Cropland water use efficiency hits a tipping point as air dries
A study of China's Songhua River Basin and global cropland flux sites finds that ecosystem water use efficiency declines nonlinearly ...
A study of China's Songhua River Basin and global cropland flux sites finds that ecosystem water use efficiency declines nonlinearly ...
Researchers coupled the AquaCrop crop model with a disturbance-trained deep reinforcement learning agent that cut simulated greenhouse tomato irrigation by ...
Scientists edited the promoter of the rice gene OsGTL1 to lower stomatal density, raising instantaneous water use efficiency while revealing ...
A field experiment in Pernambuco, Brazil, found that pulse subsurface drip fertigation combined with a nitrogen rate of about 189 ...
A two-year field study found that water-stressed fenugreek produced fewer seeds but higher levels of several antioxidant-related compounds, revealing a ...
A new framework coupling Sentinel-1 radar remote sensing, the DSSAT-CERES-Maize model, and multi-objective optimization cuts irrigation water use by up ...
A new field study in India identifies high-performing rice genotypes for dry and wet direct-seeded systems, showing that wet direct ...
A time-normalized analysis of mizuna grown in a spaceflight prototype root module shows nighttime water loss running at nearly half ...
A detailed multi-cycle mass balance of koi-basil aquaponics in the Texas Panhandle shows the approach is feasible with local groundwater ...
A four-year field experiment on Nagpur mandarin in central India shows that canopy-based management zones with reduced irrigation and fertilizer ...
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© 2025 Scienmag - Science Magazine