Cultivated land past 40% sharply amplifies drought and heatwave risk in northern China’s agro-pastoral ecotone
A study of northern China's Horqin Sandy Land finds that once cultivated land exceeds about 40% of the landscape, drought ...
A study of northern China's Horqin Sandy Land finds that once cultivated land exceeds about 40% of the landscape, drought ...
A study of China's Songhua River Basin and global cropland flux sites finds that ecosystem water use efficiency declines nonlinearly ...
A two-year field experiment in southeastern Türkiye found that supplemental irrigation increased chickpea grain yield, particularly when flowering and grain ...
A probabilistic dynamic graph deep learning model developed on Prince Edward Island predicted potato crop coefficients with R² values up ...
Researchers rebuilt the green-roof physics in the WRF weather model and cut simulated ground heat flux errors from over 100 ...
A regional satellite-observation study links Grain for Green implementation on the Loess Plateau with 53.2% forest-cover growth and 24.4% higher ...
A new study of northern Hebei, China, reveals that forest and grassland gains and losses produce unequal and sometimes reversed ...
Evapotranspiration sits at the intersection of the water and energy cycles, and its accurate quantification has long challenged hydrologists and ...
A time-normalized analysis of mizuna grown in a spaceflight prototype root module shows nighttime water loss running at nearly half ...
A new satellite-based machine learning study shows that irrigated farmland in Ukraine's Kherson and Zaporizhzhia oblasts has collapsed by about ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine