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The
Scientific Fact:
In
former times, mountains were known as simply rocky
blocks protruding from the earth. This definition was
considered valid until 1835, when Pierre Bouguer pointed
out that the gravitational forces registered in the
Andes Mountains are considerably less than what would be
expected for such a massive rocky block. Supposedly, for
him, a massive block of the same kind must be immersed
deep in the earth. It was on this basis that the
abnormality of gravity was to be interpreted.
In
the middle of the 19th century, George
Everest paid great attention to the abnormality of the
results of measuring the gravity of the Himalaya
Mountains in two different places. Everest,
nevertheless, failed to interpret this phenomenon and so
he called it The Mystery of India. However,
George Airy stated in 1865 that all mountain chains on
earth are floating blocks on a sea of magma (i.e. molten
rock material beneath the earth’s crust) and that all
such molten material is denser than the mountains
themselves. As a result, the mountains must dive into
this high density material to maintain their
uprightness.
Geologists discovered the fact that the earth’s crust is
made of adjacent patches called continental plates and
that mighty mountains float on a sea of molten material
and higher-density rocks below the surface. They also
discovered that mountains have roots that help them
float and keep fastened to the plates of the earth so it
will not shake. In 1948, the Geologist Van Anglin stated
in his book Geomorphology (on page no. 27) that
it is quite well understood currently that there is a
root for each mountain below the crust of the earth.
The function of mountains on the earth is to fasten the
crust of the earth. This fact was proven by the
principle of hydrostatic balance of the earth as
illustrated by the US Geologist Dutton, in 1889. He
stated that the protrusions of the earth are immersed
into the earth in a way that conforms to their height.
Moreover, after the existence of the plates of the earth
was proven in 1969, it became clear that the mountains
are responsible for maintaining the equilibrium of all
the plates. |