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Characterization of the core microbiota of the drainage and surrounding soil of a Brazilian copper mine

机译:巴西铜矿山排水和周围土壤的核心微生物区系特征

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摘要

The core microbiota of a neutral mine drainage and the surrounding high heavy metal content soil at a Brazilian copper mine were characterized by 16S rDNA pyrosequencing. The core microbiota of the drainage was dominated by the generalist genus Meiothermus. The soil samples contained a more heterogeneous bacterial community, with the presence of both generalist and specialist bacteria. Both environments supported mainly heterotrophic bacteria, including organisms resistant to heavy metals, although many of the bacterial groups identified remain poorly characterized. The results contribute to the understanding of bacterial communities in soils impacted by neutral mine drainage, for which information is scarce, and demonstrate that heavy metals can play an important role in shaping the microbial communities in mine environments.
机译:通过16S rDNA焦磷酸测序对巴西铜矿中性矿山排水系统的核心微生物群和周围的高重金属含量土壤进行了表征。引流的核心微生物区系由通体Meiothermus属主导。土壤样品包含一个更多样化的细菌群落,同时存在普通细菌和专业细菌。两种环境都主要支持异养细菌,包括对重金属有抗性的生物,尽管鉴定出的许多细菌种类仍然缺乏鉴定。结果有助于了解受中性矿山排水影响的土壤中细菌群落的信息,而这些信息很少,并且证明了重金属可以在塑造矿山环境中的微生物群落中发挥重要作用。

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