Satellite Data and Simple Models May Hold the Key to Forecasting Rivers in the Frozen Himalayas
A new study shows that a simple conceptual hydrological model driven entirely by satellite and reanalysis data can outperform more ...
A new study shows that a simple conceptual hydrological model driven entirely by satellite and reanalysis data can outperform more ...
Researchers in China have built a physics-guided deep learning model that improves groundwater-level prediction in heavily pumped agricultural aquifers by ...
A 58-year analysis of 34 Iranian weather stations finds that sunshine hours, not maximum temperature, are the dominant driver of ...
A 45-year analysis of northern Togo finds stable rainfall but significant warming that is quietly intensifying moisture deficits across one ...
A co-creation study in Malawi reveals that persistent groundwater data scarcity stems from interconnected institutional, procedural, financial, and social failures ...
The first global database of oxygen-18 and deuterium records from karst springs and cave drip water compiles 1007 time series ...
A new geophysical survey of 17 sites in Uttarakhand's Tanakpur area has mapped hidden Himalayan foothill aquifers using vertical electrical ...
Austrian researchers have developed a terrain-aware statistical method that corrects systematic undercatch in mountain precipitation gauges, dramatically improving runoff, snow ...
A new publicly available database compiles more than twenty attributes for 5,142 Chinese reservoirs, capturing 87.5 percent of the nation's ...
A new 45-year, high-resolution precipitation reanalysis for North America directly assimilates thousands of ground-station observations, outperforming major global datasets in ...
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© 2026 Scienmag - Science Magazine