Temporal-spatial distribution of tropospheric NO2 in China using OMI NO2 column measurements

Jie Jiang, Y. Zha
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Abstract

Observations of tropospheric column densities of NO2 obtained from the satellite instruments OMI for the period of 2005 to 2010 are used to derive average monthly and seasonal variations over China. The obtained results indicate that NO2 has an imbalanced spatial distribution with the highest level in North China, Yangtze Rive Delta region and Pearl River Delta region. The seasonal pattern of the NO2 concentration shows a difference between the east and west in China. In the eastern part of China, an expected winter maximum in seasonal cycle is found. In the western part this cycle shows a NO2 maximum in summer time. The NO2 concentration shows a large growth over eastern China during the same period. Correlation analysis reveals that column densities of NO2 is the most closely correlated with coal consumption per unit area and population density.
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基于OMI NO2柱测量的中国对流层NO2时空分布
利用OMI卫星仪器2005 - 2010年的对流层NO2柱密度观测资料,推导了中国地区NO2柱密度的月平均和季节变化。结果表明,NO2的空间分布不平衡,华北、长三角、珠三角地区NO2水平最高;NO2浓度的季节分布在中国东部和西部存在差异。中国东部地区在季节周期中存在冬季极大值。在这个周期的西部,二氧化氮在夏季达到最大值。同期中国东部地区NO2浓度增幅较大。相关性分析表明,NO2柱密度与单位面积煤耗和人口密度相关性最密切。
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