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Analysis of Carbon Flux in Terrestrial Ecosystems from GOSAT Data in China

机译:利用GOSAT数据分析中国陆地生态系统的碳通量

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In recent years, the evaluation of carbon sources and carbon sinks has become one of the major research topics. The temporal and spatial distribution of carbon flux and some factors that affect carbon flux were analyzed in this paper based on the Net Ecosystem Exchange (NEE) data, which were provided by Greenhouse Gases Observing Satellite (GOSAT) project and FLUXNET project. Then, we found that carbon flux had obvious seasonal variation. It was carbon sink in summer and carbon source in winter. The total amount of carbon flux in July or August was about -1.377 ~ -1.882 gcm-2day-1, and 0.64 gcm-2day-1 in November. The fluctuation of carbon flux in coastal area was stronger than that in inland. Forest areas had stronger carbon storage capacity than that in other vegetation areas, and the flux in forest areas had the largest change. The vegetation coverage was larger, and the carbon storage capacity was stronger.
机译:近年来,碳源和碳汇的评价已成为主要研究课题之一。本文基于温室气体观测卫星(GOSAT)项目和FLUXNET项目提供的净生态系统交换(NEE)数据,分析了碳通量的时空分布和影响碳通量的一些因素。然后,我们发现碳通量具有明显的季节变化。夏天是碳汇,冬天是碳源。 7月或8月的碳通量总量约为-1.377〜-1.882 gcm-2day-1,11月为0.64 gcm-2day-1。沿海地区的碳通量波动大于内陆地区。林区的碳储存能力强于其他植被区,森林通量变化最大。植被覆盖较大,碳储量较强。

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