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Blogeochemical distinction of methane releases from two Amazon hydroreservoirs

机译:两个亚马逊水库中甲烷排放的博客化学区别

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Biogeochemical distinction of methane emissions to the atmosphere may essentially rely on the surface area and morphometry of Amazon hydroreservoirs. Tucurui (deep) and Samuel (shallow) reservoirs released in average 13.82 +/- 22.94 and 71.19 +/- 107.4 mg CH4 m(-2) d(-1), respectively. delta(13)C-CH4 values from the sediments to the atmosphere indicate that the deep reservoir has extended methanotrophic layer, oxidizing large quantities of light isotope methane coming from the sediments, while sediment-generated methane can easily evade the shallow reservoir. (c) 2005 Elsevier Ltd. All rights reserved.
机译:甲烷向大气排放的生物地球化学差异可能主要取决于亚马逊水库的表面积和形态。 Tucurui(深)和Samuel(浅)储层分别平均释放13.82 +/- 22.94和71.19 +/- 107.4 mg CH4 m(-2)d(-1)。从沉积物到大气的delta(13)C-CH4值表明,深层储层具有扩展的甲烷营养层,可氧化来自沉积物的大量轻同位素甲烷,而沉积物生成的甲烷可轻易逃脱浅层储层。 (c)2005 Elsevier Ltd.保留所有权利。

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