Past Biome Shifts Leave Little Mark on Today’s Vertebrate Diversity
A new downscaled reconstruction of Cenozoic biomes shows present-day area and energy predict vertebrate diversity better than historical biome dynamics.
A new downscaled reconstruction of Cenozoic biomes shows present-day area and energy predict vertebrate diversity better than historical biome dynamics.
A fine-resolution study in Hokkaido shows that cool rock-interstice microclimates could allow northern pikas to persist under climate warming where ...
A new global monthly groundwater dataset at 1 km resolution for 2002-2020 combines GRACE satellite gravity, environmental predictors and machine ...
Europe's seas are now formally covered by maritime spatial plans. Under Directive 2014/89/EU, nearly every member state has drawn up ...
Bias-corrected NEX-GDDP-CMIP6 simulations project 5–6°C warming and intensifying precipitation extremes across the Hindu Kush Himalaya by the end of the ...
Researchers have developed MESMER-RCM, a probabilistic emulator that generates large ensembles of plausible regional climate model outputs at a fraction ...
A systematic evaluation of Med-CORDEX regional climate models shows they reliably improve Mediterranean sea surface temperature patterns and marine heatwave ...
A new study shows that calibrating watershed models with downscaled, bias-corrected satellite soil moisture data dramatically improves the representation of ...
Researchers have adapted a generative diffusion model to downscale coarse global forecasts into 3 km regional predictions across China, outperforming ...
A new five-step framework combining boosted forecasts of North Atlantic climate indices with ensemble subsampling delivers skillful 8-kilometer-resolution decadal precipitation ...
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© 2025 Scienmag - Science Magazine