The methodology for integrated ground-based and satellite monitoring of atmospheric aerosols is discussed. An algorithm for processing data from coordinated lidar and radiometric sensing (LRS) is described. The algorithm was tested by studying aerosol parameter altitude profiles in the vicinity of AERONET stations using data from ground-based solar radiometers and CALIOP satellite lidar. Coordinated measurements with AERONET network radiometers and ground-based multiwavelength lidars at remote sensing stations of the Institute of Physics, NASB (Minsk, Belarus), Institute of Atmospheric Optics, SB, RAS (Tomsk, Russia), and KRSU (Teploklyuchenka, Kyrgyzstan) were used to verify the satellite sensing results.

中文翻译：

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地面和卫星光学遥测的协同作用，用于研究大气气溶胶

讨论了对大气气溶胶进行地面和卫星综合监测的方法。描述了一种用于处理来自协调激光雷达和辐射感测（LRS）的数据的算法。通过使用来自地面的太阳辐射计和CALIOP卫星激光雷达的数据研究AERONET站附近的气溶胶参数高度剖面，对算法进行了测试。在NASB（白俄罗斯明斯克）的物理研究所，SB，RAS（俄罗斯的托木斯克），大气光学研究所和KRSU（吉尔吉斯斯坦的Teploklyuchenka）的遥感站使用AERONET网络辐射计和基于地面的多波长激光雷达进行协调测量被用来验证卫星感测结果。