Effect of Melioration Drug on Chemical Degradation of Soils

Abstract

Among the stresses due to chemical degradation, soil salinity is a very serious environmental stress for soil bioindicators, reducing productivity in irrigated lands worldwide [1]. The study of the role of bioindicator enzyme activity in activating the mechanisms of the soil fertility improvement mechanism and the scientific analysis of the effect of soil salt indicators on soil processes serve as a basis for increasing soil health quantitatively and qualitatively. A series of bioindicator biochemical and enzymatic activity processes are activated under saline stress in the soil buffer. It is important to scientifically substantiate the effect of salt stress on biochemical processes on soil degradation. It serves to increase the efficiency of the biosolvent chemical meliorant used in the assessment of soil fertility and its parameters. mitigated the negative impact. In this article, the relationship between the level of soil salinity and urease enzymes in moderately saline alluvial soils degraded by salinity, which accelerates chemical degradation, was studied. Simple options were applied to soils not washed with biosolvent and selected for testing.