Climate models reveal 73 nonlinear surprises arriving sooner than expected
An automated scan of 54 CMIP6 climate models catalogues 73 strong nonlinear surprises, including Arctic sea-ice loss, North Atlantic mixed-layer ...
An automated scan of 54 CMIP6 climate models catalogues 73 strong nonlinear surprises, including Arctic sea-ice loss, North Atlantic mixed-layer ...
A new modelling study shows that warm North Atlantic sea surface temperatures pump extra latent heat into the atmosphere, driving ...
A comparison of fifteen climate models against dinocyst-based reconstructions shows that missing meltwater forcing from ancient ice sheets explains why ...
A machine-learning analysis of more than 900 snow penetration profiles in the Weddell Sea shows that Antarctic sea ice snowpacks ...
A coordinated experiment feeding identical Antarctic meltwater to eleven climate models reveals sea ice responses ranging from nearly nothing to ...
New climate model experiments suggest anthropogenic aerosol pollution boosted European windstorm losses by an average of 45 percent in the ...
High-resolution climate models project that mountain wave turbulence will intensify over the Antarctic, Greenland and parts of the Caucasus and ...
A new likelihood ratio test that compares climate models with observations without assuming equal noise variances finds that most CMIP6 ...
New simulations of northeast Pacific stratocumulus clouds show that while aerosol plume spreading rates vary strongly with turbulence, the resulting ...
A twelve-model study shows that nudging climate models towards the observed Quasi-Biennial Oscillation improves some extratropical teleconnections but leaves others ...
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© 2025 Scienmag - Science Magazine