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Likelihood of methane-producing microbes on Mars

机译:火星上产甲烷微生物的可能性

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We present a likelihood estimate that methane was a significant component of the gas detected by the Labeled Release (LR) experiment in the Viking Mission to Mars of 1976. In comparison with terrestrial methanogen production of methane we estimate the size of the putative microbe population necessary to produce the LR gas, had it been primarily methane. We extrapolate that figure to estimate the number of methanogens necessary to produce the methane content of the Martian atmosphere. Next, we estimate the amount of Martian soil and the amount of water needed for that global population of microbes. Finally, assuming a globally distributed population of such microbes, we estimate the likely sub-surface depth at which such methanogens could be detected.
机译:我们提出了一种可能性估计,即甲烷是1976年维京探测器向火星执行的标记释放(LR)实验检测到的气体的重要组成部分。与陆地甲烷产甲烷气相比,我们估计了推定微生物种群的大小如果主要是甲烷,则可以生产LR气体。我们推断该数字以估算产生火星大气甲烷含量所需的产甲烷菌数量。接下来,我们估算火星土壤的数量以及该全球微生物种群所需的水量。最后,假设此类微生物在全球分布,我们估计可以检测到此类产甲烷菌的地下深度。

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