AI Learns the Physics of Sinking Aquifers to Predict Groundwater Futures
Researchers in China have built a physics-guided deep learning model that improves groundwater-level prediction in heavily pumped agricultural aquifers by ...
Researchers in China have built a physics-guided deep learning model that improves groundwater-level prediction in heavily pumped agricultural aquifers by ...
A three-year field study in the North China Plain identifies optimal irrigation and nitrogen ranges that simultaneously raise grain yield, ...
A new regional climate modeling study shows that replacing the fixed one-day aging timescale for black carbon with a dynamic, ...
A five-site winter study across the North China Plain shows that nitrogenous organic compounds formed through ammonia-driven aqueous reactions are ...
A new study uses satellite-detected solar-induced chlorophyll fluorescence to map reference evapotranspiration across China and shows that relative humidity, not ...
A new PNAS Nexus study finds that drought–flood switching events in China are increasing by about 10.09 percent per 0.5 ...
A large on-farm study in China's North China Plain shows that diversified crop rotations only build soil organic carbon when ...
Researchers have built China's first national groundwater ecological security map, revealing that nearly a third of the country faces severe ...
Combining satellite radar, wavelet analysis, and numerical modeling, researchers show that land in the Xiong'an New Area is shifting from ...
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© 2025 Scienmag - Science Magazine