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最新出版的2015年第5期Geology杂志发表的有关天然气水合物来源的研究成果指出,来自超慢速扩张洋中脊的非生物甲烷是形成北极天然气水合物储层的重要来源。作为温室气体主要来源,甲烷通常由有机质经过细菌和微生物的复杂的分解过程所产生。但还有另一种类型的甲烷可以在特定条件下生成:非生物来源甲烷由海底洋壳的化学反应形成。根据之前的研究,北极
The latest issue of the 2015 issue of Geology Magazine, published in 2015, on the sources of gas hydrates, states that abiotic methane from ultra-slow expanding mid-ocean ridges is a significant source of formation for Arctic gas hydrate reservoirs. As a major source of greenhouse gases, methane is often produced by the complex breakdown of organic matter by bacteria and microorganisms. But there is another type of methane that can be generated under specific conditions: Abiotic sources Methane is formed by chemical reactions in the ocean floor. According to previous research, the Arctic