Falling groundwater tables could heat the land surface, study finds
A new physics-based study links shallow groundwater declines to predicted ground surface warming of over ten degrees in some conditions.
A new physics-based study links shallow groundwater declines to predicted ground surface warming of over ten degrees in some conditions.
A 30-year analysis of 1,210 groundwater samples from 103 wells in northeastern Italy identifies three chemically distinct water families, including ...
Researchers have produced the first comprehensive hydrogeological maps and conceptual groundwater model for northern Takhar province, Afghanistan, delineating three aquifer ...
A detailed variable-density groundwater model of the Muravera Plain in Sardinia reveals that rice-field irrigation, not drinking-water abstraction, is the ...
Isotopic analysis shows that fresh groundwater in Vietnam's heavily pumped Mekong Delta aquifer fell as rain 12,000 to 32,000 years ...
A three-dimensional variable-density model of China's Weibei Plain reveals that coordinated cuts in freshwater pumping and controlled increases in coastal ...
A new GIS-based study maps groundwater potential across Brazil's semi-arid Grande River Basin, revealing that the most favorable recharge zones ...
New simulations based on San Salvador Island in The Bahamas show that subsurface cutoff walls protect island freshwater lenses against ...
A new PLOS Water study combines Sentinel-2 satellite data, OpenET evapotranspiration estimates, and unsupervised machine learning to reveal 13 distinct ...
French researchers have developed fast semi-analytical equations that predict how underground barriers and pumping wells reshape the freshwater–seawater interface in ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine