有色金属元素矿山地质测试生态修复研究与实践
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摘要
传统方式在进行有色金属元素矿山进行修复时,出现效率低的问题,基于此,提出一种有色金属元素矿山测试生态修复方式,此方法可以在废弃的矿山植被中进行测试,并结合工程技术,对有色金属元素矿山地质测试生态进行修。通过对比实验,发现使用该方法对有色金属元素矿山进行生态修复,其修复速率要远高于实验传统矿山生态修复方法,证明了该方法的有效性。
In non-ferrous metal mines in the traditional way to repair, the problem of low efficiency, based on this, puts forward a way of nonferrous metals mining test ecological restoration, this method can be tested in the abandoned quarry vegetation, and connecting with the engineering technology, the non-ferrous metal mine geology test ecological elements.Through comparative experiments, it is found that the restoration rate of non-ferrous metal element mines using this method is much higher than that of traditional mine ecological restoration methods, which proves the effectiveness of this method.
In non-ferrous metal mines in the traditional way to repair, the problem of low efficiency, based on this, puts forward a way of nonferrous metals mining test ecological restoration, this method can be tested in the abandoned quarry vegetation, and connecting with the engineering technology, the non-ferrous metal mine geology test ecological elements.Through comparative experiments, it is found that the restoration rate of non-ferrous metal element mines using this method is much higher than that of traditional mine ecological restoration methods, which proves the effectiveness of this method.
引文
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[2]铜矿尾矿库修复植物香根草及其根际尾矿砂中重金属形态研究[J].地球与环境,2010,38(43):280-285.
[3]胡虎,曾华星,曾宪坤.有色金属矿山生态恢复的难点及恢复技术探讨[J].有色冶金设计与研究,2016,37(44):145-148.
[2]铜矿尾矿库修复植物香根草及其根际尾矿砂中重金属形态研究[J].地球与环境,2010,38(43):280-285.
[3]胡虎,曾华星,曾宪坤.有色金属矿山生态恢复的难点及恢复技术探讨[J].有色冶金设计与研究,2016,37(44):145-148.