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See also: born at See also: Canon, in See also: Calvados, on the 25th of See also: September 1798
.
He was educated at the Lycee See also: Henri IV. where he took the first prize in See also: mathematics and physics; at the Ecole Polytechnique, where he stood first at the exit examination in 1819; and at the Ecole See also: des Mines (1819-1822), where he began to show a decided preference for the science with which his name is associated
.
In 1823 he was selected along with Dufrenoy by Brochant de See also: Villiers, the professor of geology in the 1 See also: cole des Mines, to accompany him on a scientific tour to See also: England and Scotland, in See also: order to inspect the See also: mining and metallurgical establishments of the country, and to study the principles on which See also: Greenough's See also: geological map of England (1820) had been prepared, with a view to the construction of a similar map of See also: France
.
In 1835 he was appointed professor of geology at the Ecole des Mines, in succession to Brochant de Villiers, whose assistant he had been in the duties of the chair since 1827
.
He held the office of engineer-inchief of mines in France from 1833 until 1847, when he was appointed inspector-general; and in 1861 he became See also: vice-president of the Conseil-General des Mines and a See also: grand officer of the See also: Legion of Honour
.
His growing scientific reputation secured his election to the membership of the See also: Academy of Berlin, of the Academy of Sciences of France and of the Royal Society of See also: London
.
By a decree of the president he was made a senator of France in 1852, and on the See also: death of Arago (18J3) he was chosen perpetual secretary of the Academy of Sciences
.
See also: Elie de See also: Beaumont's name is widely known to geologists in connexion with his theory of the origin of See also: mountain ranges, first propounded in a paper read to the Academy of Sciences in 1829, and afterwards elaborated in his See also: Notice sur le systeme des montagnes (3 vols., 1852)
.
According to his view, all mountain ranges parallel, to the same See also: great circle of the See also: earth are of strictly contemporaneous origin, and between the great circles a relation of symmetry exists in the See also: form of a pentagonal reseau
.
An elaborate statement and See also: criticism of the theory was given in his anniversary address to the Geological Society of London in 1853 by See also: William
See also: Hopkins (Quart
.
Journ
.
Geol
.
See also: Soc.)
.
The theory has not found general acceptance, but it proved of great value to geological science, owing to the extensive additions to the knowledge of the structure of mountain ranges which its author made in endeavouring to find facts to support it
.
Probably, however, the best service Elie de Beaumont rendered to science was in connexion with the geological map of France, in the preparation of which he had the leading share
.
During this See also: period Elie de Beaumont published many important See also: memoirs on the geology of the country
.
After his superannuation at the Ecole des Mines he continued to superintend the issue of the detailed maps almost until his death,
which occurred at Canon on the 21st of September 1874
.
His See also: academic lectures for 1843–1844 were published in 2 vols., 1845-1849, under the title LeQons de geologie pralique
.
A See also: list of his See also: works was published in the See also: Ann. des Mines, vol. vii
.
1875, p
.
259
.
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