Rising Aridity Could Expand Salty Soils Across Global Drylands by 2100
A new Nature Communications study projects an 8 percent expansion of saline soils in global drylands by 2100, with wheat ...
A new Nature Communications study projects an 8 percent expansion of saline soils in global drylands by 2100, with wheat ...
Researchers have for the first time embedded climate-driven crop yield changes, combining CO2 fertilization and temperature effects, into a full ...
A new three-model ensemble framework combining DAYCENT, DNDC, and ECOSYS predicts US corn and soybean yields and soil organic carbon ...
Empirical modelling of northern Ghana projects crop yield losses of 25 to 60 percent by 2050 as rising temperatures and ...
A new study links satellite-derived vegetation and soil moisture anomalies with farmer surveys across four Nigerian states, showing that these ...
A new study in Earth's Future projects that climate change will boost European sorghum yields enough to replace roughly 90 ...
A new study finds that temperature proxies used in climate-impact research carry errors averaging up to 3.3°F, potentially understating the ...
A 19-year analysis of Ethiopian survey data finds that soil conservation, crop protection and water catchment practices, rather than added ...
A new global analysis finds that managing salt-affected croplands could cut reactive nitrogen losses by 59 percent, boost crop production ...
A new agrohydrological study quantifies waterlogging's yield impacts across Ethiopian farmland and identifies drainage and agronomic strategies that could protect ...
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© 2025 Scienmag - Science Magazine