Rethinking Global Groundwater Models to Feed Crops and Protect Ecosystems
A Nature Water perspective argues that global groundwater models can diagnose depletion but must become integrated, process-based frameworks to guide ...
A Nature Water perspective argues that global groundwater models can diagnose depletion but must become integrated, process-based frameworks to guide ...
A new deep learning framework for river flow forecasting puts flood peaks, uncertainty, and interpretability at the center of model ...
The first national-scale systematic review of Kenyan soil moisture research finds that remote sensing dominates the field while the drought-prone ...
A new lightweight deep learning model called BOA-LSTM combines Bayesian optimization and attention mechanisms to deliver faster and more accurate ...
New research shows that depletion of moisture in deep soil layers, rather than surface drought alone, drives severe and lasting ...
New research links the Caspian Sea's dramatic water level swings to five major atmospheric circulation patterns, with the East Atlantic/Western ...
Researchers in Colombia combined terrain analysis and high-resolution radar rainfall data to build a validated statistical framework that identifies watersheds ...
The World Meteorological Organization's 2025 report shows rivers, groundwater and glaciers declining worldwide as climate change and groundwater extraction dry ...
A new study finds that pollution control has driven significant surface water quality improvements across China's karst regions, with a ...
A distributed water balance model of Patna's alluvial aquifer shows cropland recharges groundwater far more efficiently than forests, with annual ...
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© 2025 Scienmag - Science Magazine