Soil–plant–atmosphere models and certain land surface models usually require information
about the ability of soils to store and release water. Thus, a critical soil parameter for such …

Many hydrologic phenomena and applications such as drought, flood, irrigation
management and scheduling needs high resolution satellite soil moisture data at a …

Evapotranspiration (ET) is a key component of the hydrological cycle however it is also the
most difficult factor to quantify. In recent decades, estimating ET has been improved by …

During the last decade the opportunity and usefulness of using remote-sensing data in
hydrology, hydrometeorology and geomorphology has become even more evident and …

Improving regional estimates of actual evapotranspiration (λΕ) in water-limited regions
located at climatic transition zones is critical. This study assesses an λΕ model (PT-JPL …

Soil moisture (SM) is of paramount importance in irrigation scheduling, infiltration, runoff,
and agricultural drought monitoring. This work aimed at evaluating the performance of the …

Core Ideas AMMA‐CATCH is a long‐term critical zone observatory in West Africa. Four sites
sample the sharp ecoclimatic gradient characteristic of this region. Combined …

Real surface soil moisture retrieved from the Soil Moisture and Ocean Salinity (SMOS)
satellite is downscaled and assimilated in a fully integrated hydrological and soil‐vegetation …

Soil moisture is a key capricious in hydrological process, the accessibility of moisture
content in soil reins the mechanism amid the land surface and atmospheric progression …

Groundwater represents the most important available freshwater reserves and is of critical
importance to global water and food security. Old environmental burdens that have led to the …