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Implementation of the cascade waste use principle by application of sewage sludge on lands disturbed by mining operations

机译:通过在采矿业务扰乱的土地上应用污水污泥的级联废物使用原理

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Object of research - disturbed lands of Ingulets Iron Ore dressing Work (Ingulets GZK) The purpose of work - development and substantiation of technology of realization of principles of cascade waste use. Research methods – field experiment, comparative analysis, systems analysis. As part of the implementation of the cascade waste use principle, the results of research on the impact of the application of sewage sludge on formation of protosoils on the rocks of Ingulets GZK dumps are presented. The application of sewage sludge significantly increases the absorption capacity of overburden. A secondary soil absorbing complex is formed, which is able to accumulate and retain mineral nutrients of plants, especially calcium and magnesium cations. In the conditions of field research the influence of treatment of rocks with organic matter of sewage with introduction of seeds of perspective species was studied. Comparative analysis of vegetation shows a positive effect of the treatment of overburden with organic matter on productivity and morphometric performance of trees and shrubs. A comparison of the average condition of plant objects after treatment with organic matter and control studies shows the following: the vitality of herbaceous and tree species increases; the total projective cover and average height of plants increases; biodiversity.
机译:研究对象 - 鸟羽土地铁矿石敷料工作(ingulets gzk)工作的目的 - 实现级联废物使用原则技术的技能。研究方法 - 现场实验,比较分析,系统分析。作为级联废物利用原理的一部分,提出了对污水污泥应用对灯管GZK转储岩石岩石形成原型的影响的研究结果。污水污泥的应用显着提高了覆盖层的吸收能力。形成二级土壤吸收复合物,其能够积聚并保留植物的矿物质,尤其是钙和镁阳离子。在现场研究的条件下,研究了污水处理与透视物种种子的有机物质的影响。植被的比较分析表明,在树木和灌木的生产率和形态学性能下,对有机物治疗的积极效果。在有机物和对照研究处理后植物对象平均条件的比较显示:草本和树种的活力增加;植物的总投射盖和平均高度增加;生物多样性。

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