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Derivation of 2D fields of aerosol and trace gases parameters by integrated analysis of multi-instrument MFRSR datases from DOE ARM Program CART site

机译:通过DOE ARM计划购物车网站的多仪器MFRSR数据分析综合分析衍生A气溶胶和痕量气体参数

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We present results from a preliminary analysis of the multi-instrument MFRSR dataset from ARM CART (SGP) site Extended Facilities (Northern Oklahoma and Southern Kansas). Single-instrument retrievals are performed using our previously reported direct-diffuse algorithm. Retrieval products include daily time series of the aerosol optical depth, column mean aerosol particle size, NO_2 and ozone column amounts. The distribution of MFRSR sites at the SGP (central and extended facilities) allows us to combine the retrievals from the individual instruments into series of 2D images. These 2D images facilitate the investigation of spatial and temporal variability of aerosols and trace gases. These images can be also used to evaluate satellite aerosol data products (e.g. MODIS, TOMS, EO-1).
机译:我们提出了来自ARM车(SGP)站点扩展设施(俄克拉荷马州北堪萨斯州)的多仪器MFRSR数据集的初步分析结果。使用先前报告的直接漫反射算法执行单仪器检索。检索产品包括气溶胶光学深度的每日时间序列,柱子意味着气溶胶粒度,NO_2和臭氧柱量。 SGP(中央和扩展设施)的MFRSR网站的分布允许我们将来自个体仪器的检索与一系列2D图像相结合。这些2D图像有助于调查气溶胶和痕量气体的空间和时间变异性。这些图像也可用于评估卫星气溶胶数据产品(例如MODIS,TOMS,EO-1)。

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