A History of Science — Volume 3Williams, Henry Smith
History
A History of Science — Volume 3
Williams, Henry Smith
Science -- History
Cuvier and Smith were exact contemporaries, both men having been born in
1769, that "fertile year" which gave the world also Chateaubriand, Von
Humboldt, Wellington, and Napoleon. But the French naturalist was of
very different antecedents from the English surveyor. He was brilliantly
educated, had early gained recognition as a scientist, and while yet a
young man had come to be known as the foremost comparative anatomist of
his time. It was the anatomical studies that led him into the realm of
fossils. Some bones dug out of the rocks by workmen in a quarry were
brought to his notice, and at once his trained eye told him that they
were different from anything he had seen before. Hitherto such bones,
when not entirely ignored, had been for the most part ascribed to
giants of former days, or even to fallen angels. Cuvier soon showed
that neither giants nor angels were in question, but elephants of an
unrecognized species. Continuing his studies, particularly with material
gathered from gypsum beds near Paris, he had accumulated, by the
beginning of the nineteenth century, bones of about twenty-five species
of animals that he believed to be different from any now living on the
globe.
The fame of these studies went abroad, and presently fossil bones poured
in from all sides, and Cuvier's conviction that extinct forms of animals
are represented among the fossils was sustained by the evidence of many
strange and anomalous forms, some of them of gigantic size. In 1816
the famous Ossements Fossiles, describing these novel objects, was
published, and vertebrate paleontology became a science. Among
other things of great popular interest the book contained the first
authoritative description of the hairy elephant, named by Cuvier the
mammoth, the remains of which bad been found embedded in a mass of
ice in Siberia in 1802, so wonderfully preserved that the dogs of the
Tungusian fishermen actually ate its flesh. Bones of the same species
had been found in Siberia several years before by the naturalist Pallas,
who had also found the carcass of a rhinoceros there, frozen in a
mud-bank; but no one then suspected that these were members of an
extinct population--they were supposed to be merely transported relics
of the flood.
Public-domain text, read in full here on John Shaqi.
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