Geological evidence shows that the poles have diminished
in strength already many times. Geologists know that
after a volcanic outburst the lava remains magnetic
during the process of coagulation. This magnetization,
however, depends on the orientation of the magnetic
field of the earth. Because of the minor tendency of
magnetization in the magnetic field of the earth, the
lava magnetization remains constant after cooling.
On this basis, it is possible to determine the orientation
of the magnetic field of the earth at that point in
history. The reversed polarity of the lava shows that
- even recently - the magnetic poles were in opposition
to their current locations. During that reversal profuse
surges of lava took place. One finds proof of this worldwide.
However, this does not seem enough evidence to convince
the scientific community. They are still assuming that
the magnetic field of the earth has reversed many times
without a clear reason and that the consequences will
not be so bad. Unbelievable, because their own data
contradicts this flagrantly!
Time and time again one stumbles upon a worldwide extinction
of past animal species, together with reversed poles
and thousands of volcano outbursts. A mountain of books
and numerous journals have been devoted to this subject,
yet nobody has reached the right conclusions!
In order to understand the implications you have to
look at the geomagnetic field of the earth. The terrestrial
magnetic field is similar to that of a magnet between
two poles: a north pole on top and a south pole at the
bottom. At the moment of reversal, the earth starts
to turn in the opposite direction and the earth's crust
shifts.
While the crust is shifting, the rock is subjected to
magnetic fields with different orientations. When you
draw lines from these points you can locate the positions
of the previous poles. The illustration clarifies this
phenomenon. It's not that difficult to understand.
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Some different pole positions determined from Mesozoic
European rocks. The list is incomplete because the determination
involves a difficult and slow process. To date, hundreds
of different pole locations have been determined. Geologists
do not currently have an explanation for this phenomenon.
In practice, it can only be explained by a reversal
of the poles, together with a shift in the earth’s
crust.
Just imagine the pole in a fixed location, suddenly
the earth's crust shifts thousands of kilometers: where
once the position was a pole (90 degrees north or south
of the Equator), the shift of the earth’s crust
has moved it, and another point on the earth’s
surface has become the pole, which will record this
magnetic marker. This is the only convincing explanation
for the retrieval of many previous terrestrial pole
positions.
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