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Facultative methanotrophs are abundant at terrestrial natural gas seeps

机译:陆上天然气渗流中富含兼性甲烷氧化菌

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摘要

BackgroundNatural gas contains methane and the gaseous alkanes ethane, propane and butane, which collectively influence atmospheric chemistry and cause global warming. Methane-oxidising bacteria, methanotrophs, are crucial in mitigating emissions of methane as they oxidise most of the methane produced in soils and the subsurface before it reaches the atmosphere. Methanotrophs are usually obligate, i.e. grow only on methane and not on longer chain alkanes. Bacteria that grow on the other gaseous alkanes in natural gas such as propane have also been characterised, but they do not grow on methane. Recently, it was shown that the facultative methanotroph Methylocella silvestris grew on ethane and propane, other components of natural gas, in addition to methane. Therefore, we hypothesised that Methylocella may be prevalent at natural gas seeps and might play a major role in consuming all components of this potent greenhouse gas mixture before it is released to the atmosphere.
机译:背景技术天然气中含有甲烷和气态烷烃乙烷,丙烷和丁烷,它们共同影响大气化学反应并导致全球变暖。甲烷氧化细菌甲烷氧化菌对于减少甲烷排放至关重要,因为它们会在土壤和地下的大部分甲烷到达大气之前将其氧化。甲烷营养生物通常是专性的,即仅在甲烷上生长,而不在更长链的烷烃上生长。在天然气中其他气体气态烷烃(如丙烷)上生长的细菌也已被鉴定出来,但它们不会在甲烷上生长。最近,研究表明,兼性甲烷营养菌silvesoctris silvestris除乙烷外还靠乙烷和丙烷(天然气的其他成分)生长。因此,我们假设甲基球菌可能在天然气渗漏中普遍存在,并可能在释放到大气中之前消耗掉这种强大的温室气体混合物的所有成分。

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