Page 111 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

b) the BEF of vegetable organisms, i.e., the extent to which sunlight is absorbed and
transformed into vegetable biomass. The coefficient Ψ(ij) is distinctive for each type

of plant and can vary within the following range:

0 ≤ Ψ(ij) ≤ 1
The most developed types of vegetable organisms on Earth have a BEF of ten percent.

Thus, the complexity and diversity in form and type of a given ecological system
depend, primarily, on two parameters: W(s) and Ψ(ij)

Let us consider that the amount of solar radiation striking a unit of the planet’s surface
per unit of time changes very slowly, and gradually diminishes from the moment of
life’s origin on the planet to the present time; and that, furthermore, during this same
time period a more sophisticated, more perfected ecological system replaces the

simpler system. We may then arrive at the following conclusion:

The BEF is the basic parameter determining the diversity of form and type which
constitute an ecological system. Equation (8) is the fundamental law of the evolution
of living matter. Moreover, the regular appearance of diverse life forms (not just
proteinaceous) on many different planets obeys this fundamental law.

However, solar radiation is not the only source for the origin of life, as it occurred on

planet Earth; other currents of primary matters around other planets in space will also
lead naturally to the appearance of distinctive life forms. The diversity of life forms
is natural.

Aside from that, the conclusion from equation (8) is that the possibility exists for
artificially creating plants with a BEF that exceeds that of the angiosperms, (the
enclosed seed-plants), which possess the highest BEF on the planet, i.e., ten percent.

This will provide us with the key to controlling the evolution of our ecological
system, the opportunity to create qualitatively new ecosystems, and the solution
of many environmental and other problems which beset mankind!

Chapter 5. Evolutionary cycles on planetEarth: the
multidimensionality of life
The qualitative distinction between living and non-living matter is in the structure of

organic molecules which make up the cells of any living organism. These molecules
are constantly oscillating and changing the microcosmic dimensions of the cell: When
a certain critical value in dimension is reached, the qualitative barrier between
the physical and etheric levels disappears and primary matters flow from the
physical to the etheric level. A duplicate of the cell on the physical level is formed on
the etheric level out of G matter (mechanism explained in Chapter 2). This process is

the synthesis of the etheric body of the cell.

At a certain stage of evolution multicellular life forms appear, every cell of which
functions autonomously for the benefit of the organism as a whole. All such cells stem

Back to content 110