CMIP6 models reveal a slowing southward spread of AMOC weakening
An analysis of 15 CMIP6 climate models finds that projected AMOC weakening begins in the subpolar North Atlantic and spreads ...
An analysis of 15 CMIP6 climate models finds that projected AMOC weakening begins in the subpolar North Atlantic and spreads ...
A surface-ocean isotope archive reveals seasonal signals in the subpolar and equatorial Atlantic, but finds that regional differences generally outweigh ...
A new modeling study shows that the record 2023 North Atlantic marine heatwave could have become far more intense and ...
New beryllium isotope evidence from seafloor sediments shows that the Arctic Ocean and Nordic Seas were repeatedly cut off from ...
New research shows that phytoplankton blooms in the North Atlantic can warm sea surfaces, strengthen moisture-carrying winds, and boost central ...
A new study shows that the most extreme oceanic windstorms in both hemispheres develop alongside a pre-existing downstream cyclone, with ...
A massive ensemble of decadal climate forecasts shows that North Atlantic ocean temperatures carry multi-year predictability for European summers, but ...
Researchers used AI-based equation discovery to distill North Atlantic climate variability into three simple equations, revealing that rainfall actively feeds ...
An automated scan of 54 CMIP6 climate models catalogues 73 strong nonlinear surprises, including Arctic sea-ice loss, North Atlantic mixed-layer ...
A new study documents seven year-round North Atlantic European weather regimes from 1950 to 2024, showing that their most extreme ...
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© 2025 Scienmag - Science Magazine