Abstract
Minimization of Soil Pollution as a Result of the Use of Encapsulated Mineral Fertilizers
Highlights
Contamination of soils and natural landscapes by various wastes, including waste heaps and sludge accumulators (Malovanyy et al, 2020a), landfills (Popovych et al, 2018), and wastewater from municipal and industrial wastewater treatment (Malovanyy et al, 2016), creates significant environmental problems, thereby violating the environmental security in the country, guaranteed by the national and international legislation (Brauweiler et al, 2017)
Our research has shown that it is unnecessary to use rather expensive powdered ammophos and other phosphates obtained by acid decomposition of apatites or phosphorites as a phosphate component
Phosphate-glauconite concentrate, calcium and potassium ballast humates, as well as “Avatar” trace-element chelate complex were used in experimental studies
Summary
Contamination of soils and natural landscapes by various wastes, including waste heaps and sludge accumulators (Malovanyy et al, 2020a), landfills (Popovych et al, 2018), and wastewater from municipal and industrial wastewater treatment (Malovanyy et al, 2016), creates significant environmental problems, thereby violating the environmental security in the country, guaranteed by the national and international legislation (Brauweiler et al, 2017) These problems include the contamination of agricultural land with unused plants and nutrients of mineral fertilizers. Journal of Ecological Engineering Vol 22(1), 2021 release of nitrogen: into the air as a gaseous N2 and groundwater and soils as nitrates (Assessing, 2014; Voloshchuk, 2017) They accumulated in agricultural products in excessive amounts. A required condition for the agriculture greening is an evolutionary transition to a progressive system of biosphere land use adapted to the environmental conditions
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