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 study of more than 155,000 adults across 32 countries finds that the healthy-ageing benefits of good lifestyles vary up ...
A global review in npj Urban Sustainability maps how cities can move from diagnosing climate injustice to delivering it, by ...
Researchers have identified SNI1/NSE5 as a cold-sensitive brake on class II meiotic crossovers in Arabidopsis, revealing how low temperature redirects ...
A PNAS special feature organized by Cary Institute researchers shows that segregation operates as a self-reinforcing social-ecological system shaping flood ...
A joint policy brief from three EU-funded projects recommends five priority actions to embed catchment-scale sponge restoration across EU water, ...
A new CMIP6-based study projects that extreme rainfall in Rajasthan's semi-arid Banas River Basin could intensify sharply this century, with ...
A two-year network of 114 sensors across the Greater Toronto Area, combined with Bayesian synthetic heatwave simulation and machine learning, ...
More than two dozen University of Victoria researchers helped produce Canada's Changing Climate Report 2026, the country's most comprehensive assessment ...
A new high-resolution study finds that climate extremes are intensifying fastest in the central north Amazon, an intact region previously ...
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© 2025 Scienmag - Science Magazine