Global Farmland Faces Longer, Deeper Soil Droughts by 2050, Climate Models Warn
A new CMIP6-based global assessment projects that soil moisture droughts will become longer and more severe by 2050, pushing agricultural ...
A new CMIP6-based global assessment projects that soil moisture droughts will become longer and more severe by 2050, pushing agricultural ...
A new framework study shows how distant water fishing fleets shape food security in the developing coastal nations that host ...
A refined global crop model reveals that droughts, heatwaves and their compound events cut wheat yields far more than standard ...
A new Nature Communications study estimates that maize-soybean intercropping on up to 20 million hectares could cover three-quarters of the ...
A new review synthesizing 37 studies finds that indigenous regenerative practices across Southern Africa measurably improve soil health, water retention, ...
A new national framework coupling cropland health, productivity, and connectivity identifies 14.67 percent of China's farmland for managed fallow, concentrating ...
A systematic review finds Ethiopia's Green Legacy Initiative has generated hundreds of thousands of jobs and measurable income gains, but ...
A 31-year analysis of Ethiopian highland climate data shows warming temperatures and erratic rainfall are shifting the growing season and ...
A sweeping review in iScience reveals that irrigation regimes and rhizosphere microbes form a bidirectional feedback loop that can boost ...
A new comprehensive review finds that the cactus plant is rich in fiber, vitamins, minerals, and rare bioactive compounds with ...
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© 2025 Scienmag - Science Magazine