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Establishing Sampling Procedures in Lake Cores for Subsurface Biosphere Studies: Assessing In Situ Microbial Activity

机译:在湖芯中建立用于地下生物圈研究的采样程序:评估原位微生物活性

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摘要

Sub-recent sediments in modern lakes are ideal to study early diagenetic processes with a combination of physical, chemical, and biological approaches. Current developments in the rapidly evolving field of geomicrobiology have allowed determining the role of microbes in these processes. Their distribution and diversity in marine sediments have been studied for some years. Comparable studies in the lacustrine realm, however, are quite scarce and mainly focused on the water column and/or very shallow sedi-ments. Thus, there is a need to determine the presence of living microbes in older lacustrine sediments. During the PASADO (Potrok Aike Maar Lake Sediment Archive Drilling Project) ICDP (International Continental Scientific Drilling Program) drilling, more than 500 meters of sedimentary cores were retrieved from this crater lake. A 100-m-long core was dedicated to a detailed geomicrobiological study. Here we report a complete in situ sampling procedure that aims to recover aseptic samples as well as determining active in situ biological activity
机译:现代湖泊中近新近的沉积物是结合物理,化学和生物学方法研究早期成岩过程的理想选择。地球微生物学领域迅速发展的最新发展已经确定了微生物在这些过程中的作用。已经研究了它们在海洋沉积物中的分布和多样性。然而,在湖泊领域的可比研究非常匮乏,并且主要集中在水柱和/或非常浅的沉积物上。因此,需要确定较旧的湖相沉积物中存在的活微生物。在PASADO(Potrok Aike Maar湖沉积物档案钻井项目)ICDP(国际大陆科学钻井计划)钻井过程中,从该火山口湖中回收了500多米的沉积岩心。 100米长的岩心专门用于详细的地球微生物学研究。在这里,我们报告了一个完整的原位采样程序,旨在回收无菌样本以及确定活跃的原位生物活性

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