Item talk:Q248112
From geokb
{
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"name": "Microbial carbon cycling in oligotrophic regional aquifers near the Tono Uranium Mine, Japan as inferred from \u03b413C and \u039414C values of in situ phospholipid fatty acids and carbon sources",
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"abstract": "Microorganisms are ubiquitous in deep subsurface environments, but their role in the global carbon cycle is not well-understood. The natural abundance \u03b413C and \u039414C values of microbial membrane phospholipid fatty acids (PLFAs) were measured and used to assess the carbon sources of bacteria in sedimentary and granitic groundwaters sampled from three boreholes in the vicinity of the Tono Uranium Mine, Gifu, Japan. Sample storage experiments were performed and drill waters analyzed to characterize potential sources of microbial contamination. The most abundant PLFA structures in all waters sampled were 16:0, 16:1\u03c97c,\u00a0cy17:0, and 18:1\u03c97c. A PLFA biomarker for type II methanotrophs, 18:1\u03c98c, comprised 3% and 18% of total PLFAs in anoxic sedimentary and granitic waters, respectively, sampled from the KNA-6 borehole. The presence of this biomarker was unexpected given that type II methanotrophs are considered obligate aerobes. However, a bacterium that grows aerobically with CH4\u00a0as the sole energy source and which also produces 56% of its total PLFAs as 18:1\u03c98c\u00a0was isolated from both waters, providing additional evidence for the presence of type II methanotrophs. The \u039414C values determined for type II methanotroph PLFAs in the sedimentary (\u2212861\u2030) and granite (\u2212867\u2030) waters were very similar to the \u039414C values of dissolved inorganic carbon (DIC) in each water (\u223c\u2212850\u2030). This suggests that type II methanotrophs ultimately derive all their carbon from inorganic sources, whether directly from DIC and/or from CH4\u00a0produced by the reduction of DIC. In contrast, \u03b413C values of type II PLFAs in the sedimentary (\u221293\u2030) and granite (\u221260\u2030) waters indicate that these organisms use different carbon assimilation schemes in each environment despite very similar\u00a0\u03b413CCH4\u00a0values (\u223c\u221295\u2030) for each water. The \u03b413CPLFA\u00a0values (\u221228\u2030 to \u221245\u2030) of non-methanotrophic bacteria in the KNA-6 LTL water do not clearly distinguish between heterotrophic and autotrophic metabolisms, but \u039414CPLFAvalues indicate that >65% of total bacteria filtered from the KNA-6 LTL water are heterotrophs. Ancient \u039414C values (\u223c\u22121000\u2030) of some PLFAs suggest that many heterotrophs utilize ancient organic matter, perhaps from lignite seams within the sedimentary rocks. The more negative range of \u03b413CPLFA\u00a0values determined for the KNA-6 granitic water (\u221242\u2030 to \u221266\u2030) are likely the result of a microbial ecosystem dominated by chemolithoautotrophy, perhaps fuelled by abiogenic H2. Results of sample storage experiments showed substantial shifts in microbial community composition and \u03b413CPLFAvalues (as much as 5\u2030) during 2\u20134 days of dark, refrigerated, aseptic storage. However, water samples collected and immediately filtered back in the lab from freshly drilled MSB-2 borehole appeared to maintain the same relative relationships between \u03b413CPLFA\u00a0values for sedimentary and granitic host rocks as observed for samples directly filtered under artesian flow from the KNA-6 borehole of the Tono Uranium Mine.",
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