Abstract
The article examined temporary matrices of transformation of soil processes related to the activity of microorganisms and humus in comparison with maternal matrices depending on age characteristics of man. The resulting match in value and productivity, from one year to 15 years, from 15 years to 40 years, from 40 years to 65 years, led to the idea of comparing human growth with soil zonal; Weights with indicators of activity of microbiological soil processes; Intelligence with active humus; Age with dynamics of development of temporary matrices on humus and microbiological activity. The dynamics of transformation of organic substances of upper soil horizons under the influence of agricultural use according to the general humus, taking into account their genesis, covers the period from 15 to 46 years; And on microbiological processes from 3 to 66 years. The conclusion is that the identification of human development with the development of soil-formation processes depending on their genesis brings us closer to a true understanding of our appearance, as a species possessing the power that can change the surrounding world through the noosphere in accordance with certain standards of transmutation.
Highlights
A review of foreign literature shows interest in natural-anthropogenic soil evolution [11,12,13,14,15,16,17,18,19,20] related to the effects of potassium sulfate and certain iron fertilizers on the physical and chemical properties of soils [12]; Forms of soil nitrogen due to soil acidity [14]; Studying the activity of soil enzymes under the influence of crop fertilization [20] and other transformations [13] related to the culturing of soil formation processes affecting the acceleration of the capture of living matter from the environment, which in turn lead to enrichment or depletion of vegetation cover, related to the ecological transformation of ongoing technological transformations and zone features of soils [15,16,17,18,19,20,21,22]
Comparative analysis shows along the horizontal lines, i.e. the growth of microorganisms, namely the rate of their reproduction differs in times for blackness of typical (4.5 times) and only in the fourth and fifth lines the difference begins, but back, i.e. the growth of microorganisms goes faster on C-OP than P-OP
We will compile the dynamics of transformation of organic matter of upper soil horizons under the influence of agricultural use according to the general humus
Summary
A review of foreign literature shows interest in natural-anthropogenic soil evolution [11,12,13,14,15,16,17,18,19,20] related to the effects of potassium sulfate and certain iron fertilizers on the physical and chemical properties of soils [12]; Forms of soil nitrogen due to soil acidity [14]; Studying the activity of soil enzymes under the influence of crop fertilization [20] and other transformations [13] related to the culturing of soil formation processes affecting the acceleration of the capture of living matter from the environment, which in turn lead to enrichment or depletion of vegetation cover, related to the ecological transformation of ongoing technological transformations and zone features of soils [15,16,17,18,19,20,21,22].
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