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The global importance and context of methane escape from the seabed

机译:甲烷从海底逸出的全球重要性和背景

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Seabed fluid flow includes volcanic and hydrothermal fluid emissions from ocean spreading centres, island arcs, and intra-plate volcanism, and groundwater flows in some coastal areas. Of direct concern to this paper is the escape of methane from the seabed. Escaping methane may be of microbial, thermogenic or abiogenic origin. Escapes occur in all seas and oceans, in coastal waters, on continental shelves, slopes and rises, the deep oceans, and deep ocean trenches. These represent a variety of geological contexts on passive continental margins, at convergent plate margins (accretionary wedges) and transform plate boundaries. Seepage is clearly widespread, and it contributes methane to the biosphere, the hydrosphere and the atmosphere, thus making up an important part of the global carbon cycle. [References: 62]
机译:海底流体流动包括海洋扩散中心,岛弧和板内火山活动产生的火山和热液流体排放,以及某些沿海地区的地下水流动。本文直接关注的是甲烷从海底逸出。逸出的甲烷可能是微生物,热源或非生物源。在所有海洋中,沿海水域,大陆架,斜坡和上升,深海和深海海沟中都发生了逃逸。这些代表了被动大陆边缘,收敛板块边缘(增生楔形)和转换板块边界的各种地质​​情况。渗流显然很普遍,它向生物圈,水圈和大气中贡献了甲烷,因此构成了全球碳循环的重要组成部分。 [参考:62]

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