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Eukaryotic Community Distribution and Its Relationship to Water Physicochemical Parameters in an Extreme Acidic Environment, Río Tinto (Southwestern Spain)

机译:RíoTinto(西班牙西南)在极端酸性环境中的真核生物群落分布及其与水理化参数的关系

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摘要

The correlation between water physicochemical parameters and eukaryotic benthic composition was examined in Río Tinto. Principal component analysis showed a high inverse relationship between pH and most of the heavy metals analyzed as well as Dunaliella sp., while Chlamydomonas sp. abundance was positively related. Zn, Cu, and Ni clustered together and showed a strong inverse correlation with the diversity coefficient and most of the species analyzed. These eukaryotic communities seem to be more influenced by the presence of heavy metals than by the pH.
机译:在RíoTinto考察了水理化参数与真核底栖生物成分之间的相关性。主成分分析显示,pH与大多数分析的重金属以及杜氏藻(Dunaliella sp。)和衣藻(Chlamydomonas sp)之间存在高度反比关系。丰度呈正相关。 Zn,Cu和Ni聚集在一起,并且与多样性系数和所分析的大多数物种显示出强烈的反相关性。这些真核生物群落似乎受重金属的存在而不是pH的影响。

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