Page 362 - Russian History Viewed through Distorted Mirrors, Vol. 1

Nicolai Levashov. Russian History Viewed through Distorted Mirrors. Vol. 1

The contour of these territories will give an approximate size of the glacier of
the northern hemisphere. Although the glacier has receded north considerably in
comparison with the time of the catastrophe, nevertheless, the closeness of the pole
prevents the lands free from the glacier from warming all the depth of the soil deep-
frozen at the time of the glacier in the past. In the areas where the warm time of a
year is in general less than four months, the
soil remains frozen and does not have enough
time to thaw even during a pretty hot sum-
mer.

Fig.22. — The glaciers which the poles had
before the planetary catastrophe did not thaw
when Midgard-earth “acquired” the new
poles. During the nuclear winter and the last
cold snap, the “old” glaciers did not de-
crease; on the contrary, they considerably in-
creased. They grew east and in the north
achieved the western slopes of the Urals.
There were several reasons for their growth
in the eastern direction.

First, the new pole in the northern hemi-
sphere appeared to the east. Second, the Alps
blocked the growth of the glacier to the
south. Therefore, the old glacier of the northern hemisphere grew and moved east. Its
boundary can be defined by the type of soil in the east and south of the European part
of Russia: a sizable layer of the black earth was saved there, where the glacier could
not reach. The famous Tambov’s black earth remained intact only because the glacier
did not reach these territories, as it cut away the fertile layer of soil like a bulldozer...

1. The boundaries of the European glacier during the nuclear winter.

Fig.23. — Our galaxy moves in the Uni-
verse, at the same time revolving around its
nucleus. It is heterogeneous (non-uniform)
and, therefore, as it moves it gets into areas
with different distributions (correlation) of
primary matters. The heterogeneity is mani-
fested in our Universe as the proportional
correlation of primary matters which form it.
One primary matter prevails in one area of
the Universe, another one — in another area,
etc. The predominance of one or another
primary matter influences the development
of living matter and renders its positive in-
fluence at different stages of the develop-
ment of life. The predominance of G-
primary matter stimulates the development

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