a record height of 42½ feet above low-water mark.
GARRETT, JOÃO BAPTISTA DA SILVA LEITÃO DE ALMEIDA, Visconde de Almeida-Garrett (1799-1854), perhaps the greatest Portuguese poet since Camoens, was of Irish descent. Born in Oporto, his parents moved to the Quinta do Castello at Gaya when he was five years old. The French invasion of Portugal drove the family to the Azores, and Garrett made his first studies at Angra, beginning to versify at an early age under the influence of his uncle, a poet of the school of Bocage. Going to the university of Coimbra in 1816, he soon earned notoriety by the precocity of his talents and his fervent Liberalism, and there he gained his first oratorical and literary successes. His tragedy Lucrecia was played there in February 1819, and during this period he also wrote Merope as well as a great part of Cato, all these plays belonging to the so-called classical school. Leaving Coimbra with a law degree, he proceeded to Lisbon, and on the 11th of November 1822 married D. Luiza Midosi; but the alliance proved unhappy and a formal separation took place in 1839.
GARRETT, JOÃO BAPTISTA DA SILVA LEITÃO DE ALMEIDA, Viscount of Almeida-Garrett (1799-1854), arguably the greatest Portuguese poet since Camoens, had Irish roots. Born in Oporto, his family moved to the Quinta do Castello in Gaya when he was five. The French invasion of Portugal forced them to flee to the Azores, where Garrett started his education in Angra, beginning to write poetry at a young age influenced by his uncle, a poet in the Bocage tradition. He entered the university of Coimbra in 1816, quickly gaining attention for his early talent and passionate Liberal beliefs, achieving his first successes in oratory and literature there. His tragedy Lucrecia was performed in February 1819, and during this time he also wrote Merope and much of Cato, all of which were part of the classical school. After graduating with a law degree from Coimbra, he moved to Lisbon and married D. Luiza Midosi on November 11, 1822; however, the marriage was unhappy, leading to a formal separation in 1839.
The reactionary movement against the Radical revolution of 1820 reached its height in 1823, and Garrett had to leave Portugal by order of the Absolutist ministry then in power, and went to England. He became acquainted with the masterpieces of the English and German romantic movements during his stay abroad.
The reaction against the Radical revolution of 1820 peaked in 1823, forcing Garrett to leave Portugal under orders from the Absolutist government at the time, and he moved to England. During his time there, he became familiar with the masterpieces of the English and German romantic movements.
Imbued with the spirit of nationality, he wrote in 1824 at Havre the poem “Camões,” which destroyed the influence of the worn-out classical and Arcadian rhymers, and in the following year composed the patriotic poem “D. Branca,” or “The Conquest of the Algarve.” He was permitted to return to Portugal in 1826, and thereupon devoted himself to journalism. With the publication of O Portuguez, he raised the tone of the press, exhibiting an elevation of ideas and moderation of language then unknown in political controversy, and he introduced the “feuilleton.” But his defence of Liberal principles brought him three months’ imprisonment, and when D. Miguel was proclaimed absolute king on the 3rd of May 1828, Garrett had again to leave the country. In London, where he sought refuge, he continued his adhesion to romanticism by publishing Adozinda and Bernal-Francez, expansions of old folk-poems, which met with the warmest praise from Southey and were translated by Adamson. He spent the next three years in and about Birmingham, Warwick and London, engaged in writing poetry and political pamphlets, and by these and by his periodicals he did much to unite the Portuguese émigrés and to keep up their spirit amid their sufferings in a foreign land. Learning that an expedition was being organized in France for the liberation of Portugal, Garrett raised funds and joined the forces under D. Pedro as a volunteer. Sailing in February 1832, he disembarked at Terceira, whence he passed to S. Miguel, then the seat of the Liberal government. Here he became a co-operator with the statesman Mousinho da Silveira, and assisted him in drafting those laws which were to revolutionize the whole framework of Portuguese society, this important work being done far from books and without pecuniary reward. In his spare time he wrote some of the beautiful lyrics afterwards collected into Flores sem Fructo. He took part in the expedition that landed at the Mindello on the 8th of July 1832, and in the occupation of Oporto. Early in the siege he sketched out, under the influence of Walter Scott, the historical romance Arco de Sant’ Anna, descriptive of the city in the reign of D. Pedro I.; and, in addition, he organized the Home and Foreign offices under the marquis of Palmella, drafted many important royal decrees, and prepared the criminal and commercial codes. In the following November he was despatched as secretary to the marquis on a diplomatic mission to foreign courts, which involved him in much personal hardship. In the next year the capture of Lisbon enabled him to return home, and he was charged to prepare a scheme for the reform of public instruction.
Filled with national pride, he wrote the poem "Camões" in 1824 in Havre, which shattered the influence of outdated classical and Arcadian poets. The following year, he composed the patriotic poem "D. Branca," or "The Conquest of the Algarve." He was allowed to return to Portugal in 1826, where he focused on journalism. With the launch of O Portuguez, he elevated the press, showcasing a level of thought and moderation in language that was previously unheard of in political debates, and he introduced the “feuilleton.” However, his defense of Liberal ideas landed him three months in prison, and when D. Miguel was declared absolute king on May 3, 1828, Garrett had to leave the country again. In London, where he sought refuge, he continued his commitment to romanticism by publishing Adozinda and Bernal-Francez, expansions of old folk poems that received great acclaim from Southey and were translated by Adamson. He spent the next three years around Birmingham, Warwick, and London, writing poetry and political pamphlets, and through these efforts and his periodicals, he did much to unite the Portuguese émigrés and sustain their spirit during their hardships in a foreign land. When he learned that an expedition was being organized in France to liberate Portugal, Garrett raised funds and joined the forces under D. Pedro as a volunteer. Departing in February 1832, he landed in Terceira and then moved to S. Miguel, which was the center of the Liberal government at the time. Here, he collaborated with the statesman Mousinho da Silveira, helping him draft laws that would revolutionize Portuguese society, this significant work being done away from books and without any financial reward. In his free time, he wrote some of the beautiful lyrics that were later collected into Flores sem Fructo. He participated in the expedition that landed at Mindello on July 8, 1832, and in the occupation of Oporto. Early in the siege, influenced by Walter Scott, he outlined the historical romance Arco de Sant’ Anna, depicting the city during the reign of D. Pedro I. Additionally, he organized the Home and Foreign offices under the marquis of Palmella, drafted many important royal decrees, and prepared the criminal and commercial codes. The following November, he was sent as secretary to the marquis on a diplomatic mission to foreign courts, which involved significant personal hardship. The next year, after Lisbon was captured, he was able to return home and was tasked with preparing a plan for reforming public education.
In 1834-1835 he served as consul-general and chargé d’affaires at Brussels, representing Portugal with distinction under most difficult circumstances, for which he received no thanks and little pay. When he got back, the government employed him to draw up a proposal for the construction of a national theatre and for a conservatoire of dramatic art, of which he became the head. He instituted prizes for the best plays, himself revising nearly all that were produced, and a school of dramatists and actors arose under his influence. To give them models, he proceeded to write a series of prose dramas, choosing his subjects from Portuguese history. He began in 1838 with the Auto de Gil Vicente, considering that the first step towards the recreation of the Portuguese drama was to revive the memory of its founder, and he followed this up in 1842 by the Alfageme de Santarem, dealing with the Holy Constable, and in 1843 by Frei Luiz de Sousa, one of the few great tragedies of the 19th century, a work as intensely national as The Lusiads. The story, which in part is historically true, and has the merit of being simple, like the action, is briefly as follows. D. João de Portugal, who was supposed to have died at the battle of Alcacer, returns, years afterwards, to find his wife married to Manoel de Sousa and the mother of a daughter by him, named Maria. Thereupon the pair separate and enter religion, and Manoel becomes the famous chronicler, Frei Luiz de Sousa (q.v.). The characters live and move, especially Telmo, the old servant, who would never believe in the death of his former master D. João, and the consumptive 475 child Maria, who helps Telmo to create the atmosphere of impending disaster; while the episodes, particularly those of the return of D. João and the death of Maria, are full of power, and the language is Portuguese of the best.
In 1834-1835, he served as consul-general and chargé d’affaires in Brussels, representing Portugal with distinction under very challenging circumstances, for which he received no gratitude and minimal pay. When he returned, the government hired him to draft a proposal for building a national theatre and a conservatory of dramatic art, of which he became the head. He established prizes for the best plays and personally reviewed nearly all the productions, leading to the emergence of a school for dramatists and actors under his guidance. To provide them with examples, he set out to write a series of prose dramas, drawing his subjects from Portuguese history. He began in 1838 with the Auto de Gil Vicente, believing that the first step toward revitalizing Portuguese drama was to honor its founder. He followed this in 1842 with Alfageme de Santarem, which tells the story of the Holy Constable, and in 1843 with Frei Luiz de Sousa, one of the few significant tragedies of the 19th century, a work as deeply national as The Lusiads. The story, which is partly based on historical events and has the merit of being straightforward, is briefly as follows: D. João de Portugal, who was thought to have died at the battle of Alcacer, returns years later to find his wife married to Manoel de Sousa and the mother of a daughter named Maria. The couple then separates and enters religious life, and Manoel becomes the renowned chronicler, Frei Luiz de Sousa (q.v.). The characters come alive, especially Telmo, the old servant who could never accept the death of his former master, D. João, and the sickly child Maria, who helps Telmo create a sense of looming disaster; while the episodes, particularly D. João’s return and Maria’s death, are filled with intensity, and the language is exemplary Portuguese.
Entering parliament in 1837, Garrett soon made his mark as an orator. In that year he delivered many notable discourses in defence of liberal ideas. He also brought in a literary copyright bill, which, when it became law in 1851, served as a precedent for similar legislation in England and Prussia. In 1840 he made his famous speech known as Porto Pyreu, in which he skilfully turned the well-known anecdote of the “mad Athenian” against his opponents. While attending with assiduity to his duties as a deputy, he wrote, about this time, the drama D. Filippa de Vilhena, founded on an incident in the revolution of 1640, for representation by the pupils of the conservatoire, and the session of 1841 saw another of his oratorical triumphs in his speech against the law of tithes. In July 1843 an excursion to Santarem resulted in his prose masterpiece Viagens na minha terra, at once a novel and a miscellany of literary, political and philosophic criticism, written without plan or method, easy, jovial and epigrammatic. He took no part in the civil war that followed the revolution of Maria da Fonte, but continued his literary labours, producing in 1848 the comedy A Sobrinha do Marquez, dealing with the times of Pombal, and in 1849 an historical memoir on Mousinho da Silveira. He spent much of the year 1850 in finishing his Romanceiro, a collection of folk-poetry of which he was the first to perceive the value; and in June 1851 he was created a viscount. In the following December he drew up the additional act to the constitutional charter, and his draft was approved by the ministers at a cabinet meeting in his house. Further, he initiated the Conselho Ultramarino; and the Law of the Misericordias, with its preamble, published in 1852, was entirely from his pen. In the same year he became for a short time minister of foreign affairs. In 1853 he brought out Folhas Cahidas, a collection of short poems ablaze with passion and exquisite in form, of which his friend Herculano said: “if Camoens had written love verses at Garrett’s age, he could not have equalled him.” His final literary work was a novel, Helena, which he left unfinished, and on the 10th of February 1854 he made his last notable speech in the House. He died on the 9th of December 1854, and on the 3rd of May 1903 his remains were translated to the national pantheon, the Jeronymos at Belem, where they rest near to those of Camoens. As poet, novelist, journalist, orator and dramatist, he deserves the remark of Rebello da Silva: “Garrett was not a man of letters only but an entire literature in himself.”
Entering parliament in 1837, Garrett quickly established himself as an impressive speaker. That year, he delivered many noteworthy speeches defending liberal ideas. He also introduced a literary copyright bill, which, when it became law in 1851, set a precedent for similar legislation in England and Prussia. In 1840, he gave his famous speech known as Porto Pyreu, where he cleverly used the well-known story of the “mad Athenian” against his opponents. While diligently fulfilling his duties as a deputy, he wrote the play D. Filippa de Vilhena, based on an event from the 1640 revolution, intended for the students of the conservatory. The 1841 session saw another of his speaking victories in his speech against the law of tithes. In July 1843, a trip to Santarem resulted in his prose masterpiece Viagens na minha terra, which was both a novel and a collection of literary, political, and philosophical critiques, written spontaneously, in a relaxed, cheerful, and witty style. He didn't participate in the civil war that followed the Maria da Fonte revolution but continued his literary work, producing the comedy A Sobrinha do Marquez in 1848, about the Pombal era, and in 1849, he wrote a historical memoir on Mousinho da Silveira. He spent much of 1850 finishing his Romanceiro, a collection of folk poetry that he was the first to recognize as valuable, and in June 1851, he was made a viscount. The following December, he drafted the additional act to the constitutional charter, which was approved by the ministers in a cabinet meeting at his home. He also initiated the Conselho Ultramarino; and the Law of the Misericordias, along with its preamble published in 1852, was entirely his work. That same year, he briefly served as the minister of foreign affairs. In 1853, he published Folhas Cahidas, a collection of passionate short poems beautifully crafted, with his friend Herculano stating: “if Camoens had written love poems at Garrett’s age, he could not have matched him.” His last literary work was an unfinished novel titled Helena, and on February 10, 1854, he delivered his final notable speech in the House. He died on December 9, 1854, and on May 3, 1903, his remains were transferred to the national pantheon, the Jeronymos in Belem, where they rest near those of Camoens. As a poet, novelist, journalist, speaker, and playwright, he warrants the remark from Rebello da Silva: “Garrett was not just a man of letters but an entire literature in himself.”
Besides his strong religious faith, Garrett was endowed with a deep sensibility, a creative imagination, rare taste and a singular capacity for sympathy. Thus, though a learned man and an able jurist, he was bound to be first and always an artist. His artistic temperament explains his many-sided activity, his expansive kindliness, his seductive charm, especially for women, his patriotism, his aristocratic pretensions, his huge vanity and dandyism, and the ingenuousness that absolves him from many faults in an irregular life. From his rich artistic nature sprang his profound, sincere, sensual and melancholy lyrics, the variety and perfection of his scenic creations, the splendour of his eloquence, the truth of his comic vein, the elegance of his lighter compositions. Two books stand out in bold relief from among his writings: Folhas Cahidas, and that tragedy of fatality and pity, Frei Luiz de Sousa, with its gallery of noble figures incarnating the truest realism in an almost perfect prose form. The complete collection of his works comprises twenty-four volumes and there are several editions.
Besides his strong religious faith, Garrett had a deep sensitivity, a creative imagination, refined taste, and a unique ability to empathize. So, even though he was a knowledgeable man and a skilled jurist, he was always primarily an artist. His artistic nature accounts for his diverse activities, his generous kindness, his captivating charm, especially with women, his patriotism, his aristocratic aspirations, his immense vanity and dandyism, and the innocence that excuses him from many mistakes in a tumultuous life. From his rich artistic spirit came his profound, heartfelt, sensual, and bittersweet lyrics, the variety and excellence of his theatrical works, the brilliance of his eloquence, the authenticity of his humor, and the grace of his lighter pieces. Two books stand out prominently among his writings: Folhas Cahidas and the tragedy of fate and compassion, Frei Luiz de Sousa, featuring a cast of noble characters that embody true realism in nearly flawless prose. The complete collection of his works consists of twenty-four volumes, with multiple editions available.
Authorities.—Gomes de Amorim, Garrett, memorias biographicas (3 vols., Lisbon, 1881-1888); D. Romero Ortiz, La Litteratura Portuguesa en el siglo XIX (Madrid, 1869), pp. 165-221; Dr Theophilo Braga, Garrett e o romantismo (Oporto, 1904), and Garrett e os dramas romanticos (Oporto, 1905), with a full bibliography; Innocencio da Silva, Diccionario bibliographico Portuguez, vol. iii. pp. 309-316, and vol. x. pp. 180-185. See Revue encyclopédique Larousse, No. 284, for a bibliography of the foreign translations of Garrett. Frei Luiz de Sousa was translated by Edgar Prestage under the title Brother Luiz de Sousa (London, 1909).
Authorities.—Gomes de Amorim, Garrett, Biographical Memoirs (3 vols., Lisbon, 1881-1888); D. Romero Ortiz, Portuguese Literature in the 19th Century (Madrid, 1869), pp. 165-221; Dr. Theophilo Braga, Garrett and Romanticism (Oporto, 1904), and Garrett and the Romantic Dramas (Oporto, 1905), with a complete bibliography; Innocencio da Silva, Bibliographic Dictionary of Portugal, vol. iii. pp. 309-316, and vol. x. pp. 180-185. See Larousse Encyclopedic Review, No. 284, for a bibliography of Garrett's foreign translations. Frei Luiz de Sousa was translated by Edgar Prestage as Brother Luiz de Sousa (London, 1909).
GARRICK, DAVID (1717-1779), English actor and theatrical manager, was descended from a good French Protestant family named Garric or Garrique of Bordeaux, which had settled in England on the revocation of the Edict of Nantes. His father, Captain Peter Garrick, who had married Arabella Clough, the daughter of a vicar choral of Lichfield cathedral, was on a recruiting expedition when his famous third son was born at Hereford on the 19th of February 1717. Captain Garrick, who had made his home at Lichfield, where he had a large family, in 1731 rejoined his regiment at Gibraltar. This kept him absent from home for many years, during which letters were written to him by “little Davy,” acquainting him with the doings at Lichfield. When the boy was about eleven years old he paid a short visit to Lisbon where his uncle David had settled as a wine merchant. On his father’s return from Gibraltar, David, who had previously been educated at the grammar school of Lichfield, was, largely by the advice of Gilbert Walmesley, registrar of the ecclesiastical court, sent with his brother George to the “academy” at Edial, just opened in June or July 1736 by Samuel Johnson, the senior by seven years of David, who was then nineteen. This seminary was, however, closed in about six months, and on the 2nd of March 1736/7 both Johnson and Garrick left Lichfield for London—Johnson, as he afterwards said, “with twopence halfpenny in his pocket,” and Garrick “with three-halfpence in his.” Johnson, whose chief asset was the MS. tragedy of Irene, was at first the host of his former pupil, who, however, before the end of the year took up his residence at Rochester with John Colson (afterwards Lucasian professor at Cambridge). Captain Garrick died about a month after David’s arrival in London. Soon afterwards, his uncle, the wine merchant at Lisbon, having left David a sum of £1000, he and his brother entered into partnership as wine merchants in London and Lichfield, David taking up the London business. The concern was not prosperous—though Samuel Foote’s assertion that he had known Garrick with three quarts of vinegar in the cellar calling himself a wine merchant need not be taken literally—and before the end of 1741 he had spent nearly half of his capital.
GARRICK, DAVID (1717-1779), English actor and theater manager, came from a respectable French Protestant family named Garric or Garrique from Bordeaux, which had moved to England after the Edict of Nantes was revoked. His father, Captain Peter Garrick, who married Arabella Clough, the daughter of a choral vicar of Lichfield Cathedral, was on a recruiting mission when his famous third son was born in Hereford on February 19, 1717. Captain Garrick, who settled in Lichfield and had a large family, rejoined his regiment in Gibraltar in 1731. This kept him away from home for many years, during which "little Davy" wrote letters to keep him updated on life in Lichfield. When David was about eleven, he took a short trip to Lisbon, where his uncle David had established himself as a wine merchant. When his father returned from Gibraltar, David, who had previously attended the grammar school in Lichfield, was sent with his brother George to the new "academy" in Edial, opened in June or July 1736 by Samuel Johnson, who was seven years older than David, then nineteen. However, this school closed after about six months, and on March 2, 1736/7, both Johnson and Garrick left Lichfield for London—Johnson, as he later said, “with two and a half pennies in his pocket,” and Garrick “with three halfpennies in his.” Johnson, whose primary asset was the manuscript tragedy of Irene, initially hosted his former pupil, who soon moved to Rochester with John Colson (later Lucasian professor at Cambridge). Captain Garrick passed away about a month after David arrived in London. Shortly after that, his uncle, the wine merchant in Lisbon, left David a sum of £1,000, leading him and his brother to start a wine business in London and Lichfield, with David managing the London side. The venture was not successful—though Samuel Foote’s claim that he saw Garrick with three quarts of vinegar in the cellar calling himself a wine merchant shouldn't be taken literally—and by the end of 1741, David had spent nearly half of his capital.
His passion for the stage completely engrossed him; he tried his hand both at dramatic criticism and at dramatic authorship. His first dramatic piece, Lethe, or Aesop in the Shades, which he was thirty-seven years later to read from a splendidly bound transcript to King George III. and Queen Charlotte, was played at Drury Lane on the 15th of April 1740; and he became a well-known frequenter of theatrical circles. His first appearance on the stage was made in March 1741, incognito, as harlequin at Goodman’s Fields, Yates, who was ill, having allowed him to take his place during a few scenes of the pantomime entitled Harlequin Student, or The Fall of Pantomime with the Restoration of the Drama. Garrick subsequently accompanied a party of players from the same theatre to Ipswich, where he played his first part as an actor under the name of Lyddal, in the character of Aboan (in Southerne’s Oroonoko). His success in this and other parts determined his future career. On the 19th of October 1741 he made his appearance at Goodman’s Fields as Richard III. and gained the most enthusiastic applause. Among the audience was Macklin, whose performance of Shylock, early in the same year, had pointed the way along which Garrick was so rapidly to pass in triumph. On the morrow the latter wrote to his brother at Lichfield, proposing to make arrangements for his withdrawal from the partnership, which, after much distressful complaint on the part of his family, met by him with the utmost consideration, were ultimately carried into effect. Meanwhile, each night had added to his popularity on the stage. The town, as Gray (who, like Horace Walpole, at first held out against the furore) declared, was “horn-mad” about him. Before his Richard had exhausted its original effect, he won new applause as Aboan, and soon afterwards as Lear and as Pierre in Otway’s Venice Preserved, as well as in several comic characters (including that of Bayes). 476 Glover (“Leonidas”) attended every performance; the duke of Argyll, Lords Cobham and Lyttelton, Pitt, and several other members of parliament testified their admiration. Within the first six months of his theatrical career he acted in eighteen characters of all kinds, and from the 2nd of December he appeared in his own name. Pope went to see him three times during his first performances, and pronounced that “that young man never had his equal as an actor, and he will never have a rival.” Before next spring he had supped with “the great Mr Murray, counsellor,” and was engaged to do so with Mr Pope through Murray’s introduction, while he was dining with Halifax, Sandwich and Chesterfield. “There was a dozen dukes of a night at Goodman’s Fields,” writes Horace Walpole. Garrick’s farce of The Lying Valet, in which he performed the part of Sharp, was at this time brought out with so much success that he ventured to send a copy to his brother.
His passion for the stage completely absorbed him; he explored both dramatic criticism and writing plays. His first play, Lethe, or Aesop in the Shades, which he would later read to King George III and Queen Charlotte from a beautifully bound manuscript thirty-seven years later, premiered at Drury Lane on April 15, 1740. He became a familiar face in theatrical circles. He made his stage debut incognito in March 1741, playing the role of Harlequin at Goodman’s Fields, stepping in for the ill Yates for a few scenes in the pantomime Harlequin Student, or The Fall of Pantomime with the Restoration of the Drama. Garrick then joined a group of actors from the same theater to Ipswich, where he performed his first official role as an actor under the name Lyddal, playing Aboan in Southerne’s Oroonoko. His success in this and other roles solidified his career path. On October 19, 1741, he appeared at Goodman’s Fields as Richard III and received overwhelming applause. Among the audience was Macklin, whose Shylock performance earlier that year had paved the way for Garrick's rapid rise to fame. The next day, he wrote to his brother in Lichfield, suggesting arrangements to exit the partnership he had been in, which, after much distress from his family, he handled with utmost consideration, ultimately going through. Meanwhile, each performance increased his popularity on stage. The town, as Gray (who, like Horace Walpole, initially resisted the furore) stated, was “horn-mad” about him. Before the impact of his Richard wore off, he earned new applause as Aboan, and soon after as Lear and Pierre in Otway’s Venice Preserved, along with various comic roles (including that of Bayes). 476 Glover (“Leonidas”) attended every performance; the Duke of Argyll, Lords Cobham and Lyttelton, Pitt, and several other members of parliament expressed their admiration. In his first six months on stage, he played in eighteen different roles, and starting December 2, he appeared under his own name. Pope attended his performances three times and declared that “that young man never had his equal as an actor, and he will never have a rival.” By the next spring, he had dined with “the great Mr. Murray, counsel,” and was set to dine with Mr. Pope through Murray’s introduction while also dining with Halifax, Sandwich, and Chesterfield. “There was a dozen dukes a night at Goodman’s Fields,” Horace Walpole wrote. Garrick's farce The Lying Valet, where he played the role of Sharp, was performed with such success that he felt confident enough to send a copy to his brother.
His fortune was now made, and while the managers of Covent Garden and Drury Lane resorted to the law to make Giffard, the manager of Goodman’s Fields, close his little theatre, Garrick was engaged by Fleetwood for Drury Lane for the season of 1742. In June of that year he went over to Dublin, where he found the same homage paid to his talents as he had received from his own countrymen. He was accompanied by Margaret (Peg) Woffington, of whom he had been for some time a fervent admirer. (His claim to the authorship of the song to Lovely Peggy is still sub judice. There remains some obscurity as to the end of their liaison.) From September 1742 to April 1745 he played at Drury Lane, after which he again went over to Dublin. Here he remained during the whole season, as joint-manager with Sheridan, in the direction and profits of the Theatre Royal in Smock Alley. In 1746-1747 he fulfilled a short engagement with Rich at Covent Garden, his last series of performances under a management not his own. With the close of that season Fleetwood’s patent for the management of Drury Lane expired, and Garrick, in conjunction with Lacy, purchased the property of the theatre, together with the renewal of the patent; contributing £8000 as two-thirds of the purchase-money. In September 1747 it was opened with a strong company of actors, Johnson’s prologue being spoken by Garrick, while the epilogue, written by him, was spoken by Mrs Woffington. The negotiations involved Garrick in a bitter quarrel with Macklin, who appears to have had a real grievance in the matter. Garrick took no part himself till his performance of Archer in the Beaux’ Stratagem, a month after the opening. For a time at least “the drama’s patrons” were content with the higher entertainment furnished them; in the end Garrick had to “please” them, like most other managers, by gratifying their love of show. Garrick was surrounded by many players of eminence, and he had the art, as he was told by Mrs Clive, “of contradicting the proverb that one cannot make bricks without straw, by doing what is infinitely more difficult, making actors and actresses without genius.” He had to encounter very serious opposition from the old actors whom he had distanced, and with the younger actors and actresses he was involved in frequent quarrels. But to none of them or their fellows did he, so far as it appears, show that jealousy of real merit from which so many great actors have been unable to remain free. For the present he was able to hold his own against all competition. The naturalness of his acting fascinated those who, like Partridge in Tom Jones, listened to nature’s voice, and justified the preference of more conscious critics. To be “pleased with nature” was, as Churchill wrote, in the Rosciad (1761),1 to be pleased with Garrick. For the stately declamation, the sonorous, and beyond a doubt impressive, chant of Quin and his fellows, Garrick substituted rapid changes of passion and humour in both voice and gesture, which held his audiences spellbound. “It seemed,” wrote Richard Cumberland, “as if a whole century had been stepped over in the passage of a single scene; old things were done away, and a new order at once brought forward, bright and luminous, and clearly destined to dispel the barbarisms of a tasteless age, too long superstitiously devoted to the illusions of imposing declamation.” Garrick’s French descent and his education may have contributed to give him the vivacity and versatility which distinguished him as an actor; and nature had given him an eye, if not a stature, to command, and a mimic power of wonderful variety. The list of his characters in tragedy, comedy and farce is large, and would be extraordinary for a modern actor of high rank; it includes not less than seventeen Shakespearian parts. As a manager, though he committed some grievous blunders, he did good service to the theatre and signally advanced the popularity of Shakespeare’s plays, of which not less than twenty-four were produced at Drury Lane under his management. Many of these were not pure Shakespeare; and he is credited with the addition of a dying speech to the text of Macbeth. On the other hand, Tate Wilkinson says that Garrick’s production of Hamlet in 1773 was well received at Drury Lane even by the galleries, “though without their favourite acquaintances the gravediggers.” Among his published adaptations are an opera, The Fairies (from Midsummer Night’s Dream) (1755); an opera The Tempest (1756); Catherine and Petruchio (1758); Florizel and Perdita (1762). But not every generation has the same notions of the way in which Shakespeare is best honoured. Few sins of omission can be charged against Garrick as a manager, but he refused Home’s Douglas, and made the wrong choice between False Delicacy and The Good Natur’d Man. For the rest, he purified the stage of much of its grossness, and introduced a relative correctness of costume and decoration unknown before. To the study of English dramatic literature he rendered an important service by bequeathing his then unrivalled collection of plays to the British Museum.
His fortune was now secure, and while the managers of Covent Garden and Drury Lane turned to the law to force Giffard, the manager of Goodman’s Fields, to shut down his small theatre, Garrick was signed by Fleetwood for Drury Lane for the 1742 season. In June that year, he traveled to Dublin, where he received the same admiration for his talents as he had from his fellow countrymen. He was joined by Margaret (Peg) Woffington, of whom he had been a dedicated admirer for a while. (His claim to having written the song to Lovely Peggy is still sub judice. There remains some uncertainty regarding the end of their affair.) From September 1742 to April 1745, he performed at Drury Lane, after which he returned to Dublin. He stayed there for the entire season as co-manager with Sheridan, overseeing the Theatre Royal in Smock Alley and sharing in its profits. In 1746-1747, he completed a short engagement with Rich at Covent Garden, marking his last performances under someone else's management. At the end of that season, Fleetwood’s license for managing Drury Lane expired, and Garrick, along with Lacy, purchased the theater property and the renewal of the license, contributing £8000 as two-thirds of the purchase price. In September 1747, it reopened with a strong cast of actors, with Garrick delivering Johnson’s prologue and Mrs. Woffington reciting the epilogue he wrote. The negotiations led to a bitter dispute with Macklin, who seemed to have a legitimate grievance. Garrick did not personally engage until he performed Archer in the Beaux’ Stratagem, a month after the opening. For a time, “the drama’s patrons” were satisfied with the higher quality of entertainment they were receiving; ultimately, Garrick had to “please” them like most managers by catering to their love of spectacle. Garrick was surrounded by many distinguished performers, and he had the ability, as Mrs. Clive pointed out, “to defy the saying that you can’t make bricks without straw, by doing what is much more challenging—creating actors and actresses without innate talent.” He faced serious opposition from veteran actors he had surpassed, and he often found himself in conflicts with younger actors and actresses. However, it appears that he did not, like many great actors, display jealousy towards those with real talent. At that moment, he managed to hold his ground against all competition. The naturalness of his acting captivated those who, like Partridge in Tom Jones, listened to nature’s call and validated the preference of sharper-minded critics. To be “pleased with nature” was, as Churchill wrote in the Rosciad (1761),1 to be pleased with Garrick. Instead of the grand declamation and impactful delivery of Quin and his contemporaries, Garrick offered swift changes of emotion and humor in both voice and gesture, mesmerizing his audiences. “It felt,” wrote Richard Cumberland, “like a whole century was skipped in the course of a single scene; old practices fell away, and a bright, new order emerged, clearly meant to eliminate the uncouthness of an era too long devoted to the illusions of grand oratory.” Garrick’s French heritage and education may have contributed to the energy and adaptability that made him stand out as an actor; nature gave him a commanding presence, if not stature, and an impressive range as a mimic. The list of his roles in tragedy, comedy, and farce is extensive and would be remarkable for a modern high-profile actor; it includes at least seventeen parts from Shakespeare. As a manager, despite making some significant mistakes, he effectively served the theater and notably increased the popularity of Shakespeare’s works, with at least twenty-four produced at Drury Lane during his tenure. Many of these weren't pure Shakespeare; he's credited with adding a dying speech to Macbeth. Conversely, Tate Wilkinson notes that Garrick’s production of Hamlet in 1773 was well-received at Drury Lane even by the gallery audience, “though without their favorite characters, the gravediggers.” Among his published adaptations are an opera, The Fairies (from Midsummer Night’s Dream) (1755); an opera The Tempest (1756); Catherine and Petruchio (1758); Florizel and Perdita (1762). However, not every generation agrees on the best way to honor Shakespeare. Few major omissions can be attributed to Garrick as a manager, but he rejected Home’s Douglas and made an unfortunate choice between False Delicacy and The Good Natur’d Man. Aside from that, he cleaned up the stage of much of its crudeness and introduced a level of correctness in costume and scenery that was previously unheard of. He made a significant contribution to the study of English dramatic literature by leaving his unparalleled collection of plays to the British Museum.
After escaping from the chains of his passion for the beautiful but reckless Mrs Woffington, Garrick had in 1749 married Mademoiselle Violette (Eva Maria Veigel), a German lady who had attracted admiration at Florence or at Vienna as a dancer, and had come to England early in 1746, where her modest grace and the rumours which surrounded her created a furore, and where she found enthusiastic patrons in the earl and countess of Burlington. Garrick, who called her “the best of women and wives,” lived most happily with her in his villa at Hampton, acquired by him in 1754, whither he was glad to escape from his house in Southampton Street. To this period belongs Garrick’s quarrel with Barry, the only actor who even temporarily rivalled him in the favour of the public. In 1763 Garrick and his wife visited Paris, where they were cordially received and made the acquaintance of Diderot and others at the house of the baron d’Holbach. It was about this time that Grimm extolled Garrick as the first and only actor who came up to the demands of his imagination; and it was in a reply to a pamphlet occasioned by Garrick’s visit that Diderot first gave expression to the views expounded in his Paradoxe sur le comédien. After some months spent in Italy, where Garrick fell seriously ill, they returned to Paris in the autumn of 1764 and made more friends, reaching London in April 1765. Their union was childless, and Mrs Garrick survived her husband until 1822. Her portrait by Hogarth is at Windsor Castle.
After breaking free from his obsession with the beautiful but reckless Mrs. Woffington, Garrick married Mademoiselle Violette (Eva Maria Veigel) in 1749. She was a German woman who had gained admiration in Florence and Vienna as a dancer and had come to England early in 1746, where her modest grace and the rumors surrounding her created a furore. She found enthusiastic supporters in the earl and countess of Burlington. Garrick, who called her “the best of women and wives,” lived happily with her in his villa at Hampton, which he acquired in 1754, glad to escape from his house on Southampton Street. This period also included Garrick’s feud with Barry, the only actor who temporarily rivaled him in public favor. In 1763, Garrick and his wife visited Paris, where they were warmly welcomed and met Diderot and others at the home of Baron d’Holbach. Around this time, Grimm praised Garrick as the first and only actor to meet the demands of his imagination; and in response to a pamphlet triggered by Garrick’s visit, Diderot first expressed the ideas he later detailed in his Paradoxe sur le comédien. After spending several months in Italy, where Garrick fell seriously ill, they returned to Paris in the autumn of 1764 and made more friends, arriving in London in April 1765. Their marriage was childless, and Mrs. Garrick lived longer than her husband, until 1822. Her portrait by Hogarth is at Windsor Castle.
Garrick practically ceased to act in 1766, but he continued the management of Drury Lane, and in 1769 organized the Shakespeare celebrations at Stratford-on-Avon, an undertaking which ended in dismal failure, though he composed an “Ode upon dedicating a building and erecting a Statue to Shakespeare” on the occasion. (See, inter alia, Garrick’s Vagary, or England Run Mad; with particulars of the Stratford Jubilee, 1769.) Of his best supporters on the stage, Mrs Cibber, with whom he had been reconciled, died in 1766, and Mrs (Kitty) Clive retired in 1769; but Garrick contrived to maintain the success of his theatre. He sold his share in the property in 1776 for £35,000, and took leave of the stage by playing a round of his favourite characters—Hamlet, Lear, Richard and Benedick, among Shakespearian parts; Lusignan in Zara, Aaron Hill’s adaptation of Voltaire’s Zaire; and Kitely in his own adaptation of Ben Jonson’s Every Man in his Humour; Archer in Farquhar’s Beaux’ Stratagem; 477 Abel Drugger in Ben Jonson’s Alchemist; Sir John Brute in Vanbrugh’s Provoked Wife; Leon in Fletcher’s Rule a Wife and have a Wife. He ended the series, as Tate Wilkinson says, “in full glory” with “the youthful Don Felix” in Mrs Centlivre’s Wonder on the 10th of June 1776. He died in London on the 20th of January 1779. He was buried in Westminster Abbey at the foot of Shakespeare’s statue with imposing solemnities. An elegy on his death was published by William Tasker, poet and physiognomist, in the same year.
Garrick almost stopped acting in 1766, but he kept managing Drury Lane and in 1769, he organized the Shakespeare celebrations in Stratford-on-Avon. This event turned out to be a total flop, even though he wrote an “Ode upon dedicating a building and erecting a Statue to Shakespeare” for the occasion. (See, inter alia, Garrick’s Vagary, or England Run Mad; with particulars of the Stratford Jubilee, 1769.) One of his best supporters on stage, Mrs. Cibber, with whom he had reconciled, died in 1766, and Mrs. (Kitty) Clive retired in 1769; however, Garrick managed to keep his theater successful. He sold his share in the property in 1776 for £35,000, and said goodbye to the stage by performing a series of his favorite characters—Hamlet, Lear, Richard, and Benedick from Shakespeare; Lusignan in Zara, Aaron Hill’s adaptation of Voltaire’s Zaire; and Kitely in his own adaptation of Ben Jonson’s Every Man in his Humour; Archer in Farquhar’s Beaux’ Stratagem; 477Abel Drugger in Ben Jonson’s Alchemist; Sir John Brute in Vanbrugh’s Provoked Wife; Leon in Fletcher’s Rule a Wife and have a Wife. He concluded the series, as Tate Wilkinson noted, “in full glory” with “the youthful Don Felix” in Mrs. Centlivre’s Wonder on June 10, 1776. He passed away in London on January 20, 1779. He was buried in Westminster Abbey at the foot of Shakespeare’s statue with grand ceremonies. An elegy on his death was published by William Tasker, a poet and physiognomist, in the same year.
In person, Garrick was a little below middle height; in his later years he seems to have inclined to stoutness. The extraordinary mobility of his whole person, and his power of as it were transforming himself at will, are attested by many anecdotes and descriptions, but the piercing power of his eye must have been his most irresistible feature.
In person, Garrick was a bit shorter than average; in his later years, he seemed to become somewhat heavier. The remarkable flexibility of his entire body and his ability to almost transform himself at will are supported by many stories and descriptions, but the intense power of his gaze must have been his most captivating feature.
Johnson, of whose various and often merely churlish remarks on Garrick and his doings many are scattered through the pages of Boswell, spoke warmly of the elegance and sprightliness of his friend’s conversation, as well as of his liberality and kindness of heart; while to the great actor’s art he paid the exquisite tribute of describing Garrick’s sudden death as having “eclipsed the gaiety of nations, and impoverished the public stock of harmless pleasure.” But the most discriminating character of Garrick, slightly tinged with satire, is that drawn by Goldsmith in his poem of Retaliation. Beyond a doubt he was not without a certain moral timidity contrasting strangely with his eager temperament and alertness of intellect; but, though he was not cast in a heroic mould, he must have been one of the most amiable of men. Garrick was often happy in his epigrams and occasional verse, including his numerous prologues and epilogues. He had the good taste to recognize, and the spirit to make public his recognition of, the excellence of Gray’s odes at a time when they were either ridiculed or neglected. His dramatic pieces, The Lying Valet, adapted from Motteux’s Novelty Lethe (1740), The Guardian, Linco’s Travels (1767), Miss in her Teens (1747), Irish Widow, &c., and his alterations and adaptations of old plays, which together fill four volumes, evinced his knowledge of stage effect and his appreciation of lively dialogue and action; but he cannot be said to have added one new or original character to the drama. He was joint author with Colman of The Clandestine Marriage (1766), in which he is said to have written his famous part of Lord Ogleby. The excellent farce, High Life below Stairs, appears to have been wrongly attributed to Garrick, and to be by James Townley. His Dramatic Works (1798) fill three, his Poetic (1735) two volumes.
Johnson, whose various and often just grumpy comments about Garrick and his actions are scattered throughout Boswell's writings, praised the charm and liveliness of his friend's conversation, along with his generosity and kindness. He paid a beautiful tribute to the great actor's craft by saying that Garrick's sudden death had “eclipsed the gaiety of nations, and impoverished the public stock of harmless pleasure.” However, the most nuanced characterization of Garrick, lightly tinged with sarcasm, comes from Goldsmith in his poem Retaliation. Undoubtedly, Garrick had a certain moral shyness that contrasted oddly with his enthusiastic nature and sharp mind; yet, while he may not have been a heroic figure, he must have been one of the most pleasant individuals. Garrick was often clever in his epigrams and occasional poetry, including his many prologues and epilogues. He had the good sense to acknowledge, and the spirit to publicly celebrate, the brilliance of Gray’s odes at a time when they were either mocked or ignored. His dramatic works, including The Lying Valet, adapted from Motteux’s Novelty Lethe (1740), The Guardian, Linco’s Travels (1767), Miss in her Teens (1747), Irish Widow, and others, along with his revisions and adaptations of older plays, which fill four volumes, showcased his understanding of stage impact and his appreciation for lively dialogue and action; however, he cannot be credited with creating any new or original character for the theater. He co-wrote with Colman The Clandestine Marriage (1766), in which he is said to have played his well-known role of Lord Ogleby. The excellent farce High Life below Stairs seems to have been mistakenly credited to Garrick when it was actually by James Townley. His Dramatic Works (1798) span three volumes, and his Poetic (1735) consists of two volumes.
Garrick’s Private Correspondence (published in 1831-1832 with a short memoir by Boaden, in 2 vols. 4to), which includes his extensive Foreign Correspondence with distinguished French men and women, and the notices of him in the memoirs of Cumberland, Hannah More and Madame D’Arblay, and above all in Boswell’s Life of Johnson, bear testimony to his many attractive qualities as a companion and to his fidelity as a friend.
Garrick’s Private Correspondence (published in 1831-1832 with a brief memoir by Boaden, in 2 vols. 4to) features his extensive Foreign Correspondence with notable French figures, as well as mentions of him in the memoirs of Cumberland, Hannah More, and Madame D’Arblay, and especially in Boswell’s Life of Johnson, showcasing his many appealing traits as a companion and his loyalty as a friend.
Bibliography.—A collection of unprinted Garrick letters is in the Forster library at South Kensington. A list of publications of all kinds for and against Garrick will be found in R. Lowe’s Bibliographical History of English Theatrical Literature (1887). The earlier biographies of Garrick are by Arthur Murphy (2 vols., 1801) and by the bookseller Tom Davies (2 vols., 4th ed., 1805), the latter a work of some merit, but occasionally inaccurate and confused as to dates; and a searching if not altogether sympathetic survey of his verses is furnished by Joseph Knight’s valuable Life (1894). A memoir of Garrick is included in a volume of French Memoirs of Mlle Clairon and others, published by Levain (H.L. Cain) at Paris in 1846; and an Italian Biografia di Davide Garrick was published by C. Blasis at Milan in 1840. Mr Percy Fitzgerald’s Life (2 vols., 1868; new edition, 1899) is full and spirited, and has been reprinted, with additions, among Sir Theodore Martin’s Monographs (1906). A delightful essay on Garrick appeared in the Quarterly Review (July 1868), directing attention to the admirable criticisms of Garrick’s acting in 1775 in the letters of G.C. Lichtenberg (Verm. Schriften, iii., Göttingen, 1801). See also for a very valuable survey of Garrick’s labours as an actor, with a bibliography, C. Gaehde, David Garrick als Shakespeare-Darsteller, &c. (Berlin, 1904). Mrs Parsons’ Garrick, and his Circle and Some unpublished Correspondence of David Garrick, ed. G.P. Baker (Boston, Mass., 1907), are interesting additions to the literature of the subject. There is also a Life by James Smyth, David Garrick (1887). T.W. Robertson’s play David Garrick, first acted by Sothern, and later associated with Sir Charles Wyndham, is of course mere fiction.
References.—A collection of unprinted letters by Garrick is located in the Forster library at South Kensington. A list of publications both for and against Garrick can be found in R. Lowe’s Bibliographical History of English Theatrical Literature (1887). The earlier biographies of Garrick include those by Arthur Murphy (2 vols., 1801) and bookseller Tom Davies (2 vols., 4th ed., 1805), the latter being a work of some quality, but occasionally inaccurate and confusing about dates; Joseph Knight’s valuable Life (1894) provides a thorough if not entirely sympathetic look at his verses. A memoir of Garrick appears in a collection of French Memoirs of Mlle Clairon and others, published by Levain (H.L. Cain) in Paris in 1846; an Italian Biografia di Davide Garrick was released by C. Blasis in Milan in 1840. Mr. Percy Fitzgerald’s Life (2 vols., 1868; new edition, 1899) is comprehensive and lively, and has been reprinted, with updates, in Sir Theodore Martin’s Monographs (1906). A charming essay on Garrick was published in the Quarterly Review (July 1868), highlighting the excellent critiques of Garrick’s acting from 1775 found in the letters of G.C. Lichtenberg (Verm. Schriften, iii., Göttingen, 1801). For a very valuable examination of Garrick’s work as an actor, including a bibliography, see C. Gaehde’s David Garrick als Shakespeare-Darsteller, &c. (Berlin, 1904). Mrs. Parsons’ Garrick, and his Circle and Some unpublished Correspondence of David Garrick, edited by G.P. Baker (Boston, Mass., 1907), are interesting additions to the literature on this topic. There is also a Life by James Smyth, David Garrick (1887). T.W. Robertson’s play David Garrick, first performed by Sothern and later associated with Sir Charles Wyndham, is of course purely fictional.
As to the portraits of Garrick, see W.T. Lawrence in The Connoisseur (April 1905). That by Gainsborough at Stratford-on-Avon was preferred by Mrs Garrick to all others. Several remain from the hand of Hogarth, including the famous picture of Garrick as Richard III. The portraits by Reynolds include the celebrated “Garrick between Tragedy and Comedy.” Zoffany’s are portraits in character. Roubiliac’s statue of Shakespeare, for which Garrick sat, and for which he paid the sculptor three hundred guineas, was originally placed in a small temple at Hampton, and is now in the entrance hall at the British Museum.
As for the portraits of Garrick, check out W.T. Lawrence in The Connoisseur (April 1905). Mrs. Garrick preferred the one by Gainsborough in Stratford-on-Avon over all the others. There are several that Hogarth created, including the well-known painting of Garrick as Richard III. Reynolds' portraits feature the famous “Garrick between Tragedy and Comedy.” Zoffany’s works depict him in character. Roubiliac's statue of Shakespeare, for which Garrick posed and paid the sculptor three hundred guineas, was originally located in a small temple at Hampton and is now in the entrance hall of the British Museum.
1 In the subsequent Apology addressed to the Critical Reviewers, Churchill revenged himself for the slight which he supposed Garrick to have put upon him, by some spiteful lines, which, however, Garrick requited by good-humoured kindness.
1 In the following Apology addressed to the Critical Reviewers, Churchill got back at Garrick for what he thought was a slight by writing some spiteful lines. However, Garrick responded with good-natured kindness.
GARRISON, WILLIAM LLOYD (1805-1879), the American anti-slavery leader, was born in Newburyport, Massachusetts, U.S.A., on the 10th of December 1805. His parents were from the British province of New Brunswick. The father, Abijah, a sea-captain, went away from home when William was a child, and it is not known whether he died at sea or on land. The mother, whose maiden name was Lloyd, is said to have been a woman of high character, charming in person and eminent for piety. She died in 1823. William had a taste for books, and made the most of his limited opportunities. His mother first set him to learn the trade of a shoemaker, first at Newburyport, and then, after 1815, at Baltimore, Maryland, and, when she found that this did not suit him, let him try his hand at cabinet-making (at Haverhill, Mass.). But this pleased him no better. In October 1818, when he was in his fourteenth year, he was made more than content by being indentured to Ephraim W. Allen, proprietor of the Newburyport Herald, to learn the trade of a printer. He soon became an expert compositor, and after a time began to write anonymously for the Herald. His communications won the commendation of the editor, who had not at first the slightest suspicion that he was the author. He also wrote for other papers with equal success. A series of political essays, written by him for the Salem Gazette, was copied by a prominent Philadelphia journal, the editor of which attributed them to the Hon. Timothy Pickering, a distinguished statesman of Massachusetts. His skill as a printer won for him the position of foreman, while his ability as a writer was so marked that the editor of the Herald, when temporarily called away from his post, left the paper in his charge.
GARRISON, WILLIAM LLOYD (1805-1879), the American anti-slavery leader, was born in Newburyport, Massachusetts, U.S.A., on December 10, 1805. His parents were from the British province of New Brunswick. His father, Abijah, a sea captain, left home when William was a child, and it’s unclear whether he died at sea or on land. His mother, whose maiden name was Lloyd, was said to be a woman of strong character, attractive, and known for her religious devotion. She died in 1823. William loved books and made the most of his limited opportunities. His mother first had him learn the trade of a shoemaker, first in Newburyport, and then after 1815 in Baltimore, Maryland. When she saw that this didn’t suit him, she let him try cabinet-making in Haverhill, Massachusetts, but that didn’t work out either. In October 1818, when he was just fourteen, he was thrilled to be apprenticed to Ephraim W. Allen, the owner of the Newburyport Herald, to learn the printing trade. He quickly became a skilled compositor and eventually began writing articles anonymously for the Herald. His writings impressed the editor, who had no idea he was the author at first. He also wrote successfully for other newspapers. A series of political essays he wrote for the Salem Gazette was published by a well-known Philadelphia journal, whose editor mistakenly credited them to the Hon. Timothy Pickering, a respected statesman from Massachusetts. His talent as a printer earned him the title of foreman, while his writing skills were so evident that when the editor of the Herald left temporarily, he entrusted the paper to William.
The printing-office was for him, what it has been for many another poor boy, no mean substitute for the academy and for the college. He was full of enthusiasm for liberty; the struggle of the Greeks to throw off the Turkish yoke enlisted his warmest sympathy, and at one time he seriously thought of entering the West Point Academy and fitting himself for a soldier’s career. His apprenticeship ended in 1826, when he began the publication of a new paper (actually the old one under a new name), the Free Press, in his native place. The paper, whose motto was “Our Country, our Whole Country, and nothing but our Country,” was full of spirit and intellectual force, but Newburyport was a sleepy place and the enterprise failed. Garrison then went to Boston, where, after working for a time as a journeyman printer, he became the editor of the National Philanthropist, the first journal established in America to promote the cause of total abstinence from intoxicating liquors. His work in this paper was highly appreciated by the friends of temperance, but a change in the proprietorship led to his withdrawal before the end of the year. In 1828 he was induced to establish the Journal of the Times at Bennington, Vermont, to support the re-election of John Quincy Adams to the presidency of the United States. The new paper, though attractive in many ways, and full of force and fire, was too far ahead of public sentiment on moral questions to win a large support. In Boston he had met Benjamin Lundy (q.v.), who had for years been preaching the abolition of slavery. Garrison had been deeply moved by Lundy’s appeals, and after going to Vermont he showed the deepest interest in the slavery question. Lundy was then publishing in Baltimore a small monthly paper, entitled The Genius of Universal Emancipation, and he resolved to go to Bennington and invite Garrison to join him in the editorship. With this object in view he walked from Boston to Bennington, through the frost and snow of a New England winter, a distance of 125 m. His mission was successful. Garrison was 478 deeply impressed by the good Quaker’s zeal and devotion, and he resolved to join him and devote himself thereafter to the work of abolishing slavery.
The printing shop was, for him, what it has been for many other poor boys: a decent alternative to school and college. He was passionate about freedom; the Greeks' fight to break free from Turkish rule stirred his strongest support, and at one point he seriously considered going to West Point Academy to prepare for a military career. His apprenticeship ended in 1826 when he started publishing a new paper (actually the old one rebranded), the Free Press, in his hometown. The paper’s motto was “Our Country, our Whole Country, and nothing but our Country,” and it was filled with energy and intellect, but Newburyport was a quiet town, and the venture failed. Garrison then moved to Boston, where, after working for a while as a journeyman printer, he became the editor of the National Philanthropist, the first journal in America dedicated to promoting total abstinence from alcohol. His work there was greatly valued by temperance advocates, but a change in ownership led to his departure before the year was up. In 1828, he was persuaded to start the Journal of the Times in Bennington, Vermont, to support John Quincy Adams' re-election as president of the United States. Although the new paper was appealing in many ways and full of passion, it was too progressive for the public’s views on moral issues to gain much traction. In Boston, he had met Benjamin Lundy (q.v.), who had long been advocating for the abolition of slavery. Garrison was deeply moved by Lundy’s calls to action, and after moving to Vermont, he developed a strong interest in the slavery issue. Lundy was publishing a small monthly paper in Baltimore called The Genius of Universal Emancipation, and he decided to go to Bennington to invite Garrison to join him as co-editor. With this goal in mind, he walked from Boston to Bennington, through the frost and snow of a New England winter, covering a distance of 125 miles. His mission was successful. Garrison was deeply impressed by the good Quaker’s enthusiasm and dedication, and he decided to team up with him and commit himself to the fight against slavery.
In pursuance of this plan he went to Baltimore in the autumn of 1829, and thenceforth the Genius was published weekly, under the joint editorship of the two men. It was understood, however, that Garrison would do most of the editorial work, while Lundy would spend most of his time in lecturing and procuring subscribers. On one point the two editors differed radically, Lundy being the advocate of gradual and Garrison of immediate emancipation. The former was possessed with the idea that the negroes, on being emancipated, must be colonized somewhere beyond the limits of the United States; the latter held that they should be emancipated on the soil of the country, with all the rights of freemen. In view of this difference it was agreed that each should speak on his own individual responsibility in the paper, appending his initial to each of his articles for the information of the reader. It deserves mention here that Garrison was then in utter ignorance of the change previously wrought in the opinions of English abolitionists by Elizabeth Heyrick’s pamphlet in favour of immediate, in distinction from gradual emancipation. The sinfulness of slavery being admitted, the duty of immediate emancipation to his clear ethical instinct was perfectly manifest. He saw that it would be idle to expose and denounce the evils of slavery, while responsibility for the system was placed upon former generations, and the duty of abolishing it transferred to an indefinite future. His demand for immediate emancipation fell like a tocsin upon the ears of slaveholders. For general talk about the evils of slavery they cared little, but this assertion that every slave was entitled to instant freedom filled them with alarm and roused them to anger, for they saw that, if the conscience of the nation were to respond to the proposition, the system must inevitably fall. The Genius, now that it had become a vehicle for this dangerous doctrine, was a paper to be feared and intensely hated. Baltimore was then one of the centres of the domestic slave trade, and upon this traffic Garrison heaped the strongest denunciations. A vessel owned in Newburyport having taken a cargo of slaves from Baltimore to New Orleans, he characterized the transaction as an act of “domestic piracy,” and avowed his purpose to “cover with thick infamy” those engaged therein. He was thereupon prosecuted for libel by the owner of the vessel, fined $50, mulcted in costs, and, in default of payment, committed to gaol. His imprisonment created much excitement, and in some quarters, in spite of the pro-slavery spirit of the time, was a subject of indignant comment in public as well as private. The excitement was fed by the publication of two or three striking sonnets, instinct with the spirit of liberty, which Garrison inscribed on the walls of his cell. One of these, Freedom of Mind, is remarkable for freshness of thought and terseness of expression.
In pursuit of this plan, he went to Baltimore in the fall of 1829, and from then on, the Genius was published weekly under the joint editorship of the two men. It was understood that Garrison would handle most of the editorial work, while Lundy would spend most of his time giving lectures and gathering subscribers. The two editors had a significant disagreement; Lundy supported gradual emancipation, while Garrison pushed for immediate emancipation. Lundy believed that once freed, the Black people needed to be sent somewhere outside the United States; Garrison argued they should be freed right here in the country, enjoying all the rights of free citizens. Given this difference, they agreed that each could express their views independently in the paper, adding their initials to their articles for clarity. It's worth noting that Garrison was completely unaware of how Elizabeth Heyrick’s pamphlet had shifted the opinions of English abolitionists towards immediate versus gradual emancipation. Recognizing the sinfulness of slavery, the need for immediate emancipation seemed self-evident to his clear ethical judgment. He believed it was pointless to expose and condemn the evils of slavery while blaming past generations and pushing the responsibility for change into an uncertain future. His call for immediate emancipation rang alarmingly in the ears of slaveholders. They paid little attention to general discussions about slavery's evils but were deeply threatened and angered by the demand that every enslaved person deserved immediate freedom. They realized that if the nation’s conscience accepted this idea, the entire system would inevitably collapse. The Genius, now that it had adopted this dangerous message, became a publication to be feared and intensely hated. Baltimore was a major hub for the domestic slave trade, and Garrison fiercely condemned this practice. When a ship from Newburyport transported a cargo of enslaved people from Baltimore to New Orleans, he labeled it an act of “domestic piracy” and vowed to “cover with thick infamy” those involved. Consequently, he was prosecuted for libel by the ship's owner, fined $50, and ordered to pay additional costs. When he couldn’t pay, he was sent to jail. His imprisonment stirred significant public interest, and despite the pro-slavery sentiments of the time, it sparked outrage in both public and private discussions. The situation was heightened by the release of two or three powerful sonnets filled with the spirit of freedom, which Garrison wrote on the walls of his cell. One of these, Freedom of Mind, stands out for its fresh ideas and concise expression.
John G. Whittier, the Quaker poet, interceded with Henry Clay to pay Garrison’s fine and thus release him from prison. To the credit of the slaveholding statesman it must be said that he responded favourably, but before he had time for the requisite preliminaries Arthur Tappan, a philanthropic merchant of New York, contributed the necessary sum and set the prisoner free after an incarceration of seven weeks. The partnership between Garrison and Lundy was then dissolved by mutual consent, and the former resolved to establish a paper of his own, in which, upon his sole responsibility, he could advocate the doctrine of immediate emancipation and oppose the scheme of African colonization. He was sure, after his experiences at Baltimore, that a movement against slavery resting upon any less radical foundation than this would be ineffectual. He first proposed to establish his paper at Washington, in the midst of slavery, but on returning to New England and observing the state of public opinion there, he came to the conclusion that little could be done at the South while the non-slaveholding North was lending her influence, through political, commercial, religious and social channels, for the sustenance of slavery. He determined, therefore, to publish his paper in Boston, and, having issued his prospectus, set himself to the task of awakening an interest in the subject by means of lectures in some of the principal cities and towns of the North. It was an up-hill work. Contempt for the negro and indifference to his wrongs were almost universal. In Boston, then a great cotton mart, he tried in vain to procure a church or vestry for the delivery of his lectures, and thereupon announced in one of the daily journals that if some suitable place was not promptly offered he would speak on the common. A body of infidels under the leadership of Abner Kneeland (1774-1844), who had previously been in turn a Baptist minister and the editor of a Universalist magazine, proffered him the use of their small hall; and, no other place being accessible, he accepted it gratefully, and delivered therein (in October 1830) three lectures, in which he unfolded his principles and plans. He visited privately many of the leading citizens of the city, statesmen, divines and merchants, and besought them to take the lead in a national movement against slavery; but they all with one consent made excuse, some of them listening to his plea with manifest impatience. He was disappointed, but not disheartened. His conviction of the righteousness of his cause, of the evils and dangers of slavery, and of the absolute necessity of the contemplated movement, was intensified by opposition, and he resolved to go forward, trusting in God for success.
John G. Whittier, the Quaker poet, intervened with Henry Clay to pay Garrison’s fine and get him out of prison. To the credit of the slaveholding statesman, he responded positively, but before he could take the necessary steps, Arthur Tappan, a charitable merchant from New York, donated the required amount and freed the prisoner after he had spent seven weeks in jail. The partnership between Garrison and Lundy was then ended by agreement, and Garrison decided to start his own paper, where he could independently promote the idea of immediate emancipation and oppose the plan for African colonization. After his experiences in Baltimore, he was convinced that any anti-slavery movement founded on anything less radical would be ineffective. He initially planned to launch his paper in Washington, right in the heart of slavery, but upon returning to New England and seeing public opinion there, he realized that not much could be done in the South while the non-slaveholding North supported slavery through political, commercial, religious, and social means. He decided to publish his paper in Boston and, after publishing his prospectus, he worked to raise awareness on the issue by giving lectures in major cities and towns in the North. It was a tough challenge. Disdain for Black people and indifference to their suffering were almost everywhere. In Boston, which was then a major cotton market, he unsuccessfully tried to find a church or hall to deliver his lectures, and eventually announced in a daily newspaper that if no suitable venue was offered soon, he would speak in the common area. A group of non-believers led by Abner Kneeland (1774-1844), who had been a Baptist minister and the editor of a Universalist magazine, offered him their small hall; and with no other options available, he gratefully accepted and gave three lectures there (in October 1830), where he shared his principles and plans. He privately visited many of the city’s prominent citizens, including politicians, religious leaders, and merchants, urging them to spearhead a national movement against slavery; but they all made excuses, some even appearing impatient with his plea. He felt let down but not discouraged. His belief in the righteousness of his cause, the evils and dangers of slavery, and the critical need for the proposed movement only grew stronger with the opposition, and he resolved to move forward, trusting in God for success.
On the 1st of January 1831, without a dollar of capital, and without a single subscriber, he and his partner Isaac Knapp (1804-1843) issued the first number of the Liberator, avowing their “determination to print it as long as they could subsist on bread and water, or their hands obtain employment.” Its motto was, “Our country is the world—our countrymen are mankind”; and the editor, in his address to the public, uttered the words which have become memorable as embodying the whole purpose and spirit of his life: “I am in earnest—I will not equivocate—I will not excuse—I will not retreat a single inch—and I will be heard.” Help came but slowly. For many months Garrison and his brave partner, who died long before the end of the conflict, made their bed on the floor of the room, “dark, unfurnished and mean,” in which they printed their paper, and where Mayor Harrison Gray Otis of Boston, in compliance with the request of Governor Robert Y. Hayne of South Carolina, “ferreted them out” in “an obscure hole,” “their only visible auxiliary a negro boy.” But the paper founded under such inauspicious circumstances exerted a mighty influence, and lived to record not only President Lincoln’s proclamation of emancipation, but the adoption of an amendment to the constitution of the United States for ever prohibiting slavery. It was the beginning and the nucleus of an agitation that eventually pervaded and filled every part of the country. Other newspapers were afterwards established upon the same principles; anti-slavery societies, founded upon the doctrine of immediate emancipation, sprang up on every hand; the agitation was carried into political parties, into the press, and into legislative and ecclesiastical assemblies; until in 1861 the Southern states, taking alarm from the election of a president known to be at heart opposed to slavery though pledged to enforce all the constitutional safeguards of the system, seceded from the Union and set up a separate government.
On January 1, 1831, with no money for capital and without a single subscriber, he and his partner Isaac Knapp (1804-1843) published the first issue of the Liberator, declaring their “determination to publish it as long as they could survive on bread and water, or find work for their hands.” Its motto was, “Our country is the world—our countrymen are mankind”; and in his address to the public, the editor expressed words that have become famous as capturing the essence of his purpose and spirit: “I am serious—I will not waver—I will not make excuses—I will not back down a single inch—and I will be heard.” Help came slowly. For many months, Garrison and his brave partner, who passed away long before the end of the struggle, slept on the floor of the room, “dark, unfurnished, and shabby,” where they printed their paper, and where Mayor Harrison Gray Otis of Boston, at the request of Governor Robert Y. Hayne of South Carolina, “ferreted them out” in “an obscure hole,” “their only visible helper a black boy.” Yet the paper, started under such unpromising conditions, had a huge impact and survived long enough to document not only President Lincoln’s proclamation of emancipation, but also the adoption of an amendment to the U.S. Constitution permanently banning slavery. It was the beginning and the core of a movement that eventually reached and filled every part of the nation. Other newspapers were later founded on the same principles; anti-slavery societies, based on the idea of immediate emancipation, sprang up everywhere; the movement spread into political parties, the press, and legislative and religious assemblies; until in 1861, alarmed by the election of a president known to oppose slavery at heart while committed to enforcing all the constitutional protections for the system, the Southern states seceded from the Union and established a separate government.
Garrison sought the abolition of slavery by moral means alone. He knew that the national government had no power over the system in any state, though it could abolish it at the national capital, and prohibit it in the territories. He thought it should bring its moral influence to bear in favour of abolition; but neither he nor his associates ever asked Congress to exercise any unconstitutional power. His idea was to combine the moral influence of the North, and pour it through every open channel upon the South. To this end he made his appeal to the Northern churches and pulpits, beseeching them to bring the power of Christianity to bear against the slave system, and to advocate the rights of the slaves to immediate and unconditional freedom. He was a man of peace, hating war not less than he did slavery; but he warned his countrymen that if they refused to abolish slavery by moral power a retributive war must sooner or later ensue. The conflict was irrepressible. Slavery must be overthrown, if not by peaceful means, then in blood. The first society 479 organized under Garrison’s auspices, and in accordance with his principles, was the New England Anti-Slavery Society, which adopted its constitution in January 1832. In the spring of this year Garrison issued his Thoughts on African Colonization, in which he showed by ample citations from official documents that the American Colonization Society was organized in the interest of slavery, and that in offering itself to the people of the North as a practical remedy for that system it was guilty of deception. His book, aided by others taking substantially the same view, smote the society with a paralysis from which it never recovered. Agents of the American Colonization Society in England having succeeded in deceiving leading Abolitionists there as to its character and tendency, Garrison was deputed by the New England Anti-Slavery Society to visit England for the purpose of counteracting their influence. He went in the spring of 1833, when he was but twenty-seven years of age, and was received with great cordiality by British Abolitionists, some of whom had heard of his bold assaults upon American slavery, and had seen a few numbers of the Liberator. The struggle for emancipation in the West Indies was then at the point of culmination; the leaders of the cause, from all parts of the kingdom, were assembled in London, and Garrison was at once admitted to their councils and treated with distinguished consideration. He took home with him a “protest” against the American Colonization Society, signed by Wilberforce, Zachary Macaulay, Samuel Gurney, William Evans, S. Lushington, T. Fowell Buxton, James Cropper, Daniel O’Connell and others, in which they declared their deliberate judgment that “its precepts were delusive,” and “its real effects of the most dangerous nature.” He also received assurances of the cordial sympathy of British Abolitionists with him in his efforts to abolish American slavery. He gained a hearing before a large popular assembly in London, and won the confidence of those whom he addressed by his evident earnestness, sincerity and ability.
Garrison aimed to end slavery through moral means only. He recognized that the national government couldn’t intervene in state systems, although it could abolish slavery in the national capital and ban it in the territories. He believed the government should use its moral influence to support abolition, but neither he nor his associates ever asked Congress to overstep its constitutional powers. His plan was to unite the moral force of the North and direct it through every available channel toward the South. To achieve this, he appealed to Northern churches and pulpits, urging them to leverage Christianity against the slave system and champion the rights of slaves to immediate and unconditional freedom. He was a pacifist, detesting war as much as he did slavery; however, he cautioned his fellow citizens that if they did not abolish slavery through moral means, a retaliatory war would inevitably follow. The conflict was unavoidable. Slavery had to be dismantled, either peacefully or through violence. The first organization formed under Garrison’s guidance and principles was the New England Anti-Slavery Society, which adopted its constitution in January 1832. In the spring of that year, Garrison published his *Thoughts on African Colonization*, where he demonstrated with numerous citations from official documents that the American Colonization Society was founded in slavery's interest and misled Northern citizens by proposing itself as a practical solution to the system. His book, along with others that shared a similar perspective, dealt a blow to the society from which it never recovered. Agents of the American Colonization Society in England managed to mislead prominent Abolitionists there about its nature and purpose, leading the New England Anti-Slavery Society to send Garrison to England to combat their influence. He traveled in the spring of 1833, when he was only twenty-seven, and was warmly welcomed by British Abolitionists, some of whom were aware of his bold criticism of American slavery and had read a few issues of the *Liberator*. At that time, the fight for emancipation in the West Indies was reaching a critical point; leaders of the cause from across the kingdom gathered in London, where Garrison was immediately included in their discussions and treated with great respect. He returned home with a “protest” against the American Colonization Society, signed by Wilberforce, Zachary Macaulay, Samuel Gurney, William Evans, S. Lushington, T. Fowell Buxton, James Cropper, Daniel O’Connell, and others, which declared their considered judgment that “its precepts were delusive” and “its real effects of the most dangerous nature.” He also received assurances of solid support from British Abolitionists in his efforts to end American slavery. He gained a hearing before a large audience in London, where he earned the trust of those he addressed through his clear earnestness, sincerity, and skill.
Garrison’s visit to England enraged the pro-slavery people and press of the United States at the outset, and when he returned home in September with the “protest” against the Colonization Society, and announced that he had engaged the services of George Thompson as a lecturer against American slavery, there were fresh outbursts of rage on every hand. The American Anti-Slavery Society was organized in December of that year (1833), putting forth a masterly declaration of its principles and purposes from the pen of Garrison. This added fresh fuel to the public excitement, and when Thompson came over in the next spring, the hostility to the cause began to manifest itself in mobs organized to suppress the discussion of the slavery question. Now began what Harriet Martineau called “the martyr age in America.” In the autumn of 1835 Thompson was compelled, in order to save his life, to embark secretly for England. Just before his departure the announcement that he would address the Woman’s Anti-Slavery Society of Boston created “a mob of gentlemen of property and standing,” from which, if he had been present, he could hardly have escaped with his life. The whole city was in an uproar. Garrison, almost denuded of his clothing, was dragged through the streets with a rope by infuriated men. He was rescued with great difficulty, and consigned to the gaol for safety, until he could be secretly removed from the city.
Garrison’s visit to England made the pro-slavery supporters and media in the United States furious right from the start. When he returned home in September with the “protest” against the Colonization Society and announced that he had brought on George Thompson as a speaker against American slavery, there were even more angry reactions all around. The American Anti-Slavery Society was formed in December of that year (1833), putting forward a powerful statement of its principles and goals written by Garrison. This stirred up more public excitement, and when Thompson came over the following spring, opposition to the cause began to show itself in mobs formed to stop discussions about slavery. This marked the beginning of what Harriet Martineau called “the martyr age in America.” In the fall of 1835, Thompson had to secretly leave for England to save his life. Just before he left, the news that he would speak at the Woman’s Anti-Slavery Society in Boston sparked “a mob of gentlemen of property and standing,” and if he had been there, he likely wouldn’t have made it out alive. The entire city was in chaos. Garrison, nearly stripped of his clothes, was dragged through the streets with a rope by furious men. He was rescued with great difficulty and taken to jail for safety until he could be secretly removed from the city.
Anti-slavery societies were greatly multiplied throughout the North, and many men of influence, both in the church and in the state, were won to the cause. Garrison, true to his original purpose, never faltered or turned back. The Abolitionists of the United States were a united body until 1839-1840, when divisions sprang up among them. Garrison countenanced the activity of women in the cause, even to the extent of allowing them to vote and speak in the anti-slavery societies, and appointing them as lecturing agents; moreover, he believed in the political equality of the sexes, to which a strong party was opposed upon social and religious grounds. Then there were some who thought Garrison dealt too severely with the churches and pulpits for their complicity with slavery, and who accused him of a want of religious orthodoxy; indeed, according to the standards of his time he was decidedly heterodox, though he had an intensely religious nature and was far from being an infidel, as he was often charged with being. He was, moreover, not only a non-resistant but also an opponent of all political systems based on force. “As to the governments of this world,” he said, “whatever their titles or forms we shall endeavour to prove that in their essential elements, as at present administered, they are all anti-Christ; that they can never by human wisdom be brought into conformity with the will of God; that they cannot be maintained except by naval and military power to carry them into effect; that all their penal enactments, being a dead letter without any army to carry them into effect, are virtually written in human blood; and that the followers of Jesus should instinctively shun their stations of honor, power, and emolument—at the same time ‘submitting to every ordinance of man for the Lord’s sake’ and offering no physical resistance to any of their mandates, however unjust or tyrannical.” These views were very distasteful to many, who, moreover, felt that Garrison greatly injured abolitionism by causing it to be associated in men’s minds with these unpopular views on other subjects. The dissentients from his opinions determined to form an anti-slavery political party, while he believed in working by moral rather than political party instrumentalities. These differences led to the organization of a new National Anti-Slavery Society in 1840, and to the formation of the “Liberty Party” (q.v.) in politics. (See Birney, James G.) The two societies sent their delegates to the World’s Anti-Slavery Convention in London in 1840, and Garrison refused to take his seat in that body, because the women delegates from the United States were excluded. The discussions of the next few years served to make clearer than before the practical workings of the constitution of the United States as a shield and support of slavery; and Garrison, after a long and painful reflection, came to the conclusion that its pro-slavery clauses were immoral, and that it was therefore wrong to take an oath for its support. The Southern states had greatly enlarged representation in Congress on account of their slaves, and the national government was constitutionally bound to assist in the capture of fugitive slaves, and to suppress every attempt on their part to gain their freedom by force. In view of these provisions, Garrison, adopting a bold scriptural figure of speech, denounced the constitution as “a covenant with death and an agreement with hell,” and chose as his motto, “No union with slaveholders.”
Anti-slavery societies were rapidly formed throughout the North, and many influential people from both the church and state joined the movement. Garrison remained committed to his original mission without wavering. The Abolitionists in the United States remained united until 1839-1840, when disagreements began to emerge. Garrison supported the involvement of women in the movement, even allowing them to vote and speak in anti-slavery societies, as well as appointing them as lecturers; moreover, he believed in the political equality of men and women, which faced significant opposition based on social and religious beliefs. Some argued that Garrison was too harsh toward churches and religious leaders for their involvement in slavery, and they accused him of lacking religious orthodoxy; indeed, according to the standards of his time, he was considered quite unorthodox, though he had a deeply religious spirit and was far from the infidel he was often labeled as. Additionally, he was not only a non-violent activist but also opposed all political systems based on force. “Regarding the governments of this world,” he stated, “whatever their titles or forms, we will endeavor to prove that at their core, as currently administered, they are all anti-Christ; that human wisdom can never align them with the will of God; that they can only be upheld through military and naval power; that all their laws, without an army to enforce them, are essentially written in human blood; and that followers of Jesus should instinctively avoid positions of honor, power, and profit—while still 'submitting to every ordinance of man for the Lord’s sake' and offering no physical resistance to any of their mandates, no matter how unjust or tyrannical.” These ideas were highly unpopular with many, who felt that Garrison harmed the abolitionist cause by tying it to these controversial beliefs on other issues. Those who disagreed with him decided to create an anti-slavery political party, while he believed in pursuing moral rather than political means. These disagreements led to the establishment of a new National Anti-Slavery Society in 1840 and the formation of the “Liberty Party” (q.v.) in politics. (See Birney, James G.) The two groups sent delegates to the World’s Anti-Slavery Convention in London in 1840, and Garrison refused to participate because women delegates from the United States were excluded. The discussions in the following years made it clearer than ever how the Constitution of the United States protected and supported slavery; Garrison, after much painful reflection, concluded that its pro-slavery clauses were immoral and that it was wrong to swear an oath to uphold it. The Southern states had greatly increased representation in Congress due to their slaves, and the national government was constitutionally obligated to assist in the capture of runaway slaves and to prevent any attempts at gaining freedom by force. Given these provisions, Garrison boldly proclaimed the Constitution as “a covenant with death and an agreement with hell,” and adopted the motto, “No union with slaveholders.”
One class of Abolitionists sought to evade the difficulty by strained interpretations of the clauses referred to, while others, admitting that they were immoral, felt themselves obliged, notwithstanding, to support the constitution in order to avoid what they thought would be still greater evils. The American Anti-Slavery Society, of which Garrison was the president from 1843 to the day of emancipation, was during all this period the nucleus of an intense and powerful moral agitation, which was greatly valued by many of the most faithful workers in the field of politics, who respected Garrison for his fidelity to his convictions. On the other hand, he always had the highest respect for every earnest and faithful opponent of slavery, however far their special views might differ. When in 1861 the Southern states seceded from the Union and took up arms against it, he saw clearly that slavery would perish in the struggle, that the constitution would be purged of its pro-slavery clauses, and that the Union henceforth would rest upon the sure foundations of liberty, justice and equality to all men. He therefore ceased from that hour to advocate disunion, and devoted himself to the task of preparing the way for and hastening on the inevitable event. His services at this period were recognized and honoured by President Lincoln and others in authority, and the whole country knew that the agitation which made the abolition of slavery feasible and necessary was largely due to his uncompromising spirit and indomitable courage.
One group of abolitionists tried to avoid the issue by twisting the meanings of the relevant clauses, while others, acknowledging that they were wrong, felt they had to support the constitution to prevent what they believed would be even worse consequences. The American Anti-Slavery Society, with Garrison as its president from 1843 until emancipation, was the center of a strong and impactful moral movement during this time, valued by many dedicated political activists who respected Garrison for his commitment to his beliefs. Conversely, he respected every earnest and devoted opponent of slavery, no matter how different their specific views were. When the Southern states seceded from the Union and took up arms against it in 1861, he clearly saw that slavery would be eradicated in the conflict, that the constitution would be cleansed of its pro-slavery provisions, and that the Union would be rebuilt on the solid foundations of liberty, justice, and equality for all. From that moment on, he stopped advocating for disunion and focused on preparing for and speeding up the inevitable change. His contributions during this time were recognized and honored by President Lincoln and other leaders, and the entire country acknowledged that the agitation that made the abolition of slavery possible and necessary was largely thanks to his unwavering spirit and relentless courage.
In 1865 at the close of the war, he declared that, slavery being abolished, his career as an abolitionist was ended. He counselled a dissolution of the American Anti-Slavery Society, insisting that it had become functus officiis, and that whatever needed 480 to be done for the protection of the freedmen could best be accomplished by new associations formed for that purpose. The Liberator was discontinued at the end of the same year, after an existence of thirty-five years. He visited England for the second time in 1846, and again in 1867, when he was received with distinguished honours, public as well as private. In 1877, when he was there for the last time, he declined every form of public recognition. He died in New York on the 24th of May 1879, in the seventy-fourth year of his age, and was buried in Boston, after a most impressive funeral service, four days later. In 1843 a small volume of his Sonnets and other Poems was published, and in 1852 appeared a volume of Selections from his Writings and Speeches. His wife, Helen Eliza Benson, died in 1876. Four sons and one daughter survived them.
In 1865, at the end of the war, he announced that, with slavery abolished, his work as an abolitionist was done. He advised that the American Anti-Slavery Society be dissolved, arguing that it had become functus officiis, and that whatever needed to be done for the protection of the freedmen could be best addressed by new organizations created for that purpose. The Liberator ceased publication at the end of that same year, after thirty-five years in existence. He visited England for the second time in 1846, and again in 1867, when he was honored with both public and private accolades. In 1877, during his final visit, he turned down all forms of public recognition. He passed away in New York on May 24, 1879, at the age of seventy-four, and was buried in Boston four days later, following a very significant funeral service. In 1843, a small book of his Sonnets and other Poems was released, and in 1852, a collection titled Selections from his Writings and Speeches was published. His wife, Helen Eliza Benson, died in 1876. They were survived by four sons and one daughter.
Garrison’s son, William Lloyd Garrison (1838-1909), was a prominent advocate of the single tax, free trade, woman’s suffrage, and of the repeal of the Chinese Exclusion Act, and an opponent of imperialism; another son, Wendell Phillips Garrison (1840-1907), was literary editor of the New York Nation from 1865 to 1906.
Garrison’s son, William Lloyd Garrison (1838-1909), was a key supporter of the single tax, free trade, women's suffrage, and the repeal of the Chinese Exclusion Act, and he opposed imperialism. His other son, Wendell Phillips Garrison (1840-1907), served as the literary editor of the New York Nation from 1865 to 1906.
The above article, with certain modifications, reproduces the account given in the 9th edition of this work by Oliver Johnson (reprinted from his Garrison: an Outline of his Life, New York, 1879). The writer (1809-1889) was a prominent Abolitionist, editor, and an intimate friend of Garrison; he edited the Liberator during Garrison’s absence in England in 1833, and later was an editor or an associate editor of various journals, including, after the Civil War, the New York Tribune and the New York Evening Post. He also published an excellent brief biography in William Lloyd Garrison and his Times (Boston, 1880).
The article above, with some changes, is adapted from the account in the 9th edition of this work by Oliver Johnson (reprinted from his Garrison: an Outline of his Life, New York, 1879). The author (1809-1889) was a well-known Abolitionist, editor, and close friend of Garrison; he edited the Liberator during Garrison’s trip to England in 1833, and later served as an editor or associate editor for several publications, including the New York Tribune and the New York Evening Post after the Civil War. He also wrote a great short biography in William Lloyd Garrison and his Times (Boston, 1880).
The great authority on the life of Garrison is the thorough and candid work of his sons, W.P. and F.J. Garrison, William Lloyd Garrison 1805-1879: The Story of his Life told by his Children (4 vols., New York, 1885-1889), which is indispensable for the student of the anti-slavery struggle in America. Goldwin Smith’s The Moral Crusader: a Biographical Essay on William Lloyd Garrison (New York, 1892) is a brilliant sketch.
The definitive source on Garrison's life is the comprehensive and honest work by his sons, W.P. and F.J. Garrison, William Lloyd Garrison 1805-1879: The Story of his Life told by his Children (4 vols., New York, 1885-1889), which is essential for anyone studying the anti-slavery movement in America. Goldwin Smith’s The Moral Crusader: a Biographical Essay on William Lloyd Garrison (New York, 1892) offers a brilliant overview.
GARRISON, originally a term for stores or supplies, also a defence or protection, now confined in meaning to a body of troops stationed in a town or fortress for the purpose of defence. In form the word is derived from O. Fr. garison, modern guérison, from guérir, to furnish with stores, to preserve, but in its later meaning it has been confused with the Fr. garnison, the regular word for troops stationed for purposes of defence. In English “garnison” was used till the 16th century, when “garrison” took its place. In the British army “garrison troops,” especially “garrison artillery,” are troops trained and employed for garrison work as distinct from field operations.
GARRISON, originally referred to stores or supplies, as well as defense or protection. Now, its meaning is limited to a group of troops stationed in a town or fortress for defense purposes. The word comes from Old French garison, which is modern guérison, from guérir, meaning to provide supplies or to preserve. However, in its later usage, it got mixed up with the French garnison, the standard term for troops stationed for defense. In English, “garnison” was used until the 16th century, when “garrison” became the standard. In the British army, “garrison troops,” especially “garrison artillery,” are troops trained and assigned for garrison duties, as opposed to field operations.
GARROTE (Spanish for “cudgel”), an appliance used in Spain and Portugal for the execution of criminals condemned to death. The criminal is conducted to the place of execution (which is public) on horseback or in a cart, wearing a black tunic, and is attended by a procession of priests, &c. He is seated on a scaffold fastened to an upright post by an iron collar (the garrote), and a knob worked by a screw or lever dislocates his spinal column, or a small blade severs the spinal column at the base of the brain. (See Capital Punishment.) Originally a stout cord or bandage was tied round the neck of the criminal, who was seated in a chair fixed to a post. Between the cord and the neck a stick was inserted (hence the name) and twisted till strangulation ensued.
GARROTE (Spanish for “cudgel”), a device used in Spain and Portugal for executing criminals sentenced to death. The criminal is taken to the execution site (which is public) on horseback or in a cart, dressed in a black tunic, while being accompanied by a procession of priests, etc. He is placed on a scaffold secured to an upright post by an iron collar (the garrote), and a knob activated by a screw or lever dislocates his spinal column, or a small blade cuts the spinal column at the base of the brain. (See Capital Punishment.) Originally, a thick cord or band was tied around the neck of the criminal, who was seated in a chair fixed to a post. A stick was inserted between the cord and the neck and twisted until strangulation occurred.
“Garrotting” is the name given in England to a form of robbery with violence which became rather common in the winter of 1862-1863. The thief came up behind his victim, threw a cord over his head, and tightened it nearly to strangulation point, while robbing him. An act of 1863, imposing the penalty of flogging in addition to penal servitude for this offence, had the effect of stopping garrotting almost entirely. At any rate, the practice was checked; and, though the opponents of any sort of flogging refuse to admit that this was due to the penalty, that view has always been taken by the English judges who had experience of such cases.
“Garrotting” is the term used in England for a violent form of robbery that became quite common during the winter of 1862-1863. The robber would approach their victim from behind, throw a cord over their head, and tighten it almost to the point of strangulation while stealing from them. An act passed in 1863, which added flogging as a penalty alongside penal servitude for this offense, effectively brought an end to garrotting. At the very least, the practice was significantly reduced; and while opponents of flogging argue that this wasn’t due to the punishment, English judges with experience in such cases have always believed otherwise.
GARRUCHA, a seaport of south-eastern Spain, in the province of Almeria; on the Mediterranean Sea and on the right bank of the river Antas. Pop. (1900) 4461. The harbour of Garrucha, which is defended by an ancient castle, affords shelter to large ships, and is the natural outlet for the commerce of a thriving agricultural and mining district. Despite its small size and the want of railway communication, Garrucha has thus a considerable trade in lead, silver, copper, iron, esparto grass, fruit, &c. Besides sea-going ships, many small coasters enter in ballast, and clear with valuable cargoes. In 1902, 135 vessels of 390,000 tons entered the harbour, the majority being British or Spanish; and in the same year the value of the exports reached £478,000, and that of the imports £128,000. Both imports and exports trebled their value in the ten years 1892-1902.
Garrucha, is a seaport in southeastern Spain, located in the province of Almeria; on the Mediterranean Sea and on the right bank of the Antas River. Population (1900) was 4,461. The harbor of Garrucha, protected by an old castle, provides shelter for large ships and serves as the main outlet for the commerce of a growing agricultural and mining area. Even with its small size and lack of railway connections, Garrucha has a significant trade in lead, silver, copper, iron, esparto grass, fruit, etc. In addition to sea-going vessels, many small coasters come in empty and leave with valuable cargoes. In 1902, 135 ships with a total of 390,000 tons entered the harbor, most of which were British or Spanish; that same year, the value of exports reached £478,000, while imports were valued at £128,000. The value of both imports and exports tripled from 1892 to 1902.
GARSTON, a seaport in the Widnes parliamentary division of Lancashire, England, on the Mersey, 6 m. S.E. of Liverpool. Pop. (1891) 13,444; (1901) 17,289. The docks, belonging to the London & North Western railway company, employ most of the working population. There is about a mile of quayage, with special machinery for the shipping of coal, which forms the chief article of export.
GARSTON, is a seaport in the Widnes parliamentary division of Lancashire, England, situated on the Mersey River, 6 miles southeast of Liverpool. The population was 13,444 in 1891 and 17,289 in 1901. The docks, owned by the London & North Western railway company, provide jobs for most of the local workforce. There’s roughly a mile of quay space, equipped with specialized machinery for coal shipping, which is the primary export.
GARTH, SIR SAMUEL (1661-1719), English physician and poet, was born of a good Yorkshire family in 1661. He entered Peterhouse, Cambridge, in 1676, graduating B.A. in 1679 and M.A. in 1684. He took his M.D. and became a member of the College of Physicians in 1691. In 1697 he delivered the Harveian oration, in which he advocated a scheme dating from some ten years back for providing dispensaries for the relief of the sick poor, as a protection against the greed of the apothecaries. In 1699 he published a mock-heroic poem, The Dispensary, in six cantos, which had an instant success, passing through three editions within a year. In this he ridiculed the apothecaries and their allies among the physicians. The poem has little interest at the present day, except as a proof that the heroic couplet was written with smoothness and polish before the days of Pope. Garth was a member of the Kit-Kat Club, and became the leading physician of the Whigs, as Radcliffe was of the Tories. In 1714 he was knighted by George I. and he died on the 18th of January 1719. He wrote little besides his best-known work The Dispensary and Claremont, a moral epistle in verse. He made a Latin oration (1700) in praise of Dryden and translated the Life of Otho in the fifth volume of Dryden’s Plutarch. In 1717 he edited a translation of Ovid’s Metamorphoses, himself supplying the fourteenth and part of the fifteenth book.
GARTH, SIR SAMUEL (1661-1719), was an English physician and poet born into a respectable family in Yorkshire in 1661. He started at Peterhouse, Cambridge, in 1676, earning his B.A. in 1679 and his M.A. in 1684. He received his M.D. and became a member of the College of Physicians in 1691. In 1697, he delivered the Harveian oration, where he promoted a plan from about a decade earlier to set up dispensaries for helping the sick poor, aiming to protect them from the greed of apothecaries. In 1699, he published a mock-heroic poem, The Dispensary, in six cantos, which was an immediate hit and went through three editions in a year. In this work, he mocked the apothecaries and their physician allies. The poem has little relevance today, except as evidence that the heroic couplet was crafted smoothly and skillfully before Pope’s time. Garth was a member of the Kit-Kat Club and became the leading physician for the Whigs, just as Radcliffe was for the Tories. In 1714, he was knighted by George I and passed away on January 18, 1719. He wrote little other than his most famous work, The Dispensary, and Claremont, a moral letter in verse. He also delivered a Latin oration (1700) in honor of Dryden and translated the Life of Otho in the fifth volume of Dryden's Plutarch. In 1717, he edited a translation of Ovid's Metamorphoses, contributing the fourteenth and part of the fifteenth book himself.
GARTOK, a trade-market of Tibet, situated on the bank of the Indus on the road between Shigatse and Leh, to the east of Simla. In accordance with the Tibet treaty of 1904, Gartok, together with Yatung and Gyantse, was thrown open to British trade. On the return of the column from Lhasa in that year Gartok was visited by a party under Captain Ryder, who found only a few dozen people in winter quarters, their houses being in the midst of a bare plain. In summer, however, all the trade between Tibet and Ladakh passes through this place.
GARTOK, is a trading market in Tibet, located by the Indus River on the road between Shigatse and Leh, to the east of Simla. According to the Tibet treaty of 1904, Gartok, along with Yatung and Gyantse, was opened up to British trade. When the column returned from Lhasa that year, a group led by Captain Ryder visited Gartok, where they found only a handful of people in their winter homes, scattered across a bare plain. However, during the summer, all trade between Tibet and Ladakh goes through this place.
GARY, a city of Lake county, Indiana, U.S.A., at the southern end of Lake Michigan, about 25 m. S.E. of Chicago, Ill. Pop. (1910 census) 16,802. Gary is served by the Baltimore & Ohio, the Lake Shore & Michigan Southern, the Michigan Central, the Pennsylvania, the Wabash, and (for freight only) the Chicago, Lake Shore & Eastern, and the Indiana Harbor Belt railways, and by several steamship lines plying the Great Lakes. There are about 21 sq. m. within the municipal limits, but the city lies chiefly within a tract of about 8000 acres composed at the time of its settlement mainly of sand dunes and swamps intersected from east to west by the Grand Calumet and the Little Calumet rivers, small streams respectively about 1 and 3 m. S. of the lake shore. In 1906 the United States Steel Corporation bought this tract to establish on it a great industrial community, as direct water connexion with the Lake Superior ore region was possible, and it was comparatively accessible to West Virginia coal and Michigan limestone, with unusual railroad facilities. The Steel Corporation began the actual building of the town in June 1906, the first step being the installation of an elaborate system of sewers, and of mains and conduits, for the distribution of water, gas and electricity. The water-supply is taken from the lake at a point 2 m. offshore by means of a tunnel. These public 481 utilities the Steel Corporation controls, and it has built about 500 dwellings, two hotels, a bank, and its own plant. A small patch of land, now within the limits of the city, has been from the beginning in the hands of private owners, but the remainder of the lots (except those already sold) are owned by the Steel Corporation, and are sold under certain restrictions intended to prevent real estate speculation, to guarantee bona fide improvement of the property, and to restrict the sale of intoxicating drinks. Between the Grand Calumet river (which has been dredged out into a canal) and the lake lies the plant of the Steel Corporation, covering about 1200 acres. All the machinery in this great plant is driven by electricity from generators whose motive power is supplied by the combustion of gases from the blast furnaces. From the same sources is also supplied the electricity for lighting the city. The rail mill is operated by three-phase induction motors of from 2000 to 6000 horse-power capacity. The city was chartered in 1906 and was named in honour of Elbert Henry Gary (b. 1846), chairman of the board of directors and chairman of the finance committee of the United States Steel Corporation.
GARY, is a city in Lake County, Indiana, U.S.A., located at the southern end of Lake Michigan, about 25 miles southeast of Chicago, Illinois. Its population was 16,802 according to the 1910 census. Gary is served by the Baltimore & Ohio, the Lake Shore & Michigan Southern, the Michigan Central, the Pennsylvania, the Wabash, and (for freight only) the Chicago, Lake Shore & Eastern, and the Indiana Harbor Belt railways, as well as several steamship lines operating on the Great Lakes. The city covers about 21 square miles within its municipal limits, but it largely lies within a tract of roughly 8,000 acres consisting mostly of sand dunes and swamps, intersected from east to west by the Grand Calumet and Little Calumet rivers, small streams located about 1 and 3 miles south of the lake shore, respectively. In 1906, the United States Steel Corporation purchased this tract to develop a major industrial community, given that it had direct water access to the Lake Superior ore region and was relatively close to West Virginia coal and Michigan limestone, bolstered by excellent railroad connectivity. The Steel Corporation initiated the actual construction of the town in June 1906, beginning with the installation of a comprehensive sewer system and mains and conduits for water, gas, and electricity distribution. The water supply is sourced from the lake, taken from a point 2 miles offshore via a tunnel. The Steel Corporation manages these public utilities and has built approximately 500 homes, two hotels, a bank, and its manufacturing plant. A small portion of land within the city limits has always been privately owned, while the remaining lots (except those already sold) are owned by the Steel Corporation, which sells them under specific restrictions aimed at preventing real estate speculation, ensuring genuine improvements to the property, and limiting the sale of alcoholic beverages. The plant of the Steel Corporation is situated between the Grand Calumet River (which has been excavated into a canal) and the lake, covering about 1,200 acres. All machinery in this large plant is powered by electricity generated from gases combusted in the blast furnaces. The same power source also provides electricity for the city's lighting. The rail mill operates using three-phase induction motors with capacities ranging from 2,000 to 6,000 horsepower. The city was incorporated in 1906 and was named after Elbert Henry Gary (b. 1846), the chairman of the board and finance committee of the United States Steel Corporation.
GAS, a general term for one of the three states of aggregation of matter; also more specifically applied to coal-gas, the gaseous product formed in the destructive distillation of coal or other carbonaceous matter (see below, section Gas Manufacture; for gas engines see the separate heading Gas Engine).
GAS, a general term for one of the three states of matter; it also specifically refers to coal gas, which is the gas produced during the destructive distillation of coal or other carbon-rich materials (see below, section Gas Manufacture; for gas engines, see the separate heading Gas Engine).
The Gaseous State.—Matter is studied under three physical phases—solids, liquids and gases, the latter two being sometimes grouped as “fluids.” The study of the physical properties of fluids in general constitutes the science of hydromechanics, and their applications in the arts is termed hydraulics; the special science dealing with the physical properties of gases is named pneumatics.
The Gaseous State.—Matter is examined in three physical states—solids, liquids, and gases, with the latter two sometimes combined as “fluids.” The study of the physical properties of fluids as a whole is called hydromechanics, while their practical applications in various fields are referred to as hydraulics. The specific science that focuses on the physical properties of gases is known as pneumatics.
The gaseous fluid with which we have chiefly to do is our atmosphere. Though practically invisible, it appeals in its properties to other of our senses, so that the evidences of its presence are manifold. Thus we feel it in its motion as wind, and observe the dynamical effects of this motion in the quiver of the leaf or the motion of a sailing ship. It offers resistance to the passage of bodies through it, destroying their motion and transforming their energy—as is betrayed to our hearing in the whiz of the rifle bullet, to our sight in the flash of the meteor.
The main gaseous fluid we deal with is our atmosphere. Although it’s mostly invisible, it engages our other senses, making its presence known in many ways. We can feel it moving as wind and see the effects of this movement in the rustling of leaves or the movement of a sailing ship. It creates resistance against objects moving through it, slowing them down and changing their energy—evident to our ears in the sound of a rifle bullet and to our eyes in the flash of a meteor.
The practically obvious distinction between solids and fluids may be stated in dynamical language thus:—solids can sustain a longitudinal pressure without being supported by a lateral pressure; fluids cannot. Hence any region of space enclosed by a rigid boundary can be easily filled with a fluid, which then takes the form of the bounding surface at every point of it. But here we distinguish between fluids according as they are gases or liquids. The gas will always completely fill the region, however small the quantity put in. Remove any portion and the remainder will expand so as to fill the whole space again. On the other hand, it requires a definite quantity of liquid to fill the region. Remove any portion and a part of the space will be left unoccupied by liquid. Part of the liquid surface is then otherwise conditioned than by the form of the wall or bounding surface of the region; and if the portion of the wall not in contact with the liquid is removed the form and quantity of the liquid are in no way affected. Hence a liquid can be kept in an open vessel; a gas cannot so be. To quote the differentia of Sir Oliver Lodge: “A solid has volume and shape; a liquid has volume, but no shape; a gas has neither volume nor shape.”
The clear difference between solids and fluids can be explained like this: solids can support a lengthwise pressure without needing support from the sides; fluids cannot. This means any area surrounded by a rigid boundary can easily be filled with a fluid, which then takes the shape of the boundary at every point. However, we differentiate between fluids based on whether they are gases or liquids. A gas will always completely fill the area, no matter how small the amount added. If you take some out, the remaining gas will expand to fill the entire space again. In contrast, a specific amount of liquid is required to fill a space. If you remove some, part of the area will be left empty. The surface of the liquid will be affected by something other than just the shape of the boundary; if you take away the part of the boundary that isn't touching the liquid, the shape and amount of the liquid remain unchanged. Therefore, a liquid can stay in an open container, but a gas cannot. To quote Sir Oliver Lodge’s distinction: “A solid has volume and shape; a liquid has volume, but no shape; a gas has neither volume nor shape.”
It is necessary to distinguish between a gas and a “vapour.” The latter possesses the physical property stated above which distinguishes a gas from a fluid, but it differs from a gas by being readily condensible to a liquid, either by lowering the temperature or moderately increasing the pressure. The study of the effects of pressure and temperature on many gases led to the introduction of the term “permanent gases” to denote gases which were apparently not liquefiable. The list included hydrogen, nitrogen and oxygen; but with improved methods these gases have been liquefied and even solidified, thus rendering the term meaningless (see Liquid Gases). The term “perfect gas” is applied to an imaginary substance in which there is no frictional retardation of molecular motion; or, in other words, the time during which any molecule is influenced by other molecules is infinitesimally small compared with the time during which it traverses its mean free path. It serves as a means of research, more particularly in mathematical investigations, the simple laws thus deduced being subsequently modified by introducing assumptions in order to co-ordinate actual experiences.
It’s important to differentiate between a gas and a “vapor.” The latter has the physical property mentioned earlier that sets a gas apart from a fluid, but it differs from a gas in that it can easily turn into a liquid, either by lowering the temperature or by moderately increasing the pressure. Studying how pressure and temperature affect various gases led to the term “permanent gases,” which refers to gases that seemed impossible to liquefy. The list included hydrogen, nitrogen, and oxygen; however, with better techniques, these gases have been liquefied and even solidified, making the term pointless (see Liquid Gases). The term “perfect gas” describes an ideal substance where there’s no friction hindering molecular motion; in other words, the time any molecule is affected by other molecules is extremely short compared to the time it takes to travel its average free path. This concept is useful for research, especially in mathematical studies, with the basic laws derived later adjusted by introducing assumptions to align them with real-world observations.
The gaseous state was well known to the ancients; for instance, in Greek cosmology, “air” (πνεῦμα) was one of the fundamental elements. The alchemists used such terms as spiritus, flatus, halitus, aura, emanatio nubila, &c., words implying a “wind” or “breath.” The word “gas” was invented by J.B. van Helmont in his Ortus medicinae, posthumously published in 1648, in the course of his description of the gas now known as carbon dioxide. He found that charcoal on burning yielded a “spirit,” which he named spiritus sylvestris on account of its supposed untamable nature (“Gas sylvestre sive incoërcibile, quod in corpus cogi non potest visibile”); and he invented the word “gas” in the expression: “... this spirit, hitherto unknown, ... I call by a new name gas” (“hunc spiritum, incognitum hactenus, novo nomine gas voco”). The word was suggested by the Gr. χάος, chaos, for he also writes: “I have called this spirit gas, it being scarcely distinguishable from the Chaos of the ancients” (“halitum illum Gas vocavi, non longe a Chao veterum secretum”). The view that the word was suggested by the Dutch geest, spirit, is consequently erroneous. Until the end of the 18th century the word “air,” qualified by certain adjectives, was in common use for most of the gases known—a custom due in considerable measure to the important part which common air played in chemical and physical investigations.
The gaseous state was well understood by ancient cultures; for example, in Greek cosmology, “air” (spirit) was one of the key elements. Alchemists used terms like spiritus, flatus, halitus, aura, emanatio nubila, and others, all suggesting a “wind” or “breath.” The term “gas” was created by J.B. van Helmont in his Ortus medicinae, published posthumously in 1648, while he described what we now know as carbon dioxide. He discovered that burning charcoal produced a “spirit,” which he called spiritus sylvestris because of its believed wild nature (“Gas sylvestre sive incoërcibile, quod in corpus cogi non potest visibile”); he then coined the term “gas” in the phrase: “... this spirit, previously unknown, ... I call by a new name gas” (“hunc spiritum, incognitum hactenus, novo nomine gas voco”). The term was inspired by the Greek chaos, chaos, as he also noted: “I have called this spirit gas, as it is hardly distinguishable from the Chaos of the ancients” (“halitum illum Gas vocavi, non longe a Chao veterum secretum”). The idea that the word was derived from the Dutch geest, meaning spirit, is therefore incorrect. Up until the end of the 18th century, the term “air,” along with certain adjectives, was commonly used to refer to most known gases, largely because of the significant role that common air played in chemical and physical studies.
The study of gases may be divided into two main branches: the physical and the chemical. The former investigates essentially general properties, such as the weight and density, the relation between pressure, volume and temperature (piezometric and thermometric properties), calorimetric properties, diffusion, viscosity, electrical and thermal conductivity, &c., and generally properties independent of composition. These subjects are discussed in the articles Density; Thermometry; Calorimetry; Diffusion; Conduction of Heat; and Condensation of Gases. The latter has for its province the preparation, collection and identification of gases, and the volume relations in which they combine; in general it deals with specific properties. The historical development of the chemistry of gases—pneumatic chemistry—is treated in the article Chemistry; the technical analysis of gaseous mixtures is treated below under Gas Analysis. Connecting the experimental study of the physical and chemical properties is the immense theoretical edifice termed the kinetic theory of gases. This subject, which is discussed in the article Molecule, has for its purpose (1) the derivation of a physical structure of a gas which will agree with the experimental observations of the diverse physical properties, and (2) a correlation of the physical properties and chemical composition.
The study of gases can be divided into two main areas: physical and chemical. The first focuses on general properties such as weight and density, the relationships between pressure, volume, and temperature (piezometric and thermometric properties), calorimetric properties, diffusion, viscosity, electrical and thermal conductivity, etc., which are generally independent of composition. These topics are covered in the articles Density; Thermometry; Calorimetry; Diffusion; Conduction of Heat; and Condensation of Gases. The second area involves the preparation, collection, and identification of gases, as well as the volume relationships in which they combine; it typically deals with specific properties. The historical development of gas chemistry—pneumatic chemistry—is discussed in the article Chemistry; the technical analysis of gas mixtures is covered below under Gas Analysis. Connecting the experimental study of both physical and chemical properties is the extensive theoretical framework known as the kinetic theory of gases. This topic, explored in the article Molecule, aims to (1) derive a physical structure of a gas that aligns with experimental observations of various physical properties, and (2) correlate physical properties with chemical composition.
Gas Analysis.—The term “gas analysis” is given to that branch of analytical chemistry which has for its object the quantitative determination of the components of a gaseous mixture. The chief applications are found in the analysis of flue gases (in which much information is gained as to the completeness and efficiency of combustion), and of coal gas (where it is necessary to have a product of a definite composition within certain limits). There are, in addition, many other branches of chemical technology in which the methods are employed. In general, volumetric methods are used, i.e. a component is absorbed by a suitable reagent and the diminution in volume noted, or it is absorbed in water and the amount determined by titration with a standard solution. Exact analysis is difficult and tedious, and consequently the laboratory methods are not employed in technology, where time is an important factor and moderate accuracy is all that is necessary. In this article an outline of the technical practice will be given.
Gas Analysis.—The term “gas analysis” refers to that part of analytical chemistry that focuses on the quantitative determination of the components in a gas mixture. The main applications are in analyzing flue gases (where valuable information about the completeness and efficiency of combustion can be obtained) and coal gas (where it's important to have a product with a specific composition within certain limits). Additionally, there are many other areas of chemical technology where these methods are used. Typically, volumetric methods are applied, i.e. a component is absorbed by a suitable reagent and the change in volume is recorded, or it is absorbed in water and the amount is measured through titration with a standard solution. Accurate analysis is challenging and time-consuming, so laboratory methods are not often used in technology, where time is crucial and moderate accuracy is sufficient. This article will provide an overview of the technical practices involved.
The apparatus consists of (1) a measuring vessel, and (2) a 482 series of absorption pipettes. A convenient form of measuring vessel is that devised by W. Hempel. It consists of two vertical tubes provided with feet and connected at the bottom by flexible rubber tubing. One tube, called the “measuring tube,” is provided with a capillary stopcock at the top and graduated downwards; the other tube, called the “level tube,” is plain and open. To use the apparatus, the measuring tube is completely filled with water by pouring water into both tubes, raising the level tube until water overflows at the stopcock, which is then turned. The test gas is brought to the stopcock, by means of a fine tube which has been previously filled with water or in which the air has been displaced by running the gas through. By opening the stopcock and lowering the level tube any desired quantity of the gas can be aspirated over. In cases where a large quantity of gas, i.e. sufficient for several tests, is to be collected, the measuring tube is replaced by a large bottle.
The setup includes (1) a measuring container and (2) a 482 set of absorption pipettes. A practical type of measuring container designed by W. Hempel features two vertical tubes with bases, connected at the bottom by flexible rubber tubing. One tube, known as the “measuring tube,” has a capillary stopcock at the top and is marked with measurements going downwards; the other tube, referred to as the “level tube,” is simple and open. To operate the device, fill the measuring tube completely with water by pouring water into both tubes, then raise the level tube until water spills out of the stopcock, which is then turned off. Bring the test gas to the stopcock using a thin tube that has either been filled with water or had the air replaced by letting the gas flow through it. By opening the stopcock and lowering the level tube, any desired amount of gas can be drawn in. If a larger amount of gas, i.e. enough for several tests, needs to be collected, the measuring tube can be swapped out for a larger bottle.
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(By permission of Messrs Baird & Tatlock.) | |
Fig. 1. | Fig. 2. |
The volume of the gas in the measuring tube is determined by bringing the water in both tubes to the same level, and reading the graduation on the tube, avoiding parallax and the other errors associated with recording the coincidence of a graduation with a meniscus. The temperature and atmospheric pressure are simultaneously noted. If the tests be carried out rapidly, the temperature and pressure may be assumed to be constant, and any diminution in volume due to the absorption of a constituent may be readily expressed as a percentage. If, however, the temperature and pressure vary, the volumes are reduced to 0° and 760 mm. by means of the formula V0 = V(P − p)/(1 + .00366t)760, in which V is the observed volume, P the barometric pressure, p the vapour tension of water at the temperature t of the experiment. This reduction is facilitated by the use of tables.
The volume of gas in the measuring tube is determined by leveling the water in both tubes and reading the scale on the tube, making sure to avoid parallax and other errors related to aligning a scale mark with the meniscus. The temperature and atmospheric pressure are noted at the same time. If the tests are done quickly, you can assume the temperature and pressure are constant, and any decrease in volume due to the absorption of a component can be easily represented as a percentage. However, if the temperature and pressure change, the volumes are adjusted to 0° and 760 mm using the formula V0 = V(P − p)/(1 + .00366t)760, where V is the measured volume, P is the barometric pressure, p is the vapor pressure of water at the temperature t of the experiment. This adjustment is made easier by using tables.
Some common forms of absorption pipettes are shown in figs. 1 and 2. The simpler form consists of two bulbs connected at the bottom by a wide tube. The lower bulb is provided with a smaller bulb bearing a capillary through which the gas is led to the apparatus, the higher bulb has a wider outlet tube. The arrangement is mounted vertically on a stand. Sometimes the small bulb on the left is omitted. The form of the pipette varies with the nature of the absorbing material. For solutions which remain permanent in air the two-bulbed form suffices; in other cases a composite pipette (fig. 2) is employed, in which the absorbent is protected by a second pipette containing water. In the case of solid reagents, e.g. phosphorus, the absorbing bulb has a tubulure at the bottom. To use a pipette, the absorbing liquid is brought to the outlet of the capillary by tilting or by squeezing a rubber ball fixed to the wide end, and the liquid is maintained there by closing with a clip. The capillary is connected with the measuring tube by a fine tube previously filled with water. The clip is removed, the stopcock opened, and the level tube of the measuring apparatus raised, so that the gas passes into the first bulb. There it is allowed to remain, the pipette being shaken from time to time. It is then run back into the measuring tube by lowering the level tube, the stopcock is closed, and the volume noted. The operation is repeated until there is no further absorption.
Some common types of absorption pipettes are shown in figs. 1 and 2. The simpler model has two bulbs connected at the bottom by a wide tube. The lower bulb has a smaller bulb with a capillary that guides the gas into the apparatus, while the upper bulb has a wider outlet tube. This setup is positioned vertically on a stand. Sometimes, the small bulb on the left is left out. The design of the pipette varies based on the type of absorbing material. For solutions that stay stable in air, the two-bulb design is sufficient; in other cases, a composite pipette (fig. 2) is used, where the absorbent is shielded by a second pipette filled with water. For solid reagents, like phosphorus, the absorbing bulb has a tubulure at the bottom. To use a pipette, the absorbing liquid is drawn to the outlet of the capillary by tilting it or by squeezing a rubber ball attached to the wide end, and the liquid is held there by using a clip. The capillary is connected to the measuring tube by a fine tube that is filled with water beforehand. The clip is removed, the stopcock is opened, and the level tube of the measuring device is raised so that the gas flows into the first bulb. It is allowed to stay there, and the pipette is shaken occasionally. Then it is returned to the measuring tube by lowering the level tube, the stopcock is closed, and the volume is recorded. This process is repeated until absorption stops.
The choice of absorbents and the order in which the gases are to be estimated is strictly limited. Confining ourselves to cases where titration methods are not employed, the general order is as follows: carbon dioxide, olefines, oxygen, carbon monoxide, hydrogen, methane and nitrogen (by difference). This scheme is particularly applicable to coal-gas. Carbon dioxide is absorbed by a potash solution containing one part of potash to between two and three of water; the stronger solution absorbs about 40 volumes of the gas. The olefines—ethylene, &c.—are generally absorbed by a very strong sulphuric acid prepared by adding sulphur trioxide to sulphuric acid to form a mixture which solidifies when slightly cooled. Bromine water is also employed. Oxygen is absorbed by stick phosphorus contained in a tubulated pipette filled with water. The temperature must be above 18°; and the absorption is prevented by ammonia, olefines, alcohol, and some other substances. An alkaline solution of pyrogallol is also used; this solution rapidly absorbs oxygen, becoming black in colour, and it is necessary to prepare the solution immediately before use. Carbon monoxide is absorbed by a solution of cuprous chloride in hydrochloric acid or, better, in ammonia. When small in amount, it is better to estimate as carbon dioxide by burning with oxygen and absorbing in potash; when large in amount, the bulk is absorbed in ammoniacal cuprous chloride and the residue burned. Hydrogen may be estimated by absorption by heated palladium contained in a capillary through which the gas is passed, or by exploding (under reduced pressure) with an excess of oxygen, and measuring the diminution in volume, two-thirds of which is the volume of hydrogen. The explosion method is unsatisfactory when the gas is contained over water, and is improved by using mercury. Methane cannot be burnt in this way even when there is much hydrogen present, and several other methods have been proposed, such as mixing with air and aspirating over copper oxide heated to redness, or mixing with oxygen and burning in a platinum tube heated to redness, the carbon dioxide formed being estimated by absorption in potash. Gases soluble in water, such as ammonia, hydrochloric acid, sulphuretted hydrogen, sulphur dioxide, &c., are estimated by passing a known volume of the gas through water and titrating the solution with a standard solution. Many types of absorption vessel are in use, and the standard solutions are generally such that 1 c.c. of the solution corresponds to 1 c.c. of the gas under normal conditions.
The choice of absorbents and the sequence for estimating gases is quite limited. If we focus on cases where titration methods aren't used, the general order is as follows: carbon dioxide, olefins, oxygen, carbon monoxide, hydrogen, methane, and nitrogen (by difference). This order is particularly relevant for coal gas. Carbon dioxide is absorbed by a potash solution made of one part potash to two or three parts water; the stronger solution can absorb about 40 volumes of the gas. The olefins—like ethylene—are usually absorbed by a very strong sulfuric acid created by adding sulfur trioxide to sulfuric acid, resulting in a mixture that solidifies when it cools slightly. Bromine water is also used. Oxygen is absorbed by stick phosphorus contained in a tubulated pipette filled with water. The temperature needs to be above 18°C, and absorption can be inhibited by ammonia, olefins, alcohol, and some other substances. An alkaline solution of pyrogallol is also utilized; this solution quickly absorbs oxygen, turning black, and should be prepared right before use. Carbon monoxide is absorbed by a solution of cuprous chloride in hydrochloric acid or, preferably, in ammonia. When in small amounts, it's better to measure it as carbon dioxide by burning it with oxygen and absorbing it in potash; when in larger amounts, the bulk is absorbed in ammoniacal cuprous chloride, and the residue is burned. Hydrogen can be measured by absorption with heated palladium in a capillary tube through which the gas is passed, or by exploding it (under reduced pressure) with excess oxygen and measuring the decrease in volume, two-thirds of which is the volume of hydrogen. The explosion method isn’t ideal when the gas is contained over water, and it works better using mercury. Methane can't be burned this way even with a lot of hydrogen present, and various other methods have been suggested, such as mixing it with air and aspirating over copper oxide heated to redness, or mixing it with oxygen and burning it in a platinum tube heated to redness, with the resulting carbon dioxide measured by absorption in potash. Gases that dissolve in water, like ammonia, hydrochloric acid, hydrogen sulfide, sulfur dioxide, etc., are measured by passing a known volume of the gas through water and titrating the solution with a standard solution. Many types of absorption vessels are used, and standard solutions are generally prepared so that 1 c.c. of the solution corresponds to 1 c.c. of the gas under normal conditions.
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(By permission of Messrs Baird & Tatlock.) |
Fig. 3. |
Many forms of composite gas-apparatus are in use. One of the commonest is the Orsat shown in fig. 3. The gas is measured in the graduated cylinder on the right, which is surrounded by a water jacket and provided with a levelling bottle. At the top it is connected by a capillary tube bent at right angles to a series of absorbing vessels, the connexion being effected by stopcocks. These vessels consist of two vertical cylinders joined at the bottom by a short tube. The cylinder in direct communication with the capillary is filled with glass tubes so as to expose a larger surface of the absorbing solution to the gas. The other cylinder is open to the air and serves to hold the liquid ejected from the absorbing cylinder. Any number of bulbs can be attached to the horizontal capillary; in the form illustrated there are four, the last being a hydrogen pipette in which the palladium is heated in a horizontal tube by a spirit lamp. At the end of the horizontal tube there is a three-way cock connecting with the air or an aspirator. To use the apparatus, the measuring tube is completely filled with water by raising the levelling bottle. The absorbing vessels are then about half filled with the absorbents, and, by opening the cocks and aspirating, the liquid is brought so as 483 completely to fill the bulbs nearer the capillary. The cocks are then closed. By opening the three-way cock to the supply of the test gas and lowering the levelling bottle, any desired amount can be drawn into the measuring tube. The absorption is effected by opening the cock of an absorbing vessel and raising the levelling bottle. The same order of absorption and general directions pertaining to the use of Hempel pipettes have to be adopted.
Many types of composite gas apparatus are currently in use. One of the most common is the Orsat, shown in fig. 3. The gas is measured in the graduated cylinder on the right, which is surrounded by a water jacket and has a leveling bottle attached. At the top, it connects via a capillary tube bent at right angles to a series of absorbing vessels, with the connection made using stopcocks. These vessels consist of two vertical cylinders joined at the bottom by a short tube. The cylinder directly connected to the capillary is filled with glass tubes to maximize the surface area of the absorbing solution exposed to the gas. The other cylinder is open to the air and is used to hold the liquid discharged from the absorbing cylinder. Any number of bulbs can be attached to the horizontal capillary; in the illustrated form, there are four, with the last being a hydrogen pipette in which the palladium is heated in a horizontal tube using a spirit lamp. At the end of the horizontal tube, there is a three-way cock connecting to the air or an aspirator. To use the apparatus, the measuring tube is completely filled with water by raising the leveling bottle. The absorbing vessels should then be about half filled with the absorbents, and by opening the cocks and aspirating, the liquid is drawn in to fill the bulbs closer to the capillary completely. The cocks are then closed. By opening the three-way cock to the test gas supply and lowering the leveling bottle, any desired amount can be drawn into the measuring tube. Absorption is accomplished by opening the cock of an absorbing vessel and raising the leveling bottle. The same procedure for absorption and general guidelines for using Hempel pipettes should be followed.
Although the earliest attempts at gas analysis were made by Scheele, Priestley, Cavendish, Lavoisier, Dalton, Gay-Lussac and others, the methods were first systematized by R. Bunsen, who began his researches in 1838. He embodied his results in his classical Gasometrische Methoden (1857, second edition 1877), a work translated into English by H. Roscoe. Clemens Winkler contributed two works, Anleitung zur chemischen Untersuchung der Industriegase (1876-1877) and Lehrbuch der technischen Gasanalyse (2nd ed., 1892), both of which are very valuable for the commercial applications of the methods. W. Hempel’s researches are given in his Neue Methode zur Analyse der Gase (1880) and Gasanalytische Methoden (1890, 3rd ed. 1900).
Although the earliest attempts at gas analysis were made by Scheele, Priestley, Cavendish, Lavoisier, Dalton, Gay-Lussac, and others, R. Bunsen was the first to systematize the methods when he started his research in 1838. He summarized his findings in his classic Gasometrische Methoden (1857, second edition 1877), a work that was translated into English by H. Roscoe. Clemens Winkler contributed two significant works, Anleitung zur chemischen Untersuchung der Industriegase (1876-1877) and Lehrbuch der technischen Gasanalyse (2nd ed., 1892), both of which are very useful for commercial applications of the methods. W. Hempel’s research is presented in his Neue Methode zur Analyse der Gase (1880) and Gasanalytische Methoden (1890, 3rd ed. 1900).
Gas Manufacture
Gas Production
1. Illuminating Gas.—The first practical application of gas distilled from coal as an illuminating agent is generally ascribed to William Murdoch, who between the years of 1792 and 1802 demonstrated the possibility of Historical. making gas from coal and using it as a lighting agent on a large scale. Prior to 1691, however, Dr John Clayton, dean of Kildare, filled bladders with inflammable gas obtained by the distillation of coal, and showed that on pricking the bladders and applying a light to the escaping gas it burnt with a luminous flame, and in 1726 Stephen Hales published the fact that by the distillation of 158 grains of Newcastle coal, 180 cub. in. of inflammable air would be obtained. Jean Pierre Minckelers, professor of natural philosophy in the university of Louvain, and later of chemistry and physics at Maestricht, made experiments on distilling gas from coal with the view of obtaining a permanent gas sufficiently light for filling balloons, and in 1785 experimentally lighted his lecture room with gas so obtained as a demonstration to his students, but no commercial application was made of the fact. Lord Dundonald, in 1787, whilst distilling coal for the production of tar and oil, noticed the formation of inflammable gas, and even used it for lighting the hall of Culross Abbey. It is clear from these facts that, prior to Murdoch’s experiments, it was known that illuminating gas could be obtained by the destructive distillation of coal, but the experiments which he began at Redruth in 1792, and which culminated in the lighting of Messrs Boulton, Watt & Co.’s engine works at Soho, near Birmingham, in 1802, undoubtedly demonstrated the practical possibility of making the gas on a large scale, and burning it in such a way as to make coal-gas the most important of the artificial illuminants. An impression exists in Cornwall, where Murdoch’s early experiments were made, that it was a millwright named Hornblower who first suggested the process of making gas to Murdoch, but, as has been shown, the fact that illuminating gas could be obtained from coal by distillation was known a century before Murdoch made his experiments, and the most that can be claimed for him is that he made the first successful application of it on a practical scale.
1. Illuminating Gas.—The first practical use of gas made from coal as a light source is usually credited to William Murdoch, who from 1792 to 1802 showed that it was possible to produce gas from coal and use it for lighting on a large scale. Before 1691, however, Dr. John Clayton, the dean of Kildare, filled bladders with flammable gas obtained by distilling coal and demonstrated that when he punctured the bladders and lit the escaping gas, it burned with a bright flame. In 1726, Stephen Hales published the information that distilling 158 grains of Newcastle coal would yield 180 cubic inches of flammable air. Jean Pierre Minckelers, a professor of natural philosophy at the University of Louvain, and later of chemistry and physics at Maestricht, experimented with distilling gas from coal to create a permanent gas light enough to fill balloons. In 1785, he lit his lecture room with gas he obtained as a demonstration for his students, although there was no commercial application of this discovery. In 1787, Lord Dundonald, while distilling coal for tar and oil, noticed the formation of flammable gas and even used it to light the hall of Culross Abbey. These facts clearly indicate that before Murdoch's experiments, the idea of obtaining illuminating gas through the destructive distillation of coal was already known. However, Murdoch's experiments, which began in Redruth in 1792 and resulted in the lighting of Messrs. Boulton, Watt & Co.’s engine works at Soho, near Birmingham, in 1802, undoubtedly proved the practical feasibility of generating gas on a large scale and using it effectively, making coal gas the most significant of the artificial lights. There is a belief in Cornwall, where Murdoch conducted his early experiments, that a millwright named Hornblower was the one who first proposed the gas-making process to him. However, as has been demonstrated, the fact that illuminating gas could be produced from coal through distillation was known a century before Murdoch's experiments, and the most that can be claimed for him is that he made the first successful practical application of it on a large scale.
In 1799 a Frenchman named Philippe Lebon took out a patent in Paris for making an illuminating gas from wood, and gave an exhibition of it in 1802, which excited a considerable amount of attention on the European continent. It was seen by a German, F.A. Winsor, who made Lebon an offer for his secret process for Germany. This offer was, however, declined, and Winsor returned to Frankfort determined to find out how the gas could be made. Having quickly succeeded in discovering this, he in 1803 exhibited before the reigning duke of Brunswick a series of experiments with lighting gas made from wood and from coal. Looking upon London as a promising field for enterprise, he came over to England, and at the commencement of 1804 took the Lyceum theatre, where he gave demonstrations of his process. He then proceeded to float a company, and in 1807 the first public street gas lighting took place in Pall Mall, whilst in 1809 he applied to parliament to incorporate the National Heat and Light Company with a capital of half a million sterling. This application was opposed by Murdoch on the ground of his priority in invention, and the bill was thrown out, but coming to parliament for a second time in 1810, Winsor succeeded in getting it passed in a very much curtailed form, and, a charter being granted later in 1812, the company was called the Chartered Gas Light and Coke Company, and was the direct forerunner of the present London Gas Light and Coke Company. During this period Frederick C. Accum (1769-1838), Dr W. Henry and S. Clegg did so much by their writings and by the improvements they introduced in the manufacture, distribution and burning of coal gas, that their names have become inseparably connected with the subject.
In 1799, a Frenchman named Philippe Lebon patented a method for producing illuminating gas from wood in Paris and showcased it in 1802, gaining significant attention across Europe. A German named F.A. Winsor saw the exhibition and offered to buy Lebon's secret process for Germany, but Lebon declined the offer. Determined, Winsor returned to Frankfurt and quickly figured out how to produce the gas himself. In 1803, he demonstrated experiments using lighting gas made from wood and coal to the reigning duke of Brunswick. Seeing London as an ideal market, Winsor moved to England and, at the start of 1804, took over the Lyceum theatre to showcase his process. He later launched a company, and in 1807, the first public street gas lighting was installed in Pall Mall. In 1809, he applied to parliament to create the National Heat and Light Company with a capital of half a million pounds. This application faced opposition from Murdoch, who claimed priority in invention, resulting in the bill being rejected. However, in 1810, Winsor returned to parliament and successfully got a modified version of the bill passed. A charter was granted in 1812, and the company was named the Chartered Gas Light and Coke Company, which later became the London Gas Light and Coke Company. During this time, Frederick C. Accum (1769-1838), Dr. W. Henry, and S. Clegg significantly contributed through their writings and innovations in the production, distribution, and usage of coal gas, making their names closely associated with the field.
In 1813 Westminster Bridge, and in the following year the streets of Westminster, were lighted with gas, and in 1816 it became common in London. After this so rapid was the progress of this new mode of illumination that in The growth of gas lighting. the course of a few years it was adopted by all the principal towns in the United Kingdom for lighting streets as well as shops and public edifices. In private houses it found its way more slowly, partly from an apprehension of danger attending its use, and partly from the discomfort which was experienced in many cases through the gas being distributed without purification, and to the careless and imperfect manner in which the service pipes were first fitted. It was during the last four decades of the 19th century that the greatest advance was made, this period having been marked not only by many improvements in the manufacture of illuminating gas, but by a complete revolution in the methods of utilizing it for the production of light. In 1875 the London Argand, giving a duty of 3.2 candles illuminating power per cubic foot of ordinary 16 candle gas, was looked upon as the most perfect burner of the day, and little hope was entertained that any burner capable of universal adoption would surpass it in its power of developing light from the combustion of coal gas; but the close of the century found the incandescent mantle and the atmospheric burner yielding six times the light that was given by the Argand for the consumption of an equal volume of gas, and to-day, by supplying gas at an increased pressure, a light of ten times the power may be obtained. Since the advent of the incandescent mantle, the efficiency of which is dependent upon the heating power of the gas more than on its illuminating power, the manufacture of coal gas has undergone considerable modifications.
In 1813, Westminster Bridge, and the streets of Westminster the following year, were lit with gas, and by 1816, it became common in London. After that, the adoption of this new form of lighting spread quickly, and within a few years, it was used by all major towns in the United Kingdom for lighting streets, shops, and public buildings. In private homes, the adoption was slower, partly due to concerns about the dangers of its use and partly because of the discomfort caused by unpurified gas and poorly fitted service pipes. The biggest advancements occurred during the last four decades of the 19th century, marked by improvements in the production of illuminating gas and a complete overhaul in how it was used to create light. In 1875, the London Argand burner, which produced 3.2 candles of light per cubic foot of ordinary 16 candle gas, was considered the best available, and it was not expected that any burner would outperform it in generating light from coal gas. However, by the end of the century, the incandescent mantle and atmospheric burner were delivering six times the light of the Argand for the same amount of gas consumed, and today, with gas supplied at higher pressure, a light output ten times greater can be achieved. Since the introduction of the incandescent mantle, which relies more on the heating properties of the gas than its illuminating properties, the production of coal gas has undergone significant changes.
Coal, the raw material from which the gas is produced by a process of destructive distillation, varies very widely in composition (see Coal), and it is only the class of coals rich in hydrogen, Coals used for gas-making. known as bituminous coal, that can with advantage be utilized in gas manufacture. Coals of this character are obtained in England from the Newcastle and Durham field, South Yorkshire, Derbyshire and Barnsley districts, and an idea of their ultimate composition may be derived from the following table:—
Coal, the raw material from which gas is produced through a process called destructive distillation, varies significantly in composition (see Coal). Only the type of coal that is rich in hydrogen, known as bituminous coal, is advantageous for gas production. This kind of coal is sourced in England from the Newcastle and Durham fields, South Yorkshire, Derbyshire, and Barnsley areas. You can get an idea of their ultimate composition from the following table:—
Carbon. | Hydrogen | Sulphur. | Nitrogen | Oxygen. | Ash. | Moisture. | |
Newcastle gas coal | 82.16 | 4.83 | 1.00 | 1.23 | 6.82 | 3.20 | 0.76 |
Durham gas coal | 84.34 | 5.30 | 0.73 | 1.73 | 4.29 | 2.42 | 1.14 |
South Yorkshire silkstone | 80.46 | 5.09 | 1.66 | 1.67 | 6.79 | 3.30 | 1.03 |
Derbyshire silkstone | 76.96 | 5.04 | 2.39 | 1.77 | 6.92 | 3.28 | 3.64 |
Barnsley gas coal | 75.64 | 4.94 | 2.84 | 1.65 | 7.25 | 4.28 | 3.40 |
Our knowledge of the composition of coal is limited to the total amount of carbon, hydrogen, nitrogen, oxygen and foreign materials which it contains; and at present we know practically but little of the way in which these bodies are combined. This being so, the ordinary analysis of a coal affords but little indication of its value for gas-making purposes, which can only be really satisfactorily arrived at by extended use on a practical scale. Bituminous coal, however, may be looked upon as containing carbon and also simple hydrocarbons, such as some of the higher members of the paraffin series, and likewise organic bodies containing carbon, hydrogen, nitrogen, oxygen and sulphur.
Our understanding of the makeup of coal is limited to the total amounts of carbon, hydrogen, nitrogen, oxygen, and other materials it includes; and right now, we know very little about how these elements are combined. Because of this, a standard analysis of coal gives us only a small idea of its value for making gas, which can really only be determined through extensive practical use. However, bituminous coal can be seen as containing carbon and simple hydrocarbons, like some of the higher members of the paraffin series, as well as organic matter that contains carbon, hydrogen, nitrogen, oxygen, and sulfur.
On submitting a complex substance of this character to destructive distillation, it will be found that the yield and quality of the products will vary very considerably with the temperature existing in the retorts, with the size of the charge of coal used, with its distribution Destructive distillation of coal. 484 in the retort, with the length of time the distillation has been going on, and with an infinity of other factors of a more or less complex nature. If bituminous coal is distilled at a low temperature, the tar is found to contain considerable quantities of light paraffin oils; and there is no doubt that paraffin hydrocarbons are present in the original coal. These paraffins, under the influence of heat, split up into simpler members of the same series and into olefines; and if we imagine the action in its simplest form, we should have the gases, as they were evolved, consisting of (say) ethane and ethylene. These have now to pass down the heated retort on their way to the ascension pipe, and the contact with the heated sides of the retort, and the baking from the radiant heat in the retort, set up an infinity of changes. Ethane, when heated to this degree, splits up into ethylene and hydrogen, whilst ethylene decomposes to methane and acetylene, and the acetylene at once polymerizes to benzene, styrolene, retene, &c. A portion also condenses, and at the same time loses some hydrogen, becoming naphthalene; and the compounds so formed by interactions amongst themselves build up the remainder of the hydrocarbons present in the coal tar, whilst the organic substances containing oxygen in the coal break down, and cause the formation of the phenols in the tar.
When you subject a complex substance like this to destructive distillation, you'll notice that the yield and quality of the products can vary widely depending on the temperature in the retorts, the size of the coal charge, how it’s distributed in the retort, the duration of the distillation, and a multitude of other more or less complicated factors. If bituminous coal is distilled at a low temperature, the tar will contain substantial amounts of light paraffin oils. It's clear that paraffin hydrocarbons are present in the original coal. These paraffins, when heated, break down into simpler compounds of the same series and into olefins. Simplistically, the gases produced would be things like ethane and ethylene. As they move down the heated retort towards the ascension pipe, the interaction with the hot walls of the retort and the heat radiating from it causes countless changes. Ethane, when heated to this temperature, breaks down into ethylene and hydrogen, while ethylene decomposes into methane and acetylene. The acetylene quickly polymerizes into benzene, styrene, retene, and others. Some also condenses and loses some hydrogen, turning into naphthalene. The compounds formed by these interactions contribute to the rest of the hydrocarbons found in coal tar, while the organic substances with oxygen in the coal decompose, leading to the formation of phenols in the tar.
There is very little doubt that the general course of the decompositions follows these lines; but any such simple explanation of the actions taking place is rendered impossible by the fact that, instead of the breaking-down of the hydrocarbons being completed in the coal, and only secondary reactions taking place in the retort, in practice the hydrocarbons to a great extent leave the coal as the vapours of condensible hydrocarbons, and the breaking down of these to such simple gaseous compounds as ethylene is proceeding in the retort at the same time as the breaking up of the ethylene already formed into acetylene and methane, and the polymerization of the former into higher compounds. Starting with a solid hydrocarbon of definite composition, it would be theoretically possible to decompose it entirely into carbon, hydrogen, ethylene and methane, and, by rapidly removing these from the heating zone before any secondary actions took place, to prevent formation of tar. But any such ideal is hopeless in practice, as the coal is not a definite compound, and it is impossible to subject it to a fixed temperature.
There’s little doubt that the general process of decomposition follows these lines; however, any straightforward explanation of the actions happening is complicated by the fact that, instead of the hydrocarbons breaking down completely in the coal and only secondary reactions occurring in the retort, in reality, the hydrocarbons largely leave the coal as vapors of condensable hydrocarbons. The breakdown of these into simpler gaseous compounds like ethylene occurs in the retort at the same time as the conversion of the already formed ethylene into acetylene and methane, along with the polymerization of the former into larger compounds. Starting with a solid hydrocarbon of specific composition, it might be theoretically possible to completely decompose it into carbon, hydrogen, ethylene, and methane, and by quickly removing these from the heating area before any secondary reactions could happen, prevent the formation of tar. But any such ideal is impractical, as coal is not a specific compound, and it’s impossible to maintain a fixed temperature.
If the retorts are at a temperature of 1000° C. when the charge of coal is put in, the temperature of the distillation will vary from about 800° C. close to the walls, to about 400° C. in the centre of the coal; and in the same way, in the space above the coal, Effect of temperature in the retort. the products which come in contact with the sides of the retort are heated to 1000° C., whilst the gas near the coal is probably heated to only 600° C. Moreover, the gases and vapours in the retort are subjected to a period of heating which varies widely with the distance from the mouth of the retort of the coal that is undergoing carbonization. The gas developed by the coal near the mouth of the retort is quickly washed out into the ascension pipe by the push of the gas behind, and the period for which it has been exposed to the radiant heat from the walls of the retort is practically nil; whilst the gas evolved in the portion of the retort farthest from the mouthpiece has only its own rate of evolution to drive it forward, and has to traverse the longest run possible in the retort, exposed during the whole of that period to radiant heat and to contact with the highly heated surface of the retort itself. Hence we find that the tar is formed of two distinct sets of products, the first due to incomplete decomposition and the second to secondary reactions due to the products of the decomposition being kept too long in the zone of heat.
If the retorts are at a temperature of 1000° C. when the coal charge is put in, the temperature of the distillation will range from about 800° C. near the walls to about 400° C. in the center of the coal. Similarly, in the space above the coal, Impact of temperature in the retort. the products that come in contact with the sides of the retort are heated to 1000° C., while the gas near the coal is likely heated to only 600° C. Additionally, the gases and vapors in the retort experience a heating period that varies significantly with their distance from the mouth of the retort where the coal is undergoing carbonization. The gas produced by the coal near the mouth of the retort is quickly pushed out into the ascension pipe by the gas behind it, so it has practically no exposure to the radiant heat from the retort walls. In contrast, the gas generated in the portion of the retort farthest from the mouthpiece relies solely on its own rate of production to move forward and has to travel the longest distance possible in the retort, being exposed to radiant heat and contact with the highly heated surface of the retort throughout that time. As a result, we see that the tar is made up of two distinct sets of products: the first stemming from incomplete decomposition and the second resulting from secondary reactions caused by the decomposition products being held too long in the heat zone.
Of the first class, the light paraffin oils and pitch may be taken as examples; whilst benzene, naphthalene and retort carbon represent the second. The formation of the second class of bodies is a great loss to the gas manufacturer, as, with the exception of the trace of benzene carried with the gas as vapour, these products are not only useless in the gas, but one of them, naphthalene, is a serious trouble, because any trace carried forward by the gas condenses with sudden changes of temperature, and causes obstructions in the service pipes, whilst their presence in the tar means the loss of a very large proportion of the illuminating constituents of the gas. Moreover, these secondary products cannot be successfully reduced, by further heating, to simpler hydrocarbons of any high illuminating value, and such bodies as naphthalene and anthracene have so great a stability that, when once formed, they resist any efforts again to decompose them by heat, short of the temperature which breaks them up into methane, carbon and hydrogen.
In the first category, light paraffin oils and pitch are good examples, while benzene, naphthalene, and retort carbon fall into the second category. The creation of the second group of substances is a significant setback for gas manufacturers because, aside from the small amount of benzene that vaporizes with the gas, these products are not only useless in the gas but also problematic. Naphthalene, in particular, poses a serious issue since any trace carried along by the gas condenses with sudden temperature changes, causing blockages in the service pipes. Additionally, their presence in the tar results in the loss of a substantial amount of the gas's illuminating components. Furthermore, these secondary products cannot be effectively broken down through additional heating into simpler hydrocarbons with any significant illuminating value. Compounds like naphthalene and anthracene are highly stable, so once formed, they resist any attempts to decompose them through heat without reaching temperatures that break them down into methane, carbon, and hydrogen.
The ammonia is derived from the nitrogen present in the coal combining with hydrogen during destructive distillation, the nitrogen becoming distributed amongst all three classes of products. The following table will give an approximate idea of the proportions which go to each:—
The ammonia comes from the nitrogen in the coal combining with hydrogen during destructive distillation, with the nitrogen being distributed among all three types of products. The following table will provide a rough idea of the proportions that go to each:—
Per cent. | |
Nitrogen as ammonia | 14.50 |
Nitrogen as cyanogen | 1.56 |
Nitrogen free in gas and combined in tar | 35.26 |
Nitrogen remaining in coke | 48.68 |
——— | |
100.00 |
The effect produced by alteration in the temperature of the retort upon the composition of both gas and tar is very marked. As the temperature is raised, the yield of gas from a given weight of coal increases; but with the increase of volume there is a marked decrease in the illuminating value of the gas evolved. Lewis T. Wright found, in a series of experiments, that, when four portions of the same coal were distilled at temperatures ranging from a dull red heat to the highest temperature attainable in an iron retort, he obtained the following results as to yield and illuminating power:—
The effect of changing the temperature of the retort on the composition of both gas and tar is very noticeable. As the temperature increases, the amount of gas produced from a specific weight of coal goes up; however, while the volume increases, there is a significant drop in the illuminating quality of the gas produced. Lewis T. Wright discovered, through a series of experiments, that when he distilled four samples of the same coal at temperatures ranging from a dull red heat to the highest temperature achievable in an iron retort, he obtained the following results regarding yield and illuminating power:—
Temperature. | Cubic ft. of Gas per ton. | Illuminating Power, Candles. | Total Candles per ton. |
1. Dull red | 8,250 | 20.5 | 33.950 |
2. Hotter | 9,693 | 17.8 | 34.510 |
3. ” | 10,821 | 16.7 | 36.140 |
4. Bright orange | 12,006 | 15.6 | 37.460 |
Composition of the Gas.
Gas Composition.
1. Per cent. | 2. Per cent. | 4. Per cent. | |
Hydrogen | 38.09 | 43.77 | 48.02 |
Marsh gas | 42.72 | 34.50 | 30.70 |
Olefines | 7.55 | 5.83 | 4.51 |
Carbon monoxide | 8.72 | 12.50 | 13.96 |
Nitrogen | 2.92 | 3.40 | 2.81 |
100.00 | 100.00 | 100.00 |
The gas analysis of No. 3 was lost, but the illuminating power shows that it was intermediate in composition between Nos. 2 and 4. From this it will be seen that, with the increase of temperature, the hydrocarbons—the olefines and marsh gas series—gradually break up, depositing carbon in the crown of the retort, and liberating hydrogen, the percentage of which steadily increases with the rise of temperature.
The gas analysis of No. 3 was lost, but the brightness indicates that it had a composition between Nos. 2 and 4. This shows that as the temperature rises, the hydrocarbons—the olefins and methane series—gradually break down, leaving carbon in the top of the retort and releasing hydrogen, the percentage of which consistently increases with the temperature rise.
The tar formed is affected to an even greater extent than the gas by alterations in the temperature at which the destructive distillation takes place. The lower the temperature, the smaller will be the volume of gas produced, and the lighter the specific gravity of the tar, whilst with increase of temperature, the volume of gas rapidly rises, and so does the specific gravity of the tar. Working with a caking coal Wright obtained the following results:—
The tar produced is influenced even more than the gas by changes in the temperature during destructive distillation. The lower the temperature, the less gas is generated, and the lighter the specific gravity of the tar. In contrast, as the temperature increases, the volume of gas quickly increases, as does the specific gravity of the tar. Using a caking coal, Wright achieved the following results:—
Yield of Gas per ton, Cub. ft. | Specific Gravity of Tar. |
6,600 | 1.086 |
7,200 | 1.120 |
8,900 | 1.140 |
10,162 | 1.154 |
11,700 | 1.206 |
Analysis of the tar showed that the increase of the specific gravity was due to the increase in the quantity of pitch, which rose from 28.89 to 64.08% in the residuals; whilst the ammonia, naphtha and light oils steadily fell in quantity, the creosote and anthracene oils doing the same, but to a smaller extent. Naphthalene also begins to show in quantity in the tar as soon as the yield of gas reaches 10,000 cub. ft. per ton of coal carbonized.
Analysis of the tar indicated that the rise in specific gravity was caused by an increase in the amount of pitch, which climbed from 28.89% to 64.08% in the residues. At the same time, the quantities of ammonia, naphtha, and light oils consistently decreased, while creosote and anthracene oils also declined but to a lesser degree. Naphthalene starts to appear in the tar as soon as the gas yield hits 10,000 cubic feet per ton of coal carbonized.
In spite of these variations, however, the products in their main characteristics will remain the same. They may be divided into—(a) Solids, such as the coke and retort carbon; (b) liquids, consisting of the tar and ammoniacal liquor; and (c) gases, consisting of the unpurified coal gas. The proportions in which the products are approximately obtained from a ton of gas coal have been given as follows:—
In spite of these variations, however, the products in their main characteristics will remain the same. They can be divided into—(a) solids, like coke and retort carbon; (b) liquids, which include tar and ammoniacal liquor; and (c) gases, which consist of unpurified coal gas. The approximate proportions in which the products are obtained from a ton of gas coal are as follows:—
10,000 cub. ft. of gas | = | 380 | ℔ = | 17.0 | per cent. |
10 gallons of tar | = | 115 | ” = | 5.1 | ” |
Gas liquor1 | = | 177 | ” = | 7.9 | ” |
Coke | = | 1568 | ” = | 70.0 | ” |
—— | —— | ||||
2240 | 100.0 |
The chief solid residue, coke, is not absolutely pure carbon, as it contains the mineral non-volatile constituents which remain behind as ash when the original coal is burnt, and which, to a Solid products. great extent, existed in the sap that filled the cells of the plant from which the coal was formed. The retort carbon formed as a dense deposit on the crown of the retort by the action of the high temperature on the hydrocarbons is, however, carbon in a very pure form, and, on account of its density, is largely used for electrical purposes.
The main solid leftover, coke, isn’t completely pure carbon because it has mineral non-volatile materials that turn into ash when the original coal is burned. These materials largely came from the sap that filled the cells of the plant that became the coal. The retort carbon, formed as a thick layer at the top of the retort due to the high temperature breaking down hydrocarbons, is carbon in a very pure form. Because it's dense, it's mainly used for electrical applications.
The liquid products of the destructive distillation of coal are tar and ammoniacal liquor. Tar derived from ordinary bituminous Liquid products. coal is a black, somewhat viscid liquid, varying in specific gravity from 1.1 to 1.2. The ultimate composition of tar made in the London Gas Works is approximately as follows:—
The liquid products from the destructive distillation of coal are tar and ammoniacal liquor. Tar obtained from regular bituminous coal is a black, somewhat sticky liquid, with a specific gravity ranging from 1.1 to 1.2. The overall composition of tar produced in the London Gas Works is roughly as follows:—
Carbon | 77.53 |
Hydrogen | 6.33 |
Nitrogen | 1.03 |
Sulphur | 0.61 |
Oxygen | 14.50 |
——— | |
100.00 |
These elements in tar are built up into an enormous number of compounds (see Coal Tar), and its value as a by-product may be gathered from the fact that on fractional distillation it yields—(1) benzene and its homologues, from which aniline, the source of most of the coal-tar colours, can be derived; (2) carbolic acid, from which picric acid, used as a dye, a powerful explosive, and to give the bitter flavour to some kinds of beer, is made, also many most valuable disinfectants; (3) naphthalene, used for disinfecting, and also as the “Albo-carbon” employed in an enriching burner for gas; (4) pitch, extensively used in path-making, from which such bodies as anthracene and saccharin can be extracted.
These components in tar are combined to create a huge number of compounds (see Coal Tar), and its value as a by-product can be seen in the fact that during fractional distillation it produces—(1) benzene and its related compounds, from which aniline, the primary source of most coal-tar dyes, is obtained; (2) carbolic acid, which is used to make picric acid, utilized as a dye, a powerful explosive, and to add a bitter flavor to some types of beer, as well as many highly valuable disinfectants; (3) naphthalene, used for disinfection and also as the "Albo-carbon" in a gas-enriching burner; (4) pitch, widely used in road construction, from which substances like anthracene and saccharin can be extracted.
The second liquid product of the destructive distillation of coal is the ammoniacal or gas liquor, which consists of water containing ammonia salts in solution, partly condensed from the hot gas, and partly added to wash the gas in the scrubbers. It contains, as its principal constituents, ammonia, partly combined with carbonic acid and sulphuretted hydrogen to form compounds which are decomposed on boiling, with evolution of ammonia gas, and partly combined with stronger acids to form compounds which require to be acted upon by a strong alkali before the ammonia contained in them can be liberated. The ammonia in the first class of compounds is technically spoken of as “free”; that present in the latter as “fixed.” The following analysis by L.T. Wright will give an idea of the relative quantities in which these compounds exist in the liquor:—
The second liquid product from the destructive distillation of coal is the ammoniacal or gas liquor, which consists of water with dissolved ammonia salts. This solution is partly condensed from the hot gas and partly added to wash the gas in the scrubbers. Its main components are ammonia, which is partly combined with carbonic acid and hydrogen sulfide to form compounds that break down when boiled, releasing ammonia gas. It is also partly combined with stronger acids to create compounds that need a strong alkali to free the ammonia within them. The ammonia in the first type of compound is referred to as “free,” while the ammonia in the latter is called “fixed.” The following analysis by L.T. Wright will provide an idea of the relative amounts of these compounds present in the liquor:—
Grammes per litre. | ||
Free | Ammonium sulphide | 3.03 |
Ammonium carbonate | 39.16 | |
Ammonium chloride | 14.23 | |
Fixed | Ammonium thiocyanate | 1.80 |
Ammonium sulphate | 0.19 | |
Ammonium thiosulphate | 2.80 | |
Ammonium ferrocyanide | 0.41 |
From a scientific point of view, the term “free” is absolutely incorrect, and in using it the fact must be clearly borne in mind that in this case it merely stands for ammonia, which can be liberated on simply boiling the liquor.
From a scientific perspective, the term “free” is completely inaccurate, and it's essential to keep in mind that in this context it simply refers to ammonia, which can be released just by boiling the liquid.
The gas which is obtained by the destructive distillation of coal, and which we employ as our chief illuminant, is not a definite compound, but a mechanical mixture of several gases, some Gaseous products. of which are reduced to the lowest limit, in order to develop as fully as possible the light-giving properties of the most important constituents of the gas. The following analysis gives a fair idea of the composition of an average sample of gas made from coal, purified but without enrichment:—
The gas we get from the destructive distillation of coal, which we use primarily for lighting, isn't a specific compound. It's a mechanical mix of several gases, some of which are minimized to enhance the light-producing properties of the most important components of the gas. The following analysis provides a good overview of the composition of a typical sample of coal gas, purified but not enriched:—
Hydrogen | 52.22 |
Unsaturated hydrocarbons | 3.47 |
Saturated hydrocarbons | 34.76 |
Carbon monoxide | 4.23 |
Carbon dioxide | 0.60 |
Nitrogen | 4.23 |
Oxygen | 0.49 |
——— | |
100.00 |
These constituents may be divided into—(a) light-yielding hydrocarbons, (b) combustible diluents and (c) impurities. The hydrocarbons, upon which the luminosity of the flame entirely depends, are divided in the analysis into two groups, saturated and unsaturated, according to their behaviour with a solution of bromine in potassium bromide, which has the power of absorbing those termed “unsaturated,” but does not affect in diffused daylight the gaseous members of the “saturated” series of hydrocarbons. They may be separated in a similar way by concentrated sulphuric acid, which has the same absorbent effect on the one class, and not on the other. The chief unsaturated hydrocarbons present in coal gas are: ethylene, C2H4, butylene, C4H8, acetylene, C2H2, benzene, C6H6, and naphthalene, C10H8, and the saturated hydrocarbons consist chiefly of methane, CH4, and ethane, C2H6.
These components can be categorized into—(a) light-yielding hydrocarbons, (b) combustible diluents, and (c) impurities. The hydrocarbons, which are essential for the flame's brightness, are classified into two groups in the analysis: saturated and unsaturated. This classification is based on their interaction with a solution of bromine in potassium bromide, which absorbs the "unsaturated" hydrocarbons but doesn't affect the gaseous members of the "saturated" series in diffused daylight. They can also be separated using concentrated sulfuric acid, which has the same absorptive effect on one group but not the other. The main unsaturated hydrocarbons found in coal gas include ethylene, C2H4, butylene, C4H8, acetylene, C2H2, benzene, C6H6, and naphthalene, C10H8, while the saturated hydrocarbons primarily consist of methane, CH4, and ethane, C2H6.
The light-giving power of coal gas is undoubtedly entirely due to the hydrocarbons. The idea held up to about 1890 was that the illuminating value depended upon the amount of ethylene present. This, however, is manifestly incorrect, as, if it were true, 4% of ethylene mixed with 96% of a combustible diluent such as hydrogen should give 16- to 17-candle gas, whereas a mixture of 10% of ethylene and 90% of hydrogen is devoid of luminosity. In 1876 M.P.E. Berthelot came to the conclusion that the illuminating value of the Paris coal gas was almost entirely due to benzene vapour. But here again another mistaken idea arose, owing to a faulty method of estimating the benzene, and there is no doubt that methane is one of the most important of the hydrocarbons present, when the gas is burnt in such a way as to evolve from it the proper illuminating power, whilst the benzene vapour, small as the quantity is, comes next in importance and the ethylene last. It is the combined action of the hydrocarbons which gives the effect, not any one of them acting alone.
The light-producing ability of coal gas is definitely due to the hydrocarbons. Until around 1890, it was believed that the brightness depended on the amount of ethylene present. However, this is clearly wrong because, if it were true, a mixture of 4% ethylene and 96% a combustible gas like hydrogen should produce gas with a brightness of 16 to 17 candles. Instead, a mix of 10% ethylene and 90% hydrogen has no brightness at all. In 1876, M.P.E. Berthelot concluded that the brightness of Paris coal gas was mostly due to benzene vapor. But here too, a mistaken belief emerged, resulting from a faulty method of measuring benzene. It's clear that methane is one of the most important hydrocarbons when the gas is burned in a way that generates the proper brightness, while benzene vapor, though small in quantity, is next in importance, and ethylene comes last. It's the combined effect of the hydrocarbons that creates the illumination, not any single one acting on its own.
The series of operations connected with the manufacture and distribution of coal gas embraces the processes of distillation, condensation, exhaustion, wet purification by washing and scrubbing, dry purification, measuring, storing and distribution to the mains whence the consumer’s supply is drawn.
The series of operations involved in making and distributing coal gas includes distillation, condensation, exhaustion, wet purification through washing and scrubbing, dry purification, measuring, storing, and distribution to the mains from which consumers get their supply.
River. |
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Fig. 4.—Plan of Works. |
The choice of a site for a gas works is necessarily governed by local circumstances; but it is a necessity that there should be a ready means of transport available, and for this reason the works should be built upon the banks of a navigable river or Site of gas works. canal, and should have a convenient railway siding. By this means coal may be delivered direct to the store or retort-house, and in the same way residual products may be removed. The fact that considerable area is required and that the works do not improve the neighbourhood are important conditions, and although economy of space should be considered, arrangements should be such as to allow of extension. In the case of a works whose daily make of gas exceeds four to five million cub. ft., it is usual to divide the works into units, there being an efficiency limit to the size of apparatus employed. Under these conditions the gas is dealt with in separate streams, which mix when the holder is reached. From the accompanying ground plan of a works (fig. 4) it will be possible to gain an idea of the order in which the operations in gas manufacture are carried out and the arrangement of the plant.
The choice of a site for a gas plant is mainly determined by local factors; however, it's essential to have convenient transportation options. For this reason, the plant should be located along the banks of a navigable river or Gas plant site. canal, and it should have a suitable railway siding. This setup allows coal to be delivered directly to the storage or retort house, and it facilitates the removal of leftover products. It's also important to note that a significant area is needed, and the plant does not enhance the surrounding neighborhood. While space efficiency is important, the layout should allow for future expansion. For a plant producing more than four to five million cubic feet of gas daily, it's common to divide the facility into units due to the efficiency limits of the equipment used. In this arrangement, the gas is processed in separate streams that combine when reaching the holder. From the accompanying ground plan of a gas plant (fig. 4), one can understand the sequence of operations involved in gas production and the layout of the equipment.
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Fig. 5.—Cross Section of Retorts. |
The retorts in which the coal is carbonized are almost universally made of fire-clay, and in all but small country works the old single-ended retort, which was about 9 ft. in length, has given way to a more economical construction known as doubles, Retorts. double-ended, or “through” retorts. These are from 18 to 22 ft. long, and as it is found inconvenient to produce this length in one piece, they are manufactured in three sections, the jointing together of which demands great care. The two outer pieces are swelled at one end to take an iron mouthpiece. The cross sections generally employed for retorts are known as “D-shaped,” “oval” and “round” (fig. 5). The “D” form is mostly adopted owing to its power of retaining its shape after long exposure to heat, and the large amount of heating surface it presents at its base. The life of this retort is about thirty working months. A cast iron mouthpiece and lid is bolted to the exterior end of each retort, the mouthpiece carrying a socket end to receive the ascension pipe, through which the gas passes on leaving the retort. The retorts are heated externally and are set in an arch, the construction depending upon the number of retorts, which varies from three to twelve. The arch and its retorts is termed a bed or setting, and a row of beds constitutes a bench. It is usual to have a separate furnace for each setting, the retorts resting upon walls built transversely in the furnace.
The containers used for carbonizing coal are mostly made of fire-clay. In most larger operations, the old single-ended retort, which was about 9 feet long, has been replaced by a more efficient design known as double-ended or "through" retorts. These are between 18 and 22 feet long, and since it's not practical to create this length as a single piece, they are made in three sections, which require careful assembly. The two outer sections have one end that flares out to accommodate an iron mouthpiece. The common cross-sectional shapes for retorts are referred to as “D-shaped,” “oval,” and “round” (fig. 5). The “D” shape is primarily used because it maintains its form well even after prolonged exposure to heat and provides a large heating surface at its base. The lifespan of this type of retort is roughly thirty months of operation. A cast iron mouthpiece and lid are bolted to the outer end of each retort, with the mouthpiece designed to fit a socket that connects to the ascension pipe, allowing the gas to exit the retort. The retorts are heated from the outside and are positioned within an arch, with the specific setup depending on the number of retorts, which can range from three to twelve. The arch along with its retorts is called a bed or setting, and multiple beds make up a bench. It's common to have a separate furnace for each setting, with the retorts positioned on walls built across the furnace.
The heating of the retorts is carried out either by the “direct firing” or by the “regenerative” system, the latter affording 486 marked advantages over the former method, which is now becoming extinct. In the regenerative system of firing, a mixture of carbon monoxide and nitrogen is produced by passing air through incandescent gas coke in a generator placed below the bench of retorts, and the heating value of the gases so produced is increased in most cases by the admixture of a small proportion of steam with the primary air supply, the steam being decomposed by contact with the red-hot coke in the generator into water gas, a mixture of carbon monoxide and hydrogen (see Fuel: Gaseous). The gases so formed vary in proportion with the temperature of the generator and the amount of steam, but generally contain 32 to 38% of combustible gas, the remainder being the residual nitrogen of the air and carbon dioxide. These gases enter the combustion chamber around the retorts at a high temperature, and are there supplied with sufficient air to complete their combustion, this secondary air supply being heated by the hot products of combustion on their way to the exit flue. This method of firing results in the saving of about one-third the weight of coke used in the old form of furnace per ton of coal carbonized, and enables higher temperatures to be obtained, the heat being also more equally distributed.
The heating of the retorts is done either through “direct firing” or by the “regenerative” system, with the latter offering significant advantages over the former method, which is now becoming obsolete. In the regenerative firing system, a mixture of carbon monoxide and nitrogen is produced by passing air through incandescent gas coke in a generator located below the retort bench, and the heating value of the gases produced is generally enhanced by adding a small amount of steam to the primary air supply. The steam is broken down by contact with the red-hot coke in the generator into water gas, a mix of carbon monoxide and hydrogen (see Fuel: Gaseous). The gases formed vary in proportion with the temperature of the generator and the steam amount but typically contain 32 to 38% combustible gas, while the rest is residual nitrogen from the air and carbon dioxide. These gases enter the combustion chamber around the retorts at high temperatures and receive enough air to complete their combustion, with this secondary air supply being heated by the hot combustion products on their way to the exit flue. This firing method saves about one-third of the weight of coke used in the older furnace design for each ton of coal carbonized and allows for higher temperatures to be achieved, with heat being distributed more evenly.
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Fig. 6.—Regenerative Setting. |
There are a great number of methods of applying the regenerative principle which vary only in detail. Fig. 6 gives an idea of the general arrangement. The furnace A is built of fire-brick, coke is charged at the top through the iron door B, and near the bottom are placed fire bars C, upon which the fuel lies. The primary air necessary for the partial combustion of the coke to “producer” gas enters between these bars. The gases are conducted from the furnace to the combustion chamber E through the nostrils D D, and the secondary air is admitted at the inlet F a little above, this air having been already heated by traversing the setting. Complete combustion takes place at this point with the production of intense heat, the gases on rising are baffled in order to circulate them in every direction round the retorts, and upon arriving at the top of the setting they are conducted down a hollow chamber communicating with the main flue and shaft. The amount of draft which is necessary to carry out the circulation of the gases and to draw in the adequate amount of air is regulated by dampers placed in the main flue. By analysis of the “producer” and “spent” gases this amount can be readily gauged.
There are many ways to use the regenerative principle, differing mainly in details. Fig. 6 gives an idea of the overall setup. The furnace A is made of fire-brick, and coke is added at the top through the iron door B, while fire bars C are located near the bottom, where the fuel rests. The primary air needed for the partial combustion of the coke into “producer” gas enters between these bars. The gases flow from the furnace to the combustion chamber E through the nostrils D D, and secondary air is taken in at the inlet F a little higher up, after being heated as it moves through the setting. Complete combustion occurs here, generating intense heat, and as the gases rise, they are redirected to circulate in every direction around the retorts. Once they reach the top of the setting, they are channeled down a hollow chamber that connects to the main flue and shaft. The draft required to ensure the circulation of gases and to pull in the right amount of air is controlled by dampers in the main flue. By analyzing the “producer” and “spent” gases, this amount can be easily measured.
Retorts are set in either the horizontal, inclined or vertical position, and the advantages of the one over the other is a question upon which almost every gas engineer has his own views.
Retorts can be positioned horizontally, inclined, or vertically, and the benefits of one over the others is a topic on which nearly every gas engineer has their own opinions.
The introduction of labour-saving appliances into gas works has rendered the difficult work of charging and discharging horizontal retorts comparatively simple. Formerly it was the practice to carry out such operations entirely by hand, Charging and drawing. men charging the retorts either by means of shovel or hand-scoop, and the coke produced being withdrawn with hand rakes. Now, however, only the smaller gas works adhere to this system, and this work is done by machinery driven by either compressed air, hydraulic or electric power. In the first two cases a scoop, filled with coal from an overhead hopper carried by the travelling machine, is made to enter the retort and is turned over; the operation is then repeated, but this time the scoop is turned over in the opposite direction, the coal thus assuming such a position that as much of its under surface as possible is exposed to the heated side of the retort. With “through” retorts charging machines feed the retorts at both ends, the scoop, which has a capacity of about 1½ cwt., entering and discharging its contents twice at each end, so that the total charge is about 6 cwt., which is allowed from four to six hours to distil off according to the quality of the gas required. The machines charge simultaneously at each end, so that the lids of the retorts may be shut immediately the coal enters. The charging machines travel on lines in front of the retort bench, and the power is transmitted by connexions made with flexible hose. A device of more recent introduction is an electrically-driven charging machine, in which the centrifugal force created by a fly-wheel revolving at high speed is applied to drive coal into the retort. If the velocity is sufficiently high the coal may be carried the whole length of a 20-ft. retort, the coal following banking up until an even layer is formed throughout the length of the retort.
The introduction of labor-saving appliances in gas works has made the challenging tasks of charging and discharging horizontal retorts much easier. In the past, these operations were done entirely by hand, with workers charging the retorts using either a shovel or a hand scoop, and the coke produced was removed with hand rakes. Nowadays, only smaller gas works continue this method, and this work is performed by machinery powered by compressed air, hydraulics, or electricity. In the first two scenarios, a scoop filled with coal from an overhead hopper, carried by a traveling machine, goes into the retort and is flipped over; this process is then repeated, but this time the scoop is flipped in the opposite direction, so as much of its underside as possible faces the heated side of the retort. With “through” retorts, charging machines feed the retorts at both ends, with a scoop that holds about 1½ cwt. dropping its load twice at each end, allowing a total charge of about 6 cwt., which is left to distill for four to six hours depending on the desired gas quality. The machines charge at both ends simultaneously, allowing the lids of the retorts to be closed as soon as the coal is loaded. The charging machines move along tracks in front of the retort bench, and power is supplied through connections made with flexible hoses. A more recent innovation is an electrically-driven charging machine, where the centrifugal force from a high-speed flywheel is used to push coal into the retort. If the speed is high enough, the coal can travel the entire length of a 20-ft. retort, piling up until an even layer is spread throughout the length of the retort.
For the purpose of discharging the coke from the retort either compressed air or hydraulic machinery is employed, a rake being made to enter the retort and withdraw the coke on returning. With this method it is necessary that the rake should enter and discharge several times before the retort is clear, and thus the use of a telescopic ram worked by hydraulic power, which pushes the coke before it and discharges it at the other end, is an advantage. As much as one-third on each ton of coal carbonized is saved by the use of machinery in the retort-house. Taking into account the original cost of such machines, and the unavoidable wear and tear upon the retorts brought about by using labour-saving appliances, and the fact that the coke-dust is very detrimental to the machinery, it is clear that the suggestion of setting the retorts at an incline in order to facilitate the work presented great inducements to the gas manager. The object aimed at in thus setting retorts is to allow gravity to play the part of charging and discharging the coal and coke, the retorts being inclined at an angle to suit the slip of the class of coal used; this angle is between 28° and 34°. The coal, previously elevated to hoppers, is dropped into the feeding chambers, which are so arranged that they can travel from end to end of the retort-house and feed the coal into the retorts. When the retort is to be charged, an iron stop or barrier is placed in the lower mouthpiece, and the door closed. The shoot is placed in the upper mouthpiece, and the stop or door, which retains the coal in the chamber, is released; the coal is then discharged into the retort, and rushing down the incline, is arrested by the barrier, and banks up, forming a continuous backing to the coal following. By experience with the class of coal used and the adjustment of the stops in the shoot, the charge can be run into the retort to form an even layer of any desired depth. For the withdrawal of the residual coke at the end of the carbonization, the lower mouthpiece door is opened, the barrier removed and the coke in the lower part of the retort is “tickled” or gently stirred with an iron rod to overcome a slight adhesion to the retort; the entire mass then readily discharges itself. Guides are placed in front of the retort to direct its course to the coke hoppers or conveyer below, and to prevent scattering of the hot material. This system shows a greater economy in the cost of carbonizing the coal, but the large outlay and the wear and tear of the mechanical appliances involved have so far prevented its very general adoption.
To unload the coke from the retort, either compressed air or hydraulic machinery is used, with a rake that enters the retort and pulls out the coke as it comes back. With this method, the rake needs to enter and unload several times before the retort is empty, making a telescopic ram powered by hydraulics— which pushes the coke forward and discharges it at the other end— a beneficial option. About one-third of each ton of carbonized coal is saved by using machinery in the retort-house. Considering the initial cost of these machines, the inevitable wear and tear on the retorts from using labor-saving tools, and the harmful impact of coke dust on the machinery, the idea of tilting the retorts to make the process easier was very appealing to the gas manager. The goal of positioning the retorts this way is to let gravity aid in loading and unloading the coal and coke, with the retorts inclined at an angle suitable for the type of coal used; this angle is between 28° and 34°. The coal, which is lifted to hoppers, is dropped into feeding chambers designed to move from one end of the retort-house to the other, filling the retorts with coal. When it’s time to charge the retort, an iron stop or barrier is placed in the lower mouthpiece, and the door is closed. The shoot is put in the upper mouthpiece, and the stop, which holds the coal in the chamber, is released; the coal then falls into the retort and slides down the incline until it hits the barrier, forming a pile that supports the incoming coal. Through experience with the specific type of coal and by adjusting the stops in the shoot, it’s possible to load the retort to create an even layer of any desired thickness. To remove the leftover coke after carbonization, the lower mouthpiece door is opened, the barrier is taken away, and the coke at the bottom of the retort is gently stirred with an iron rod to break any adhesion to the retort; the entire mass then easily discharges. Guides are installed in front of the retort to direct its flow to the coke hoppers or conveyor below and to prevent the hot material from scattering. This system demonstrates greater efficiency in the cost of carbonizing coal, but the significant initial investment and the wear and tear on the mechanical equipment have thus far limited its widespread adoption.
The vertical retort was one of the first forms experimented with by Murdoch, but owing to the difficulty of withdrawing the coke, the low illuminating power of the gas made in it, and the damage to the retort itself, due to the swelling of the charge during distillation, it was quickly abandoned. About the beginning of the 20th century, however, the experiments of Messrs Settle and Padfield at Exeter, Messrs Woodall and Duckham at Bournemouth, and Dr Bueb in Germany showed such encouraging results that the idea of the vertical retort again came to the front, and several systems were proposed and tried. The cause of the failure of Murdoch’s original vertical retort was undoubtedly that it was completely filled with coal during charging, with the result that the gas liberated from the lower portions of the retort had to pass through a deep bed of red-hot coke, which, by over-baking the gas, destroyed the illuminating hydrocarbons. There is no doubt that the question of rapidly removing the gas, as soon as it is properly formed, from the influence of the highly-heated walls of the retort and residual coke, is one of the most important in gas manufacture.
The vertical retort was one of the first designs tested by Murdoch, but it was quickly dropped due to the challenges of removing the coke, the low brightness of the gas produced, and the damage to the retort itself caused by the swelling of the material during distillation. However, around the early 20th century, the experiments conducted by Messrs Settle and Padfield in Exeter, Messrs Woodall and Duckham in Bournemouth, and Dr. Bueb in Germany yielded such promising results that the concept of the vertical retort resurfaced, leading to several proposed and tested systems. The main reason for the failure of Murdoch’s original vertical retort was that it was completely packed with coal during charging, causing the gas released from the lower parts of the retort to pass through a thick layer of red-hot coke, which over-baked the gas and destroyed the illuminating hydrocarbons. There's no doubt that quickly removing the gas, once it's properly produced, from the effects of the extremely hot walls of the retort and residual coke is one of the most crucial factors in gas production.
In the case of horizontal retorts the space between the top of the coal and the retort is of necessity considerable in order to permit the introduction of the scoop and rake; the gas has therefore a free channel to travel along, but has too much contact with the highly heated surface of the retort before it leaves the mouthpiece. In the case of inclined retorts this disadvantage is somewhat reduced, but with vertical retorts the ideal conditions can be more nearly approached. The heating as well as the illuminating value of the gas per unit volume is lowered by over-baking, and Dr Bueb gives the following figures as to the heating value of gas obtained from the same coal but by different methods of carbonization:—
In horizontal retorts, there has to be a significant gap between the top of the coal and the retort to allow for the scoop and rake to be inserted. This means the gas has a clear path to move through, but it ends up coming into too much contact with the extremely hot surface of the retort before it exits the mouthpiece. With inclined retorts, this issue is somewhat lessened, but vertical retorts can get closer to optimal conditions. Over-baking reduces both the heating and illuminating value of the gas per unit volume, and Dr. Bueb provides the following figures regarding the heating value of gas produced from the same coal but through different carbonization methods:—
Vertical | Retorts, 604 British thermal units per cub. ft. |
Inclined | Retorts, 584 British thermal units per cub. ft. |
Horizontal | Retorts, 570 British thermal units per cub. ft. |
Of the existing forms of vertical retort it remains a matter to be decided whether the coal should be charged in bulk to the retort or whether it should be introduced in small quantities at regular and short intervals; by this latter means (the characteristic feature of the Settle-Padfield process) a continuous layer of coal is in process of carbonization on the top, whilst the gas escapes without contact with the mass of red-hot coke, a considerable increase in volume and value in the gas and a much denser coke being the result.
Of the existing types of vertical retorts, it still needs to be determined whether coal should be loaded into the retort in bulk or in small amounts at regular short intervals. The latter method, which is a key part of the Settle-Padfield process, allows for a continuous layer of coal to undergo carbonization at the top while the gas escapes without coming into contact with the red-hot coke. This results in a significant increase in both the volume and value of the gas, along with a much denser coke.
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Fig. 7.—Hydraulic Main. |
From the retort the gas passes by the ascension pipe to the hydraulic main (fig. 7). This is a long reservoir placed in a horizontal position and supported by columns upon the top of the retort stack, and through it is maintained a slow but Hydraulic main. constant flow of water, the level of which is kept uniform. The ascension pipe dips about 2 in. into the liquid, and so makes a seal that allows of any retort being charged singly without the risk of the gas produced from the other retorts in the bench escaping 487 through the open retort. Coal gas, being a mixture of gases and vapours of liquids having very varying boiling points, must necessarily undergo physical changes when the temperature is lowered. Vapours of liquids of high boiling point will be condensed more quickly than those having lower boiling points, but condensation of each vapour will take place in a definite ratio with the decrease of temperature, the rate being dependent upon the boiling point of the liquid from which it is formed. The result is that from the time the gaseous mixture leaves the retort it begins to deposit condensation products owing to the decrease in temperature. Condensation takes place in the ascension pipe, in the arch piece leading to the hydraulic main, and to a still greater extent in the hydraulic main itself where the gas has to pass through water.
From the retort, the gas flows through the ascension pipe to the hydraulic main (fig. 7). This is a long reservoir positioned horizontally and supported by columns on top of the retort stack, maintaining a slow but constant flow of water at a uniform level. The ascension pipe dips about 2 inches into the liquid, creating a seal that allows any retort to be charged individually without the risk of gas from the other retorts escaping through the open retort. Coal gas, which is a mix of gases and vapors from liquids with varying boiling points, undergoes physical changes when the temperature drops. Vapors of liquids with higher boiling points will condense faster than those with lower boiling points, but each vapor will condense in a specific ratio as the temperature decreases, depending on the boiling point of the liquid it comes from. As a result, from the moment the gaseous mixture leaves the retort, it starts to deposit condensation products due to the drop in temperature. Condensation occurs in the ascension pipe, in the arch piece leading to the hydraulic main, and even more so in the hydraulic main itself, where the gas must pass through water.
Ascension pipes give trouble unless they are frequently cleared by an instrument called an “auger,” whilst the arch pipe is fitted with hand holes through which it may be easily cleared in case of stoppage. The most soluble of the constituents of crude coal gas is ammonia, 780 volumes of which are soluble in one volume of water at normal temperature and pressure, and the water in the hydraulic main absorbs a considerable quantity of this compound from the gas and helps to form the ammoniacal liquor, whilst, although the liquor is well agitated by the gas bubbling through it, a partial separation of tar from liquor is effected by gravitation. The liquor is run off at a constant rate from the hydraulic main to the store tank, and the gas passes from the top of the hydraulic main to the foul main.
Ascension pipes cause issues unless they are regularly cleared using a tool called an “auger,” while the arch pipe has hand holes that allow for easy clearing in case of a blockage. The most soluble component of crude coal gas is ammonia, 780 volumes of which can dissolve in one volume of water at normal temperature and pressure. The water in the hydraulic main absorbs a significant amount of this compound from the gas, contributing to the formation of ammoniacal liquor. Although the liquor is well-mixed by the gas bubbling through it, some separation of tar from the liquor occurs due to gravity. The liquor is drained at a steady rate from the hydraulic main to the storage tank, and the gas flows from the top of the hydraulic main to the foul main.
The gas as it leaves the hydraulic main is still at a temperature of from 130° to 150° F., and should now be reduced as nearly as possible to the temperature of the surrounding atmosphere. The operation of efficient condensing is not by any means as Condensation. simple as might be supposed. The tar and liquor when condensed have a dissolving action on various valuable light-giving constituents of the gas, which in the ordinary way would not be deposited by the lowering of temperature, and for this reason the heavy tar, and especially that produced in the hydraulic main, should come in contact with the gas as little as possible, and condensation should take place slowly.
The gas that comes out of the hydraulic main is still at a temperature of about 130° to 150° F., and it should be cooled down to match the temperature of the surrounding atmosphere as closely as possible. Efficient condensing is actually more complicated than it might seem. The tar and liquid, when condensed, can dissolve various valuable light-giving components of the gas that normally wouldn’t be deposited just by lowering the temperature. For this reason, the heavy tar—especially the kind produced in the hydraulic main—should touch the gas as little as possible, and condensation should happen slowly.
The main difficulty which the condenser ought to overcome and upon which its efficiency should depend is the removal of naphthalene: this compound, which is present in the gas, condenses on cooling to a solid which crystallizes out in the form of white flakes, and the trouble caused by pipe stoppages in the works as well as in the district supplied is very considerable. The higher the heat of carbonization the more naphthalene appears to be produced, and gas managers of to-day find the removal of naphthalene from the gas a difficult problem to solve. It was for some time debated as to whether naphthalene added materially to the illuminating value of the gas, and whether an endeavour should be made to carry it to the point of combustion; but it is now acknowledged that it is a troublesome impurity, and that the sooner it is extracted the better. Gas leaves the retorts saturated with naphthalene, and its capacity for holding that impurity seems to be augmented by the presence of water vapour. The condenser, by effecting the condensation of water vapour, also brings about the deposition of solid naphthalene, apart from that which naturally condenses owing to reduction of temperature.
The main challenge that the condenser needs to tackle, and on which its efficiency relies, is the removal of naphthalene. This compound, found in the gas, solidifies into white flakes when cooled, causing significant issues with pipe blockages both in the facilities and in the areas served. The higher the temperature during carbonization, the more naphthalene is produced, making it a tough problem for today's gas managers to solve. There was some debate about whether naphthalene significantly contributed to the gas's lighting value and whether attempts should be made to burn it off, but it's now clear that it's a problematic impurity, and it's best removed as soon as possible. Gas exits the retorts loaded with naphthalene, and its ability to hold this impurity seems to increase in the presence of water vapor. The condenser, by condensing the water vapor, also facilitates the deposition of solid naphthalene, in addition to what naturally condenses due to the drop in temperature.
Condensers are either air-cooled or water-cooled, or both. In the former case the gas traverses pipes exposed to the atmosphere and so placed that the resulting products of condensation may be collected at the lowest point. Water is a more efficient cooling medium than air, owing to its high specific heat, and the degree of cooling may be more easily regulated by its use. In water-cooled condensers it is usual to arrange that the water passes through a large number of small pipes contained in a larger one through which the gas flows, and as it constantly happened that condenser pipes became choked by naphthalene, the so-called reversible condenser, in which the stream of gas may be altered from time to time and the walls of the pipes cleaned by pumping tar over them, is a decided advance.
Condensers can be either air-cooled or water-cooled, or they can have both types. In the air-cooled option, gas flows through pipes that are exposed to the atmosphere, arranged so that the condensed products can be collected at the lowest point. Water is a more effective cooling medium than air because of its high specific heat, and it's easier to control the cooling temperature when using water. In water-cooled condensers, it's common to have the water flow through many small pipes inside a larger pipe where the gas flows. Since condenser pipes often get clogged with naphthalene, the so-called reversible condenser, which allows for changing the gas flow direction and cleaning the pipe walls by pumping tar over them, represents a significant improvement.
The solubility of naphthalene by various oils has led some engineers to put in naphthalene washers, in which gas is brought into contact with a heavy tar oil or certain fractions distilled from it, the latter being previously mixed with some volatile hydrocarbon to replace in the gas those illuminating vapours which the oil dissolves out; and by fractional distillation of the washing oil the naphthalene and volatile hydrocarbons are afterwards recovered.
The solubility of naphthalene in different oils has prompted some engineers to use naphthalene washers, where gas is brought into contact with a thick tar oil or specific fractions distilled from it. This oil is mixed with some volatile hydrocarbon to replace the illuminating vapors that the oil absorbs from the gas. Afterward, naphthalene and the volatile hydrocarbons are recovered through fractional distillation of the washing oil.
The exhauster is practically a rotary gas pump which serves the purpose of drawing the gas from the hydraulic main through the condensers, and then forcing it through the purifying Exhauster. vessels to the holder. Moreover, by putting the retorts under a slight vacuum, the amount of gas produced is increased by about 12%, and is of better quality, owing to its leaving the heated retort more quickly. A horizontal compound steam-engine is usually employed to drive the exhauster.
The exhauster is basically a rotary gas pump that pulls gas from the hydraulic main through the condensers and then pushes it through the purifying Exhaust fan. vessels to the holder. Additionally, by putting the retorts under a slight vacuum, the amount of gas produced increases by about 12%, and it's higher quality because it leaves the heated retort faster. A horizontal compound steam engine is typically used to power the exhauster.
At this point in the manufacturing process the gas has already undergone some important changes in its composition, but there yet remain impurities which must be removed, these being ammonia, sulphuretted hydrogen, carbon disulphide and carbon dioxide. Ammonia is of considerable marketable value, and even in places where the local Gas Act does not prescribe that it shall be removed, it is extracted. Sulphuretted hydrogen is a noxious impurity, and its complete removal from the gas is usually imposed by parliament. As nearly as possible all the carbon dioxide is extracted, but most gas companies are now exempt from having to purify the gas from sulphur compounds other than sulphuretted hydrogen. Cyanogen compounds also are present in the gas, and in large works, where the total quantity is sufficient, their extraction is effected for the production of either prussiate or cyanide of soda.
At this stage in the manufacturing process, the gas has already gone through some important changes in its composition, but there are still impurities that need to be removed, including ammonia, hydrogen sulfide, carbon disulfide, and carbon dioxide. Ammonia has significant market value, and even in areas where local Gas Acts don't require its removal, it is still extracted. Hydrogen sulfide is a harmful impurity, and its complete removal from the gas is typically mandated by law. Almost all carbon dioxide is removed, but most gas companies are now exempt from having to purify the gas from sulfur compounds other than hydrogen sulfide. Cyanogen compounds are also present in the gas, and in large facilities, where the total amount is sufficient, their extraction is done to produce either prussiate or sodium cyanide.
Atkinson Butterfield gives the composition of the gas at this point to be about
Atkinson Butterfield states that the make-up of the gas at this point is about
per cent. by vol. | ||||
Hydrogen | from | 42 | to | 53 |
Methane | ” | 32 | ” | 39 |
Carbon monoxide | ” | 3 | ” | 10 |
Hydrocarbons— | ||||
Gases | ” | 2.5 | ” | 4.5 |
Light condensable vapours | ” | 0.5 | ” | 1.2 |
Carbon dioxide | ” | 1.1 | ” | 1.8 |
Nitrogen | ” | 1.0 | ” | 5.0 |
Sulphuretted hydrogen | ” | 1.0 | ” | 2.0 |
Ammonia | ” | 0.5 | ” | 0.95 |
Cyanogen | ” | 0.05 | ” | 0.12 |
Carbon disulphide | ” | 0.02 | ” | 0.035 |
Naphthalene | ” | 0.005 | ” | 0.015 |
It happens that ammonia, being a strong base, will effect the extraction of a certain proportion of such compounds as sulphuretted hydrogen, carbon dioxide and hydrocyanic acid, and the gas is now washed with water and ammoniacal liquor. Washers. The process is termed washing or scrubbing, and is carried out in various forms of apparatus, the efficiency of which is dependent upon the amount of contact the apparatus allows between the finely divided gas and water in a unit area and the facility with which it may be cleared out. The “Livesey” washer, a well-known type, is a rectangular cast iron vessel. The gas enters in the centre, and to make its escape again it has to pass into long wrought iron inverted troughs through perforations one-twentieth of an inch in diameter. A constant flow of liquor is regulated through the washer, and the gas, in order to pass through the perforations, drives the liquor up into the troughs. The liquor foams up owing to agitation by the finely divided streams of gas, and is brought into close contact with it. Two or three of these washers are connected in series according to the quantity of gas to be dealt with.
Ammonia, being a strong base, can extract certain compounds like hydrogen sulfide, carbon dioxide, and hydrogen cyanide. The gas is then washed with water and ammonium solution. Washers. This process is called washing or scrubbing, and it can be done using different types of equipment. The effectiveness relies on how much contact the apparatus allows between the finely divided gas and water in a given area, as well as how easily it can be emptied. The “Livesey” washer, a well-known design, is a rectangular cast iron container. The gas enters in the center, and to exit, it has to flow into long inverted wrought iron troughs through holes that are one-twentieth of an inch wide. A continuous flow of the solution is maintained through the washer, and as the gas moves through the holes, it pushes the solution up into the troughs. The solution bubbles up due to the agitation caused by the fine streams of gas, bringing it into close contact with the gas. Two or three of these washers are set up in a series, depending on the volume of gas that needs to be processed.
The final washing for ammonia is effected in an apparatus termed a “scrubber,” which is a cylindrical tower packed with boards ¼ in. thick by 11 in. broad, placed on end and close together; Scrubbers. water is caused to flow down over the surface of these boards, the object being to break up the gas as much as possible and bring it into close contact with the water. In this wet purifying apparatus the gas is almost wholly freed from ammonia and from part of the sulphuretted hydrogen, whilst carbon dioxide and carbon disulphide are also partially extracted.
The final washing for ammonia is done in a device called a “scrubber,” which is a cylindrical tower filled with boards that are ¼ inch thick and 11 inches wide, standing upright and placed closely together; Scrubbing devices. water flows down over these boards to break up the gas as much as possible and bring it into close contact with the water. In this wet purifying system, the gas is almost completely cleared of ammonia and some of the hydrogen sulfide, while carbon dioxide and carbon disulfide are also partially removed.
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Fig. 8.—Purifier. |
The final purification is carried out in rectangular vessels, known as “dry purifiers” (fig. 8). Internally, each purifier is filled with ranges of wooden trays or sieves A, made in the form of grids (fig. 9), and covered with the purifying material B Purifiers. to a depth of about 6 in., the number of tiers and size of purifier boxes being proportional to the quantity of gas to be purified. The gas enters at the bottom by the pipe C, the inlet being protected from any falling material by the cover D; it forces its way upwards through all the trays until, reaching the lid or cover E, it descends by the exit tube F, which leads to the next purifier. The edges of the lid dip into an external water seal or lute G, whereby the gas is prevented from escaping.
The final purification takes place in rectangular containers known as "dry purifiers" (fig. 8). Inside, each purifier is filled with layers of wooden trays or sieves A, designed as grids (fig. 9), and topped with the purifying material B to a depth of about 6 inches. The number of layers and the size of the purifier boxes are proportional to the amount of gas that needs to be purified. The gas enters from the bottom through pipe C, with the inlet protected from any falling materials by cover D. It moves upward through all the trays until it reaches the lid or cover E, then descends through the exit tube F, which leads to the next purifier. The edges of the lid dip into an external water seal or lute G, preventing the gas from escaping.
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Fig. 9.—Purifier Grid. |
When the gas had to be purified from carbon disulphide as well as from sulphuretted hydrogen, slaked lime was employed for the removal of carbon dioxide and the greater quantity of the sulphur compounds, whilst a catch box or purifier of oxide of iron served to remove the last traces of sulphuretted hydrogen. Not fewer than four lime purifiers were employed, and as the one which was first in the series became exhausted, i.e. began to show signs of allowing carbon dioxide to pass through it unabsorbed, it was filled with fresh slaked lime and made the last of the series, the one which was second becoming first, and this procedure went on continuously. This operation was necessitated by the fact that carbon dioxide has the power of breaking up the sulphur compounds formed by the lime, so that until all carbon dioxide is absorbed with the formation of calcium carbonate, the withdrawal of sulphuretted hydrogen cannot proceed, whilst since it is calcium sulphide formed by the absorption of sulphuretted hydrogen by the slaked lime that absorbs the vapour of carbon disulphide, purification from the latter can only be accomplished after the necessary calcium sulphide has been formed. The foul gas leaving the scrubbers contains, as a general average, 30 grains of sulphuretted hydrogen, 40 grains of carbon disulphide and 200 grains of carbon dioxide per 100 cub. ft. On entering the first purifier, which contains calcium thiocarbonate and other combinations of calcium and sulphur in small quantity, the sulphuretted hydrogen and disulphide vapour have practically no action upon the material, but the carbon dioxide immediately attacks the calcium thiocarbonate, forming calcium carbonate with the production of carbon disulphide vapour, which is carried over with the gas into the second box. In the connexion between the first and the second box the gas is found to contain 500 grains of sulphuretted hydrogen and 80 grains of carbon disulphide per 100 cub. ft., but no trace of carbon dioxide. In the second box the formation of calcium thiocarbonate takes place by the action of carbon disulphide upon the calcium sulphide with the liberation of sulphuretted hydrogen, which is carried over to the third purifier. The gas in the connecting pipe between the second and third purifier will be found to contain 400 grains of sulphuretted hydrogen and 20 grains of carbon disulphide. The contents of the third box, being mostly composed of slaked lime, take up sulphuretted hydrogen forming calcium sulphide, and practically remove the remaining impurities, the outlet gas showing 20 grains of sulphuretted hydrogen and 8 grains of carbon disulphide per 100 cub. ft., whilst the catch box of oxide of iron then removes all traces of sulphuretted hydrogen. It will be noticed that in the earlier stages the quantity of sulphur impurities is actually increased between the purifiers—in fact, the greater amount of sulphiding procures the ready removal of the carbon disulphide,—but it is the carbon dioxide in the gas that is the disturbing element, inasmuch as it decomposes the combinations of sulphur and calcium; consequently it is a paramount object in this system to prevent this latter impurity finding its way through the first box of the series. The finding of any traces of carbon dioxide in the gas between the first two boxes is generally the signal for a new clean purifier being put into action, and the first one shut off, emptied and recharged with fresh lime, the impregnated material being sometimes sold for dressing certain soils.
When the gas needed to be cleaned of carbon disulfide and hydrogen sulfide, slaked lime was used to remove carbon dioxide and most of the sulfur compounds. A catch box or purifier filled with iron oxide was used to eliminate the remaining traces of hydrogen sulfide. At least four lime purifiers were used, and as the first one in the series became exhausted—meaning it started to let carbon dioxide pass through unabsorbed—it was refilled with fresh slaked lime and moved to the back of the line, while the second one moved to the front. This process continued uninterrupted. This was necessary because carbon dioxide can break down the sulfur compounds created by the lime, so until all carbon dioxide is absorbed and calcium carbonate is formed, the removal of hydrogen sulfide cannot happen. Moreover, since calcium sulfide is formed by the absorption of hydrogen sulfide by the slaked lime, the purification from carbon disulfide can only take place after calcium sulfide has been produced. The foul gas leaving the scrubbers typically contains about 30 grains of hydrogen sulfide, 40 grains of carbon disulfide, and 200 grains of carbon dioxide for every 100 cubic feet. When it enters the first purifier, which contains calcium thiocarbonate and other small quantities of calcium-sulfur combinations, the hydrogen sulfide and disulfide vapor have little effect on the material, but carbon dioxide immediately reacts with the calcium thiocarbonate, producing calcium carbonate and releasing carbon disulfide vapor, which then carries over with the gas into the second box. In the connection between the first and second box, the gas contains 500 grains of hydrogen sulfide and 80 grains of carbon disulfide per 100 cubic feet, but no carbon dioxide is detected. In the second box, the formation of calcium thiocarbonate occurs as carbon disulfide reacts with calcium sulfide, leading to the release of hydrogen sulfide, which moves into the third purifier. The gas in the connecting pipe between the second and third purifiers will have 400 grains of hydrogen sulfide and 20 grains of carbon disulfide. The contents of the third box, which is mostly slaked lime, absorb hydrogen sulfide, forming calcium sulfide and nearly removing the remaining impurities. The outlet gas shows 20 grains of hydrogen sulfide and 8 grains of carbon disulfide per 100 cubic feet, while the iron oxide catch box removes any remaining traces of hydrogen sulfide. It is noticeable that, in the earlier stages, the quantity of sulfur impurities actually increases between the purifiers; in fact, the larger amounts of sulfiding help to eliminate carbon disulfide. However, carbon dioxide in the gas is the problem because it breaks down the sulfur and calcium compounds. Therefore, a key goal in this system is to prevent this impurity from getting through the first box. Finding any traces of carbon dioxide in the gas between the first two boxes usually signals that a new, clean purifier should be activated, while the first one is shut off, emptied, and recharged with fresh lime, with the used material sometimes being sold for enhancing certain soils.
The action of oxide of iron, which has now partly replaced the lime purification, depends on its power of combining with sulphuretted hydrogen to form sulphide of iron. Such is the affinity of the oxide for this impurity that it may contain from 50 to 60% by weight of free sulphur after revivification and still remain active. Upon removing the material from the vessel and exposing it to the atmosphere the sulphide of iron undergoes a revivifying process, the oxygen of the air displacing the sulphur from the sulphide as free sulphur, and with moisture converting the iron into hydrated oxide of iron. This revivification can be carried on a number of times until the material when dry contains about 50% of free sulphur and even occasionally 60% and over; it is then sold to manufacturers of sulphuric acid to be used in the sulphur kilns instead of pyrites (see Sulphuric Acid).
The action of iron oxide, which has now partly taken over lime purification, relies on its ability to combine with hydrogen sulfide to create iron sulfide. The oxide has such a strong attraction to this impurity that it can contain 50 to 60% by weight of free sulfur even after being revitalized and still remain effective. When the material is removed from the vessel and exposed to the air, the iron sulfide goes through a revitalization process where the oxygen from the air replaces the sulfur as free sulfur, and with moisture, it turns the iron into hydrated iron oxide. This revitalization can happen multiple times until the dry material contains around 50% of free sulfur and sometimes even 60% or more; it is then sold to sulfuric acid manufacturers to be used in sulfur kilns instead of pyrites (see Sulphuric Acid).
Apart from the by-products coke, coke-breeze, tar and retort carbon, which are sold direct, gas companies are now in many cases preparing from their spent purifying material pure chemical products which are in great demand. The most important of these is sulphate of ammonia, which is used for agricultural purposes as a manure, and is obtained by passing ammonia into sulphuric acid and crystallizing out the ammonium sulphate produced. To do this, saturated ammoniacal liquor is decomposed by lime in the presence of steam, and the freed ammonia is passed into strong sulphuric acid, the saturated solution of ammonium sulphate being carefully crystallized. The market value of the salt varies, but an average figure is £12 per ton, whilst the average yield is about 24 ℔ of salt per ton of coal carbonized. In large works the sulphuric acid is usually manufactured on the spot from the spent oxide, so that the sulphuretted hydrogen, which in the gas is considered an undesirable impurity, plays a valuable part in the manufacture of an important by-product.
Aside from the by-products like coke, coke-breeze, tar, and retort carbon, which are sold directly, gas companies are increasingly producing pure chemical products from their used purifying materials that are in high demand. The most significant of these is ammonium sulfate, which is used as fertilizer in agriculture and is made by passing ammonia into sulfuric acid and crystallizing the resulting ammonium sulfate. To achieve this, saturated ammoniacal liquor is broken down with lime in the presence of steam, and the released ammonia is introduced into strong sulfuric acid, where the saturated solution of ammonium sulfate is carefully crystallized. The market value of this salt varies, but the average price is around £12 per ton, with an average yield of about 24 pounds of salt per ton of coal carbonized. In large plants, sulfuric acid is typically produced on-site from the spent oxide, so hydrogen sulfide, which is considered an unwanted impurity in gas, plays a valuable role in the production of this important by-product.
Cyanogen compounds are extracted either direct from the gas, from the spent oxide or from ammoniacal liquor, and some large gas works now produce sodium cyanide, this being one of the latest developments in the gas chemical industry.
Cyanogen compounds are extracted either directly from the gas, from the spent oxide, or from ammoniacal liquor, and some large gas works now produce sodium cyanide, which is one of the latest developments in the gas chemical industry.
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Fig. 10.—Gasholder. |
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Fig. 11.—Cup and Grip. |
The purified gas now passes to a gasholder (sometimes known as a gasometer), which may be either single lift, i.e. a simple bell inverted in a tank of water, or may be constructed on the telescopic principle, in which case much ground space is Gasholder. saved, as a holder of much greater capacity can be contained in the same-sized tank. The tank for the gasholder is usually made by excavating a circular reservoir somewhat larger in diameter than the proposed holder. A banking is allowed to remain in the centre, as shown in fig. 10, which is known as the “dumpling,” this arrangement not only saving work and water, but acting as a support for the king post of a trussed holder when the holder is empty. The tank must be water-tight, and the precaution necessary to be taken in order to ensure this is dependent upon the nature of the soil; it is usual, however, for the tanks to be lined with concrete. Where the conditions of soil are very bad, steel tanks are built above ground, but the cost of these is much greater. The holder is made of sheet iron riveted together, the thickness depending upon the size of the holder. The telescopic form consists of two or more lifts which slide in one another, and may be described as a single lift holder encircled by other cylinders of slightly larger diameter, but of about the same length. Fig. 10 shows the general construction. Gas on entering at A causes the top lift to rise; the bottom of this lift being turned up all round to form a cup, whilst the top of the next lift is turned down to form a so-called grip, the two interlock (see fig. 11), forming what is known as the hydraulic cup. Under these conditions the cup will necessarily be filled with water, and a seal will be formed, preventing the escape of gas. A guide framing is built round the holder, and guide rollers are fixed at various intervals round the grips of each lift, whilst at the bottom of the cup guide rollers are also fixed (fig. 11). In the year 1892 the largest existing gasholder was built at the East Greenwich works of the South Metropolitan Gas Company; it has six lifts, its diameter is 293 ft., and when filled with gas stands 180 ft. high. The capacity for gas is 12 million cub. ft.
The purified gas now goes into a gasholder (also called a gasometer), which can either be a simple single lift, meaning a bell shape inverted in a water tank, or constructed with a telescopic design that saves a lot of ground space, as a holder with a much larger capacity can fit in the same-sized tank. The tank for the gasholder is typically created by digging a circular reservoir that is a bit larger in diameter than the intended holder. A mound is left in the center, as shown in fig. 10, known as the “dumpling.” This setup not only saves work and water but also supports the king post of a trussed holder when it’s empty. The tank needs to be watertight, and the way to ensure this varies based on the soil type; however, tanks are usually lined with concrete. When soil conditions are very poor, steel tanks are built above ground, but these are significantly more expensive. The holder is made from riveted sheet iron, with thickness depending on the holder's size. The telescopic version has two or more lifts that slide into each other and can be described as a single lift holder surrounded by other cylinders that are slightly larger in diameter but about the same length. Fig. 10 illustrates the general construction. When gas enters at A, it causes the top lift to rise; the bottom of this lift is curved upwards to form a cup, while the top of the next lift is curved downwards to create a grip, which interlock (see fig. 11), forming what's called the hydraulic cup. Under these conditions, the cup is filled with water, creating a seal that prevents gas from escaping. A guide frame is built around the holder, with guide rollers placed at various points around the grips of each lift, and additional guide rollers fixed at the base of the cup (fig. 11). In 1892, the largest existing gasholder was built at the East Greenwich works of the South Metropolitan Gas Company; it has six lifts, a diameter of 293 ft., and stands 180 ft. high when filled with gas. Its gas capacity is 12 million cubic ft.
The governor consists usually of a bell floating in a cast iron tank partially filled with water, and is in fact a small gasholder, Governor. from the centre of which is suspended a conical valve controlling the gas inlet and closing it as the bell fills. Any deviation in pressure will cause the floating bell to be lifted or lowered, and the size of the inlet will be decreased or increased, thus regulating the flow.
The governor typically consists of a bell floating in a cast iron tank that's partially filled with water, essentially functioning as a small gas holder. Governor. A conical valve is suspended from the center, controlling the gas inlet and closing it as the bell fills. Any change in pressure will cause the floating bell to rise or fall, adjusting the size of the inlet and thereby regulating the flow.
The fact that coal gas of an illuminating power of from 14 to 16 candles can be made from the ordinary gas coal at a fairly low rate, while every candle power added to the gas increases the cost in an enormous and rapidly growing ratio, has, from the earliest days of 489 Enrichment. the gas industry, caused the attention of inventors to be turned to the enrichment of coal gas. Formerly cannel coal was used for producing a very rich gas which could be mixed with the ordinary gas, thereby enriching it, but as the supply became limited and the price prohibitive, other methods were from time to time advocated to replace its use in the enrichment of illuminating gas. These may be classified as follows:—
The fact that coal gas with an illuminating power of 14 to 16 candles can be produced from regular gas coal at a relatively low cost, while each additional candle power increases the cost dramatically and quickly, has drawn inventors' attention to the enrichment of coal gas since the early days of the gas industry. Originally, cannel coal was used to create a very rich gas that could be mixed with ordinary gas to enhance it, but as its availability became limited and prices soared, other methods were suggested over time to replace its use in enriching illuminating gas. These methods can be categorized as follows:—
1. Enriching the gas by vapours and permanent gases obtained by decomposing the tar formed at the same time as the gas.
1. Enriching the gas with vapors and permanent gases produced by breaking down the tar that forms at the same time as the gas.
2. Mixing with the coal gas oil gas, obtained by decomposing crude oils by heat.
2. Mixing with the coal gas and oil gas, produced by heating crude oils to break them down.
3. The carburetting of low-power gas by impregnating it with the vapours of volatile hydrocarbons.
3. The process of mixing low-power gas with the vapors of volatile hydrocarbons.
4. Mixing the coal gas with water gas, which has been highly carburetted by passing it with the vapours of various hydrocarbons through superheaters in order to give permanency to the hydrocarbon gases.
4. Combining the coal gas with water gas, which has been heavily enriched by passing it with the vapors of various hydrocarbons through superheaters to ensure the hydrocarbon gases remain stable.
Very many attempts have been made to utilize tar for the production and enrichment of gas, and to do this Enrichment by tar. two methods may be adopted:—
Very many attempts have been made to use tar for the production and improvement of gas, and to do this Enrichment with tar. two methods can be used:—
(a) Condensing the tar in the ordinary way, and afterwards using the whole or portions of it for cracking into a permanent gas.
(a) Treating the tar in the usual way, and then using all or parts of it to turn it into a stable gas.
(b) Cracking the tar vapours before condensation by passing the gas and vapours through superheaters.
(b) Breaking down the tar vapors before they condense by passing the gas and vapors through superheaters.
If the first method be adopted, the trouble which presents itself is that the tar contains a high percentage of pitch, which tends rapidly to choke and clog up all the pipes. A partly successful attempt to make use of certain portions of the liquid products of distillation of coal before condensation by the second method was the Dinsmore process, in which the coal gas and vapours which, if allowed to cool, would form tar, were made to pass through a heated chamber, and a certain proportion of otherwise condensible hydrocarbons was thus converted into permanent gases. Even with a poor class of coal it was claimed that 9800 cub. ft. of 20- to 21-candle gas could be made by this process, whereas by the ordinary process 9000 cub. ft. of 15-candle gas would have been produced. This process, although strongly advocated by the gas engineer who experimented with it, was never a commercial success. The final solution of the question of enrichment of gas by hydrocarbons derived from tar may be arrived at by a process which prevents the formation of part of the tar during the carbonization of the coal, or by the process devised by C.B. Tully and now in use at Truro, in which tar is injected into the incandescent fuel in a water-gas generator and enriches the water gas with methane and other hydrocarbons, the resulting pitch and carbon being filtered off by the column of coke through which the gas passes.
If the first method is used, the issue that arises is that the tar has a high pitch content, which quickly clogs up all the pipes. A somewhat successful attempt to utilize certain parts of the liquid products from coal distillation before condensation through the second method was the Dinsmore process. In this process, the coal gas and vapors that would turn into tar if allowed to cool were directed through a heated chamber, converting some of the otherwise condensible hydrocarbons into permanent gases. It was claimed that even with low-quality coal, this process could produce 9,800 cubic feet of 20- to 21-candle gas, while the standard process would yield only 9,000 cubic feet of 15-candle gas. Despite strong support from the gas engineer who experimented with it, this process was never commercially successful. The final solution for enriching gas with hydrocarbons from tar can be achieved through a method that prevents the formation of some tar during coal carbonization, or by the process created by C.B. Tully, currently used in Truro, where tar is injected into the glowing fuel in a water-gas generator, enriching the water gas with methane and other hydrocarbons, with the resulting pitch and carbon being filtered out by the coke column through which the gas flows.
The earliest attempts at enrichment by oil gas consisted in spraying oil upon the red hot mass in the retort during carbonization; but experience soon showed that this was not an economical method of working, and that it was far better to Enrichment by oil gas. decompose the liquid hydrocarbon in the presence of the diluents which are to mingle with it and act as its carrier, since, if this were done, a higher temperature could be employed and more of the heavier portions of the oil converted into gas, without at the same time breaking down the gaseous hydrocarbons too much. In carburetting poor coal gas with hydrocarbons from mineral oil it must be borne in mind that, as coal is undergoing distillation, a rich gas is given off in the earlier stages, but towards the end of the operation the gas is very poor in illuminants, the methane disappearing with the other hydrocarbons, and the increase in hydrogen being very marked. Lewis T. Wright employed a coal requiring six hours for its distillation, and took samples of the gas at different periods of the time. On analysis these yielded the following results:—
The earliest attempts to enrich oil gas involved spraying oil onto the red-hot material in the retort during carbonization. However, experience quickly showed that this was not an economical way to work, and it was much better to decompose the liquid hydrocarbon in the presence of diluents that would mix with it and serve as its carrier. By doing this, higher temperatures could be used, allowing more of the heavier parts of the oil to convert into gas, while not excessively breaking down the gaseous hydrocarbons. When enriching poor coal gas with hydrocarbons from mineral oil, it's important to remember that, during the distillation of coal, a rich gas is released in the earlier stages. But towards the end of the process, the gas becomes very low in illuminants, with methane disappearing alongside the other hydrocarbons, while the increase in hydrogen is quite noticeable. Lewis T. Wright used a coal that required six hours for distillation and took samples of the gas at various times. Analysis of these samples produced the following results:—
Time after beginning Distillation.
Time since starting distillation.
10 minutes. | 1 hour 30 minutes. | 3 hours 25 minutes. | 5 hours 35 minutes. | |
Sulphuretted hydrogen | 1.30 | 1.42 | 0.49 | 0.11 |
Carbon dioxide | 2.21 | 2.09 | 1.49 | 1.50 |
Hydrogen | 20.10 | 38.33 | 52.68 | 67.12 |
Carbon monoxide | 6.19 | 5.66 | 6.21 | 6.12 |
Saturated hydrocarbons | 57.38 | 44.03 | 33.54 | 22.58 |
Unsaturated ” | 10.62 | 5.98 | 3.04 | 1.79 |
Nitrogen | 2.20 | 2.47 | 2.55 | 0.78 |
This may be regarded as a fair example of the changes which take place in the quality of the gas during the distillation of the coal. In carburetting such a gas by injecting mineral oil into the retort, many of the products of the decomposition of the oil being vapours, it would be wasteful to do so for the first two hours, as a rich gas is being given off which has not the power of carrying in suspension a much larger quantity of hydrocarbon vapours without being supersaturated with them. Consequently, to make it carry any further quantity in a condition not easily deposited, the oil would have to be completely decomposed into permanent gases, and the temperature necessary to do this would seriously affect the quality of the gas given off by the coal. When, however, the distillation has gone on for three hours, the rich portions of coal have distilled off and the temperature of the retort has reached its highest point, and this is the best time to feed in the oil.
This can be seen as a good example of how the quality of gas changes during the distillation of coal. When adding mineral oil to the retort to enhance the gas, it would be wasteful to do so in the first two hours because a rich gas is being produced that can't support a large amount of hydrocarbon vapors without becoming oversaturated. Therefore, to increase the amount of vapor in a way that doesn’t easily settle, the oil would need to be fully decomposed into permanent gases, and the heat required for that would negatively impact the quality of gas produced from the coal. However, after three hours of distillation, the richer parts of the coal have been distilled and the retort's temperature has peaked, making it the ideal time to introduce the oil.
Undoubtedly the best process which has been proposed for the production of oil gas to be used in the enrichment of coal gas is the “Young” or “Peebles” process, which depends on the principle of washing the oil gas retorted at a moderate temperature by means of oil which is afterwards to undergo decomposition, because in this way it is freed from all condensible vapours, and only permanent gases are allowed to escape to the purifiers. In the course of this treatment considerable quantities of the ethylenes and other fixed gases are also absorbed, but no loss takes place, as these are again driven out by the heat in the subsequent retorting. The gas obtained by the Young process, when tested by itself in the burners most suited for its combustion, gives on the photometer an illuminating value averaging from 50 to 60 candle-power, but it is claimed, and quite correctly, that the enriching power of the gas is considerably greater. This is accounted for by the fact that it is impossible to construct a burner which will do justice to a gas of such illuminating power.
Undoubtedly, the best method proposed for producing oil gas used to enrich coal gas is the “Young” or “Peebles” process. This method relies on washing the oil gas retorted at a moderate temperature with oil that will later decompose. This approach removes all condensible vapors, allowing only permanent gases to pass to the purifiers. During this process, significant amounts of ethylenes and other fixed gases are also absorbed, but there is no loss since these gases are released again by heat during the next retorting. The gas produced by the Young process, when tested in the most suitable burners for combustion, shows an illuminating value averaging between 50 to 60 candle-power on the photometer. However, it is accurately claimed that the gas has a significantly greater enriching power. This is because it's impossible to create a burner that does full justice to a gas with such illuminating capability.
The fundamental objections to oil gas for the enrichment of coal gas are, first, that its manufacture is a slow process, requiring as much plant and space for retorting as coal gas; and, secondly, that although on a small scale it can be made to mix perfectly with coal gas and water gas, great difficulties are found in doing this on the large scale, because in spite of the fact that theoretically gases of such widely different specific gravities ought to form a perfect mixture by diffusion, layering of the gas is very apt to take place in the holder, and thus there is an increased liability to wide variations in the illuminating value of the gas sent out.
The main issues with using oil gas to enhance coal gas are, first, that the production process is slow and requires just as much equipment and space for retorting as coal gas does; and, second, that while it can be blended well with coal gas and water gas on a small scale, it becomes much more challenging to do this on a large scale. Despite the idea that gases with such different specific gravities should mix perfectly through diffusion, layering of the gas often occurs in the holder, leading to greater risks of significant variations in the illuminating quality of the gas being distributed.
The wonderful carburetting power of benzol vapour is well known, a large proportion of the total illuminating power of coal gas being due to the presence of a minute trace of its vapour carried in suspension. For many years the price of benzol has Enrichment by volatile hydrocarbons. been falling, owing to the large quantities produced in the coke ovens, and at its present price it is by far the cheapest enriching material that can be obtained. Hence at many gas-works where it is found necessary to do so it is used in various forms of carburettor, in which it is volatilized and its vapour used for enriching coal gas up to the requisite illuminating power.
The amazing carburetting ability of benzol vapor is well recognized, as a significant part of the total lighting power of coal gas comes from a tiny amount of its vapor suspended in it. For many years, the price of benzol has been dropping due to the large amounts produced in coke ovens, and at its current price, it's definitely the cheapest enriching material available. Therefore, at many gasworks where it’s necessary, it is used in various types of carburetors, where it’s vaporized and its vapor is used to enhance coal gas to the required lighting power.
One of the most generally adopted methods of enrichment now is by means of carburetted water gas mixed with poor coal gas. When steam acts upon carbon at a high temperature the resultant action may be looked upon as giving a mixture Enrichment by carburetted water gas. of equal volumes of hydrogen and carbon monoxide, both of which are inflammable but non-luminous gases. This water gas is then carburetted, i.e. rendered luminous by passing it through chambers in which oils are decomposed by heat, the mixture being made so as to give an illuminating value of 22 to 25 candles. This, mixed with the poor coal gas, brings up its illuminating value to the required limit. Coke or anthracite is heated to incandescence by an air blast in a generator lined with fire-brick, and the heated products of combustion as they leave the generator and enter the superheaters are supplied with more air, which causes the combustion of carbon monoxide present in the producer gas and heats up the fire-brick baffles with which the superheater is filled. When the necessary temperature of the fuel and superheater has been reached, the air blast is cut off, and steam is blown through the generator, forming water gas, which meets the enriching oil at the top of the first superheater, called the carburettor, and carries the vapours with it through the main superheaters, where the fixing of the hydrocarbons takes place. The chief advantage of this apparatus is that a low temperature can be used for fixing owing to the enormous surface for superheating, and thus to a great extent the deposition of carbon is avoided. This form of apparatus has been very generally adopted in Great Britain as well as in America, and practically all carburetted water-gas plants are founded upon the same set of actions. Important factors in the use of carburetted water gas for enrichment are that it can be made with enormous rapidity and with a minimum of labour; and not only is the requisite increase in illuminating power secured, but the volume of the enriched gas is increased by the bulk of carburetted water gas added, which in ordinary English practice amounts to from 25 to 50%. The public at first strongly opposed its introduction on the ground of the poisonous properties of the carbon monoxide, which is present in it to the extent of about 28 to 30%. Still when this comes to be diluted with 60 to 75% of ordinary coal gas, containing as a rule only 4 to 6% of carbon monoxide, the percentage of poisonous monoxide in the mixture falls to below 16%, which experience has shown to be a fairly safe limit.
One of the most widely used methods of enrichment today is through carburetted water gas mixed with low-quality coal gas. When steam interacts with carbon at a high temperature, the resulting reaction produces a mixture of equal volumes of hydrogen and carbon monoxide, both of which are flammable but non-luminous gases. This water gas is then carburetted, meaning it is made luminous by passing it through chambers where oils are decomposed by heat, creating a mixture with an illuminating value of 22 to 25 candles. When combined with the low-quality coal gas, this raises its illuminating value to the desired level. Coke or anthracite is heated to incandescence using an air blast in a generator lined with fire-brick, and the hot combustion products leaving the generator and entering the superheaters receive additional air, which fuels the combustion of the carbon monoxide present in the producer gas and heats the fire-brick baffles inside the superheater. Once the fuel and superheater reach the necessary temperature, the air blast is cut off, and steam is introduced into the generator, forming water gas, which then meets the enriching oil at the top of the first superheater, known as the carburettor, carrying the vapors through the main superheaters where the hydrocarbons are fixed. The main advantage of this setup is that a lower temperature is effective for fixing, thanks to the large surface area for superheating, which significantly reduces carbon deposition. This equipment has been widely adopted in both Great Britain and America, and nearly all carburetted water-gas plants operate on the same principles. Key benefits of using carburetted water gas for enrichment include its rapid production and low labor requirements; it not only achieves the necessary increase in illuminating power but also boosts the volume of the enriched gas by adding carburetted water gas, which usually contributes 25 to 50%. Initially, there was strong public opposition to its introduction due to the poisonous properties of carbon monoxide, which is present in amounts of about 28 to 30%. However, when this is diluted with 60 to 75% ordinary coal gas, which typically contains only 4 to 6% carbon monoxide, the percentage of toxic monoxide in the mixture drops to below 16%, a level that experience has shown to be relatively safe.
A rise in the price of oil suitable for carburetting has caused the gas industry to consider other methods by which the volume of gas obtainable from coal can be increased by admixture with blue or non-luminous water gas. In Germany, at several important gas-works, non-luminous water gas is passed into the foul main or through 490 the retorts in the desired proportion, and the mixture of water gas and coal gas is then carburetted to the required extent by benzol vapour, a process which at the present price of oil and benzol is distinctly more economical than the use of carburetted water gas. In 1896 Karl Dellwik introduced a modification in the process of making water gas which entirely altered the whole aspect of the industry. In all the attempts to make water gas, up to that date, the incandescence of the fuel had been obtained by “blowing” so deep a bed of fuel that carbon monoxide and the residual nitrogen of the air formed the chief products, this mixture being known as “producer” gas. In the Dellwik process, however, the main point is the adjustment of the air supplied to the fuel in the generator in such a way that carbon dioxide is formed instead of carbon monoxide. Under these conditions producer gas ceases to exist as a by-product, and the gases of the blow consist merely of the incombustible products of complete combustion, carbon dioxide and nitrogen, the result being that more than three times the heat is developed for the combustion of the same amount of fuel, and nearly double the quantity of water gas can be made per pound of fuel than was before possible. The runs or times of steaming can also be continued for longer periods. The possibility of making from 60,000 to 70,000 cub. ft. of water gas per ton of coke used in the Dellwik generator as against 34,000 to 45,000 cub. ft. per ton made by previous processes reduces the price of water gas to about 3½d. per thousand, so that the economic value of using it in admixture with coal gas and then enriching the mixture by any cheap carburetting process is manifest. The universal adoption of the incandescent mantle for lighting purposes has made it evident that the illuminating value of the gas is a secondary consideration, and the whole tendency now is to do away with enrichment and produce a gas of low-candle power but good heating power at a cheap rate for fuel purposes and incandescent lighting. (See also Lighting: Gas.)
A rise in the price of oil suitable for carburetting has led the gas industry to explore other ways to increase the volume of gas obtained from coal by mixing it with blue or non-luminous water gas. In Germany, at several major gas plants, non-luminous water gas is introduced into the foul main or through the retorts in the desired ratio, and then the mixture of water gas and coal gas is carburetted to the needed level using benzol vapor, a process that is much more economical than using carburetted water gas at current oil and benzol prices. In 1896, Karl Dellwik introduced a modification in the water gas production process that completely changed the industry. Up until that time, attempts to create water gas had involved “blowing” a thick layer of fuel, resulting in carbon monoxide and residual nitrogen from the air as the main products, a mix known as “producer” gas. However, in the Dellwik process, the key is adjusting the air supplied to the fuel in the generator so that carbon dioxide is produced instead of carbon monoxide. As a result, producer gas no longer exists as a by-product; the gases produced consist only of the non-combustible products of complete combustion, carbon dioxide and nitrogen. This means that more than three times the heat is generated from the same amount of fuel, and nearly double the amount of water gas can be produced per pound of fuel than was previously possible. The operational times can also be extended. The ability to produce 60,000 to 70,000 cubic feet of water gas per ton of coke used in the Dellwik generator, compared to 34,000 to 45,000 cubic feet per ton with earlier methods, reduces the cost of water gas to about 3½d. per thousand, making it economically advantageous to mix it with coal gas and then enhance the mixture using a cost-effective carburetting process. The widespread use of incandescent mantles for lighting has highlighted that the illuminating value of the gas is a secondary concern, and the trend now is to eliminate enrichment and produce a gas with low candle power but good heating capacity at a low cost for fuel and incandescent lighting. (See also Lighting: Gas.)
2. Gas for Fuel and Power—The first gas-producers, which were built by Faber du Faur at Wasseralfingen in 1836 and by C.G.C. Bischof at Mägdesprung (both in Germany), consisted of simple perpendicular shafts of masonry contracted at the top and the bottom, with or without a grate for the coal. Such producers, frequently strengthened by a wrought iron casing, are even now used to a great extent. Sometimes the purpose of a gas-producer is attained in a very simple manner by lowering the grate of an ordinary fireplace so much that a layer of coal 4 or 5 ft. deep is maintained in the fire. The effect of this arrangement is that the great body of coal reaches a higher temperature than in an ordinary fireplace, and this, together with the reduction of the carbon dioxide formed immediately above the grate by the red-hot coal in the upper part of the furnace, leads to the formation of carbon monoxide which later on, on the spot where the greatest heat is required, is burned into dioxide by admitting fresh air, preferably pre-heated. This simple and inexpensive arrangement has the further advantage that the producer-gas is utilized immediately after its formation, without being allowed to cool down. But it is not very well adapted to large furnaces, and especially not to those cases where all the space round the furnace is required for manipulating heavy, white-hot masses of iron, or for similar purposes. In these cases the producers are arranged outside the iron-works, glass-works, &c., in an open yard where all the manipulations of feeding them with coal, of stoking, and of removing the ashes are performed without interfering with the work inside. But care must always be taken to place the producers at such a low level that the gas has an upward tendency, in order to facilitate its passage to the furnace where it is to be burned. This purpose can be further promoted by various means. The gas-producers constructed by Messrs Siemens Brothers, from 1856 onwards, were provided with a kind of brick chimney; on the top of this there was a horizontal iron tube, continued into an iron down-draught, and only from this the underground flues were started which sent the gas into the single furnaces. This arrangement, by which the gas was cooled down by the action of the air, acted as a gas-siphon for drawing the gas out of the producer, but it has various drawbacks and has been abandoned in all modern constructions. Where the “natural draught” is not sufficient, it is aided either by blowing air under the grate or else by suction at the other end.
2. Gas for Fuel and Power—The first gas producers were built by Faber du Faur in Wasseralfingen in 1836 and by C.G.C. Bischof in Mägdesprung (both in Germany). They consisted of simple vertical shafts made of masonry that were narrower at the top and bottom, sometimes including a grate for the coal. These types of producers, often reinforced with wrought iron casings, are still widely used today. Occasionally, a gas producer is created quite simply by lowering the grate of a standard fireplace so that a layer of coal 4 or 5 feet deep is maintained in the fire. This setup allows the large amount of coal to reach a higher temperature than in a regular fireplace, and with the reduction of carbon dioxide formed just above the grate by the hot coal in the upper part of the furnace, carbon monoxide is produced. This carbon monoxide is then burned into carbon dioxide where the heat is most needed, by introducing fresh air—preferably pre-heated. This straightforward and low-cost setup also has the added benefit of utilizing producer gas immediately after it's made, without letting it cool down. However, it doesn't work very well for large furnaces, especially in situations where all the space around the furnace is needed for handling heavy, glowing iron masses or similar activities. In these cases, producers are placed outside the ironworks, glassworks, etc., in an open yard where all the tasks of feeding them with coal, stoking, and removing ashes can be done without disrupting the work inside. Care must always be taken to position the producers at such a low level that the gas tends to rise, making it easier for the gas to reach the furnace where it will be burned. This can be further assisted by various methods. Gas producers created by Siemens Brothers starting in 1856 featured a type of brick chimney; at the top of this chimney was a horizontal iron tube connected to an iron down-draught, from which underground flues directed the gas to the individual furnaces. This setup cooled the gas through the action of air and acted as a siphon to draw gas out of the producer, but it had several drawbacks and has been discarded in modern designs. When "natural draught" isn't strong enough, it is enhanced by either blowing air under the grate or creating suction at the other end.
We shall now describe a few of the very large number of gas-producers producers constructed, selecting some of the most widely applied in practice.
We will now describe a few of the many gas producers that have been built, focusing on some of the most commonly used in practice.
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Fig. 122—Siemens Producer (Sectional Elevation). |
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Fig. 13.—Lürmann’s Producer. |
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Figs. 14 and 15.—Liegel’s Producer. |
The Siemens Producer in its original shape, of which hundreds have been erected and many may be still at work, is shown in fig. 12. A is the charging-hole; B, the inclined front wall, consisting of a cast iron plate with fire-brick lining; C, the equally inclined “step-grate”; D, a damper by which the producer may be isolated in case of repairs; E, a water-pipe, by which the cinders at the bottom may be quenched before taking away; the steam here formed rises into the producer where it forms some “semi-water gas” (see Fuel: Gaseous). Openings like that shown at G serve for introducing a poker in order to clean the brickwork from adhering slags. H is the gas flue; I, the perpendicularly ascending shaft, 10 or 12 ft. high; JJ, the horizontal iron tube; K, the descending branch mentioned above, for producing a certain amount of suction by means of the gas-siphon thus formed. In the horizontal branch JJ much of the tar and flue-dust is also condensed, which is of importance where bituminous coal is employed for firing.
The Siemens Producer in its original form, of which hundreds have been built and many might still be in use, is shown in fig. 12. A is the charging hole; B is the inclined front wall made of a cast iron plate with a fire-brick lining; C is the equally inclined “step-grate”; D is a damper that allows the producer to be isolated for repairs; E is a water pipe used to quench the cinders at the bottom before removal; the steam created here rises into the producer where it forms some “semi-water gas” (see Fuel: Gaseous). Openings like the one at G allow for inserting a poker to clean the brickwork from any adhering slags. H is the gas flue; I is the vertical shaft that rises 10 or 12 ft. high; JJ is the horizontal iron tube; K is the descending branch mentioned earlier, which creates a certain amount of suction through the gas siphon formed. In the horizontal branch JJ, much tar and flue dust are also condensed, which is important when using bituminous coal for burning.
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Fig. 16.—Taylor’s Producer. |
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Fig. 17.—Dowson Gas Plant. |
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Fig. 18.—Mond Gas Plant. |
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Fig. 19.—Mond Gas Plant. |
This as well as most other descriptions of gas-producers, is not adapted to being worked with such coal as softens in the heat and forms cakes, impenetrable to the air and impeding the regular sinking of the charge in the producer. The fuel employed should be non-bituminous coal, anthracite or coke, or at least so much of these materials should be mixed with ordinary coal that no semi-solid cakes of the kind just described are formed. Where it is unavoidable to work with coal softening in the fire, Lürmann’s producer may be employed, which is shown in fig. 13. V shows a gas-producer of the ordinary kind, which during regular work is filled with the coke formed in the horizontal retort E. The door b serves for removing the slags and ashes from the bottom of V, as far as they do not fall through the grate. The hot producer-gas formed in V is passed round the retort E in the flues n2 n2, and ultimately goes away through K to the furnace where it is to be used. The retort E is charged with ordinary bituminous coal which is submitted to destructive distillation by the heat communicated through the flues n2 n2 and is thus converted into coke. The gases formed during this process pass into the upper portion of V and get mixed with the producer-gas formed in the lower portion. From time to time, as the level of the coke in V goes down, some of the freshly formed coke in E is pushed into V, whereby the level of the coke in V should assume the shape shown by the dotted line l ... m. If the level became 492 too low, such as is shown by the dotted line x ... y, the working of the producer would be wrong, as in this case the layer of coke at the front side would be too low, and carbon dioxide would be formed in lieu of monoxide.
This, along with most other descriptions of gas producers, isn't suitable for use with coal that softens when heated and forms dense cakes that block air flow and disrupt the normal sinking of the charge in the producer. The fuel used should be non-bituminous coal, anthracite, or coke, or at least mixed with enough of these materials so that no semi-solid cakes like the ones just mentioned are created. If it's necessary to work with coal that softens in the fire, Lürmann’s producer can be used, which is shown in fig. 13. V represents a typical gas producer, which during normal operation is filled with the coke generated in the horizontal retort E. The door b is used to remove the slags and ashes from the bottom of V, as long as they don’t fall through the grate. The hot producer gas created in V is routed around the retort E in the flues n2 n2, and eventually exits through K to the furnace where it will be utilized. The retort E is loaded with ordinary bituminous coal, which undergoes destructive distillation due to the heat from the flues n2 n2 and is transformed into coke. The gases produced during this process move into the upper section of V and mix with the producer gas created in the lower section. Periodically, as the level of the coke in V decreases, some of the newly formed coke from E is pushed into V, keeping the coke level in V at the shape indicated by the dotted line l ... m. If the level becomes too low, as indicated by the dotted line x ... y, the operation of the producer would be incorrect, since in this case the layer of coke at the front would be insufficient, leading to the production of carbon dioxide instead of monoxide.
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Fig. 20.—Blass’ Gas Plant. |
Figs. 14 and 15 show Liegel’s producer, the special object of which is to deal with any fuel (coal or coke) giving a tough, pasty slag on combustion. Such slags act very prejudicially by impeding the up-draught of the air and the sinking of the fuel; nor can they be removed by falling through a grate, like ordinary coal-ashes. To obviate these drawbacks the producer A is kept at a greater heat than is otherwise usual, the air required for feeding the producer being pre-heated in the channels e, e. The inside shape of the producer is such that the upper, less hot portion cannot get stopped, as it widens out towards the bottom; the lower, hotter portion, where the ashes are already fluxed, is contracted to a slit a, through which the air ascends. The grate b retains any small pieces of fuel, but allows the liquid cinder to pass through. The lateral flues c, c prevent the brickwork from being melted.
Figs. 14 and 15 show Liegel’s producer, which is specifically designed to handle any fuel (coal or coke) that produces a tough, pasty slag when burned. These slags are quite harmful because they block the airflow and the descent of the fuel; plus, they can’t be eliminated by falling through a grate like regular coal ashes. To overcome these issues, the producer A is maintained at a higher temperature than usual, with the air needed for feeding the producer being pre-heated in the channels e, e. The inner design of the producer is such that the upper, cooler section cannot get clogged because it widens towards the bottom; the lower, hotter section, where the ashes are already melted, narrows down to a slit a, through which the air moves up. The grate b holds back any small pieces of fuel, but lets the liquid cinder pass through. The side flues c, c stop the brickwork from melting.
One of the best-known gas-producers for working with compressed air from below is Taylor’s, shown in fig. 16. A is the feeding-hopper, on the same principle as is used in blast-furnaces. L is the producer-shaft, with an iron casing B and peep-holes B1 to B4, passing through the brick lining M. F is the contracted part, leading to the closed ash-pit, accessible through the doors D. An injector I, worked by means of the steam-pipe J, forces air through K into F. The circular grate G can be turned round K by means of the crank E from the outside. This is done, without interfering with the blast, in order to keep the fuel at the proper level in L, according to the indications of the burning zone, as shown through the peep-holes B1 to B4. The ashes collecting at the bottom are from time to time removed by the doors D. As the steam, introduced by J, is decomposed in the producer, we here obtain a “semi-water gas,” with about 27% CO and 12% H2.
One of the most well-known gas producers for working with compressed air from below is Taylor’s, shown in fig. 16. A is the feeding hopper, based on the same principle used in blast furnaces. L is the producer shaft, with an iron casing B and peep holes B1 to B4, going through the brick lining M. F is the narrowed section, leading to the closed ash pit, which can be accessed through the doors D. An injector I, operated via the steam pipe J, pushes air through K into F. The circular grate G can be rotated around K using the crank E from the outside. This is done without disrupting the blast, to maintain the fuel at the correct level in L, according to the indicators of the burning zone, as observed through the peep holes B1 to B4. The ashes that collect at the bottom are periodically removed through the doors D. As the steam introduced by J is broken down in the producer, we obtain a “semi-water gas” with about 27% CO and 12% H2.
Fig. 17 shows the Dowson gas-producer, together with the arrangements for purifying the gas for the purpose of working a gas engine. a is a vertical steam boiler, heated by a central shaft filled with coke, with superheating tubes b passing through the central shaft. c is the steam-pipe, carrying the dry steam into the air-injector d. This mixture of steam and air enters into the gas-producer e below the fire-grate f. g is the feeding-hopper for the anthracite which is usually employed in this kind of producer. h, h are cooling-pipes for the gas where most of the undecomposed steam (say 10% of the whole employed in d) is condensed. i is a hydraulic box with water seal; j, a coke-scrubber; k, a filter; l, a sawdust-scrubber; m, inlet of gas-holder; n, gas-holder; o, outlet of same; p, a valve with weighted lever to regulate the admission of steam to the gas-producer; q, the weight which actuates the lever automatically by the rise or fall of the bell of the gas-holder. In practical work about ¾ ℔ of steam is decomposed for each pound of anthracite consumed, and no more than 5% of carbon dioxide is found in the resulting gas. The latter has an average calorific power of 1732 calories per cubic metre, or 161 B.T.U. per cubic foot, at 0° and 760 mm.
Fig. 17 shows the Dowson gas producer along with the setup for purifying the gas to run a gas engine. a is a vertical steam boiler, heated by a central shaft filled with coke, featuring superheating tubes b that pass through the central shaft. c is the steam pipe, which carries dry steam to the air injector d. This blend of steam and air enters the gas producer e below the fire grate f. g is the feeding hopper for the anthracite typically used in this type of producer. h, h are cooling pipes for the gas where most of the undecomposed steam (around 10% of the total used in d) is condensed. i is a hydraulic box with a water seal; j is a coke scrubber; k is a filter; l is a sawdust scrubber; m is the inlet for the gas holder; n is the gas holder; o is the outlet of the gas holder; p is a valve with a weighted lever to control the steam flow to the gas producer; q is the weight that automatically activates the lever based on the rise or fall of the bell in the gas holder. In practical use, about ¾ lb of steam is decomposed for each pound of anthracite consumed, and no more than 5% of carbon dioxide is found in the resulting gas. This gas has an average calorific value of 1732 calories per cubic meter, or 161 B.T.U. per cubic foot, at 0° and 760 mm.
The Mond plant is shown in figs. 18 and 19. The gases produced in the generators G are passed through pipes r into washers W, in which water is kept in violent motion by means of paddle-wheels. The spray of water removes the dust and part of the tar and ammonia from the gases, much steam being produced at the same time. This water is withdrawn from time to time and worked for the ammonia it contains. The gases, escaping from W at a temperature of about 100° C., and containing much steam, pass though g and a into a tower, fed with an acid-absorbing liquid, coming from the tank s, which is spread into many drops by the brick filling of the tower. This liquid is a strong solution of ammonium sulphate, containing about 2.5% free sulphuric acid which absorbs nearly all the ammonia from the gases, without dissolving much of the tarry substances. Most of the liquor arriving at the bottom, after mechanically separating the tar, is pumped back into s, but a portion is always withdrawn and worked for ammonium sulphate. When escaping from the acid tower, the gas contains about 0.013% NH3, and has a temperature of about 80° C. and is saturated with aqueous vapour. It is passed through c into a second tower B, filled with blocks of wood, where it meets with a stream of comparatively cold water. At the bottom of this the water runs away, its temperature being 78° C.; at the top the gas passes away through d into the distributing main. The hot water from B, freed from tar, is pumped into a third tower C, through which cold air is forced by means of a Root’s blower by the pipe w. This air, after being heated to 76° C., and saturated with steam in the tower C, passes through l into the generator G. The water in C leaves this tower cold enough to be used in the scrubber B. Thus two-thirds of the steam originally employed in the generator is reintroduced into it, leaving only one-third to be supplied by the exhaust steam of the steam-engine. The gas-generators G have a rectangular section, 6 × 12 ft., several of them being erected in series. The introduction of the air and the removal of the ashes takes place at the narrower ends. The bottom is formed by a water-tank and the ashes are quenched here. The air enters just above the water-level, at a pressure of 4 in. The 493 Mond gas in the dry state contains 15% carbon dioxide, 10% monoxide, 23% hydrogen, 3% hydrocarbons, 49% nitrogen. The yield of ammonium sulphate is 75 ℔ from a ton of coal (slack with 11.5% ashes and 55% fixed carbon).
The Mond plant is shown in figs. 18 and 19. The gases produced in the generators G are transferred through pipes r into washers W, where water is kept in rapid motion by paddle-wheels. The water spray removes dust and some of the tar and ammonia from the gases, generating a lot of steam at the same time. This water is periodically drained and processed for the ammonia it contains. The gases, released from W at a temperature of about 100° C. and saturated with steam, flow through g and a into a tower, which is supplied with an acid-absorbing liquid from the tank s. This liquid is dispersed into many droplets by the brick filling of the tower. It consists of a strong solution of ammonium sulfate with about 2.5% free sulfuric acid, which absorbs almost all the ammonia from the gases without dissolving much of the tarry substances. Most of the liquid that reaches the bottom is pumped back into s, but a portion is always extracted and processed for ammonium sulfate. When exiting the acid tower, the gas has about 0.013% NH3, is at around 80° C., and is saturated with water vapor. It flows through c into a second tower B, filled with blocks of wood, where it encounters a flow of relatively cold water. At the bottom, the water drains away at 78° C.; at the top, the gas exits through d into the main distribution line. The hot water from B, which is free from tar, is pumped into a third tower C, where cold air is forced through using a Root’s blower by the pipe w. This air, after being heated to 76° C. and saturated with steam in tower C, flows through l back into the generator G. The water in C exits cool enough to be reused in the scrubber B. Thus, two-thirds of the steam initially used in the generator is reintroduced, leaving only one-third to be supplied by the exhaust steam of the steam engine. The gas generators G have a rectangular cross-section of 6 × 12 ft., with several arranged in series. Air introduction and ash removal occur at the narrower ends. The base is a water tank where the ashes are quenched. The air enters just above the water level at a pressure of 4 in. The 493 Mond gas in the dry state contains 15% carbon dioxide, 10% monoxide, 23% hydrogen, 3% hydrocarbons, and 49% nitrogen. The yield of ammonium sulfate is 75 ℔ from a ton of coal (slack with 11.5% ashes and 55% fixed carbon).
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Fig. 21.—Dellwik-Fleischer Producer. |
One of the best plants for the generation of water-gas is that constructed by E. Blass (fig. 20). Steam enters through the valve V at D into the generator, filled with coke, and passes away at the bottom through A. The pressure of the gas should not be such that it could get into the pipe conveying the air-blast, by which an explosive mixture would be formed. This is prevented by the water-cooled damper S, which always closes the air-blast when the gas-pipe is open and vice versa. Below the entry W of the air-blast there is a throttle valve d which is closed as soon as the damper S opens the gas canal; thus a second security against the production of a mixture of air and gas is afforded. The water-cooled ring channel K protects the bottom outlet of the generator and causes the cinders to solidify, so that they can be easily removed. But sometimes no such cooling is effected, in which case the cinders run away in the liquid form. Below K the fuel is lying in a conical heap, leaving the ring channel A free. During the period of hot-blowing (heating-up) S is turned so that the air-blast communicates with the generator; d and G are open; g (the damper connected with the scrubber) and V are closed. During the period of gas-making G and d are closed, S now closes the air-blast and connects the generator with the scrubber; V is opened, and the gas passes from the scrubber into the gas-holder, the inlet w being under a pressure of 4 in. All these various changes in the opening of the valves and dampers are automatically performed in the proper order by means of a hand-wheel H, the shaft m resting on the standards t and shaft v. This hand-wheel has merely to be turned one way for starting the hot-blowing, and the opposite way for gas-making, to open and shut all the connexions, without any mistake being possible on the part of the attendant. The feeding-hopper E is so arranged that, when the cone e2 opens, e1 is shut, and vice versa, thus no more gas can escape, on feeding fresh coke into the generator, than that which is contained in E. G is the pipe through which the blowing-up gas (Siemens gas) is carried away, either into the open air (where it is at once burned) or into a pre-heater for the blast, or into some place where it can be utilized as fuel. This gas, which is made for 10 or 11 minutes, contains from 23 to 32% carbon monoxide, 7 to 1.5% carbon dioxide, 2 to 3% hydrogen, a little methane, 64 to 66% nitrogen, and has a heating value of 950 calories per cub. metre. The water-gas itself is made for 7 minutes, and has an average composition of 3.3% carbon dioxide, 44% carbon monoxide, 0.4% methane, 48.6% hydrogen, 3.7% nitrogen, and a heating value of 2970 calories per cub. metre. 1 kilogram coke yields 1.13 cub. metre water-gas and 3.13 Siemens gas. 100 parts coke (of 7000 calories) furnish 42% of their heat value as water-gas and 42% as Siemens gas.
One of the best plants for generating water-gas is the one designed by E. Blass (fig. 20). Steam enters through valve V at D into the generator, which is filled with coke, and exits at the bottom through A. The gas pressure shouldn't be so high that it can enter the air-blast pipe, which would create an explosive mixture. This is prevented by the water-cooled damper S, which automatically closes the air-blast when the gas pipe is open and vice versa. Below the air-blast inlet W, there’s a throttle valve d that closes as soon as the damper S opens the gas channel; this provides an additional safety measure against mixing air and gas. The water-cooled ring channel K protects the bottom outlet of the generator and helps solidify the cinders, making them easy to remove. However, sometimes there isn’t sufficient cooling, and the cinders flow away in liquid form. Below K, the fuel is piled in a conical shape, leaving the ring channel A clear. During the hot-blowing period (heating up), S is adjusted so that the air-blast connects with the generator; d and G are open; g (the damper connected with the scrubber) and V are closed. During the gas production phase, G and d are closed, S now shuts the air-blast and connects the generator with the scrubber; V is opened, and the gas flows from the scrubber into the gas-holder, with the inlet w under a pressure of 4 in. All these changes in valve and damper positions are automatically managed in the correct order using a hand-wheel H, with shaft m supported by standards t and shaft v. The hand-wheel only needs to be turned one way to start the hot-blowing and the opposite way for gas-making, controlling all connections without any mistakes from the operator. The feeding hopper E is designed so that when cone e2 opens, e1 closes, and vice versa, ensuring that no more gas escapes while adding fresh coke to the generator than what is already in E. G is the pipe through which the blowing-up gas (Siemens gas) is directed, either to the open air (where it is immediately burned) or into a pre-heater for the blast, or to a location where it can be used as fuel. This gas, produced for 10 or 11 minutes, contains 23 to 32% carbon monoxide, 7 to 1.5% carbon dioxide, 2 to 3% hydrogen, a small amount of methane, 64 to 66% nitrogen, and has a heating value of 950 calories per cubic meter. The water-gas itself is generated for 7 minutes, with an average composition of 3.3% carbon dioxide, 44% carbon monoxide, 0.4% methane, 48.6% hydrogen, 3.7% nitrogen, and a heating value of 2970 calories per cubic meter. 1 kilogram of coke yields 1.13 cubic meters of water-gas and 3.13 cubic meters of Siemens gas. 100 parts of coke (with 7000 calories) provide 42% of their heat value as water-gas and 42% as Siemens gas.
Lastly we give a section of the Dellwik-Fleischer gas-producer (fig. 21). The feeding-hoppers A are alternately charged every half-hour, so that the layer of fuel in the generator always remains 4 ft. deep. B is the chimney-damper, C the grate, D the door for removing the slags, E the ash-door, F the inlet of the air-blast, G the upper, G1 the lower outlet for the water-gas which is removed alternately at top and bottom by means of an outside valve, steam being always admitted at the opposite end. The blowing-up generally lasts 1¾ minutes, the gas-making 8 or 10 minutes. The air-blast works under a pressure of 8 or 9 in. below the grate, or 4 to 4½ in. above the coke. The blowing-up gas contains 17 or 18% carbon dioxide and 1.5% oxygen, with mere traces of carbon monoxide. The water-gas shows 4 to 5% carbon dioxide, 40% carbon monoxide, 0.8% methane, 48 to 51% hydrogen, 4 or 5% nitrogen. About 2.5 cub. metres is obtained per kilogram of best coke.
Lastly, we present a section of the Dellwik-Fleischer gas producer (fig. 21). The feeding hoppers A are filled alternately every half-hour, so the fuel layer in the generator always stays 4 ft. deep. B is the chimney damper, C is the grate, D is the door for removing slag, E is the ash door, F is the air-blast inlet, G is the upper outlet, and G1 is the lower outlet for the water gas, which is removed alternately from the top and bottom using an outside valve, with steam continuously admitted at the opposite end. The blowing-up process usually takes 1¾ minutes, and gas production takes 8 to 10 minutes. The air-blast operates at a pressure of 8 or 9 inches below the grate, or 4 to 4½ inches above the coke. The blowing-up gas contains 17 or 18% carbon dioxide and 1.5% oxygen, with only trace amounts of carbon monoxide. The water gas shows 4 to 5% carbon dioxide, 40% carbon monoxide, 0.8% methane, 48 to 51% hydrogen, and 4 or 5% nitrogen. About 2.5 cubic meters is produced per kilogram of the best coke.
See Mills and Rowan, Fuel and its Application (London, 1889); Samuel S. Wyer, Producer-Gas and Gas-Producers, published by the Engineering and Mining Journal (New York); F. Fischer, Chemische Technologie der Brennstoffe (1897-1901); Gasförmige Heizstoffe, in Stohmann and Kerl’s Handbuch der technischen Chemie, 4th edition, iii. 642 et seq.
See Mills and Rowan, Fuel and its Application (London, 1889); Samuel S. Wyer, Producer-Gas and Gas-Producers, published by the Engineering and Mining Journal (New York); F. Fischer, Chemical Technology of Fuels (1897-1901); Gaseous Heating Materials, in Stohmann and Kerl’s Handbook of Technical Chemistry, 4th edition, iii. 642 et seq.
GASCOIGNE, GEORGE (c. 1535-1577), English poet, eldest son of Sir John Gascoigne of Cardington, Bedfordshire, was born probably between 1530 and 1535. He was educated at Trinity College, Cambridge, and on leaving the university is supposed to have joined the Middle Temple. He became a member of Gray’s Inn in 1555. He has been identified without much show of evidence with a lawyer named Gastone who was in prison in 1548 under very discreditable circumstances. There is no doubt that his escapades were notorious, and that he was imprisoned for debt. George Whetstone says that Sir John Gascoigne disinherited his son on account of his follies, but by his own account he was obliged to sell his patrimony to pay the debts contracted at court. He was M.P. for Bedford in 1557-1558 and 1558-1559, but when he presented himself in 1572 for election at Midhurst he was refused on the charges of being “a defamed person and noted for manslaughter,” “a common Rymer and a deviser of slaunderous Pasquelles,” “a notorious ruffianne,” an atheist and constantly in debt. His poems, with the exception of some commendatory verses, were not published before 1572, but they were probably circulated in MS. before that date. He tells us that his friends at Gray’s Inn importuned him to write on Latin themes set by them, and there two of his plays were acted. He repaired his fortunes by marrying the wealthy widow of William Breton, thus becoming step-father to the poet, Nicholas Breton. In 1568 an inquiry into the disposition of William Breton’s property with a view to the protection of the children’s rights was instituted before the lord mayor, but the matter was probably settled in a friendly manner, for Gascoigne continued to hold the Walthamstow estate, which he had from his wife, until his death. He sailed as a soldier of fortune to the Low Countries in 1572, and was driven by stress of weather to Brill, which luckily for him had just fallen into the hands of the Dutch. He obtained a captain’s commission, and took an active part in the campaigns of the next two years, during which he acquired a profound dislike of the Dutch, and a great admiration for William of Orange, who had personally intervened on his behalf in a quarrel with his colonel, and secured him against the suspicion caused by his clandestine visits to a lady at the Hague. Taken prisoner after the evacuation of Valkenburg by the English troops, he was sent to England in the autumn of 1574. He dedicated to Lord Grey of Wilton the story of his adventures, “The Fruites of Warres” (printed in the edition of 1575) and “Gascoigne’s Voyage into Hollande.” In 1575 he had a share in devising the masques, published in the next year as The Princely Pleasures at the Courte at Kenelworth, which celebrated the queen’s visit to the Earl of Leicester. At Woodstock in 1575 he delivered a prose speech before Elizabeth, and presented her with the Pleasant Tale of Hemetes the Heremite1 in four languages. Most of his works were actually published during the last years of his life, after his return from the wars. He died at Bernack, near Stamford, where he was the guest of George Whetstone, on the 7th of October 1577. George Whetstone wrote a long dull poem in honour of his friend, entitled “A Remembrance of the wel-imployed life and godly end of George Gaskoigne, Esquire.”
GASCOIGNE, GEORGE (c. 1535-1577), English poet, the eldest son of Sir John Gascoigne from Cardington, Bedfordshire, was likely born between 1530 and 1535. He studied at Trinity College, Cambridge, and after leaving university, he is believed to have joined the Middle Temple. He became a member of Gray’s Inn in 1555. He has been tentatively linked to a lawyer named Gastone, who was imprisoned in 1548 under questionable circumstances. It's clear that his troubled escapades were well-known, and he was incarcerated for debt. George Whetstone mentions that Sir John Gascoigne cut his son off from inheritance due to his misdeeds, but George claimed he had to sell his estate to pay off the debts accumulated at court. He served as M.P. for Bedford in 1557-1558 and 1558-1559, but when he ran for election in Midhurst in 1572, he was denied due to accusations of being "a defamed person and noted for manslaughter," "a common scoundrel and a maker of slanderous pamphlets," "a notorious ruffian," an atheist, and perpetually in debt. Most of his poems, aside from a few commendatory verses, were not published until 1572, although they were likely circulated in manuscript form before that. He mentioned that his friends at Gray’s Inn encouraged him to write on Latin themes they provided, and two of his plays were performed there. He improved his situation by marrying the wealthy widow of William Breton, becoming the stepfather to the poet Nicholas Breton. In 1568, there was an inquiry conducted by the lord mayor regarding the distribution of William Breton’s property to protect the children's rights, but the issue was probably resolved amicably, as Gascoigne kept the Walthamstow estate from his wife until his death. In 1572, he went to the Low Countries as a soldier of fortune and was redirected by bad weather to Brill, which had just fallen into Dutch hands, to his advantage. He received a captain's commission and actively participated in campaigns over the next two years, developing a strong dislike for the Dutch and great respect for William of Orange, who had intervened on his behalf during a conflict with his colonel, protecting him from suspicion due to his secret visits to a lady in The Hague. After being captured when English troops evacuated Valkenburg, he was sent back to England in the autumn of 1574. He dedicated the account of his adventures, “The Fruites of Warres” (printed in the 1575 edition), and “Gascoigne’s Voyage into Hollande,” to Lord Grey of Wilton. In 1575, he contributed to the creation of the masques published the following year as The Princely Pleasures at the Courte at Kenelworth, which celebrated the queen’s visit to the Earl of Leicester. During a visit to Woodstock in 1575, he gave a prose speech before Elizabeth and presented her with the Pleasant Tale of Hemetes the Heremite1 in four languages. Most of his works were actually published during the last years of his life after he returned from the wars. He died at Bernack, near Stamford, while visiting George Whetstone, on October 7, 1577. George Whetstone wrote a lengthy and dull poem in tribute to his friend, titled “A Remembrance of the wel-imployed life and godly end of George Gaskoigne, Esquire.”
His theory of metrical composition is explained in a short critical treatise, “Certayne Notes of Instruction concerning the making of verse or ryme in English, written at the request of Master Edouardo Donati,”2 prefixed to his Posies (1575). He acknowledged Chaucer as his master, and differed from the earlier poets of the school of Surrey and Wyatt chiefly in the added smoothness and sweetness of his verse. His poems were published in 1572 during his absence in Holland, surreptitiously, according to his own account, but it seems probable that the “editor” who supplied the running comment was none other than Gascoigne himself. A hundreth Sundrie Floures bound up in one small Posie. Gathered partely (by translation) in the fyne outlandish Gardens of Euripides, Ovid, Petrarke, Ariosto and others; and partely by Invention out of our owne fruitfull Orchardes in Englande, Yelding Sundrie Savours of tragical, comical and moral discourse, bothe pleasaunt and profitable, to the well-smelling 494 noses of learned Readers, was followed in 1575 by an authorized edition, The Posies of G.G. Esquire ... (not dated).
His theory of poetic composition is outlined in a brief critical essay, “Certayne Notes of Instruction concerning the making of verse or ryme in English, written at the request of Master Edouardo Donati,”2 which appeared as a preface to his Posies (1575). He recognized Chaucer as his mentor and differed from the earlier poets of the Surrey and Wyatt school mainly in the enhanced smoothness and beauty of his verse. His poems were published in 1572 while he was in Holland, secretly, according to his account, but it seems likely that the “editor” who contributed the commentary was none other than Gascoigne himself. A hundreth Sundrie Floures bound up in one small Posie. Gathered partely (by translation) in the fyne outlandish Gardens of Euripides, Ovid, Petrarke, Ariosto and others; and partely by Invention out of our owne fruitfull Orchardes in Englande, Yelding Sundrie Savours of tragical, comical and moral discourse, bothe pleasaunt and profitable, to the well-smelling 494 noses of learned Readers, was followed in 1575 by an authorized edition, The Posies of G.G. Esquire ... (not dated).
Gascoigne had an adventurous and original mind, and was a pioneer in more than one direction. In 1576 he published The Steele Glas, sometimes called the earliest regular English satire. Although this poem is Elizabethan in form and manner, it is written in the spirit of Piers Plowman. Gascoigne begins with a comparison between the sister arts of Satire and Poetry, and under a comparison between the old-fashioned “glas of trustie steele,” and the new-fangled crystal mirrors which he takes as a symbol of the “Italianate” corruption of the time, he attacks the amusements of the governing classes, the evils of absentee landlordism, the corruption of the clergy, and pleads for the restoration of the feudal ideal.3
Gascoigne had an adventurous and original mind and was a pioneer in more than one area. In 1576, he published The Steele Glas, which is sometimes referred to as the earliest regular English satire. While this poem is in the Elizabethan style, it's written in the spirit of Piers Plowman. Gascoigne starts by comparing the sister arts of Satire and Poetry, using an analogy between the old-fashioned “glass of trusty steel” and the trendy crystal mirrors that he sees as symbols of the “Italianate” corruption of his time. He criticizes the entertainment of the ruling classes, the problems caused by absentee landlords, the corruption in the clergy, and advocates for the revival of the feudal ideal.3
His dramatic work belongs to the period of his residence at Gray’s Inn, both Jocasta (of which Acts i. and iv. were contributed by Francis Kinwelmersh) and Supposes being played there in 1566. Jocasta was said by J.P. Collier (Hist. of Dram. Poetry iii. 8) to be the “first known attempt to introduce a Greek play upon the English stage,” but it turns out that Gascoigne was only very indirectly acquainted with Euripides. His play is a literal version of Lodovico Dolce’s Giocasta, which was derived probably from the Phoenissae in the Latin translation of R. Winter. Supposes,4 a version of Ariosto’s I Suppositi, is notable as an early and excellent adaptation of Italian comedy, and moreover, as “the earliest play in English prose acted in public or private.” Udal’s Ralph Roister Doister had been inspired directly by Latin comedy; Gammer Gurton’s Needle was a purely native product; but Supposes is the first example of the acclimatization of the Italian models that were to exercise so prolonged an influence on the English stage. A third play of Gascoigne’s, The Glasse of Government (published in 1575), is a school drama of the “Prodigal Son” type, familiar on the continent at the time, but rare in England. It is defined by Mr C.H. Herford as an attempt “to connect Terentian situation with a Christian moral in a picture of school life,” and it may be assumed that Gascoigne was familiar with the didactic drama of university life in vogue on the continent. The scene is laid at Antwerp, and the two prodigals meet with retribution in Geneva and Heidelberg respectively.
His dramatic work comes from the time he lived at Gray's Inn, with both Jocasta (where Acts i. and iv. were written by Francis Kinwelmersh) and Supposes being performed there in 1566. Jocasta was noted by J.P. Collier (Hist. of Dram. Poetry iii. 8) as the “first known attempt to bring a Greek play to the English stage,” but it turns out Gascoigne only had a very indirect knowledge of Euripides. His play is a literal version of Lodovico Dolce’s Giocasta, which likely comes from the Phoenissae in the Latin translation by R. Winter. Supposes, 4 a version of Ariosto’s I Suppositi, stands out as an early and excellent adaptation of Italian comedy and is also “the earliest play in English prose performed in public or private.” Udal’s Ralph Roister Doister was directly inspired by Latin comedy; Gammer Gurton’s Needle was a purely native work; but Supposes is the first example of adapting Italian models that would have a lasting influence on the English stage. A third play by Gascoigne, The Glasse of Government (published in 1575), is a school drama of the “Prodigal Son” type, which was familiar in Europe at the time, but rare in England. Mr. C.H. Herford describes it as an attempt “to connect Terentian situation with a Christian moral in a picture of school life,” and it can be assumed that Gascoigne was familiar with the educational drama of university life that was popular on the continent. The story takes place in Antwerp, and the two prodigals face consequences in Geneva and Heidelberg respectively.
The Spoyle of Antwerpe, written by an eyewitness of the sack of the city in 1576, has sometimes been attributed to Gascoigne, but although a George Gascoigne was employed in that year to carry letters for Walsingham, internal evidence is against Gascoigne’s authorship. A curious editorial preface by Gascoigne to Sir Humphrey Gilbert’s Discourse of a Discoverie for a new Passage to Cataia (1576) has led to the assertion that Gascoigne printed the tract against its author’s wish, but it is likely that he was really serving Gilbert, who desired the publication, but dared not avow it. The Wyll of the Devill ... (reprinted for private circulation by Dr F.J. Furnivall, 1871), an anti-popish tract, once attributed, on slender evidence, to Gascoigne, is almost certainly by another hand.
The Spoyle of Antwerpe, written by an eyewitness of the city's sack in 1576, has sometimes been credited to Gascoigne. However, even though a George Gascoigne was tasked that year with delivering letters for Walsingham, the evidence suggests he did not write it. A curious editorial preface by Gascoigne to Sir Humphrey Gilbert’s Discourse of a Discoverie for a new Passage to Cataia (1576) has led some to claim that Gascoigne published the work against the author's wishes, but it’s more likely that he was actually supporting Gilbert, who wanted it published but didn’t want to claim ownership. The Wyll of the Devill ... (reprinted for private circulation by Dr F.J. Furnivall, 1871), an anti-Catholic pamphlet, was once linked to Gascoigne based on weak evidence, but it is almost certainly written by someone else.
Gascoigne’s works not already mentioned include: “G. G. in commendation of the noble Arte of Venerie,” prefixed to The Noble Art of Venerie or Hunting (1575); The Complaynte of Phylomene, bound up with The Steele Glas (1576); The Droomme of Doomes-day (1576), a prose compilation from various authors, especially from the De contemptu mundi sive de miseria humanae conditionis of Pope Innocent III., printed with varying titles, earliest ed. (1470?); A Delicate Diet for daintie mouthde droonkardes ... (1576), a free version of St Augustine’s De ebrietate. The Posies (1572) included Supposes, Jocasta, A Discourse of the Adventures of Master F[erdinando] J[eronimi], in imitation of an Italian novella, a partly autobiographical Don Bartholomew of Bath, and miscellaneous poems. Real personages, some of whom were well known at court, were supposed to be concealed under fictitious names in The Adventures of Master F. J., and the poem caused considerable scandal, so that the names are disguised in the second edition. A more comprehensive collection, The Whole Workes of G. G. ... appeared in 1587. In 1868-1870 The Complete Poems of G. G. ... were edited for the Roxburghe Library by Mr W.C. Hazlitt. In his English Reprints Prof. E. Arber included Certayne Notes of Instruction, The Steele Glas and the Complaynt of Philomene. The Steele Glas was also edited for the Library of English Literature, by Henry Morley, vol. i. p. 184 (1889). A new edition, The Works of George Gascoigne (The Cambridge English Classics, 1907, &c.) is edited by Dr J.W. Cunliffe. See also The Life and Writings of George Gascoigne, by Prof. Felix E. Schelling (Publications of the Univ. of Pennsylvania series in Philology, vol. ii. No. 4 [1894]); C.H. Herford, Studies in the Literary Relations of England and Germany in the Sixteenth Century, pp. 149-164 (1886); C.H. Herford, “Gascoigne’s Glasse of Government,” in Englische Studien, vol. ix. (Halle, 1877, &c.).
Gascoigne's works not already mentioned include: “G. G. in commendation of the noble Art of Venerie,” prefixed to The Noble Art of Venerie or Hunting (1575); The Complaynte of Phylomene, bound up with The Steele Glas (1576); The Droomme of Doomes-day (1576), a prose compilation from various authors, especially from the De contemptu mundi sive de miseria humanae conditionis of Pope Innocent III., printed with varying titles, earliest ed. (1470?); A Delicate Diet for daintie mouthde droonkardes ... (1576), a free version of St Augustine’s De ebrietate. The Posies (1572) included Supposes, Jocasta, A Discourse of the Adventures of Master F[erdinando] J[eronimi], in imitation of an Italian novella, a partly autobiographical Don Bartholomew of Bath, and miscellaneous poems. Real people, some of whom were well known at court, were believed to be hidden under fictitious names in The Adventures of Master F. J., and the poem caused quite a scandal, so the names were disguised in the second edition. A more comprehensive collection, The Whole Workes of G. G. ... appeared in 1587. In 1868-1870 The Complete Poems of G. G. ... were edited for the Roxburghe Library by Mr W.C. Hazlitt. In his English Reprints Prof. E. Arber included Certayne Notes of Instruction, The Steele Glas and the Complaynt of Philomene. The Steele Glas was also edited for the Library of English Literature, by Henry Morley, vol. i. p. 184 (1889). A new edition, The Works of George Gascoigne (The Cambridge English Classics, 1907, &c.) is edited by Dr J.W. Cunliffe. See also The Life and Writings of George Gascoigne, by Prof. Felix E. Schelling (Publications of the Univ. of Pennsylvania series in Philology, vol. ii. No. 4 [1894]); C.H. Herford, Studies in the Literary Relations of England and Germany in the Sixteenth Century, pp. 149-164 (1886); C.H. Herford, “Gascoigne’s Glasse of Government,” in Englische Studien, vol. ix. (Halle, 1877, &c.).
1 Printed in 1579 in a pamphlet called The Paradoxe, the author of which, Abraham Fleming, does not mention Gascoigne’s name.
1 Printed in 1579 in a pamphlet called The Paradoxe, the author, Abraham Fleming, does not mention Gascoigne’s name.
2 Reprinted in vol. ii. of J. Haslewood’s Ancient Critical Essays (1811-1815), and in Gregory Smith’s Elizabethan Critical Essays (1904).
2 Reprinted in vol. ii. of J. Haslewood’s Ancient Critical Essays (1811-1815), and in Gregory Smith’s Elizabethan Critical Essays (1904).
“Againe I see, within my glasse of Steele “Againe I see, within my glasse of Steele But foure estates, to serve each country soyle, But four estates, to serve each country's soil, The King, the Knight, the Pesant, and the Priest. The King, the Knight, the Peasant, and the Priest. The King should care for al the subjects still, The King should still care for all the subjects, The Knight should fight, for to defend the same, The Knight should fight, for to defend the same, The Pesant, he shoulde labor for their ease, The peasant should work for their comfort, And Priests shuld pray, for them and for themselves.”— And priests should pray for them and for themselves.” (Arber’s ed. p. 57.) (Arber’s ed. p. 57.) |
4 The influence of this play on the Shakespearian Taming of the Shrew is dealt with by Prof. A.H. Tolman in Shakespeare’s Part in the Taming of the Shrew (Pub. of the Mod. Lang. Assoc. vol. v. No. 4, pp. 215, 216, 1890).
4 The impact of this play on Shakespeare's Taming of the Shrew is discussed by Prof. A.H. Tolman in Shakespeare’s Part in the Taming of the Shrew (Publication of the Modern Language Association vol. v. No. 4, pp. 215, 216, 1890).
GASCOIGNE, SIR WILLIAM (c. 1350-1419), chief justice of England in the reign of Henry IV. Both history and tradition testify to the fact that he was one of the great lawyers who in times of doubt and danger have asserted the principle that the head of the state is subject to law, and that the traditional practice of public officers, or the expressed voice of the nation in parliament, and not the will of the monarch or any part of the legislature, must guide the tribunals of the country. He was a descendant of an ancient Yorkshire family. The date of his birth is uncertain, but it appears from the year-books that he practised as an advocate in the reigns of Edward III. and Richard II. On the banishment of Henry of Lancaster Gascoigne was appointed one of his attorneys, and soon after Henry’s accession to the throne was made chief justice of the court of king’s bench. After the suppression of the rising in the north in 1405, Henry eagerly pressed the chief justice to pronounce sentence upon Scrope, the archbishop of York, and the earl marshal Thomas Mowbray, who had been implicated in the revolt. This he absolutely refused to do, asserting the right of the prisoners to be tried by their peers. Although both were afterwards executed, the chief justice had no part in the transaction. It has been very much doubted, however, whether Gascoigne could have displayed such independence of action without prompt punishment or removal from office following. The oft-told tale of his committing the prince of Wales to prison must also be regarded as unauthentic, though it is both picturesque and characteristic. The judge had directed the punishment of one of the prince’s riotous companions, and the prince, who was present and enraged at the sentence, struck or grossly insulted the judge. Gascoigne immediately committed him to prison, using firm and forcible language, which brought him to a more reasonable mood, and secured his voluntary obedience to the sentence. The king is said to have approved of the act, but there appears to be good ground for the supposition that Gascoigne was removed from his post or resigned soon after the accession of Henry V. He died in 1419, and was buried in the parish church of Harewood in Yorkshire. Some biographies of the judge have stated that he died in 1412, but this is clearly disproved by Foss in his Lives of the Judges; and although it is clear that Gascoigne did not hold office long under Henry V., it is not absolutely impossible that the scene in the fifth act of the second part of Shakespeare’s Henry IV. has some historical basis, and that the judge’s resignation was voluntary.
GASCOIGNE, SIR WILLIAM (c. 1350-1419), chief justice of England during Henry IV's reign. Both history and tradition confirm that he was one of the great lawyers who, in times of uncertainty and danger, upheld the principle that the head of state is subject to the law. He believed that the traditional practices of public officials or the expressed will of the nation in parliament, not the desires of the monarch or any part of the legislature, should guide the courts of the country. He came from an old Yorkshire family. The exact date of his birth is unclear, but records show he was practicing as an advocate during the reigns of Edward III and Richard II. After Henry of Lancaster was exiled, Gascoigne was appointed one of his attorneys and was soon made chief justice of the King’s Bench after Henry took the throne. Following the suppression of the northern uprising in 1405, Henry pressed Gascoigne to sentence Scrope, the archbishop of York, and Earl Marshal Thomas Mowbray, who had been involved in the revolt. Gascoigne firmly refused, affirming the right of the prisoners to be tried by their peers. Although both were executed afterward, Gascoigne had no part in it. However, there has been much doubt about whether Gascoigne could have acted so independently without facing punishment or removal from his position. The often-repeated story of him imprisoning the Prince of Wales should also be considered questionable, even though it is both dramatic and typical. The judge ordered the punishment of one of the prince’s unruly friends, and the prince, furious at the decision and present at the time, either struck or insulted the judge. Gascoigne promptly imprisoned him, using strong and assertive language, which brought the prince to a more reasonable state and ensured his compliance with the sentence. The king reportedly approved of the act, but it seems likely that Gascoigne was either removed from his position or resigned shortly after Henry V’s accession. He died in 1419 and was buried in the parish church of Harewood in Yorkshire. Some biographies state he died in 1412, but this claim is clearly refuted by Foss in his Lives of the Judges; and while it’s evident that Gascoigne didn’t hold office long under Henry V, it’s not entirely impossible that the scene in the fifth act of Shakespeare’s Henry IV. has some historical basis, suggesting that the judge’s resignation was voluntary.
GASCONY (Wasconia), an old province in the S.W. of France. It takes its name from the Vascones, a Spanish tribe which in 580 and 587 crossed the Pyrenees and invaded the district known to the Romans as Novempopulana or Aquitania tertia. Basque, the national language of the Vascones, took root only in a few of the high valleys of the Pyrenees, such as Soule and Labourd; in the plains Latin dialects prevailed, Gascon being a Romance language. In the 7th century the name of Vasconia was substituted for that of Novempopulana. The Vascones readily recognized the sovereignty of the Merovingian kings. In 602 they consented to be governed by a duke called Genialis, but in reality they remained independent. They even appointed national dukes, against whom Charlemagne had to fight at the beginning of his reign. Finally Duke Lupus II. made his 495 submission in 819, and the Carolingians were able to establish Frankish dukes in the country. Three of these are known: Séguin (Sighivinus), William (Guillaume), and Arnaud (Arnaldus). They were at the same time counts of Bordeaux, and succumbed to the Normans. After the death of Arnaud in 864 the history of Gascony falls into the profoundest obscurity. The lists of the 10th-century dukes prepared by ancient and modern historians can only be established by means of hypotheses based in many cases on spurious documents (e.g. the charter of Alaon), and little confidence can be placed in them. During this troubled period Gascony was from time to time attached to one or other of the other Vascon states which had been formed on the southern slope of the Pyrenees, but in the reign of Hugh Capet it was considered as forming part of France, from which it has never been separated. Disputed in the 11th century by the counts of Poitiers, who were also dukes of Aquitaine, and by the counts of Armagnac, the duchy finally passed to the house of Poitiers in 1073, when the title of duke of Gascony was merged in that of duke of Aquitaine and disappeared. In the feudal period Gascony comprised a great number of countships (including Armagnac, Bigorre, Fézensac, Gaure and Pardiac), viscountships (including Béarn, Lomagne, Dax, Juliac, Soule, Marsan, Tartas, Labourd and Maremne), and seigneuries (e.g. Albret, &c.). From the ecclesiastical point of view, it corresponded nearly to the archbishopric of Auch.
Gascogna (Wasconia), an ancient province in the southwest of France. It gets its name from the Vascones, a tribe from Spain, who crossed the Pyrenees and invaded the area the Romans called Novempopulana or Aquitania tertia in 580 and 587. The Basque language, the national language of the Vascones, only took hold in a few of the high valleys of the Pyrenees, like Soule and Labourd; in the plains, Latin dialects were dominant, with Gascon being a Romance language. In the 7th century, the name Vasconia replaced Novempopulana. The Vascones accepted the rule of the Merovingian kings without much resistance. In 602, they agreed to be governed by a duke named Genialis, but in reality, they remained independent. They even appointed their own national dukes, whom Charlemagne had to combat at the start of his reign. Eventually, Duke Lupus II submitted in 819, allowing the Carolingians to install Frankish dukes in the region. Three of these are known: Séguin (Sighivinus), William (Guillaume), and Arnaud (Arnaldus). They also served as counts of Bordeaux and ultimately fell to the Normans. After Arnaud's death in 864, the history of Gascony becomes quite obscure. The lists of 10th-century dukes compiled by ancient and modern historians rely on hypotheses, often based on unreliable documents (e.g., the charter of Alaon), so little trust can be placed in them. During this chaotic time, Gascony was sometimes associated with other Vascon territories on the southern slopes of the Pyrenees, but during Hugh Capet's reign, it was considered part of France, and it has never been separated since. In the 11th century, it was contested by the counts of Poitiers, who were also dukes of Aquitaine, and by the counts of Armagnac. Ultimately, the duchy passed to the house of Poitiers in 1073, at which point the title of duke of Gascony merged with that of duke of Aquitaine and effectively disappeared. During the feudal period, Gascony included many countships (like Armagnac, Bigorre, Fézensac, Gaure, and Pardiac), viscountships (such as Béarn, Lomagne, Dax, Juliac, Soule, Marsan, Tartas, Labourd, and Maremne), and seigneuries (e.g., Albret, etc.). From the church's perspective, it roughly aligned with the archbishopric of Auch.
From about 1073 to 1137 Gascony was governed by the dukes of Aquitaine and counts of Poitiers, one of whom, William IX., gave the first charter of privileges to the town of Bayonne; but the duchy was weakened by the increasing independence of its great feudatories, especially the viscounts of Béarn and the counts of Armagnac. In 1137, the year of her father’s death, Eleanor, the daughter and heiress of Duke William X., married the king of France, Louis VII., and with the rest of Aquitaine Gascony passed under his direct rule. In 1151, however, this marriage was annulled, and almost at once Eleanor married Henry of Anjou, who three years later became king of England as Henry II. Thus was the house of Plantagenet introduced into Gascony and a fresh bone of contention was thrown between the kings of England and of France. Having established himself in the duchy by force of arms, Henry handed it over to his son Richard, against whom many of the great Gascon lords revolted, and from Richard it passed to his brother John. The crusade against the Albigenses was carried into Gascony, and this warfare gave a new impetus to the process of disintegration which was already at work in the duchy. King John and his successor Henry III. were weak; the neighbouring counts of Toulouse were powerful and aggressive; and the house of Béarn was growing in strength. Gascony served Henry III. as headquarters during his two short and disastrous wars (1230 and 1242) with Louis IX., and in 1259 he did homage for it to this king; his son, Edward I., lost and then regained the duchy.
From around 1073 to 1137, Gascony was ruled by the dukes of Aquitaine and counts of Poitiers. One of these rulers, William IX, was the first to grant a charter of privileges to the town of Bayonne. However, the duchy became weaker due to the growing independence of its powerful lords, particularly the viscounts of Béarn and the counts of Armagnac. In 1137, the year her father died, Eleanor, the daughter and heiress of Duke William X, married King Louis VII of France, which transferred Gascony directly under his control along with the rest of Aquitaine. However, this marriage was annulled in 1151, and soon after, Eleanor married Henry of Anjou, who would become King Henry II of England three years later. This brought the Plantagenet family into Gascony and created new tensions between the English and French crowns. After taking control of the duchy through military force, Henry passed it on to his son Richard, who faced revolts from many of the great Gascon lords. The duchy then passed to Richard's brother John. The crusade against the Albigenses also reached Gascony, further contributing to the division already occurring in the duchy. King John and his successor Henry III were weak leaders; the neighboring counts of Toulouse were powerful and aggressive, and the house of Béarn was becoming stronger. Gascony served as Henry III's base during his two brief and unsuccessful wars against Louis IX in 1230 and 1242, and in 1259, he paid homage to this king for the region. His son, Edward I, lost and then regained the duchy.
During the Hundred Years’ War Gascony was obviously a battle-field for the forces of England and of France. The French seized the duchy, but, aided by the rivalry between the powerful houses of Foix and Armagnac, Edward III. was able to recover it, and by the treaty of Bretigny in 1360 John II. recognized the absolute sovereignty of England therein. Handed over as a principality by Edward to his son, the Black Prince, it was used by its new ruler as a base during his expedition into Spain, in which he received substantial help from the Gascon nobles. The renewal of the war between England and France, which took place in 1369, was due in part to a dispute over the sovereignty of Gascony, and during its course the position of the English was seriously weakened, the whole of the duchy save a few towns and fortresses being lost; but the victories of Henry V. in northern France postponed for a time the total expulsion of the foreigner. This was reserved for the final stage of the war and was one result of the efforts of Joan of Arc, the year 1451 witnessing the capture of Bayonne and the final retreat of the English troops from the duchy. During this time the inhabitants of Gascony suffered severely from the ravages of both parties, and the nobles ruled or misruled without restraint.
During the Hundred Years’ War, Gascony clearly became a battleground for the armies of England and France. The French took control of the duchy, but thanks to the rivalry between the powerful houses of Foix and Armagnac, Edward III was able to regain it. By the Treaty of Bretigny in 1360, John II acknowledged England's complete sovereignty over the region. Edward then handed it over as a principality to his son, the Black Prince, who used it as a base during his campaign in Spain, receiving significant support from the Gascon nobles. The renewal of the war between England and France in 1369 was partly due to a dispute over Gascony's sovereignty. Throughout this conflict, the English position weakened significantly, and they lost almost the entire duchy except for a few towns and fortresses. However, Henry V's victories in northern France delayed the complete removal of the English. The final expulsion came later in the war, aided by the efforts of Joan of Arc, culminating in 1451 with the capture of Bayonne and the retreat of the English forces from the duchy. During this period, the people of Gascony suffered greatly due to the destruction caused by both sides, while the nobles ruled or misruled without restriction.
The French kings, especially Louis XI., managed to restore the royal authority in the duchy, although this was not really accomplished until the close of the 15th century when the house of Armagnac was overthrown. It was by means of administrative measures that these kings attained their object. Gascony was governed on the same lines as other parts of France and from the time of Henry IV., who was prince of Béarn, and who united his hereditary lands with the crown, its history differs very slightly from that of the rest of the country. The Renaissance inspired the foundation of educational institutions and the Reformation was largely accepted in Béarn, but not in other parts of Gascony. The wars of religion swept over the land, which was the scene of some of the military exploits of Henry IV., and Louis XIV. made some slight changes in its government. As may be surmised the boundaries of Gascony varied from time to time, but just before the outbreak of the Revolution they were the Atlantic Ocean, Guienne, Languedoc and the Pyrenees, and from east to west the duchy at its greatest extent measured 170 m.
The French kings, especially Louis XI, successfully restored royal authority in the duchy, although this wasn't fully achieved until the end of the 15th century when the house of Armagnac was defeated. These kings reached their goal through administrative measures. Gascony was governed similarly to other regions of France, and since the time of Henry IV, who was prince of Béarn and combined his lands with the crown, its history has only slightly diverged from that of the rest of the country. The Renaissance led to the establishment of educational institutions, and the Reformation was widely accepted in Béarn, though not in other areas of Gascony. The wars of religion affected the region, which hosted some military campaigns of Henry IV, and Louis XIV made minor adjustments to its governance. As can be expected, the boundaries of Gascony changed over time, but just before the Revolution, they included the Atlantic Ocean, Guienne, Languedoc, and the Pyrenees, spanning about 170 miles from east to west at its widest point.
At the end of the ancien régime Gascony was united with Guienne to form a great military government. After the division of France into departments, Gascony, together with Béarn, French Navarre and the Basque country, formed the departments of Basses-Pyrénées, Landes, Hautes-Pyrénées and Gers. Parts of Gascony also now form arrondissements and cantons of the departments of Lot-et-Garonne, Haute-Garonne, Ariège and Tarn-et-Garonne.
At the end of the ancien régime, Gascony was combined with Guienne to create a large military government. After France was divided into departments, Gascony, along with Béarn, French Navarre, and the Basque country, became part of the departments of Basses-Pyrénées, Landes, Hautes-Pyrénées, and Gers. Parts of Gascony also now make up arrondissements and cantons in the departments of Lot-et-Garonne, Haute-Garonne, Ariège, and Tarn-et-Garonne.
See Arnaud Oïhénart, Notitia utriusque Vasconiae, tam Ibericae quam Aquitanicae (1637); L’Abbé Monlezun, Histoire de la Gascogne (1846-1850), comprising a number of useful but uncritically edited documents; and Jean de Jaurgain, La Vasconie, étude historique et critique sur les origines ... du duché de Gascogne ... et des grands fiefs du duché de Gascogne (1898-1902), a learned and ingenious work, but characterized by unbridled genealogical fancy. This last work was rectified by Ferdinand Lot in his Études sur le règne de Hugues Capet (1903; see especially appendix x.). See also Barrau-Dihigo, “La Gascogne,” a bibliography of manuscript sources and of printed works published in the Revue de synthèse historique (1903).
See Arnaud Oïhénart, Notitia utriusque Vasconiae, tam Ibericae quam Aquitanicae (1637); L’Abbé Monlezun, Histoire de la Gascogne (1846-1850), which includes several useful but uncritically edited documents; and Jean de Jaurgain, La Vasconie, étude historique et critique sur les origines ... du duché de Gascogne ... et des grands fiefs du duché de Gascogne (1898-1902), an insightful and creative work, but known for its unchecked genealogical speculation. This last work was corrected by Ferdinand Lot in his Études sur le règne de Hugues Capet (1903; see especially appendix x.). See also Barrau-Dihigo, “La Gascogne,” which is a bibliography of manuscript sources and printed works published in the Revue de synthèse historique (1903).
GAS ENGINE. A gas engine is a heat engine in which the working fluid is atmospheric air and the fuel an inflammable gas. It differs from a hot-air or a steam engine in that the heat is given to the working fluid by combustion within the motive power cylinder. In most gas engines—in fact, in all those at present on the market—the working fluid and the fuel that supplies it with heat are mixed with each other before the combustion of the fuel. The fuel—which in the steam and in most hot-air engines is burned in a separate furnace—is, in the gas engine, introduced directly to the motor cylinder and burned there; it is, indeed, part of the working fluid. A gas engine, therefore, is an internal combustion engine using gaseous fuel.
GAS ENGINE. A gas engine is a type of heat engine where the working fluid is air from the atmosphere and the fuel is a flammable gas. It’s different from hot-air and steam engines because the heat is delivered to the working fluid through combustion in the power cylinder. In most gas engines—actually, in all of those available today—the working fluid and the fuel are mixed together before the fuel is burned. Unlike steam and most hot-air engines, where the fuel is burned in a separate furnace, in a gas engine, the fuel is introduced directly into the motor cylinder and burned there; it’s essentially part of the working fluid. Therefore, a gas engine is an internal combustion engine that uses gaseous fuel.
The commercial history of the gas engine dates from 1876, when Dr N.A. Otto patented the well-known engine now in extensive use, but long before that year inventors had been at work, attempting to utilize gas for producing motive power. The first proposal made in Great Britain is found in Street’s Patent No. 1983 of 1794, where an explosion engine is suggested, the explosion to be caused by vaporizing spirits of turpentine on a heated metal surface, mixing the vapour with air in a cylinder, firing the mixture, and driving a piston by the explosion produced. Most of the early engines were suggested by the fact that a mixture of an inflammable gas and atmospheric air gives an explosion when ignited—that is, produces pressure which can be applied in a cylinder to propel a piston. Lebon, in France, proposed a gas engine in which the gas and air were raised to a pressure above that of the atmosphere before use in the cylinder, but he did not appear to be clear in his ideas.
The commercial history of the gas engine began in 1876 when Dr. N.A. Otto patented the well-known engine that is now widely used. However, inventors had been trying to harness gas for power long before that year. The first proposal in Great Britain can be found in Street’s Patent No. 1983 from 1794, which suggested an explosion engine. This engine would create an explosion by vaporizing turpentine on a heated metal surface, mixing the vapor with air in a cylinder, igniting the mixture, and driving a piston with the resulting explosion. Most of the early engines were based on the principle that a mix of flammable gas and air produces an explosion when ignited, generating pressure that can be used in a cylinder to move a piston. In France, Lebon proposed a gas engine that raised the pressure of the gas and air above atmospheric levels before using it in the cylinder, but his ideas were not very clear.
Some interesting particulars of early experiments are given in a paper read at the Cambridge Philosophical Society in 1820 entitled, “On the Application of Hydrogen Gas to produce a Moving Power in Machinery, with a description of an Engine which is moved by the pressure of the Atmosphere upon a Vacuum caused by Explosions of Hydrogen Gas and Atmospheric Air.” In that paper the Rev. W. Cecil describes an engine of his invention constructed to operate on the explosion vacuum method. This engine was stated to run with perfect regularity at 60 revolutions per minute, consuming 17.6 cub. ft. of hydrogen gas per hour. The hydrogen explosion, however, does not seem to have been noiseless, because Mr Cecil states that in building a larger engine “... to remedy the noise which is occasioned by the explosion, the lower end of the cylinder A, B, C, D may be buried in a well or it may be enclosed in a large air-tight vessel.” Mr Cecil also mentions previous experiments at 496 Cambridge by Prof. Farish, who exhibited at his lectures on mechanics an engine actuated by the explosion of a mixture of gas and air within a cylinder, the explosion taking place from atmospheric pressure. Prof. Farish is also stated to have operated an engine by gunpowder. These engines of Farish and Cecil appear to be the very earliest in actual operation in the world.
Some interesting details of early experiments are found in a paper presented at the Cambridge Philosophical Society in 1820 titled, “On the Application of Hydrogen Gas to Produce a Moving Power in Machinery, with a Description of an Engine That is Moved by the Pressure of the Atmosphere on a Vacuum Created by Explosions of Hydrogen Gas and Atmospheric Air.” In that paper, Rev. W. Cecil describes an engine he invented that operates on the explosion vacuum method. This engine was said to run steadily at 60 revolutions per minute, consuming 17.6 cubic feet of hydrogen gas each hour. However, the hydrogen explosion doesn’t seem to have been quiet, as Mr. Cecil mentions that in building a larger engine, “... to fix the noise caused by the explosion, the lower end of the cylinder A, B, C, D can be buried in a well or enclosed in a large air-tight container.” Mr. Cecil also refers to prior experiments at 496 Cambridge by Prof. Farish, who demonstrated at his mechanics lectures an engine powered by the explosion of a gas and air mixture within a cylinder, with the explosion occurring from atmospheric pressure. Prof. Farish is also noted to have operated an engine using gunpowder. These engines from Farish and Cecil appear to be among the very first in actual operation in the world.
Samuel Brown, in patents dated 1823 and 1826, proposed to fill a closed chamber with a gas flame, and so expel the air; then he condensed the flame by injecting water, and operated an air engine by exhausting into the partial vacuum so obtained. The idea was evidently suggested by Watt’s condensing steam engine, flame being employed instead of steam to obtain a vacuum. Brown’s engine is said to have been actually employed to pump water, drive a boat on the Thames, and propel a road carriage. L.W. Wright in 1833 described an explosion engine working at atmospheric pressure and exploding on both sides of the piston. The cylinder is shown as water-jacketed. In William Barnett’s engine of 1838 two great advances were made. The engine was so constructed that the mixture of gas and air was compressed to a considerable extent in the motor cylinder before ignition. The method of igniting the compressed charge was also effective. The problem of transferring a flame to the interior of a cylinder when the pressure is much in excess of that of the external air was solved by means of a hollow plug cock having a gas jet burning within the hollow. In one position the hollow was opened to the atmosphere, and a gas jet issuing within it was lit by an external flame, so that it burned within the hollow. The plug was then quickly rotated, so that it closed to the external air and opened to the engine cylinder; the flame continued to burn with the air contained in the cock, until the compressed inflammable mixture rushed into the space from the cylinder and ignited at the flame. This mode of ignition is in essentials the one adopted by Otto about thirty years later. To Barnett belongs the credit of being the first to realize clearly the great idea of compression before explosion in gas engines, and to show one way of carrying out the idea in practice. Barnett appears to have constructed an engine, but he attained no commercial success. Several attempts to produce gas engines were made between 1838 and 1860, but they were all failures. Several valuable ideas were published in 1855. Drake, an American, described a mode of igniting a combustible gaseous mixture by raising a thimble-shaped piece of metal to incandescence. In 1857 Barsanti and Matteucci proposed a free-piston engine, in which the explosion propelled a free piston against the atmosphere, and the work was done on the return stroke by the atmospheric pressure, a partial vacuum being produced under the piston. The engine never came into commercial use, although the fundamental idea was good.
Samuel Brown, in patents from 1823 and 1826, proposed filling a closed chamber with a gas flame to expel the air. Then he condensed the flame by injecting water, using it to operate an air engine by creating a partial vacuum. This idea was clearly inspired by Watt’s condensing steam engine, using flame instead of steam to create a vacuum. Brown’s engine is said to have pumped water, driven a boat on the Thames, and propelled a road carriage. In 1833, L.W. Wright described an explosion engine that worked at atmospheric pressure and exploded on both sides of the piston. The cylinder was shown to be water-jacketed. In William Barnett’s engine from 1838, two significant advancements were made. The engine was designed so that the gas and air mixture was compressed significantly in the motor cylinder before ignition. The method of igniting the compressed charge was also effective. The problem of transferring a flame into the cylinder when the pressure was much higher than the outside air was solved with a hollow plug cock that had a gas jet burning inside it. In one position, the hollow was open to the atmosphere, and a gas jet inside it was lit by an external flame, allowing it to burn inside the hollow. The plug was then quickly rotated, so it closed off to the outside air and opened to the engine cylinder; the flame continued to burn with the air inside the cock until the compressed flammable mixture rushed in from the cylinder and ignited at the flame. This ignition method is essentially the one that Otto adopted about thirty years later. Barnett deserves credit for being the first to clearly understand the crucial concept of compression before explosion in gas engines and showing a way to implement this idea in practice. Barnett seems to have built an engine but did not achieve commercial success. Several attempts to create gas engines were made between 1838 and 1860, but all were unsuccessful. Many valuable ideas were published in 1855. An American named Drake described a method for igniting a combustible gas mixture by heating a thimble-shaped piece of metal to incandescence. In 1857, Barsanti and Matteucci suggested a free-piston engine, where the explosion pushed a free piston against the atmosphere, and work was done during the return stroke by atmospheric pressure, creating a partial vacuum under the piston. However, the engine never made it to commercial use, even though the fundamental idea was solid.
Previous to 1860 the gas engine was entirely in the experimental stage, and in spite of many attempts no practical success was attained. E. Lenoir, whose patent is dated 1860, was the inventor of the first gas engine that was brought into general use. The piston, moving forward for a portion of its stroke by the energy stored in the fly-wheel, drew into the cylinder a charge of gas and air at the ordinary atmospheric pressure. At about half stroke the valves closed, and an explosion, caused by an electric spark, propelled the piston to the end of its stroke. On the return stroke the burnt gases were discharged, just as a steam engine exhausts. These operations were repeated on both sides of the piston, and the engine was thus double-acting. Four hundred of these engines were said to be at work in Paris in 1865, and the Reading Iron Works Company Limited built and sold one hundred of them in Great Britain. They were quiet, and smooth in running; the gas consumption, however, was excessive, amounting to about 100 cub. ft. per indicated horse-power per hour. The electrical ignition also gave trouble. Hugon improved on the engine in 1865 by the introduction of a flame ignition, but no real commercial success was attained till 1867, when Otto and Langen exhibited their free-piston engine in the Paris Exhibition of that year. This engine was identical in principle with the Barsanti and Matteucci, but Otto succeeded where those inventors failed. He worked out the engine in a very perfect manner, used flame ignition, and designed a practical clutch, which allowed the piston free movement in one direction but engaged with the fly-wheel shaft when moved in the other; it consisted of rollers and wedge-shaped pockets—the same clutch, in fact, as has since been so much used in free-wheel bicycles. This engine consumed about 40 cub. ft. of gas per brake horse-power per hour—less than half as much as the Lenoir. Several thousands were made and sold, but its strange appearance and unmechanical operation raised many objections. Several inventors meanwhile again advocated compression of the gaseous mixture before ignition, among them being Schmidt, a German, and Million, a Frenchman, both in 1861.
Before 1860, the gas engine was still in the experimental phase, and despite numerous attempts, there was no practical success. E. Lenoir, who received his patent in 1860, invented the first gas engine that became widely used. The piston, moving forward part of the way thanks to energy stored in the flywheel, drew a mixture of gas and air into the cylinder at normal atmospheric pressure. At about halfway through its stroke, the valves closed, and an explosion triggered by an electric spark pushed the piston to the end of its stroke. During the return stroke, the burnt gases were expelled, similar to how a steam engine exhausts. This process occurred on both sides of the piston, making the engine double-acting. In 1865, around four hundred of these engines were reportedly in operation in Paris, and the Reading Iron Works Company Limited manufactured and sold one hundred of them in Great Britain. They ran quietly and smoothly; however, their gas consumption was high, approximately 100 cubic feet per indicated horsepower per hour. The electrical ignition also presented issues. Hugon made improvements to the engine in 1865 by introducing flame ignition, but significant commercial success didn't come until 1867, when Otto and Langen showcased their free-piston engine at that year's Paris Exhibition. This engine was fundamentally the same as the Barsanti and Matteucci design, but Otto succeeded where those inventors had failed. He developed the engine very effectively, utilized flame ignition, and invented a practical clutch that allowed the piston to move freely in one direction while engaging with the flywheel shaft when moving in the other; it included rollers and wedge-shaped pockets—the same clutch style that has since been widely used in free-wheel bicycles. This engine consumed about 40 cubic feet of gas per brake horsepower per hour—less than half of what the Lenoir engine used. Several thousand units were produced and sold, but its unusual appearance and unorthodox operation raised many concerns. Meanwhile, several inventors again suggested compressing the gas mixture before ignition, including German inventor Schmidt and French inventor Million, both in 1861.
To a Frenchman, Alph. Beau de Rochas, belongs the credit of proposing, with perfect clearness, the cycle of operations now widely used in compression gas engines. In a pamphlet published in Paris in 1862, he stated that to obtain economy with an explosion engine four conditions are requisite: (1) The greatest possible cylinder volume with the least possible cooling surface; (2) the greatest possible rapidity of explosion; (3) the greatest possible expansion; and (4) the greatest possible pressure at the beginning of the expansion. The sole arrangement capable of satisfying these conditions he stated would be found in an engine operating as follows: (1) Suction during an entire out-stroke of the piston; (2) compression during the following in-stroke; (3) ignition at the dead point, and expansion during the third stroke; (4) forcing out of the burnt gases from the cylinder on the fourth and last return stroke. Beau de Rochas thus exactly contemplated, in theory at least, the engine produced by Dr Otto fourteen years later. He did not, however, put his engine into practice, and probably had no idea of the practical difficulties to be overcome before realizing his conception in iron and steel. To Dr Otto belongs the honour of independently inventing the same cycle, now correctly known as the Otto cycle, and at the same time overcoming all practical difficulties and making the gas engine of world-wide application. This he did in 1876, and his type of engine very rapidly surpassed all others, so that now the Otto-cycle engine is manufactured over the whole world by hundreds of makers. In 1876 Dr Otto used low compression, only about 30 ℔ per sq. in. above atmosphere. Year by year compression was increased and greater power and economy were obtained, and at present compressions of more than 100 ℔ per sq. in. are commonly used with most satisfactory results.
To a Frenchman, Alph. Beau de Rochas, goes the credit for clearly proposing the cycle of operations used today in compression gas engines. In a pamphlet published in Paris in 1862, he stated that to achieve efficiency with an explosion engine, four conditions are necessary: (1) the largest possible cylinder volume with the smallest possible cooling surface; (2) the fastest possible explosion; (3) the greatest possible expansion; and (4) the highest possible pressure at the start of the expansion. He claimed that the only setup capable of meeting these conditions would work as follows: (1) suction during the entire out-stroke of the piston; (2) compression during the following in-stroke; (3) ignition at the dead point, and expansion during the third stroke; (4) expelling the burnt gases from the cylinder on the fourth and final return stroke. Beau de Rochas thus theoretically predicted, at least in theory, the engine created by Dr. Otto fourteen years later. However, he did not put his engine into practice and likely had no idea of the practical challenges to be faced in building his concept in iron and steel. The honor of independently inventing the same cycle, now correctly referred to as the Otto cycle, belongs to Dr. Otto, who also overcame all practical difficulties and made the gas engine widely applicable. He achieved this in 1876, and his engine type quickly surpassed all others, so much so that today the Otto-cycle engine is manufactured worldwide by hundreds of producers. In 1876, Dr. Otto used low compression, only about 30 psi above atmospheric pressure. Year by year, compression increased, leading to greater power and efficiency, and now compressions over 100 psi are commonly used with excellent results.
The history of the subject since 1876 is one of gradual improvement in detail of construction, enabling higher compressions to be used with safety, and of gradual but accelerating increase in dimensions and power. In the same period light and heavy oil engines have been developed, mostly using the Otto cycle (see Oil Engine).
The history of the subject since 1876 is one of steady improvements in construction details, allowing for safer use of higher compressions, and a gradual but rapid increase in size and power. During the same period, both light and heavy oil engines have been developed, primarily using the Otto cycle (see Oil Engine).
Gas engines may be divided, so far as concerns their working process, into three well-defined types:—
Gas engines can be categorized, in terms of their operation, into three distinct types:—
(1) Engines igniting at constant volume, but without previous compression.
(1) Engines igniting at a steady volume, but without prior compression.
(2) Engines igniting at constant pressure, with previous compression.
(2) Engines igniting at a constant pressure, with prior compression.
(3) Engines igniting at constant volume, with previous compression.
(3) Engines igniting at a fixed volume, after being compressed.
For practical purposes engines of the first type may be disregarded. Gas engines without compression are now considered to be much too wasteful of gas to be of commercial importance. Those of the second type have never reached the stage of extended commercial application; they are scientifically interesting, however, and may take an important place in the future development of the gas engine. The expectations of Sir William Siemens with regard to them have not been realized, although he spent many years in experiments. Of other engineers who also devoted much thought and work to this second type may be mentioned Brayton (1872); Foulis (1878); Crowe (1883); Hargreaves (1888); Clerk (1889); and Diesel (1892). Diesel’s engines are proving successful as oil engines but have not been introduced as gas engines.
For all practical purposes, we can ignore the first type of engines. Gas engines without compression are now seen as too wasteful of gas to be commercially viable. The second type has never gained widespread commercial use; however, they are scientifically interesting and could play a significant role in the future development of gas engines. Sir William Siemens' hopes for them haven't come to fruition, despite his many years of experimentation. Other engineers who put considerable thought and effort into this second type include Brayton (1872), Foulis (1878), Crowe (1883), Hargreaves (1888), Clerk (1889), and Diesel (1892). While Diesel’s engines are proving successful as oil engines, they haven't been developed as gas engines.
The working cycles of the three types are as follows:—
The working cycles of the three types are as follows:—
First Type.—Four operations.
First Type.—Four operations.
(a) Charging the cylinder with explosive mixture at atmospheric pressure.
(i) Filling the cylinder with an explosive mixture at atmospheric pressure.
(b) Exploding the charge.
Blowing up the charge.
(c) Expanding after explosion.
Expanding after the explosion.
(d) Expelling the burnt gases.
Removing burnt gases.
Second Type.—Five operations.
Second Type.—Five tasks.
(a) Charging the pump cylinder with gas and air mixture at atmospheric pressure.
(a) Filling the pump cylinder with a gas and air mixture at atmospheric pressure.
(b) Compressing the charge into an intermediate receiver.
(b) Compressing the charge into a temporary receiver.
(c) Admitting the charge to the motor cylinder, in a state of flame, at the pressure of compression.
(c) Letting the charge enter the motor cylinder while it's on fire, at the pressure of compression.
(d) Expanding after admission.
Expanding after acceptance.
(e) Expelling the burnt gases.
Expelling burnt gases.
Third Type.—Five operations.
Third Type—Five operations.
(a) Charging the cylinder with gas and air mixture at atmospheric pressure.
(a) Filling the cylinder with a gas and air mixture at atmospheric pressure.
(b) Compressing the charge into a combustion space.
(b) Compressing the charge into a combustion chamber.
(c) Exploding the charge.
Exploding the charge.
(d) Expanding after explosion.
Expanding after blast.
(e) Expelling the burnt gases.
Removing the burnt gases.
In all these types the heating of the working fluid is accomplished by the rapid method of combustion within the cylinder, and for the cooling necessary in all heat engines is substituted the complete rejection of the working fluid with the heat it contains, and its replacement by a fresh portion taken from the atmosphere at atmospheric temperature. This is the reason why those cycles can be repeated with almost indefinite rapidity, while the old hot-air engines had to run slowly in order to give time for the working fluid to heat or cool through metal surfaces.
In all these types, the heating of the working fluid is achieved through fast combustion inside the cylinder. For the necessary cooling in all heat engines, the working fluid is completely expelled along with its heat and replaced by a new portion taken from the atmosphere at ambient temperature. This is why these cycles can be repeated almost indefinitely quickly, while the old hot-air engines had to operate slowly to allow the working fluid to heat or cool through metal surfaces.
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Fig. 1.—Side Elevation of Otto Cycle Engine. |
Four-cycle Engines.—Otto-cycle engines belong to the third type, being explosion engines in which the combustible mixture 497 is compressed previous to explosion. Fig. 1 is a side elevation, fig. 2 is a sectional plan, and fig. 3 is an end elevation of an engine built about 1892 by Messrs Crossley of Manchester, who were the original makers of Otto engines in Great Britain. In external appearance it somewhat resembles a modern high-pressure steam engine, of which the working parts are exceedingly strong. In its motor and only cylinder, which is horizontal and open-ended, works a long trunk piston, the front end of which carries the crosshead pin. The crank shaft is heavy, and the fly-wheel large, considerable stored energy being required to carry the piston through the negative part of the cycle. The cylinder is considerably longer than the stroke, so that the piston when full in leaves a space into which it does not enter. This is the combustion space, in which the charge is first compressed and then burned. On the forward stroke, the piston A (fig. 2) takes into the cylinder a charge of mixed gas and air at atmospheric pressure, which is compressed by a backward stroke into the space Z at the end of the cylinder. The compressed charge is then ignited, and so the charge is exploded with the production of a high pressure. The piston now makes a forward stroke under the pressure of the explosion, and on its return, after the exhaust valve is opened, discharges the products of combustion. The engine is then ready to go through the same cycle of operations. It thus takes four strokes or two revolutions of the shaft to complete the Otto cycle, the cylinder being used alternately as a pump and a motor, and the engine, when working at full load, thus gives one impulse for every two revolutions. The valves, which are all of the conical-seated lift type, are four in number—charge inlet valve, gas inlet valve, igniting valve, and exhaust valve. The igniting valve is usually termed the timing valve, because it determines the time of the explosion. Since the valves have each to act once in every two revolutions, they cannot be operated by cams or eccentrics placed directly on the crank shaft. The valve shaft D is driven at half the rate of revolution of the crank shaft C by means of the skew or worm gear E, one wheel of which is mounted on the crank shaft and the other on the valve shaft. Ignition is accomplished by means of a metal tube heated to incandescence by a Bunsen burner. At the proper moment the ignition or timing valve is opened, and the mixed gas and air under pressure being admitted to the interior of the tube, the inflammable gases come into contact with the incandescent metal surface and ignite; the flame at once spreads back to the cylinder and fires its contents, thus producing the motive explosion.
Four-cycle Engines.—Otto-cycle engines are the third type of internal combustion engine, which compress the fuel mixture before ignition. Fig. 1 shows a side view, fig. 2 is a cross-section, and fig. 3 presents a rear view of an engine made around 1892 by Crossley in Manchester, the original makers of Otto engines in Great Britain. Externally, it resembles a modern high-pressure steam engine, featuring robust working parts. The horizontally positioned motor cylinder has a long trunk piston, with the front end containing the crosshead pin. The crankshaft is heavy, and the flywheel is large to store enough energy to move the piston through the downward part of the cycle. The cylinder is significantly longer than the stroke, leaving a space that the piston doesn't enter when fully extended. This space is the combustion chamber, where the fuel mixture is first compressed and then ignited. During the forward stroke, the piston A (fig. 2) draws a mix of gas and air at atmospheric pressure into the cylinder, which is compressed by a backward stroke into space Z at the cylinder's end. Once ignited, the compressed mixture explodes, generating high pressure. The piston then moves forward due to this explosive force, and on its return, after the exhaust valve opens, it expels the combustion products. The engine is then prepared to repeat the cycle. It takes four strokes or two revolutions of the shaft to complete the Otto cycle, using the cylinder alternately as a pump and a motor, delivering one impulse for every two revolutions when operating at full load. There are four conical-seated lift-type valves: the charge inlet valve, gas inlet valve, igniting valve, and exhaust valve. The igniting valve, known as the timing valve, regulates the explosion timing. Since the valves need to function once every two revolutions, they can't be driven by cams or eccentrics directly off the crankshaft. The valve shaft D is driven at half the crankshaft C's speed using a skew or worm gear E, where one wheel is attached to the crankshaft and the other to the valve shaft. Ignition is achieved through a metal tube heated to glowing by a Bunsen burner. At the right moment, the ignition or timing valve opens, allowing the pressurized gas and air to enter the tube, where it contacts the hot metal surface and ignites; the flame travels back to the cylinder, igniting its contents and creating the explosive force.
The working parts are as follows:—A the piston, B the connecting rod, C the crank shaft, D the side or valve shaft, E the skew gearing, F the exhaust valve, G the exhaust valve lever, H the exhaust valve cam, I the charge inlet valve, J the charge inlet valve lever, K the charging valve cam, L the gas inlet valve, M the gas valve cam, N lever and link operating gas valve, O igniting or timing valve, P timing valve cam, Q timing valve lever or tumbler, R igniting tube, S governor, T water jacket and cylinder, U Bunsen burner for heating ignition tube. On the first forward or charging stroke the charge of gas and air is admitted by the inlet valve I, which is operated by the lever J from the cam K, on the valve shaft D. The gas supply is admitted to the inlet valve I by the lift valve L, which is also operated by the lever and link N from the cam M, controlled, however, by the centrifugal governor S. The governor operates either to admit gas wholly, or to cut it off completely, so that the variation in power is obtained by varying the number of the explosions.
The working parts are as follows:—A the piston, B the connecting rod, C the crankshaft, D the side or valve shaft, E the skew gearing, F the exhaust valve, G the exhaust valve lever, H the exhaust valve cam, I the charge inlet valve, J the charge inlet valve lever, K the charging valve cam, L the gas inlet valve, M the gas valve cam, N lever and link operating the gas valve, O igniting or timing valve, P timing valve cam, Q timing valve lever or tumbler, R igniting tube, S governor, T water jacket and cylinder, U Bunsen burner for heating the ignition tube. On the first forward or charging stroke, the mixture of gas and air enters through the inlet valve I, which is operated by lever J from cam K on valve shaft D. The gas supply is controlled by inlet valve I through lift valve L, which is also operated by lever and link N from cam M, but is regulated by the centrifugal governor S. The governor either fully allows gas in or completely cuts it off, so that the variation in power comes from changing the number of explosions.
Since the engine shown in figs. 1 to 3 was built further modifications have been made, principally in the direction of dispensing with or diminishing port space, that is, so arranging the ports that the compression space is not broken up into several separate chambers. In this way the cooling surface in contact with the intensely hot gases is reduced to a minimum. This is especially important when high compressions are used, as then the compression space being small, the port spaces form a large proportion of the total space. For maximum economy it is necessary to get rid of port space altogether; this is done by making the lift valves open directly into the compression space. This arrangement can be readily made in small- and medium-sized engines, but in the larger engines it becomes necessary to provide ports, so as to allow the valves to be more easily removed for cleaning.
Since the engine shown in figs. 1 to 3 was built, further modifications have been made, mainly aimed at reducing or eliminating port space. This means arranging the ports so that the compression space isn’t divided into several separate chambers. By doing this, the cooling surface in contact with the intensely hot gases is minimized. This is particularly important when using high compression, as a smaller compression space means the port spaces make up a larger portion of the total space. For maximum efficiency, it’s essential to eliminate port space entirely; this is achieved by having the lift valves open directly into the compression space. This setup can easily be implemented in small- and medium-sized engines, but in larger engines, it becomes necessary to include ports to allow the valves to be removed more easily for cleaning.
The construction of pressure gas plant in 1878 by J.E. Dowson for the production of inflammable gas from anthracite and coke by the action of air mixed with steam, soon led to the development of larger and larger Otto cycle engines. The gas obtained consisted of a mixture of carbon monoxide, hydrogen, nitrogen and some carbon dioxide and oxygen, having a lower heating value of about 150 British thermal units per cubic foot. With this gas these engines used about 1 ℔ of anthracite per b.h.p. per hour.
The construction of a pressure gas plant in 1878 by J.E. Dowson for producing flammable gas from anthracite and coke through the interaction of air and steam soon resulted in the creation of larger and larger Otto cycle engines. The gas produced was a mixture of carbon monoxide, hydrogen, nitrogen, and some carbon dioxide and oxygen, with a lower heating value of around 150 British thermal units per cubic foot. With this gas, these engines consumed about 1 lb of anthracite per brake horsepower per hour.
From the pressure producer sprang the suction producer first placed on the market in practical form by M. Benier of Paris in 1894, but then presenting many difficulties which were not removed till about nine years later when Dowson and others placed effective suction plants in use in considerable numbers. Such suction plants are now built by all the leading gas engine constructors for powers varying from 10 to 500 i.h.p.
From the pressure producer came the suction producer, which was first commercially introduced by M. Benier of Paris in 1894. However, it initially faced several challenges that weren't resolved until about nine years later, when Dowson and others implemented effective suction plants in large numbers. Today, all major gas engine manufacturers produce these suction plants, with power ranging from 10 to 500 i.h.p.
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Fig. 2.—Plan of Otto Cycle Engine. |
Dr Ludwig Mond and Crossley Bros. also attacked the problem of the bituminous fuel producer, of which many examples are now at work for powers as large as 2000 i.h.p. In 1895 B.H. Thwaite demonstrated that the so-called waste gas from blast furnaces could be used in gas engines, and this undoubtedly led to the design and construction of the very large gas engines now becoming common both in Europe and in America. It appears from Thwaite’s experiments that the surplus gas from the blast furnaces of Great Britain is capable of supplying at least three-quarters of a million horse-power continuously day 498 and night, and it is calculated that in America nearly three million horse-power is available from this source. Thwaite’s system was put into operation in 1895 at the Glasgow Iron Works, and it was also successfully applied near Barrow-in-Furness. For many reasons the system did not take immediate root in England, but in 1898 the Société Cockerill of Seraing near Liège applied an engine designed by Delamere-Deboutteville to utilize blast furnace gas. This engine indicated 213 h.p. running at 105 revolutions per minute. This was followed in 1899 by an engine giving 600 b.h.p. at 90 revolutions per minute used for driving a blowing cylinder for a blast furnace. It had a single cylinder of 51.2 in. diameter and a piston stroke of 55.1 in. About 1900 the Gasmotoren Fabrik Deutz built an Otto cycle engine of 1000 b.h.p. having four cylinders each 33 in. diameter and 39.3 in. stroke, speed 135 revolutions per minute. It was coupled direct to a dynamo. Crossley Bros. Ltd. took up the large gas engine at an early date, and a 400 h.p. engine by them was at work at Brunner, Mond & Co.’s works, Winnington, in 1900; it had two cylinders of 26 in. diameter and 36 in. stroke, and it ran at 150 revolutions per minute.
Dr. Ludwig Mond and Crossley Bros. also tackled the challenge of the bituminous fuel producer, with many examples now in operation for power levels as high as 2000 horsepower. In 1895, B.H. Thwaite showed that so-called waste gas from blast furnaces could be used in gas engines, which definitely contributed to the design and creation of the large gas engines that are becoming common in both Europe and America. Thwaite’s experiments indicate that the surplus gas from Great Britain’s blast furnaces can supply at least three-quarters of a million horsepower continuously, day and night, and it’s estimated that nearly three million horsepower is available from this source in America. Thwaite’s system was implemented in 1895 at the Glasgow Iron Works and was also successfully used near Barrow-in-Furness. For various reasons, the system didn't gain immediate acceptance in England, but in 1898, the Société Cockerill of Seraing near Liège used an engine designed by Delamere-Deboutteville to utilize blast furnace gas. This engine had an output of 213 horsepower running at 105 revolutions per minute. In 1899, another engine produced 600 brake horsepower at 90 revolutions per minute and was used for operating a blowing cylinder for a blast furnace. It featured a single cylinder with a diameter of 51.2 inches and a piston stroke of 55.1 inches. Around 1900, the Gasmotoren Fabrik Deutz built a 1000 brake horsepower Otto cycle engine with four cylinders, each 33 inches in diameter and 39.3 inches in stroke, running at 135 revolutions per minute. It was directly connected to a dynamo. Crossley Bros. Ltd. embraced the large gas engine early on, and a 400 horsepower engine created by them was in operation at Brunner, Mond & Co.’s works in Winnington in 1900; it had two cylinders with a diameter of 26 inches and a stroke of 36 inches, running at 150 revolutions per minute.
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Fig. 3.—End Elevation of Otto Cycle Engine. |
Gas engines operating on the Otto cycle are usually of the single acting open cylinder type up to about 200 b.h.p., but for the larger engines closed cylinders of the double acting type are used. The engine then closely resembles a double acting steam engine. It has a cylinder cover with packing box of a special type, and, in addition to the water jacket surrounding the cylinder and combustion spaces, the piston and piston rod are hollow and cooling water is forced through them by a pump. Such a double acting cylinder gives two succeeding power impulses and then two charging strokes so that one revolution of the crank shaft is occupied in charging and compression, while the succeeding revolution gets two power impulses. For still larger engines two such double acting cylinders are arranged in tandem, so that one piston rod runs through two pistons and connects to a slide in front and to one crank pin by a connecting rod. Such an engine gives two power impulses for every revolution of the crank shaft. The greatest power developed in one double acting cylinder is claimed by Ehrhardt and Sehmer for a cylinder of 45¼ in. diameter by 51¼ in. stroke, which at 94 revolutions per minute gives 1100 i.h.p.
Gas engines that run on the Otto cycle are usually single-acting open cylinder types up to about 200 b.h.p., but for larger engines, double-acting closed cylinders are used. This makes the engine resemble a double-acting steam engine. It features a cylinder cover with a special type of packing box, and besides the water jacket surrounding the cylinder and combustion areas, the piston and piston rod are hollow, with cooling water pumped through them. This double-acting cylinder provides two consecutive power impulses followed by two charging strokes, so one full revolution of the crankshaft involves charging and compression, while the next revolution delivers two power impulses. For even larger engines, two double-acting cylinders are set up in tandem, allowing one piston rod to pass through two pistons and connect to a slide in front and a crank pin via a connecting rod. This setup delivers two power impulses for every crankshaft revolution. The highest power output from a single double-acting cylinder is reported by Ehrhardt and Sehmer for a cylinder with a diameter of 45¼ inches and a stroke of 51¼ inches, which at 94 revolutions per minute produces 1100 i.h.p.
Two-Cycle Engine.—While the Otto or four-cycle engine was developing as above described, inventors were hard at work on the two-cycle engine. In Britain this work fell mostly upon Clerk, Robson and Atkinson, while on the continent of Europe the most persevering and determined worker was Koerting.
Two-Cycle Engine.—While the Otto or four-cycle engine was being developed as described above, inventors were busy working on the two-cycle engine. In Britain, this effort was primarily led by Clerk, Robson, and Atkinson, while on the European continent, the most dedicated and persistent worker was Koerting.
Dugald Clerk began work on the gas engine at the end of 1876. His first patent was dated 1877 and dealt with an engine of the air pressure vacuum type. His next patent was No. 3045 of 1878, and the engine there described was exhibited at the Royal Agricultural Show at Kilburn, London, 1879. In it a pump compressed a mixture of air and gas into a reservoir, from which it entered the motor cylinder during the first part of its stroke. After cut-off ignition was caused by a platinum igniter, the piston was driven forward, and exhausting was performed on the return stroke. This engine gave three b.h.p., and it was the first compression explosion engine ever run giving one impulse for each revolution of the crank shaft. It had difficulties, however, which prevented it from reaching the market.
Dugald Clerk started working on the gas engine at the end of 1876. His first patent was issued in 1877 and focused on an engine of the air pressure vacuum type. His next patent was No. 3045 from 1878, and the engine described in it was showcased at the Royal Agricultural Show in Kilburn, London, in 1879. In this design, a pump compressed a mixture of air and gas into a reservoir, which then fed into the motor cylinder during the first part of its stroke. After cutting off, ignition was triggered by a platinum igniter, causing the piston to move forward, and exhaust was released on the return stroke. This engine produced three b.h.p., and it was the first compression explosion engine to operate with one impulse for each revolution of the crankshaft. However, it faced challenges that kept it from reaching the market.
The particular type of engine now widely known as operating on the Clerk cycle was patented in 1881 (Brit. Pat. No. 1089). One of the earliest of these engines was set up at Lord Kelvin’s laboratory at the Glasgow university and used for the purpose of driving a Siemens dynamo and supplying his house with electric light. The engine was first exhibited in the Paris Electrical Exhibition of 1881 and the London Smoke Abatement Exhibition of the same year. In this engine the charge was not compressed by a separate pump. A pumping cylinder, it is true, was used, but its function was to act merely as a displacer to take in a mixture of gas and air and transfer it to the motor cylinder at as low a pressure as possible, in such a way that the entering charge displaced the exhaust gases through ports which were opened by the overrunning of the piston. The motor piston thus timed and controlled the exhaust discharge, and gave a power impulse for every revolution of the crank. Engines of the Clerk type were built largely by Messrs Sterne & Co. of Glasgow, the Clerk Gas Engine Co. of Philadelphia, U.S.A., the Campbell Gas Engine Co., and a modification was made and sold in considerable numbers by the Stockport Company. The lapsing of the Otto patent, however, in 1876 caused engineers to neglect the two cycle for a time, although a little later it was introduced for small engines in an ingenious and simple modification known as the Day engine. This two-cycle engine later became very popular, especially for motor launch work. The Clerk cycle is now much in use for large gas engines up to about 2000 horse as modified by Messrs Koerting of Hanover.
The specific type of engine now commonly referred to as running on the Clerk cycle was patented in 1881 (Brit. Pat. No. 1089). One of the first of these engines was installed at Lord Kelvin’s lab at Glasgow University and was used to drive a Siemens dynamo and provide electric light for his home. The engine was first showcased at the Paris Electrical Exhibition of 1881 and the London Smoke Abatement Exhibition that same year. In this engine, the charge wasn't compressed by a separate pump. Although a pumping cylinder was used, its role was merely to act as a displacer, bringing in a mixture of gas and air and transferring it to the motor cylinder at the lowest pressure possible, allowing the incoming charge to push out the exhaust gases through ports that opened when the piston overshot. The motor piston thus timed and controlled the exhaust release, providing a power pulse with every crank revolution. Clerk-type engines were mainly produced by Messrs Sterne & Co. of Glasgow, the Clerk Gas Engine Co. in Philadelphia, U.S.A., and the Campbell Gas Engine Co., while a modified version was made and sold in significant quantities by the Stockport Company. The expiration of the Otto patent in 1876 led engineers to temporarily overlook the two-cycle design, although it was later reintroduced for smaller engines in an innovative and straightforward modification known as the Day engine. This two-cycle engine eventually gained immense popularity, especially for motor launch applications. The Clerk cycle is now extensively used for large gas engines up to about 2000 horsepower as modified by Messrs Koerting of Hanover.
The Clerk cycle engine, as built in 1881, is shown in sectional plan at fig. 4. The engine contains two cylinders—a power cylinder A and a displacer cylinder B. The function of the displacer cylinder is to take in a combustible charge of gas and air and transfer it to the power cylinder, displacing as it enters the exhaust gases of the previous explosion. A compression space G is formed at the end of the motor cylinder A. It is of conical shape and communicates with the displacer cylinder B by means of a large automatic lift valve which opens into the compression space from a chamber communicating by a pipe with the displacer cylinder. At the out-end of the motor cylinder are placed V-shaped ports E which open to the atmosphere by an exhaust pipe. The outward travel of the motor piston C causes it to overrun these ports, as seen in fig. 4, and allows the pressure in the cylinder to fall to atmosphere. The action of the engine is as follows:—The displacer piston D on its forward movement draws in its charge of gas and air, and it is so timed with reference to the motor piston C that it has returned a small portion of its stroke just when the motor piston overruns the exhaust ports. The overrunning of the exhaust ports at once causes the pressure in the cylinder to fall to atmosphere, and then the pressure in the displacer overcomes the pressure in the motor cylinder and opens 499 the lift valve, when the charge flows in to the motor cylinder through the conical compression space and displaces the exhaust gases through the ports E, while it fills up the cylinder A with the inflammable charge. The exhaust gases are sufficiently displaced and the fresh charge introduced into the cylinder by the time the motor piston has opened the exhaust ports E on the out-stroke and closed them on the return stroke. The two cylinders are so proportioned that the exhaust gases are expelled as completely as possible and replaced by fresh explosive mixture without any material part of this mixture escaping with the exhaust. Unless the proportions are carefully made such an escape is possible. The relative operations of the motor piston C and the displacer piston D are secured by advancing the crank of the displacer about a right angle compared to the motor crank. The motor piston on its in-stroke compresses the mixed charge into the conical space G; and, when compression is complete, the mixture is ignited by the slide valve F. This produces the power explosion which forces the piston forward until the exhaust ports are opened again. By this cycle of operations one power impulse is given for every revolution of the crank. The motor cylinder is surrounded by a water jacket in the usual manner, but it is unnecessary to water-jacket the displacer, as the gases are never hot.
The Clerk cycle engine, built in 1881, is shown in a sectional plan at fig. 4. The engine has two cylinders—a power cylinder A and a displacer cylinder B. The displacer cylinder's job is to take in a mix of gas and air and send it to the power cylinder, pushing out the exhaust gases from the previous explosion as it does so. A compression space G is located at the end of the motor cylinder A. It's cone-shaped and connects to the displacer cylinder B through a large automatic lift valve that opens into the compression space from a chamber linked by a pipe to the displacer cylinder. At the outlet of the motor cylinder, there are V-shaped ports E that lead to the atmosphere via an exhaust pipe. When the motor piston C moves outward, it goes past these ports, as shown in fig. 4, allowing the pressure in the cylinder to drop to atmospheric levels. The engine works like this: The displacer piston D, as it moves forward, pulls in its charge of gas and air, and it's timed with the motor piston C so that it has pulled back slightly when the motor piston passes the exhaust ports. This causes the pressure in the cylinder to drop to atmospheric levels, and then the pressure in the displacer pushes open the lift valve, allowing the charge to flow into the motor cylinder through the conical compression space and push out the exhaust gases through the ports E, while filling cylinder A with the flammable mixture. By the time the motor piston opens and closes the exhaust ports E during its strokes, the exhaust gases are pushed out and replaced by the fresh charge. The two cylinders are designed so that the exhaust gases are expelled thoroughly and are replaced by the fresh explosive mix without any of it escaping with the exhaust. If the proportions aren’t set just right, some of the mixture could escape. The motor piston C and the displacer piston D work in sync by having the displacer crank advanced about a right angle compared to the motor crank. The motor piston compresses the mixed charge into the conical space G during its inward stroke; and, once the compression is complete, the mixture is ignited by the slide valve F. This creates the power explosion that pushes the piston forward until the exhaust ports open again. This cycle of operations provides one power impulse for each crank revolution. The motor cylinder is surrounded by a water jacket as is customary, but the displacer doesn’t need one since the gases never get hot.
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Fig. 4.—Sectional Plan of Clerk Cycle Engine, 1881. |
Robson also invented two-cycle engines. His first patent was taken out in 1877 (No. 2334). The engines described in his patents of 1879-1880 were of the two-cycle type, and in them no second cylinder was used. The front end of the motor cylinder was enclosed by a cover and packing box, and was used as a pump to force gas and air into a reservoir at a few ℔ above atmosphere. The motor piston was arranged to overrun ports in the side of the cylinder, but the exhaust discharge was not timed in that way. A separate lift valve controlled the overrun ports and determined when the exhaust should be discharged. When the exhaust was discharged at the end of the stroke the pressure from the gas and air reservoir was admitted by a lift valve to the cylinder to displace the remaining exhaust gases and fill the cylinder with charge. This mixture was compressed into a space at the end of the cylinder and ignited by means of a flame ignition device. Robson’s engine was built in considerable numbers by Messrs Tangye of Birmingham, the first exhibited by them at Bingley Hall at the end of 1880. The modern Day engine closely resembles the Robson engine so far as its broad operations are concerned.
Robson also created two-cycle engines. He filed his first patent in 1877 (No. 2334). The engines outlined in his patents from 1879-1880 were of the two-cycle variety and didn't use a second cylinder. The front end of the motor cylinder was covered with a lid and packing box, functioning as a pump to force gas and air into a reservoir at a pressure slightly above atmospheric levels. The motor piston was set up to overrun ports on the side of the cylinder, but the exhaust was not timed in that manner. A separate lift valve managed the overrun ports and controlled when the exhaust was released. When the exhaust was released at the end of the stroke, pressure from the gas and air reservoir was allowed into the cylinder through a lift valve to push out the remaining exhaust gases and fill the cylinder with the new charge. This mixture was compressed into a space at the end of the cylinder and ignited using a flame ignition device. Robson’s engine was produced in significant numbers by Messrs Tangye of Birmingham and was first showcased by them at Bingley Hall at the end of 1880. The modern Day engine is quite similar to the Robson engine in terms of its overall operation.
Atkinson’s work on the gas engine was begun in 1878, his first patent being No. 3212 of 1879. The engine described in that patent somewhat resembled the 1878 engine of Clerk as exhibited at Kilburn. Atkinson was ingenious and persevering in the invention of two-cycle engines. Two of his engines were made in considerable numbers. The first was known as the “Differential” engine, exhibited at the Inventions Exhibition, London, in 1885. A later engine produced by him was called the “Cycle” engine, and it proved to be the most economical of all the motors tested at the Society of Arts trials of motors for electric lighting in 1888-1889. Atkinson joined Crossley Bros., and many of his ingenious contrivances are now at work on the well-known engines of that firm.
Atkinson started working on the gas engine in 1878, and his first patent was No. 3212 from 1879. The engine detailed in that patent was somewhat similar to Clerk's 1878 engine shown at Kilburn. Atkinson was clever and persistent in creating two-cycle engines. He produced two types of engines in significant numbers. The first was the "Differential" engine, which was displayed at the Inventions Exhibition in London in 1885. A later engine he developed was called the "Cycle" engine, and it turned out to be the most efficient of all the motors tested in the Society of Arts' trials for electric lighting in 1888-1889. Atkinson joined Crossley Bros., and many of his innovative designs are now used in the well-known engines produced by that company.
Four-cycle engines now practically monopolize the field of the smaller internal combustion engines, and very large engines are also constructed on this plan. The two-cycle, or Clerk cycle engines, however, compete strongly with the four-cycle for large gas engines using blast furnace gas. Koerting engines on the Clerk cycle are now built giving 1000 i.h.p. per double acting motor cylinder, and one power cylinder on this method gives two impulses per revolution. Messrs Mather & Platt build a Koerting engine of a modified type in England; an engine of their construction with a power cylinder of about 29 in. and 40½ in. stroke gives 700 b.h.p.
Four-cycle engines now pretty much dominate the market for smaller internal combustion engines, and very large engines are also built using this design. However, two-cycle engines, also known as Clerk cycle engines, strongly compete with four-cycle engines for large gas applications that use blast furnace gas. Koerting engines built on the Clerk cycle can now produce 1000 i.h.p. per double-acting motor cylinder, and one power cylinder of this type provides two impulses per revolution. Mather & Platt manufacture a modified Koerting engine in England; one of their engines with a power cylinder of about 29 inches and a stroke of 40½ inches delivers 700 b.h.p.
Fig. 5 shows in longitudinal section the power and pump cylinders of a Mather & Platt Koerting engine on the Clerk cycle; the power cylinder section is shown above that of the pump cylinders, but it is to be understood that both cylinders are in the same horizontal plane as in the Clerk engine shown at fig. 4. The Koerting engine, however, is double acting, whereas the Clerk engine was single acting. The power cylinder A has a power piston A¹ and compression spaces A²A³. At the centre of the cylinders are exhaust ports E which open to the atmosphere and are overrun by the piston A¹ at both ends of the stroke. A4 and A5 are inlet valves for gas and air. The single acting pump cylinders BB¹ supply the air required for the charge, and the double acting gas cylinder CC¹ supplies the gas. Both gas and air are led from these cylinders by separate passages to the inlet valves A4A5. The air pump pistons are lettered B²B³ and the gas pump piston C². The main crank D connects as usual to the piston rod of the power piston A¹, and the pump crank F to the trunk air pump piston B² which drives the other air pump piston B³ and the gas pump piston C² by a piston rod passing through all three. The gas mixture is not made until the inlet valves A4A5 are reached, so that no explosive mixture exists until it is formed within the cylinder A. The air is first introduced into the power cylinder to discharge some of the hot gases, and when the gas is also admitted the contents of the cylinder are cooled to some extent. The action of the engine is exactly as described with regard to the Clerk cycle, and the arrangement of the two cranks at about right angles to each other is also similar. The exhaust is discharged through the ports E, and the incoming charge fills the cylinder in the same way as in the Clerk engine.
Fig. 5 shows a longitudinal section of the power and pump cylinders of a Mather & Platt Koerting engine operating on the Clerk cycle. The power cylinder section is displayed above the pump cylinder sections, but it should be noted that both cylinders are in the same horizontal plane as in the Clerk engine shown in fig. 4. However, the Koerting engine is double acting, while the Clerk engine is single acting. The power cylinder A has a power piston A¹ and compression spaces A² and A³. At the center of the cylinders are exhaust ports E that open to the atmosphere and are covered by the piston A¹ at both ends of the stroke. A4 and A5 are the inlet valves for gas and air. The single acting pump cylinders BB¹ provide the air needed for the charge, and the double acting gas cylinder CC¹ supplies the gas. Both the gas and air flow from these cylinders through separate passages to the inlet valves A4A5. The air pump pistons are labeled B² and B³, while the gas pump piston is C². The main crank D connects, as usual, to the piston rod of the power piston A¹, and the pump crank F connects to the trunk air pump piston B², which drives the other air pump piston B³ and the gas pump piston C² with a piston rod that goes through all three. The gas mixture isn't created until it reaches the inlet valves A4A5, so no explosive mixture is present until it forms inside cylinder A. Air is introduced into the power cylinder first to expel some of the hot gases, and when the gas is also admitted, it cools the cylinder contents to some degree. The engine operates exactly as described for the Clerk cycle, and the arrangement of the two cranks at roughly right angles to each other is also similar. The exhaust is released through the ports E, and the incoming charge fills the cylinder in the same manner as in the Clerk engine.
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Fig. 5.—Longitudinal Section of Two-Cycle Engine (Koerting-Clerk), new type, by Messrs Mather & Platt, Ltd. |
Another large continental gas engine, known as the Oechelhäuser, operates on a modified Clerk cycle and is shown in sectional plan at fig. 6. The motor cylinder A has two pistons A¹A², A¹ being operated by a centre and A² by two outside cranks, side rods, and cross head; the pistons A¹A² thus move in opposite directions and give an effective stroke of double that due to one crank. B is the air and gas pump dealing with air on one side of its piston and gas on the other. A chamber C opens to an air reservoir supplied from the pump and to the power cylinder by ports C¹; a similar chamber D opens to a gas reservoir supplied from the pump and to the power cylinder by ports D¹. The exhaust ports E are provided at the other end of the cylinder. When the front piston overruns the exhaust ports E the pressure within the power cylinder falls to atmosphere; the back piston then opens the air ports C¹ and air under slight pressure flows in, to be followed a little later by gas under slight pressure from the gas ports D¹. In this way the power cylinder A is charged with gas and air mixture at each stroke, and when the pistons A¹A² approach each other the charge is compressed into the space between and then ignited by the electric spark. The pistons are then forced apart and perform their power stroke. The Oechelhäuser engine, which is built in Great Britain by Messrs Beardmore of Glasgow, has attained considerable success in driving blowing pumps for blast furnaces, in producing electric light, and in driving iron rolling mills.
Another large continental gas engine, called the Oechelhäuser, works on a modified Clerk cycle and is shown in sectional view in fig. 6. The motor cylinder A has two pistons A¹ and A², with A¹ being driven by a center and A² by two outside cranks, side rods, and a crosshead; the pistons A¹ and A² move in opposite directions, effectively doubling the stroke produced by one crank. B is the air and gas pump, which manages air on one side of its piston and gas on the other. A chamber C connects to an air reservoir supplied by the pump and to the power cylinder via ports C¹; a similar chamber D connects to a gas reservoir supplied by the pump and to the power cylinder via ports D¹. The exhaust ports E are located at the other end of the cylinder. When the front piston moves past the exhaust ports E, the pressure inside the power cylinder drops to atmospheric levels; the back piston then opens the air ports C¹, allowing air under slight pressure to flow in, followed shortly by gas under slight pressure from the gas ports D¹. This way, the power cylinder A is filled with a mixture of gas and air at each stroke, and when the pistons A¹ and A² draw near each other, the mixture is compressed in the space between and ignited by an electric spark. The pistons are then pushed apart, completing their power stroke. The Oechelhäuser engine, manufactured in Great Britain by Beardmore of Glasgow, has achieved significant success in driving blowing pumps for blast furnaces, generating electric light, and powering iron rolling mills.
Large gas engines are undoubtedly making great progress, as will be seen from the following interesting particulars prepared in 1908 by Mr R.E. Mathot of Brussels giving the numbers and horse power of large gas engines which had then been recently manufactured in Europe:—
Large gas engines are definitely making significant advancements, as shown by the following interesting details prepared in 1908 by Mr. R.E. Mathot of Brussels, which provide the numbers and horsepower of large gas engines that had recently been produced in Europe:—
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Fig. 6.—Arrangement of Oechelhäuser Gas Engine. |
Messrs Crossley Brothers, Limited, 57 motors, with an aggregate of 23,660 h.p.; Messrs Ehrhardt & Sehmer, 59 motors, total, 69,790 h.p.; the Otto Gasmotoren Fabrik, 82, total 47,400 h.p.; Gebrüder Koerting, 198, total 165,760 h.p.; Société Alsacienne, 55, total 23,410 h.p.; Société John Cockerill, 148, total 102,925 h.p.; Société Suisse, Winterthur, 67, total 8620 h.p.; Vereinigte Maschinenfabriken, Augsburg and Nürnberg, 215, total 256,240 h.p. The mean power of each gas engine made by Messrs Ehrhardt & Sehmer and the Augsburg and Nürnberg companies is in each case 1200 h.p. It is stated that in one factory there are gas engines representing a total output of 35,000 h.p. These European large gas engines thus give nearly 575,000 h.p. between them.
Messrs Crossley Brothers, Limited, 57 engines, with a combined total of 23,660 h.p.; Messrs Ehrhardt & Sehmer, 59 engines, total 69,790 h.p.; the Otto Gasmotoren Fabrik, 82, total 47,400 h.p.; Gebrüder Koerting, 198, total 165,760 h.p.; Société Alsacienne, 55, total 23,410 h.p.; Société John Cockerill, 148, total 102,925 h.p.; Société Suisse, Winterthur, 67, total 8620 h.p.; Vereinigte Maschinenfabriken, Augsburg and Nürnberg, 215, total 256,240 h.p. The average power of each gas engine made by Messrs Ehrhardt & Sehmer and the Augsburg and Nürnberg companies is 1200 h.p. It is reported that in one factory there are gas engines with a total output of 35,000 h.p. These large gas engines from Europe collectively produce nearly 575,000 h.p.
The installation of large gas engines has made considerable progress in America. Mr E.L. Adams estimated that 350,000 h.p. was at work or in construction in the United States in 1908. The first large engines were installed at the works of the Lackawanna Steel Co., Buffalo, New York. They were of the Koerting-Clerk type, and were built by the De La Vergne Co. of New York. They included 16 blowing engines, each of 2000 h.p., and 8 engines of 1000 h.p. each, driving dynamos to produce electric light. This large power plant was started in 1902. The Westinghouse Co. of Pittsburgh have also built large engines, several of which are in operation at the various works of the Carnegie Steel Co. These Westinghouse engines are of the horizontal twin tandem type, having two cranks and four double-acting cylinders in each unit, the cylinders being 38 in. in diameter and the stroke 54 in. The Snow Steam Pump Co. have built similar horizontal tandem engines with cylinders of 42 in. diameter and 54 in. stroke. The English Westinghouse Co. have also designed large gas engines, and they exhibited a very interesting vertical multiple cylinder gas engine having four cranks and eight single-acting cylinders, four pairs, in tandem, at the Franco-British Exhibition of 1908; it gave 750 h.p., and the pistons were not watered.
The installation of large gas engines has made significant progress in America. Mr. E.L. Adams estimated that 350,000 horsepower was operational or under construction in the United States in 1908. The first large engines were installed at the Lackawanna Steel Co. in Buffalo, New York. They were of the Koerting-Clerk type and built by the De La Vergne Co. of New York. This included 16 blowing engines, each with 2000 horsepower, and 8 engines of 1000 horsepower each, which powered dynamos to produce electric light. This large power plant started operations in 1902. The Westinghouse Co. of Pittsburgh has also built large engines, several of which are in use at various Carnegie Steel Co. facilities. These Westinghouse engines are the horizontal twin tandem type, featuring two cranks and four double-acting cylinders per unit, with cylinders measuring 38 inches in diameter and a 54-inch stroke. The Snow Steam Pump Co. has constructed similar horizontal tandem engines with 42-inch diameter cylinders and a 54-inch stroke. The English Westinghouse Co. has also designed large gas engines and showcased an impressive vertical multiple cylinder gas engine with four cranks and eight single-acting cylinders, arranged in tandem, at the Franco-British Exhibition of 1908; it delivered 750 horsepower, and the pistons were not water-cooled.
Over two million horse-power of the smaller gas engines are now at work in the world, and certainly above one million horse-power of petrol motors.
Over two million horsepower from smaller gas engines are currently in use around the world, and definitely over one million horsepower from petrol engines.
The application of large gas engines to marine work, the compounding of the gas engine, and many other matters are being strenuously pursued. Capitaine of Frankfort-on-Main has built several vessels used for towing purposes in which the vessel is driven by gas engines operated by means of suction gas-producers consuming anthracite. Messrs Thornycroft and Messrs Beardmore in Great Britain have adopted the Capitaine designs, and both firms have applied them to sea-going vessels, Thornycroft to a gas launch which has been tested in the Solent, and Beardmore to an old gunboat, the “Rattler.” The “Rattler” was fitted with five-cylinder Otto cycle engines and suction gas-producers giving 500 i.h.p.; and has sailed some 1500 m. under gas power only. There are many difficulties to be overcome before large light and sufficiently slow-moving gas engines can be installed on board ship, but progress is being made, and without doubt all difficulties will be ultimately surmounted and gas power successfully applied to ships for both large and small power.
The use of large gas engines for marine work, the development of gas engines, and various other related topics are being actively explored. Capitaine from Frankfort-on-Main has constructed several towing vessels powered by gas engines that operate using suction gas producers fueled by anthracite. Thornycroft and Beardmore in Great Britain have adopted Capitaine's designs and applied them to seagoing vessels. Thornycroft has tested a gas launch in the Solent, while Beardmore has fitted an old gunboat, the “Rattler,” with five-cylinder Otto cycle engines and suction gas producers that deliver 500 i.h.p. The “Rattler” has traveled about 1500 miles solely on gas power. There are still many challenges to tackle before large, lightweight, and adequately slow-moving gas engines can be used on ships, but progress is being made, and it’s clear that these challenges will eventually be overcome, allowing gas power to be effectively used in both large and small ships.
The flame and incandescent tube methods of ignition have been displaced by electrical ignition of both high and low tension types; all large gas engines are ignited electrically and generally by more than one igniter per cylinder.
The flame and incandescent tube ignition methods have been replaced by electrical ignition, both high and low tension; all large gas engines are now electrically ignited, usually with more than one igniter per cylinder.
The governing of large gas engines, too, is now effected so as to keep up continuity of impulses by the method either of throttling the charge inlet or by varying the point of admission of gas alone or air and gas mixed.
The operation of large gas engines is now managed to maintain a steady flow of impulses either by restricting the charge inlet or by adjusting the timing of gas admission alone or the mixture of air and gas.
It may be said, indeed, without exaggeration, that the whole world is now alive to the possibilities of the internal-combustion motor, and that progress will be more and more rapid. This motor has almost fulfilled the expectations of those engineers who have devoted a large part of their lives to its study and advancement. They are looking forward now to the completion of the work begun so many years ago, and expect, at no distant date, to find the internal-combustion motor competing with the steam engine even in its latest form, the steam turbine, on sea as vigorously as it does at present on land.
It can certainly be said, without exaggeration, that the entire world is now aware of the potential of the internal combustion engine, and that progress will continue to accelerate. This engine has largely met the expectations of the engineers who have dedicated much of their lives to studying and improving it. They are now looking forward to completing the work that began many years ago and expect, in the near future, to see the internal combustion engine competing with the steam engine, even in its most modern form, the steam turbine, at sea just as robustly as it currently does on land.
Thermal Efficiency of Four-Cycle Engines.—The Otto and Clerk type engines are usually designated respectively four-cycle and two-cycle, because in the Otto type four strokes are necessary to complete the power-producing cycle of the engine and in the Clerk engine two strokes complete the cycle.
Thermal Efficiency of Four-Cycle Engines.—The Otto and Clerk type engines are commonly referred to as four-cycle and two-cycle, respectively. This is because the Otto type requires four strokes to complete the power-producing cycle, while the Clerk engine completes the cycle in two strokes.
Indicated thermal efficiency may be defined as the proportion of the total heat of combustion which appears as work done by the explosion and expansion upon the piston. Brake thermal efficiency may be defined as the proportion of the total heat of combustion which appears as work given out by the engine available for overcoming external resistances; that is, brake thermal efficiency is the effective efficiency of the engine for doing work. In the early gas engines the indicated thermal efficiency was only 16%, as shown by tests of Otto engines from about 1877 to 1882, but now indicated thermal efficiencies of from 35% to 37% are often obtained. Some experimenters claim even higher efficiencies, but even 37% is higher than ordinary best practice of 1909. Table I. has been prepared to show this advance. It shows, in addition to indicated thermal efficiency, the brake thermal efficiency and the mechanical efficiency, together with other particulars such as engine dimensions, types and names of experimenters. It will be seen that brake thermal efficiency has also increased from 14% to 32%; that is, practically one-third of the whole heat of combustion is obtained by these engines in effective work available for all motive power purposes.
Indicated thermal efficiency is the percentage of the total heat from combustion that gets converted into work done by the explosion and expansion on the piston. Brake thermal efficiency is the percentage of the total heat of combustion that translates into work provided by the engine to overcome external resistance; in other words, brake thermal efficiency reflects how effectively the engine can do work. In the early gas engines, indicated thermal efficiency was only 16%, based on tests of Otto engines from around 1877 to 1882, but today, indicated thermal efficiencies of 35% to 37% are commonly achieved. Some researchers claim even higher efficiencies, but even 37% exceeds the best practices of 1909. Table I. has been created to demonstrate this progress. It not only includes indicated thermal efficiency but also brake thermal efficiency and mechanical efficiency, along with other details like engine dimensions, types, and names of the researchers. It can be seen that brake thermal efficiency has also risen from 14% to 32%; essentially, about one-third of the total heat from combustion is utilized by these engines as effective work for all power needs.
Table I.—Indicated and Brake Thermal Efficiency of Four-Cycle Engines from 1882 to 1908.
Table 1.—Indicated and Brake Thermal Efficiency of Four-Cycle Engines from 1882 to 1908.
No. | Mechanical Efficiency. | Names of Experimenters. | Year. | Dimensions of Engine. | Indicated Thermal Efficiency. | Brake Thermal Efficiency. | Type of Engine. | |
Per cent. | Diam. | Stroke. | Per cent. | Per cent. | ||||
1 | 87.6 | Slaby | 1882 | 6.75″ | × 13.7″ | 16 | 14 | Deutz |
2 | 84.2 | Thurston | 1884 | 8.5″ | × 14″ | 17 | 14.3 | Crossley |
3 | 86.1 | Society of Arts | 1888 | 9.5″ | × 18″ | 22 | 18.9 | Crossley |
4 | 80.9 | Society of Arts | 1888 | 9.02″ | × 14″ | 21 | 17 | Griffin (6-cycle) |
5 | 87.3 | Kennedy | 1888 | 7.5″ | × 15″ | 21 | 18.3 | Beck (6-cycle) |
6 | 82.0 | Capper | 1892 | 8.5″ | × 18″ | 22.8 | 17.4 | Crossley |
7 | 87.0 | Robinson | 1898 | 10″ | × 18″ | 28.7 | 25 | National |
8 | 83 | Humphrey | 1900 | 26″ | × 36″ | 31 | 25.7 | Crossley |
9 | 81.7 | Witz | 1900 | 51.2″ | × 55.13″ | 28 | 22.9 | Cockerill |
10 | 85.5 | Inst. Civil. Eng. | 1905 | 14″ | × 22″ | 351 | 29.9 | National |
11 | 77.1 | Burstall | 1907 | 16″ | × 24″ | 41.52 | 32 | Premier |
12 | 87.5 | Hopkinson | 1908 | 11.5″ | × 21″ | 36.8 | 32.2 | Crossley |
Thermal Efficiency of Two-Cycle Engines.—It has been found that two-cycle engines present greater practical difficulties in regard to obtaining high indicated and brake thermal efficiencies, but the thermodynamic considerations are not affected by the practical difficulties. As shown by Table II., these engines improved in indicated thermal efficiency from the value of 16.4% attained in 1884 to 38% in 1903, while the brake thermal efficiency rose in the same period from 14% to 29%. The numbers in Table II. are not so well established as those in Table I. The four-cycle engines have been so far subjected to much more rigid and authoritative tests than those of the two-cycle. It is interesting to see from the table 501 that the mechanical efficiency of the early Clerk engines was 84%, while in the later large engines of the same type it has fallen to 75%.
Thermal Efficiency of Two-Cycle Engines.—It has been found that two-cycle engines have more practical challenges when it comes to achieving high indicated and brake thermal efficiencies, but these thermodynamic factors remain unaffected by those challenges. As shown in Table II, the indicated thermal efficiency of these engines improved from 16.4% in 1884 to 38% in 1903, while the brake thermal efficiency increased from 14% to 29% in the same timeframe. The figures in Table II are not as reliable as those in Table I. So far, four-cycle engines have undergone much more rigorous and authoritative testing compared to two-cycle engines. It’s interesting to note from the table 501 that the mechanical efficiency of the early Clerk engines was 84%, while in the later larger engines of the same type, it dropped to 75%.
Standards of Thermal Efficiency.—To set up an absolute standard of thermal efficiency it is necessary to know in a complete manner the physical and chemical properties and occurrences in a gaseous explosion. A great deal of attention has been devoted to gaseous explosions by experimenters in England and on the continent of Europe, and much knowledge has been obtained from the work of Mallard and Le Chatelier, Clerk, Langen, Petavel, Hopkinson and Bairstow and Alexander. From these and other experiments it is possible to measure approximately the internal energy or the specific heats of the gases of combustion at very high temperatures, such as 2000° C.; and to advance the knowledge on the subject a committee of the British Association was formed at Leicester in 1907. Recognizing, in 1882, that it was impossible to base any standard cycle of efficiency upon the then existing knowledge of gaseous explosions Dugald Clerk proposed what is called the air standard. This standard has been used for many years, and it was officially adopted by a committee of the Institution of Civil Engineers appointed in 1903, this committee’s two reports, dated March 1905 and December 1905, definitely adopting the air-standard cycle as the standard of efficiency for internal combustion engines. This standard assumes that the working fluid is air, that its specific heat is constant throughout the range of temperature, and that the value of the ratio between the specific heat at constant volume and constant pressure is 1.4. The air-standard efficiency for different cycles will be found fully discussed in the report of that committee, but space here only allows of a short discussion of the various cycles using compression previous to ignition.
Standards of Thermal Efficiency.—To establish a definitive standard of thermal efficiency, it's essential to thoroughly understand the physical and chemical properties involved in a gaseous explosion. A lot of research has focused on gaseous explosions by experimenters in England and across Europe, leading to significant insights from the work of Mallard and Le Chatelier, Clerk, Langen, Petavel, Hopkinson, Bairstow, and Alexander. From these and other studies, we can roughly estimate the internal energy or specific heats of combustion gases at extremely high temperatures, like 2000° C. To enhance understanding of this topic, a committee of the British Association was established in Leicester in 1907. In 1882, recognizing that it was impossible to base any standard efficiency cycle on the then-current knowledge of gaseous explosions, Dugald Clerk proposed what is known as the air standard. This standard has been in use for many years and was officially adopted by a committee of the Institution of Civil Engineers in 1903. The committee submitted two reports, dated March 1905 and December 1905, which confirmed the air-standard cycle as the efficiency standard for internal combustion engines. This standard assumes that the working fluid is air, that its specific heat remains constant across the temperature range, and that the ratio of specific heat at constant volume to that at constant pressure is 1.4. The air-standard efficiency for various cycles is extensively discussed in that committee's report, but here, we can only briefly cover the different cycles that involve compression before ignition.
Table II.—Indicated and Brake Thermal Efficiency of Two-cycle Engines from 1884 to 1908.
Table 2.—Indicated and Brake Thermal Efficiency of Two-cycle Engines from 1884 to 1908.
Mechanical Efficiency. | Name of Experimenter. | Year. | Dimensions of Motor Cylinders. | Indicated Thermal Efficiency. | Brake Thermal Efficiency. | Type of Engine. | |
Per cent. | Diam. | Stroke. | Per cent. | Per cent. | |||
84 | Garrett | 1884 | 9″ | × 20″ | 16.4 | 14 | Clerk-Sterne |
.. | Stockport Co. | 1884 | .. | .. | .. | 11.2 | Andrews & Co. |
83 | Clerk | 1887 | 9″ | × 15″ | 20.2 | 16.9 | Clerk-Tangye |
.. | Atkinson | 1885 | 7½″ | .. | .. | 15 | Atkinson |
75 | Meyer | 1903 | 265⁄8″ | × (2″×37½″) | 38 | 29 | Oechelhäuser |
75 | Mather & Platt | 1907 | .. | .. | 30.6 | 23 | Koerting |
For such engines there are three symmetrical thermodynamic cycles, and each cycle has the maximum thermal efficiency possible for the conditions assumed. The three types may be defined as cycles of (1) constant temperature, (2) constant pressure, and (3) constant volume.
For these engines, there are three symmetrical thermodynamic cycles, and each cycle has the highest thermal efficiency possible for the assumed conditions. The three types can be defined as cycles of (1) constant temperature, (2) constant pressure, and (3) constant volume.
The term constant temperature indicates that the supply of heat is added at constant temperature. In this cycle adiabatic compression is assumed to raise the temperature of the working fluid from the lowest to the highest point. The fluid then expands at constant temperature, so that the whole of the heat is added at a constant temperature, which is the highest temperature of the cycle. The heat supply is stopped at a certain period, and then the fluid adiabatically expands until the temperature falls to the lowest temperature. A compression operation then takes place at the lowest temperature, so that the necessary heat is discharged by isothermal compression at the lower temperature. It will be recognized that this is the Carnot cycle, and the efficiency E is the maximum possible between the temperature limits in accordance with the well-known second law of thermo-dynamics. This efficiency is E = (T − T1)/T = 1 − T1/T, where T is the absolute temperature at which heat is supplied and T1 the absolute temperature at which heat is discharged.
The term constant temperature means that heat is supplied at a steady temperature. In this cycle, we assume adiabatic compression raises the temperature of the working fluid from the lowest to the highest point. The fluid then expands at constant temperature, meaning all the heat is added at this consistent temperature, which is the highest temperature of the cycle. The heat supply stops after a certain time, and then the fluid expands adiabatically until the temperature drops to the lowest point. Next, a compression operation occurs at the lowest temperature, causing the necessary heat to be released through isothermal compression at that lower temperature. It's important to recognize that this is the Carnot cycle, and the efficiency E is the highest possible between the temperature limits, according to the well-known second law of thermodynamics. This efficiency is E = (T − T1)/T = 1 − T1/T, where T is the absolute temperature where heat is supplied, and T1 is the absolute temperature where heat is discharged.
It is obvious that the temperatures before and after compression are here the same as the lower and the higher temperatures, so that if t be the temperature before compression and tc the temperature after compression, then E = 1 − t/tc. This equation in effect says that thermal efficiency operating on the Carnot cycle depends upon the temperatures before and after compression.
It’s clear that the temperatures before and after compression are the same as the lower and higher temperatures. So, if t is the temperature before compression and tc is the temperature after compression, then E = 1 − t/tc. This equation essentially states that the thermal efficiency operating on the Carnot cycle depends on the temperatures before and after compression.
The constant pressure cycle is so called because heat is added to the working fluid at constant pressure. In this cycle adiabatic compression raises the pressure—not the temperature—from the lower to the higher limit. At the higher limit of pressure, heat is added while the working fluid expands at a constant pressure. The temperature thus increases in proportion to increase of volume. When the heat supply ceases, adiabatic expansion proceeds and reduces the pressure of the working fluid from the higher to the lower point. Again here we are dealing with pressure and not temperature. The heat in this case is discharged from the cycle at the lower pressure but at diminishing temperature. It can be shown in this case also that E = 1 − t/tc, that is, that although the maximum temperature of the working fluid is higher than the temperature of compression and the temperature at the end of adiabatic expansion is higher than the lower temperature, yet the proportion of heat convertible into work is determined here also by the ratio of the temperatures before and after compression.
The constant pressure cycle gets its name because heat is added to the working fluid while maintaining constant pressure. In this cycle, adiabatic compression increases the pressure—not the temperature—moving from the lower to the higher limit. At the higher pressure limit, heat is added as the working fluid expands at a constant pressure. As a result, the temperature rises in proportion to the increase in volume. When the heat supply stops, adiabatic expansion occurs, lowering the pressure of the working fluid from the higher to the lower point. Once again, we are focusing on pressure rather than temperature. In this situation, heat is discharged from the cycle at the lower pressure but at a decreasing temperature. It can also be shown that E = 1 − t/tc, meaning that although the maximum temperature of the working fluid is higher than the compression temperature, and the temperature at the end of adiabatic expansion is greater than the lower temperature, the amount of heat that can be converted into work is still determined by the ratio of temperatures before and after compression.
The constant volume cycle is so called because the heat required is added to the working fluid at constant volume. In this cycle adiabatic compression raises the pressure and temperature of the working fluid through a certain range; the heat supply is added while the volume remains constant, that is, the volume to which the fluid is diminished by compression. Adiabatic expansion reduces the pressure and temperature of the working fluid until the volume is the same as the original volume before compression, and the necessary heat is discharged from the cycle at constant volume during falling temperature. Here also it can be shown that the thermal efficiency depends on the ratio between the temperature before compression and the temperature after compression. It is as before E = 1 − t/tc. Where t is the temperature and v the volume before compression, and tc the temperature and vc the volume after adiabatic compression, it can be shown that (vc/v)γ−1 = t/tc, so that E may be written
The constant volume cycle gets its name because heat is added to the working fluid while keeping the volume constant. In this cycle, adiabatic compression increases the pressure and temperature of the working fluid by a certain amount; heat is supplied while the volume stays the same, which is the volume reduced by compression. Adiabatic expansion lowers the pressure and temperature of the working fluid until the volume returns to its original size before compression, and the necessary heat is released from the cycle at constant volume during the drop in temperature. It's also evident that thermal efficiency depends on the ratio of the temperature before compression to the temperature after compression. This can be expressed as E = 1 − t/tc. Here, t is the temperature and v the volume before compression, and tc is the temperature and vc is the volume after adiabatic compression, which shows that (vc/v)γ−1 = t/tc, allowing E to be written as
E = 1 − Below is a short piece of text (5 words or fewer). Modernize it into contemporary English if there's enough context, but do not add or omit any information. If context is insufficient, return it unchanged. Do not add commentary, and do not modify any placeholders. If you see placeholders of the form __A_TAG_PLACEHOLDER_x__, you must keep them exactly as-is so they can be replaced with links. | vc | ) | γ−1 | , |
v |
and if vc/v = 1/r, the compression ratio, then
and if vc/v = 1/r, the compression ratio, then
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r |
Table III.—Theoretical Thermal Efficiency for the Three Symmetrical Cycles of Constant Temperature, Pressure and Volume.
Table 3.—Theoretical Thermal Efficiency for the Three Symmetrical Cycles of Constant Temperature, Pressure, and Volume.
1/r | E | ||
1⁄2 | 0.026 | 1⁄7 | 0.55 |
1⁄3 | 0.36 | 1⁄10 | 0.61 |
1⁄4 | 0.43 | 1⁄20 | 0.70 |
1⁄5 | 0.48 | 1⁄100 | 0.85 |
Thus in all three symmetrical cycles of constant temperature, constant pressure and constant volume the thermal efficiency depends only on the ratio of the maximum volume before compression to the volume after compression; and, given this ratio, called 1/r, which does not depend in any way upon temperature determinations but only upon the construction and valve-setting of the engine, we have a means of settling the ideal efficiency proper for the particular engine. Any desired ideal efficiency may be obtained from any of the cycles by selecting a suitable compression ratio. Table III., giving the theoretical thermal efficiency for these three symmetrical cycles of constant temperature, pressure and volume, extends from a compression ratio of ½ to 1⁄100th. Such compression ratios as 100 are, of course, not used in practice. The ordinary value in constant volume engines ranges from 1⁄5th to 1⁄7th. In the Diesel engine, which is a constant pressure engine, the ratio is usually 1⁄12th. As the value of 1/r increases beyond certain limits, the effective power for given cylinder dimensions diminishes, because the temperature of compression is rapidly approaching the maximum temperature possible by explosion; thus a compression of 1⁄100th raises the temperature of air from 17° C. to about 1600° C, and as 2000º C. is the highest available explosion temperature for ordinary purposes, it follows that a very small amount of work would be possible from an engine using such compressions, apart from other mechanical considerations. It has long been recognized that constant pressure and constant volume engines have the same thermal efficiency for similar range of compression temperature, but Prof. H.L. Callendar first pointed out the interesting fact that a Carnot cycle engine is equally dependent upon the ratio of the temperature before and after compression, and that its efficiency for a given compression ratio is the same as the efficiencies proper for constant pressure and constant volume engines. Prof. Callendar demonstrated this at a meeting of the Institution of Civil Engineers Committee on thermal standards in 1904. The work of this committee, together with Clerk’s investigations, prove that in modern gas-engines up to to 50 h.p. it may be taken that the best result possible in practice is given by multiplying the air-standard value by .7. For instance, an engine with a compression ratio of one-third has an air-standard efficiency of 0.36, and the actual indicated efficiency of a well-designed engine should be .36 multiplied by .7 = 0.25. If, however, the compression ratio be raised to one-fifth, then the air-standard value .48 multiplied by .7 gives .336. The ideal efficiency of the real working fluid can be proved to be about 20% short of the air-standard values given.
In all three symmetrical cycles of constant temperature, constant pressure, and constant volume, thermal efficiency relies solely on the ratio of the maximum volume before compression to the volume after compression. This ratio, referred to as 1/r, is independent of temperature measurements and is determined only by the engine's design and valve settings. Therefore, we can determine the ideal efficiency appropriate for any specific engine based on this ratio. Any desired ideal efficiency can be achieved from any of the cycles by choosing an appropriate compression ratio. Table III shows the theoretical thermal efficiency for these three symmetrical cycles of constant temperature, pressure, and volume, ranging from a compression ratio of ½ to 1/100th. Compression ratios as high as 100 are not used in practice. Typical values for constant volume engines range from 1/5th to 1/7th. In the Diesel engine, which operates at constant pressure, the ratio is usually 1/12th. As the value of 1/r increases beyond certain limits, the effective power for a given cylinder size decreases because the temperature during compression rapidly approaches the maximum temperature achievable by combustion. For example, a compression of 1/100th raises the air temperature from 17° C. to around 1600° C, and since 2000º C. is the maximum explosion temperature typically used, it follows that very little work can be extracted from an engine with such compression ratios, aside from other mechanical factors. It has long been recognized that constant pressure and constant volume engines have the same thermal efficiency for similar compression temperature ranges. However, Prof. H.L. Callendar first highlighted the notable fact that a Carnot cycle engine also depends on the ratio of temperatures before and after compression, showing that its efficiency for a specific compression ratio matches that of the efficiencies for constant pressure and constant volume engines. Prof. Callendar demonstrated this at a meeting of the Institution of Civil Engineers Committee on thermal standards in 1904. The committee's work, along with Clerk’s research, shows that in modern gas engines up to 50 h.p., the best practical results can be achieved by multiplying the air-standard value by .7. For example, an engine with a compression ratio of one-third has an air-standard efficiency of 0.36, and the actual indicated efficiency of a well-designed engine should be .36 multiplied by .7, which equals 0.25. If the compression ratio is increased to one-fifth, then the air-standard value of .48 multiplied by .7 gives .336. The ideal efficiency of the actual working fluid is approximately 20% lower than the air-standard values provided.
GASKELL, ELIZABETH CLEGHORN (1810-1865), English novelist and biographer, was born on the 29th of September 1810 in Lindsay Row, Chelsea, London, since destroyed to make way for Cheyne Walk. Her father, William Stevenson (1772-1829), came from Berwick-on-Tweed, and had been successively Unitarian minister, farmer, boarding-house keeper for students at Edinburgh, editor of the Scots Magazine, and contributor to the 502 Edinburgh Review, before he received the post of Keeper of the Records to the Treasury, which he held until his death. His first wife, Elizabeth Holland, was Mrs Gaskell’s mother. She was a Holland of Sandlebridge, Knutsford, Cheshire, in which county the family name had long been and is still of great account. Mrs Stevenson died a month after her daughter was born, and the babe was carried into Cheshire to Knutsford to be adopted by her aunt, Mrs Lumb. Thus her childhood was spent in the pleasant environment that she has idealized in Cranford. At fifteen years of age she went to a boarding-school at Stratford-on-Avon, kept by Miss Byerley, where she remained until her seventeenth year. Then came occasional visits to London to see her father and his second wife, and after her father’s death in 1829 to her uncle, Swinton Holland. Two winters seem to have been spent in Newcastle-on-Tyne In the family of William Turner, a Unitarian minister, and a third in Edinburgh. On the 30th of August 1832 she was married in the parish church of Knutsford to William Gaskell, minister of the Unitarian chapel in Cross Street, Manchester, and the author of many treatises and sermons in support of his own religious denomination. Mr Gaskell held the chair of English history and literature in Manchester New College.
Gaskell, Elizabeth Cleghorn (1810-1865), English novelist and biographer, was born on September 29, 1810, in Lindsay Row, Chelsea, London, which was later replaced by Cheyne Walk. Her father, William Stevenson (1772-1829), came from Berwick-on-Tweed and held several positions including Unitarian minister, farmer, boarding-house keeper for students in Edinburgh, editor of the Scots Magazine, and contributor to the Edinburgh Review, before becoming Keeper of the Records to the Treasury, a role he kept until his death. His first wife, Elizabeth Holland, was Mrs. Gaskell’s mother, hailing from Sandlebridge, Knutsford, Cheshire, a region where the family name has long been important. Mrs. Stevenson passed away a month after giving birth, and the infant was taken to Knutsford in Cheshire to be raised by her aunt, Mrs. Lumb. Consequently, her childhood was spent in the lovely surroundings she later depicted in Cranford. At fifteen, she attended a boarding school in Stratford-on-Avon run by Miss Byerley, staying there until she turned seventeen. After that, she would occasionally visit London to see her father and his second wife, and after her father's passing in 1829, her uncle, Swinton Holland. She reportedly spent two winters in Newcastle-on-Tyne with the family of William Turner, a Unitarian minister, and a third winter in Edinburgh. On August 30, 1832, she married William Gaskell in the parish church of Knutsford; he was the minister of the Unitarian chapel in Cross Street, Manchester, and authored many treatises and sermons advocating for his religious denomination. Mr. Gaskell held the chair of English history and literature at Manchester New College.
Henceforth Mrs Gaskell’s life belonged to Manchester. She and her husband lived first in Dover Street, then in Rumford Street, and finally in 1850 at 84 Plymouth Grove. Her literary life began with poetry. She and her husband aspired to emulate George Crabbe and write the annals of the Manchester poor. One poetic “Sketch,” which appeared in Blackwood’s Magazine for January 1837, seems to have been the only outcome of this ambition. Henceforth, while in perfect union in all else, husband and wife were to go their separate literary ways, Mrs Gaskell to become a successful novelist, whose books were to live side by side with those of greater masters, Mr Gaskell to be a distinguished Unitarian divine, whose sermons, lectures and hymns are now all but forgotten. In her earlier married life Mrs Gaskell was mainly occupied with domestic duties—she had seven children—and philanthropic work among the poor. Her first published prose effort was probably a letter that she addressed to William Howitt on hearing that he contemplated a volume entitled Visits to Remarkable Places. She then told the legend of Clopton Hall, Warwickshire, as she had heard it in schooldays, and Howitt incorporated the letter in that book, which was published in 1840. Serious authorship, however, does not seem to have been commenced until four or five years later. In 1844 Mr and Mrs Gaskell visited North Wales, where their only son “Willie” died of scarlet fever at the age of ten months, and it was, it is said, to distract Mrs Gaskell from her sorrow that her husband suggested a long work of fiction, and Mary Barton was begun. There were earlier short stories in Howitt’s Journal, where “Libbie Marsh’s Three Eras” and “The Sexton’s Hero” appeared in 1847. But it was Mary Barton: A Tale of Manchester Life that laid the foundation of Mrs Gaskell’s literary career. It was completed in 1847 and offered to a publisher who returned it unread. It was then sent to Chapman & Hall, who retained the manuscript for a year without reading it or communicating with the author. A reminder, however, led to its being sought for, considered and accepted, the publishers agreeing to pay the author £100 for the copyright. It was published anonymously in two volumes in 1848. This story had a wide popularity, and its author secured first the praise and then the friendship of Carlyle, Landor and Dickens. Dickens indeed asked her in 1850 to become a contributor to his new magazine Household Words, and here the whole of Cranford appeared at intervals from December 1851 to May 1853, exclusive of one sketch, reprinted in the “World’s Classics” edition (1907), that was published in All the Year Round for November 1863. Earlier than this, indeed, for the very first number of Household Words she had written “Lizzie Leigh.” Mrs Gaskell’s second book, however, was The Moorland Cottage, a dainty little volume that appeared at Christmas 1850 with illustrations by Birket Foster. In the Christmas number of Household Words for 1853 appeared “The Squire’s Story,” reprinted in Lizzie Leigh and other Tales in 1865. In 1853 appeared another long novel, Ruth, and the incomparable Cranford. This last—now the most popular of her books—is an idyll of village life, largely inspired by girlish memories of Knutsford and its people. In Ruth, which first appeared in three volumes, Mrs Gaskell turned to a delicate treatment of a girl’s betrayal and her subsequent rescue. Once more we are introduced to Knutsford, thinly disguised, and to the little Unitarian chapel in that town where the author had worshipped in early years. In 1855 North and South was published. It had previously appeared serially in Household Words. Then came—in 1857—the Life of Charlotte Brontë, in two volumes. Miss Brontë, who had enjoyed the friendship of Mrs Gaskell and had exchanged visits, died in March 1855. Two years earlier she had begged her publishers to postpone the issue of her own novel Villette in order that her friend’s Ruth should not suffer. This biography, by its vivid presentation of the sad, melancholy and indeed tragic story of the three Brontë sisters, greatly widened the interest in their writings and gave its author a considerable place among English biographers. But much matter was contained in the first and second editions that was withdrawn from the third. Certain statements made by the writer as to the school of Charlotte Brontë’s infancy, an identification of the “Lowood” of Jane Eyre with the existing school, and the acceptance of the story of Bramwell Brontë’s ruin having been caused by the woman in whose house he had lived as tutor, brought threats of libel actions. Apologies were published, and the third edition of the book was modified, as Mrs Gaskell declares, by “another hand.” The book in any case remains one of the best biographies in the language. An introduction by Mrs Gaskell to the then popular novel, Mabel Vaughan, was also included in her work of this year 1857, but no further book was published by her until 1859, when, under the title of Round the Sofa, she collected many of her contributions to periodical literature. Round the Sofa appeared in two volumes, the first containing only “My Lady Ludlow,” the second five short stories. These stories reappeared the same year in one volume as My Lady Ludlow and other Tales. In the next year 1860 appeared yet another volume of short stories, entitled Right at Last and other Tales. The title story had appeared two years earlier in Household Words as “The Sin of a Father.” In 1862 Mrs Gaskell wrote a preface to a little book by Colonel Vecchj, translated from the Italian—Garibaldi and Caprera, and in 1863 she published her last long novel, Sylvia’s Lovers, dedicated “to My dear Husband by her who best knows his Value.” After this we have—in 1863—a one-volume story, A Dark Night’s Work, and in the same year Cousin Phyllis and other Tales appeared. Reprinted short stories from All the Year Round, Cornhill Magazine, and other publications, tend to lengthen the number of books published by Mrs Gaskell during her lifetime. The Grey Woman and other Tales appeared in 1865.
Henceforth, Mrs. Gaskell’s life was tied to Manchester. She and her husband first lived on Dover Street, then on Rumford Street, and finally in 1850 at 84 Plymouth Grove. Her literary journey began with poetry. She and her husband aimed to follow in the footsteps of George Crabbe and write about the lives of the Manchester poor. One poetic “Sketch,” published in Blackwood’s Magazine in January 1837, seems to have been the only result of this ambition. From then on, while they remained united in all other aspects, husband and wife took separate literary paths—Mrs. Gaskell became a successful novelist, her works standing alongside those of greater masters, while Mr. Gaskell became a notable Unitarian minister, whose sermons, lectures, and hymns are now nearly forgotten. During her early married life, Mrs. Gaskell focused mainly on household duties—she had seven children—and philanthropic work with the poor. Her first published prose likely came in the form of a letter to William Howitt, in response to his plans for a book titled Visits to Remarkable Places. She recounted the legend of Clopton Hall in Warwickshire, as she had learned it in school, and Howitt included her letter in that book, released in 1840. Serious writing, however, didn’t seem to begin until four or five years later. In 1844, Mr. and Mrs. Gaskell traveled to North Wales, where their only son, “Willie,” died of scarlet fever at ten months old. To help distract Mrs. Gaskell from her grief, her husband suggested she start a long work of fiction, which led to the creation of Mary Barton. Earlier short stories appeared in Howitt’s Journal, including “Libbie Marsh’s Three Eras” and “The Sexton’s Hero” in 1847. But it was Mary Barton: A Tale of Manchester Life that laid the groundwork for Mrs. Gaskell’s literary career. Completed in 1847, it was offered to a publisher who returned it unread. It was then sent to Chapman & Hall, who kept the manuscript for a year without reading it or contacting the author. A reminder, however, prompted them to seek it out, consider it, and eventually accept it, agreeing to pay £100 for the copyright. It was published anonymously in two volumes in 1848. This story enjoyed widespread popularity, earning its author the praise and friendship of Carlyle, Landor, and Dickens. In fact, Dickens asked her in 1850 to contribute to his new magazine Household Words, where the entirety of Cranford was published in installments from December 1851 to May 1853, except for one sketch included in the “World’s Classics” edition (1907), published in All the Year Round in November 1863. Earlier than this, for the very first issue of Household Words, she had written “Lizzie Leigh.” Mrs. Gaskell’s second book was The Moorland Cottage, a charming little volume that came out at Christmas in 1850 with illustrations by Birket Foster. In the Christmas edition of Household Words for 1853, “The Squire’s Story” was published, later reprinted in Lizzie Leigh and Other Tales in 1865. In 1853, another long novel, Ruth, and the beloved Cranford were released. The latter—now her most popular work—captures village life, largely inspired by her youthful memories of Knutsford and its residents. In Ruth, which initially appeared in three volumes, Mrs. Gaskell addressed the sensitive issue of a girl's betrayal and her eventual redemption. Once again, we meet Knutsford, thinly disguised, and the small Unitarian chapel in that town where the author had worshiped in her youth. In 1855, North and South was published, having previously appeared serially in Household Words. Then came—in 1857—the Life of Charlotte Brontë, in two volumes. Miss Brontë, who shared a friendship with Mrs. Gaskell and had visited her, passed away in March 1855. Two years earlier, she had urged her publishers to delay the release of her novel Villette so that it wouldn’t compete with her friend’s Ruth. This biography, with its vivid portrayal of the sad, melancholic, and indeed tragic stories of the three Brontë sisters, significantly increased interest in their works and positioned its author prominently among English biographers. However, some content in the first and second editions was removed from the third. Certain claims made by the author about Charlotte Brontë’s childhood school, an identification of the “Lowood” from Jane Eyre with the real school, and the acceptance of the story that Bramwell Brontë’s downfall stemmed from the woman he lived with as a tutor led to threats of libel lawsuits. Apologies were issued, and the third edition of the book was revised, as Mrs. Gaskell noted, by “another hand.” Regardless, the book remains one of the best biographies in the language. An introduction by Mrs. Gaskell to the then-popular novel Mabel Vaughan was also included in her works from 1857, but she didn’t publish anything new until 1859, when she released Round the Sofa, collecting her contributions to periodical literature. Round the Sofa came out in two volumes, the first featuring only “My Lady Ludlow,” while the second includes five short stories. These stories were later reissued that same year as My Lady Ludlow and Other Tales. The following year, 1860, saw the release of yet another collection of short stories, titled Right at Last and Other Tales. The titular story had appeared two years earlier in Household Words as “The Sin of a Father.” In 1862, Mrs. Gaskell wrote a preface for a small book by Colonel Vecchji, translated from Italian—Garibaldi and Caprera. In 1863, she published her last long novel, Sylvia’s Lovers, dedicated “to My dear Husband by her who best knows his Value.” After that came a one-volume story, A Dark Night’s Work, in 1863, and in the same year, Cousin Phyllis and Other Tales was released. Reprinted short stories from All the Year Round, Cornhill Magazine, and other publications contributed to the increase in the total number of books published by Mrs. Gaskell during her lifetime. The Grey Woman and Other Tales was published in 1865.
Mrs Gaskell died on the 12th of November 1865 at Holyburn, Alton, Hampshire, in a house she had just purchased with the profits of her writings as a present for her husband. She was buried in the little graveyard of the Knutsford Unitarian church. Her unfinished novel Wives and Daughters was published in two volumes in 1866.
Mrs. Gaskell died on November 12, 1865, at Holyburn, Alton, Hampshire, in a house she had just bought with the earnings from her writing as a gift for her husband. She was buried in the small graveyard of the Knutsford Unitarian church. Her unfinished novel Wives and Daughters was published in two volumes in 1866.
Mrs Gaskell has enjoyed an ever gaining popularity since her death. Cranford has been published in a hundred forms and with many illustrators. It is unanimously accepted as a classic. Scarcely less recognition is awarded to the Life of Charlotte Brontë, which is in every library. The many volumes of novels and stories seemed of less secure permanence until the falling in of their copyrights revealed the fact that a dozen publishers thought them worth reprinting. The most complete editions, however, are the “Knutsford Edition,” edited with introductions by A.W. Ward, in eight volumes (Smith, Elder), and the “World’s Classics” edition, edited by Clement Shorter, in 10 volumes (Henry Froude, 1908).
Mrs. Gaskell has become increasingly popular since her death. Cranford has been released in a hundred different formats and illustrated by many artists. It’s widely regarded as a classic. The Life of Charlotte Brontë has also received significant recognition and can be found in almost every library. The numerous volumes of novels and stories seemed less certain in their permanence until the expiration of their copyrights showed that a dozen publishers found them worth reprinting. However, the most complete editions are the “Knutsford Edition,” edited with introductions by A.W. Ward, in eight volumes (Smith, Elder), and the “World’s Classics” edition, edited by Clement Shorter, in 10 volumes (Henry Froude, 1908).
There is no biography of Mrs Gaskell, she having forbidden the publication of any of her letters. See, however, the biographical introduction to the “Knutsford” Mary Barton by A.W. Ward; the Letters of Charles Dickens; Women Writers, by C.J. Hamilton, second series; H.B. Stowe’s Life and Letters, edited by Annie Fields; Autobiography of Mrs Fletcher; Mrs Gaskell and Knutsford, by G.A. Payne; Cranford, with a preface by Anne Thackeray Ritchie; Écrivains modernes de l’Angleterre, by Émile Montégut.
There is no biography of Mrs. Gaskell, as she prohibited the publication of any of her letters. However, see the biographical introduction to the “Knutsford” Mary Barton by A.W. Ward; the Letters of Charles Dickens; Women Writers by C.J. Hamilton, second series; H.B. Stowe’s Life and Letters, edited by Annie Fields; Autobiography of Mrs. Fletcher; Mrs. Gaskell and Knutsford by G.A. Payne; Cranford, with a preface by Anne Thackeray Ritchie; Écrivains modernes de l’Angleterre by Émile Montégut.
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