Sean Turner, a DOE senior engineer, is using AI at Oak Ridge National Laboratory to improve water resource management for ...
Understanding how water moves through the Earth system is fundamental to predicting climate impacts and ensuring sustainable ...
How much fresh water is in the United States? It's a tough question, since most of the water is underground, accessible at ...
Rainfall prediction has advanced rapidly with the adoption of machine learning, but most models remain optimized for overall ...
ABSTRACT: Effective management of water resources in West African basins is increasingly hindered by sparse hydrometeorological datasets, high interannual rainfall variability, and nonlinear feedbacks ...
Selected runs with a physics-based model of surface water–groundwater interactions are used to examine in detail some numerical challenges and surprising behaviors that result from discretization, ...
As the climate warms, drought conditions are intensifying in many parts of the world. The effects of hydrological drought on water levels in rivers and other waterways are especially crucial to ...
Results from a state-of-the-art Antarctic subglacial hydrology model: (a) the difference between ice overburden pressure and basal water pressure; (b) the proportion of water pressure relative to ice ...
In hydrologic modeling, the assumption of homogeneity within a cell averages all variability finer than the model resolution. This loss of information can impact a model's ability to accurately ...
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