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The formation of aggregates in coral reef waters under elevatedn concentrations of dissolved inorganic and organic carbon: A mesocosmn approach

机译:在溶解无机碳和有机碳浓度升高的情况下,珊瑚礁水中聚集体的形成:中尺度方法

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摘要

The transformation of dissolved organic carbon (DOC) to particulate organic carbon is the major mechanism through which large sinking organic particles are formed in aquatic systems. Global stressors, such as high concentrations of dissolved inorganic carbon (DIC) due to ocean acidification, as well as local stressors, such as high DOC concentrations due to coastal eutrophication, can significantly affect the formation and settling of aggregates and thereby the marine biogeochemical carbon cycle
机译:溶解的有机碳(DOC)向颗粒状有机碳的转化是在水生系统中形成沉没的有机大颗粒的主要机理。全球压力源,例如由于海洋酸化而导致的高浓度溶解无机碳(DIC),以及局部压力源,例如由于沿海富营养化而导致的高DOC浓度,都可以显着影响聚集体的形成和沉降,进而影响海洋生物地球化学碳。周期

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