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机译:采用无源微波和热红外遥感数据检测藏高原上的土地冻融状态
State Key Laboratory of Remote Sensing Science Institute of Remote Sensing Science and Engineering Faculty of Geographical Science Beijing Normal University and Joint Center for Global Change Studies;
State Key Laboratory of Remote Sensing Science Institute of Remote Sensing Science and Engineering Faculty of Geographical Science Beijing Normal University and Joint Center for Global Change Studies;
Institute of Geographical Sciences Hebei Academy of Sciences;
Institute of Remote Sensing and Digital Earth Chinese Academy of Sciences;
Center for Earth System Science Tsinghua University;
State Key Laboratory of Remote Sensing Science Institute of Remote Sensing Science and Engineering Faculty of Geographical Science Beijing Normal University and Joint Center for Global Change Studies;
Freeze-thaw discrimination; Land surface temperature; Bayesian maximum entropy; Brightness temperature downscaling;
机译:采用无源微波和热红外遥感数据检测藏高原上的土地冻融状态
机译:利用多频无源微波遥感耦合数据同化框架检索地表变量和大气综合变量:青藏高原的开发与应用
机译:通过对青藏高原微波和热红外遥感数据的综合估算,高分辨分辨率接近于表面冻结/融化状态
机译:利用主动和被动卫星数据进行大规模微波遥感反演地表多参数:青藏高原玛曲
机译:青藏高原的表面能收支及其与东亚夏季风的遥相关性:来自地面观测,遥感和再分析数据集的证据
机译:结合有源无源微波和光学植被遥感产品与陆面模型的高分辨率土壤水分监测
机译:土壤水力特性空间变异性对红外和微波遥感数据表面参数的影响