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Implication of plant-soil relationships for conservation and restoration of copper-cobalt ecosystems

机译:植物-土壤关系对铜钴生态系统保护和恢复的意义

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摘要

Chemical soil factors play an important role in generating and maintaining plant diversity. Naturally metal-enriched habitats support highly distinctive plant communities consisting of many rare and endemic species. Species of these plant communities possess remarkable physiological adaptations and are now being considered key elements in the implementation of green technologies aimed at phytoremediation of contaminated soils and post-mined soils. Several studies have emphasised that industrial mineral extraction results in serious damage to ecosystems and serious threats to human health and leads to the extinction of metallophyte species. In the southeastern Democratic Republic of the Congo (DRC), mining activities represent a threat to the long-term persistence of communities located on metalliferous copper and cobalt outcrops and their associated endemic metallophytes, which are currently considered some of the most critically endangered plants in the world.
机译:化学土壤因子在产生和维持植物多样性中起重要作用。天然富含金属的栖息地为由许多稀有和特有物种组成的高度独特的植物群落提供了支持。这些植物群落的物种具有显着的生理适应性,现在被视为实施旨在对受污染土壤和采后土壤进行植物修复的绿色技术的关键要素。多项研究强调,工业矿物的开采会严重破坏生态系统,严重威胁人类健康,并导致金属植物物种的灭绝。在刚果民主共和国东南部(DRC),采矿活动对位于含金属的铜和钴露头及其相关特有金属植物上的社区的长期生存构成了威胁,目前,这些社区被认为是刚果最受威胁的一些植物。世界。

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