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Bacteria, Archaea, and Crenarchaeota in the Epilimnion and Hypolimnion of a Deep Holo-Oligomictic Lake

机译:完整的寡聚湖泊深层和断层中的细菌,古生菌和Crenarchaeota

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摘要

In a deep, subalpine holo-oligomictic lake, the relative abundance of Archaea and Crenarchaeota, but not that of Bacteria, increases significantly with depth and varies seasonally. Cell-specific prokaryotic productivity is homogeneous along the water column. The concept of active Archaea observed in the deep ocean can therefore be extended to a deep oxic lake.
机译:在一个深的亚高山全息火山岩湖泊中,古细菌和Crenarchaeota的相对丰度,而不是细菌的相对丰度,随着深度的增加而显着增加,并随季节变化。沿水柱细胞特异的原核生产力是均匀的。因此,可以将在深海中观测到的活跃古生菌的概念扩展到一个深氧湖。

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