POLLUTION CONTROL AND PESTICIDES
Keywords:
Key words: slow release fertilizer, carbamideformaldehyde fertilizers (CFI),Artemisia leucodes Schrenk - wormwood whitish, denitrification, ureaformaldehyde fertilizer (IFIs), Standard tuki, yield, budization.Abstract
Abstract: When making CFF nitrogen consumption of soil resources in the year
of its operation increases in the second year (aftereffects) decreases unproductive
nitrogen losses from CFF markedly lower than urea. CFF raises productivity
Artemisia leucodes Schrenk. In field experiments, conducted in the irrigated typical
gray soils and debris, the harvest was bigger by 10-30% compared to the control. The
research results point to a definite advantage of using a slow acting carbamide-
formaldehyde fertilizers (CFF) than urea and ammonium nitrate in reducing
environmental pollution harmful to the body remains of the fat
It was found that the use of slow acting . Urea-formaldehyde fertilizer is
particularly important in conditions of saline soils with shallow groundwater where
significant nitrogen losses occur as a result of leaching of nitrates into the
groundwater.
It was revealed that a higher content of nitrates in the soil when making nitrogen
fertilizer as ammonium nitrate and urea lead to a significant loss of battery sizes that
reach considerable values. As a result, there are a number of issues surrounding
pollution as the most dangerous are increasingly finding the nitrates in the soil. It
should be noted that not only accumulate nitrate in the soil - soil, ground water, but
higher than allowable standards accumulate in food and feed, thus enters the body of
animals and humans
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