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Plant community tolerant to trace elements growing on the degraded soils of São Domingos mine in the south east of Portugal: environmental implications

机译:葡萄牙东南部圣多明各斯矿山退化土壤上耐微量元素生长的植物群落:对环境的影响

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摘要

The selection of trace element tolerant species is a key factor to the success of remediation of degraded mine soils. Mining activities generate a large amount of waste rocks and tailings, which get deposited at the surface. The degraded soils, the waste rocks and tailings are often very unstable and will become sources of pollution. The direct effects will be the loss of cultivated land, forest or grazing land, and the overall loss of production. The indirect effects will include air and water pollution and siltation of rivers. These will eventually lead to the loss of biodiversity, amenity and economic wealth. Restoration of a vegetation cover can fulfil the objectives of stabilization, pollution control, visual improvement and removal of threats to human beings. Thus, remediation of mine spoils/tailings and biogeochemical prospecting would rely on the appropriate selection of plant species.
机译:微量元素耐性物种的选择是成功修复退化矿山土壤的关键因素。采矿活动会产生大量废石和尾矿,这些废石和尾矿会沉积在地表。退化的土壤,废石和尾矿经常非常不稳定,将成为污染源。直接影响将是耕地,森林或牧场的损失,以及总体生产损失。间接影响将包括空气和水污染以及河流淤积。这些最终将导致生物多样性,便利设施和经济财富的丧失。恢复植被覆盖可以实现稳定,污染控制,视觉改善和消除对人类威胁的目标。因此,对矿渣/尾矿的修复和生物地球化学勘探将取决于对植物种类的适当选择。

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