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Appropriate thickness and medium of covering soil on land reclamation in a coal mining subsidence area

机译:煤矿沉降区土地垦区覆盖土壤的适当厚度和介质

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Coal mining impacts land resources and lowers the environmental quality which has led to a focus on ecological reclamation in mining areas. This study aimed to find a new method for land reclamation of mining subsidence areas and also provide a reference for land reclamation in these mining areas. The study method initially conducted an eco-geological survey at the mining subsidence area in Zoucheng city. Data collected from the survey was used to link plants and their underground habitats. Data was collected through stringent ecological procedures. The appropriate thickness and medium characteristics of covering soil were determined by the theory of plant below-ground habitat. The study results showed that the appropriate thickness of covering soil in the Zoucheng coal mining subsidence area was 30 cm for herbages; 50 cm for emergent aquatic plants; 70 cm for moisture-proof trees; and 90 cm for drought-proof trees. Furthermore, surface soils with depth of 0-30 cm were suitable cover mediums, and local subsoil could be used as a cover medium after applying artificial fertilisers.
机译:煤矿开采影响土地资源,降低了环境质量,导致采矿区的生态填海综合。本研究旨在找到采矿区土地回收的新方法,也为这些采矿区的土地填海区提供了参考。研究方法初步在邹城市采矿区进行了生态地质调查。从调查中收集的数据用于链接植物及其地下栖息地。通过严格的生态程序收集数据。覆盖土壤的适当厚度和中等特征由地下栖息地的植物理论确定。研究结果表明,邹城煤矿沉降区覆盖土的适当厚度为30厘米的草药;突发水生植物50厘米;防潮树70厘米;防旱树90厘米。此外,深度为0-30cm的表面污染是合适的覆盖介质,并且在施用人造肥料后,局部亚底可以用作覆盖介质。

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