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COUNT MICHAEL NIKOLAIEVICH MURAVIEV (1845-1900) , See also: Russian statesman, was See also: born on the 19th of See also: April 1845
.
He was the son of General Count See also: Nicholas Muraviev (governor of See also: Grodno), and See also: grandson of the Count Michael Muraviev, who became notorious for his drastic See also: measures in stamping out the See also: Polish insurrection of 1863 in the Lithuanian provinces
.
He was educated at a secondary school at See also: Poltava, and was for a See also: short See also: time at See also: Heidelberg University
.
In 1864 he entered the chancellery of the See also: minister for See also: foreign affairs at St See also: Petersburg, and was soon afterwards attached to the Russian legation at See also: Stuttgart, where he attracted the See also: notice of See also: Queen See also: Olga of See also: Wurttemberg
.
He was transferred to Berlin, then to See also: Stockholm, and back again to Berlin
.
In 1877 he was second secretary at the Hague
.
During the Russo-See also: Turkish War of 1878 he was a delegate of the
Red See also: Cross Society in See also: charge of an ambulance train provided I taste and increased his knowledge so rapidly that in the first
three years of his scientific career he had explored large parts of See also: England and Scotland, had obtained materials for three important See also: memoirs, as well as for two more written in conjunction with Sedgwick, and had risen to be a prominent member of the See also: Geological Society and one of its two secretaries
.
Turning his See also: attention for a little to See also: Continental geology, he explored with See also: Lyell the volcanic region of See also: Auvergne, parts of See also: southern See also: France, See also: northern See also: Italy, See also: Tirol and See also: Switzerland
.
A little later, with Sedgwick as his companion, he attacked the difficult problem of the geological structure of the See also: Alps, and their joint paper giving the results of their study will always be regarded as one of the See also: classics in the literature of Alpine geology
.
It was in the See also: year 1831 that Murchison found the See also: field in which the chief
See also: work of his See also: life was to be accomplished
.
Acting on a See also: suggestion made to him by Buckland he betook himself to the See also: borders of See also: Wales, with the view of endeavouring to discover whether the greywacke rocks underlying the Old Red See also: Sandstone could be grouped into a definite See also: order of succession, as the Secondary rocks of England had been made to tell their See also: story by See also: William
See also: Smith
.
For several years he continued to work vigorously in that region
.
The result was the establishment of theSee also: Silurian system—under which were grouped for the first time a remarkable series of formations, each replete with distinctive organic remains old.ar than and very different from those of the other rocks of England
.
These researches, together with descriptions of the See also: coal-See also: fields and overlying formations in See also: south Wales and the Engli,li border counties, were embodied in The Silurian See also: System (See also: London, 1839), a massive See also: quarto in two parts, admirably illustrated with map, sections, pictorial views and plates of fossils
.
The full import of his discoveries was not at first perceived; but as years passed on the types of exie:cnce brought to See also: light by him from the rocks of the border counties of England and Wales were ascertained to belong to a geological See also: period of which there are recognizable traces in almost all parts of the globe
.
Thus the See also: term " Silurian," derived from the name of the old See also: British tribe See also: Silures, soon passed into the vocabulary of geologists in every country
.
The establishment of the Silurian system was followed by that of the Devonian system, an investigation in which, aided by the palaeontological assistance of W
.
Lonsdale, Sedgwick and Murchison were See also: fellow-labourers, both in the south-west of England and in the Rhineland
.
Soon afterwards Murchison projected an important geological See also: campaign in See also: Russia with the view of extending to' that See also: part of the Continent the See also: classification he had succeeded in elaborating for the older rocks of western See also: Europe
.
He was accompanied by P
.
E
.
P. de Verneuil (18o5–1873) and Count A
.
F
.
M
.
L . A. von Keyserling (1815-1891), in conjunction with whom he produced a magnificent work on Russia and the Ural Mountains . The publication of this mono-graph in 1845 completes the first and most active See also: half of Murchison's scientific career
.
In 1846 he was knighted, and in the same year he presided over the meeting of the British Association at Southampton
.
During the later years of his life a large part of his time was devoted to the affairs of the Royal See also: Geographical Society, of which he was in 183o one of the founders, and he was president 1843-1845, 1851–1853,1856-1859 and 1862-1871
.
So See also: constant and active were his exertions on behalf of geographical exploration that to a large section of the contemporary public he was known rather as a geographer than a geologist
.
He particularly identified himself with the fortunes of See also: David See also: Livingstone in See also: Africa, and did much to raise and keep alive the sympathy of his fellow-countrymen in the See also: fate of that See also: great explorer
.
The chief geological investigation of the last See also: decade of his life was devoted to the See also: Highlands of Scotland, where he believed he had succeeded in showing that the vast masses of crystalline See also: schists, previously supposed to be part of what used to be termed the See also: Primitive formations, were really not older than the Silurian period, for that underneath them See also: lay beds of See also: limestone and See also: quartzite containing See also: Lower Silurian (See also: Cambrian) fossils
.
Subsequent research, however, has shown that this infraposition of the fossiliferous rocks is not their See also: original place, but has been brought about by a gigantic system of dislocations, wherebysuccessive masses of the See also: oldest gneisses,have been torn up from below and thrust bodily over the younger formations
.
In 1855 Murchison was appointed director-general of the geological survey and director of the Royal School of Mines and the Museum of See also: Practical Geology in Jermyn Street, London, in succession'to See also: Sir See also: Henry De la Beche, who had been the first to hold these offices
.
Official routine now occupied much of his time, but he found opportunity for the Highland researches just alluded to, and also for preparing successive
See also: editions of his work Siluria (1854, ed
.
5, 1872), which was meant to See also: present the See also: main features of the original Silurian System together with a See also: digest of subsequent discoveries, particularly of those which showed the extension of the Silurian classification into other countries
.
His official position gave him further opportunity for the exercise of those social functions for which he had always been distinguished, and which a considerable See also: fortune inherited from near relatives on his See also: mother's See also: side enabled him to display on a greater See also: scale
.
His See also: house in Belgrave Square was one of the great centres where science, See also: art, literature, politics and social See also: eminence were brought together in friendly intercourse
.
In 1863 he was made a K.C.B., and three years later was raised to the dignity of a See also: baronet
.
The learned See also: societies of his own country bestowed their highest rewards upon him: the Royal Society gave him the See also: Copley medal, the Geological Society its Wollaston medal, and the Royal Society of See also: Edinburgh its Brisbane medal
.
There was hardly a foreign scientific society of note which had not his name enrolled among its honorary members
.
The French See also: Academy of Sciences awarded him the prix Cuvier, and elected him one of its eight foreign members in succession to See also: Faraday
.
One of the closing public acts of Murchison's life was the founding of a chair of geology and See also: mineralogy in the university of Edinburgh, for which he gave the sum of £6000, an See also: annual sum of £200 being likewise provided by a See also: vote in parliament for the endowment of the professorship
.
While the negotiations with the See also: Government in regard to this subject were still in progress, Murchison was seized with a paralytic affection on 21st of See also: November 187o
.
He rallied and was able to take See also: interest in current affairs until the early autumn of the following year
.
After a brief attack of See also: bronchitis he died on the 22nd of See also: October 1871
.
Under his will there was established the Murchison Medal and geological fund to be awarded. annually by the council of the Geological Society in London
.
See the Life of Sir See also: Roderick I
.
Murchison, by Sir A . Geikie (2 vols., 1875) . (A . |
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