ACIDITY OF DEGRADED SOILS OF AGRICULTURAL LANDS OF THE DONETSK PEOPLES REPUBLIC

I. V. AGUROVA, D. V. SYSHCHYKOV
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Abstract

The purpose of this work was to study the acidity of degraded agricultural soils. The main objectives of the research were to study the actual and potential soil acidity of agricultural lands of the Donetsk Peoples Republic on the example of agricultural farms in the northern part of the Shakhtyorsky district. It was established that the studied model sites are characterized by a slightly acidic, neutral or slightly alkaline medium reaction, which creates favorable conditions for the formation of crops and plant growth. When studying the exchangeable acidity of soils, the ambiguity of changes in its values was established, depending on the location of the model sites, the system of soil content in the crop rotation, the horizon, and other factors. Th e most exceeding the control values of the exchange acidity are characteristic of the slope surfaces of sites where the intensity of erosion processes reaches a maximum (exceeding the indicator compared to the control by average of 8,6%). In the future, increased values of exchangeable acidity may adversely affect the formation of crop yields. Changes in the values of hydrolytic acidity of soils follow the same regularity as the variation in the indices of exchangeable acidity. The most significant excess of the hydrolytic acidity index in comparison with the control was recorded on the slope sites of the fields (increase by 11-17%). The conducted studies confirm the need for constant agroecological monitoring of these lands with the regulation of mineral fertilizers to increase the absorption capacity of soils due to increased values of exchangeable and hydrolytic acidity.
顿涅茨克人民共和国农业用地退化土壤酸度
本研究的目的是研究退化农业土壤的酸度。研究的主要目的是以沙赫托尔斯基地区北部的农场为例,研究顿涅茨克人民共和国农业用地的实际和潜在土壤酸度。结果表明,所研究的模式位点具有微酸性、中性或微碱性介质反应的特点,为作物的形成和植物的生长创造了有利条件。在研究土壤交换性酸度时,其值变化的模糊性取决于模型站点的位置、作物轮作中土壤含量的系统、地平线和其他因素。最超过交换酸度控制值的是侵蚀过程强度达到最大值的地点的坡面特征(与对照相比,平均超过指标8,6%)。将来,交换性酸度值的增加可能对作物产量的形成产生不利影响。土壤水解酸度值的变化规律与交换性酸度指标的变化规律一致。与对照相比,田间坡地的水解酸度指数增幅最大(增幅为11-17%)。所进行的研究证实,有必要对这些土地进行持续的农业生态监测,并调节矿物肥料,以增加土壤的吸收能力,因为交换性和水解性酸度值增加。
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