Kalman filters; data assimilation; moisture; remote sensing; soil; AD 2012 07 to 2014 06; ASCAT acquisition; Italian catchment; data assimilation technique; discharge prediction; ensemble Kalman filter; flood risk mitigation; hydrologic cycle; hydrological model; microwave remote sensing; remote sensing observation; satellite-derived soil moisture product; soil moisture estimation; Data models; Discharges (electric); Land surface; Remote sensing; Satellites; Soil moisture; Spatial resolution; Data Assimilation; HSAF project; Hydrological model; Remote Sensing; Soil moisture; flood forecast;
机译:分布式水文模型中遥感潜热通量的同化
机译:通过数据同化将遥感信息集成到分布式水文模型中,以改善大型流域的水预算预测
机译:贝宁Oueme流域SMOS土壤水分同化为分布式水文模型及其对水循环变量的影响
机译:遥感观测分化成为连续分布水文模型的影响:对水文循环的影响
机译:使用基于GIS的水文/水力模型和遥感数据调查自然和人为环境变化对水文过程和洪水灾害的影响
机译:通过数据同化将遥感信息集成到分布式水文模型中以改善大型流域的水预算预测
机译:遥感观测分化成为连续分布水文模型的影响:对水文循环的影响