Abstract Study region Tonle Sap Lake (TSL) Basin in Cambodia. Study focus The
development and application of hydrological models for data-sparse basins are hindered by …

Global water scarcity threatens agriculture, food security, and human sustainability. Hence,
understanding changes in terrestrial water storage (WS) is crucial. By utilizing climate …

Actual evapotranspiration (AET) is a key variable in the global water balance, driving
agricultural production and ecosystem health. It is a complex hydrologic process that …

Assessing the water budget closures and source of water budget imbalances is fundamental
to improving the understanding of changes in the hydrological system and their associated …

Abstract Study Region The Upper Blue Nile (UBN) basin, Ethiopia. Study Focus In efforts to
accurately close the water balance equation for the UBN basin using remote sensing …

Enforcing water budget closure is critical for providing consistent estimates of budget
components to understand water movement between the atmosphere and the terrestrial …

Accurate quantification of the terrestrial water cycle relies on combinations of multisource
datasets. This analysis uses data from remotely sensed, in-situ, and reanalysis records to …

Enforcing terrestrial water budget closure is critical for obtaining consistent data sets of
budget components to understand the changes and availability of water resources over time …

During the past decades, consistent efforts have been undertaken to model the Earth's
hydrological cycle. Multiple mathematical models have been designed to understand …

Terrestrial evapotranspiration (ET), which links water and energy exchanges between
atmosphere, land surface and underground water, significantly affects hydrological …