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Study of satellite retrieved CO_2 and CH_4 concentration over India

机译:印度卫星获取的CO_2和CH_4浓度的研究

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This paper reports a study of spatial and temporal variations of columnar averaged concentration of CO_2 and CH_4 over India using SCanning Imaging Absorption spectroMeter for Atmospheric CHartographY (SCIAMACHY) and Greenhouse gas Observing SATel-lite (GOSAT) data. Comparison of these data with the global view National Oceanic and Atmospheric Administration (NOAA) land data and also location specific flask data is made. The temporal variation in column averaged global CO_2 is similar to that over India and it is also similar to the NOAA surface flask data and global view. The variation in N0AA surface CH_4 is location dependent and its global view appears to vary seasonally in opposite phase with the column averaged CH4 values from satellites, reflecting the limited comparability of surface and column averaged data. Over India the CO_2 maximum is in May and minimum in August/September while for CH_4 the maximum is in September and minimum in February/March. The seasonal variation of CH_4 over India is correlated with the eastern coastal rice cultivation.
机译:本文利用大气制图(SCIAMACHY)和温室气体观测SATel-lite(GOSAT)数据的SCanning成像吸收光谱仪,对印度整个地区CO_2和CH_4的柱状平均浓度的时空变化进行了研究。将这些数据与全球海洋和大气管理局(NOAA)陆地数据以及特定位置的烧瓶数据进行全局比较。柱平均全球CO_2的时间变化类似于印度的时间变化,也类似于NOAA地表烧瓶数据和全局视图。 N0AA表面CH_4的变化与位置有关,并且其整体视图似乎与卫星的色谱柱平均CH4值在相反的相位上季节性变化,反映了表面和色谱柱平均数据的有限可比性。在印度,CO_2的最大值在5月,8月/ 9月的最小值,而CH_4的最大值在9月,2月/ 3月的最小值。印度CH_4的季节变化与东部沿海稻米种植相关。

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