Buffon's Natural History, Volume 01 (of 10): Containing a Theory of the Earth, a General History of Man, of the Brute Creation, and of Vegetables, Mineral, &c. &cBuffon, Georges Louis Leclerc, comte de
History
Buffon's Natural History, Volume 01 (of 10): Containing a Theory of the Earth, a General History of Man, of the Brute Creation, and of Vegetables, Mineral, &c. &c
Buffon, Georges Louis Leclerc, comte de
Natural history
We should also pay attention to another circumstance; it confirms what
we have said on the formation of the strata; no other cause than the
motions and sediments of water could possibly produce so regular a
position of it, for the highest mountains are composed of parallel
strata as well as the lowest plains, and therefore we cannot attribute
the origin and formation of mountains to the shocks of earthquakes, or
eruptions of volcanos. The small eminences which are sometimes raised by
volcanos, or convulsive motions of the earth, are not by any means
composed of parallel strata, they are a mere disordered heap of matters
thrown confusedly together; but the horizontal and parallel position of
the strata must necessarily proceed from the operations of a constant
cause and motion, always regulated and directed in the same uniform
manner.
From repeated observations, and these incontrovertible facts, we are
convinced that the dry part of the globe, which is now habitable, has
remained for a long time under the waters of the sea, and consequently
this earth underwent the same fluctuations and changes which the bottom
of the ocean is at present actually undergoing. To discover therefore
what formerly passed on the earth, let us examine what now passes at
the bottom of the sea, and from thence we shall soon be enabled to draw
rational conclusions with regard to the external form and internal
composition of that which we inhabit.
From the Creation the sea has constantly been subject to a regular flux
and reflux: this motion, which raises and falls the waters twice in
every twenty-four hours, is principally occasioned by the action of the
moon, and is much greater under the equator than in any other climates.
The earth performs a rapid motion on its axis, and consequently has a
centrifugal force, which is also the greatest at the equator; this
latter, independent of actual observation, proves that the earth is not
perfectly spherical, but that it must be more elevated under the equator
then at the poles.
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