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A Study on China's LUCC and Carbon-sink Response with Remote sensing

机译:中国的LUCC和碳汇反应的遥感研究

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Based on SPOT VEGETATION NDVI time-series data, multi-phase China's land use / land cover (LULC) data were extracted in this study, where land use degree method and land dynamic degree method were used to analyze the spatial and temporal change characteristics of China's LULC in the latest decade. Moreover, bookkeeping model was applied to analyze the response of China's carbon sink to LUCC. Research conclusions were achieved as follows. China's annual vegetation carbon sink was 0.22-0.32PgC/year, equivalent to 26% -28% of China's industrial CO2 emissions over the same period. Dynamic changes in woodland and grassland led to carbon sink changed in 11.4-15.7TgC, and the increased carbon sink due to LUCC offset 1.3-1.4% of China's industrial CO2 emissions.
机译:本研究以SPOT VEGETATION NDVI时间序列数据为基础,提取了中国土地利用/土地覆被(LULC)的多阶段数据,其中土地利用度法和土地动态度法分析了中国土地利用的时空变化特征。最近十年的中国土地利用,土地利用变化。此外,采用簿记模型来分析中国的碳汇对LUCC的响应。研究结论如下。中国每年的植被碳汇为0.22-0.32PgC /年,相当于同期中国工业CO2排放量的26%-28%。林地和草地的动态变化导致碳汇在11.4-15.7TgC中发生变化,而LUCC导致的碳汇增加抵消了中国工业CO2排放的1.3-1.4%。

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