Page 106 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

the sea water as a by-product of photosynthesis. Thus, during any process where
organic compounds dissolve, oxygen is absorbed and carbon doxide is released

simultaneously as a by-product.

Animal microorganisms (except for Green Euglena and similar organisms)
could not arise in the primeval ocean, even under ideal conditions, until
phytoplankton and later, more developed plants, saturated the ocean’s surface
with sufficient oxygen to support their life. (Animal organisms evolved from the
same simple plants we have just described). Therefore, the first and simplest

ecological system can be considered to exist only from the moment when living
organisms capable of absorbing organic compounds appear. An ecological system
is nothing but a balance between all forms and species of living organisms and
their habitat.

With the appearance of multicellular living organisms, the next qualitative stage of
life development began. Perfecting themselves in a merciless struggle for survival,

multicellular organisms, initially vegetable organisms, acquired new qualities, such as
the ability to distribute and assign various life-support functions to groups of its
constituent cells. Thus cell specialization, geared to the biological needs of the entire
organism, came into being. This greatly enhanced the cellular activity of the
multicellular plants that were capable of photosynthesis. The BEF, already up to four
percent in algae (the multicellular plants of the primeval ocean) increased as well.

With the appearance of multicellular plants the next growth spurt of biomass
began in the primeval ocean. This in turn, led to a rapid rise in the number and
diversity of animal multicellular organisms. The animal multicellular organisms
by virtue of their tremendous activity, in their struggle for survival, began to
dominate the plants.

Nevertheless, they still were dependent upon the quantity of biomass created by plants

through the process of photosynthesis. Gradually, three main groups of animal
multicellular organisms emerged:

1) herbivorous;

2) carnivorous (consumers of herbivorous animal organisms);

3) omnivorous (consumers of both plants and animals).

The evolutionary development of plants led to the robust development of animals. The

ecological system became more and more sophisticated and diverse. What supported
the harmony and balance between all species of living organisms inhabiting an
ecosystem, and how was this effected?

Psi-fields, emitted by every living organism, became the basis of the mechanism
of self-regulation of the entire ecological system. Self-regulation evolved within

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