机译:基于SMOS多角度观测的全球植被监测方法
State Key Lab. of Remote Sensing Sci., Inst. of Remote Sensing & Digital Earth, Beijing, China;
vegetation; vegetation mapping; AD 2010 to 2011; L-band passive microwave spaceborne sensor; NDVI; SMOS H-polarized multiangular measurements; SMOS mission; above-ground biomass; global L-band multiangular observations; global carbon cycle; global carbon ecosystem; global vegetation monitoring; multiangular brightness temperature; normalized difference vegetation index; soil moisture and ocean salinity; soil signal; synthetic aperture techniques; vegetation optical depth; vegetation signal; zero-order radiative transfer model; Brightness temperature; Correlation; Mathematical model; Microwave radiometry; Microwave theory and techniques; Soil; Vegetation mapping; Multiangular; passive microwave; soil moisture and ocean salinity (SMOS); vegetation optical depth (VOD);
机译:Smap,SMOS,AMSR2和ESA CCI的卫星表面土壤水分:使用全球基于地面的观测综合评估
机译:基于地球观测的全球长期植被趋势评估-比较GIMMS和MODIS全球NDVI时间序列
机译:基于卫星的叶片区指数观测的非高斯数据同化与个性的动态全球植被模型
机译:通过多角度SMOS观测监测地表土壤水分
机译:植被与全球气候的耦合:卫星观测的植被变化轨迹和物候模型。
机译:基于过程的植被总初级生产量模型的全局验证采用涡度协方差观测
机译:基于卫星的叶面积指数观测与基于个体的动态全球植被模型的非高斯数据同化
机译:基于雷达的年际植被物候学监测植被全球变化响应