Ocean Current Shifts, Not CO2, Explain a 5,000-Year North Atlantic Cooling Puzzle
New alkenone and foraminifera records reveal that late Holocene cooling in the mid-latitude North Atlantic was zonally asymmetric and driven ...
New alkenone and foraminifera records reveal that late Holocene cooling in the mid-latitude North Atlantic was zonally asymmetric and driven ...
A process-based analysis shows that simulated month-long heatwaves exceeding Western European records by more than 5 degrees Celsius are physically ...
A new generative AI framework called GenFocal transforms coarse global climate model output into statistically accurate fine-scale regional weather, capturing ...
A new analysis of ice cores and Earth system model experiments shows that greenhouse gases have driven a century-long rise ...
A sweeping analysis of 27 CMIP6 climate models finds no critical slowing down in the simulated Atlantic overturning circulation, in ...
A new study reconstructs ocean surface density during the Last Glacial Maximum from foraminiferal shells and finds that climate models ...
A major review of 130,000 years of paleoclimate records reveals that Antarctic sea ice influences ocean circulation, ice shelves, winds, ...
A University of Michigan study of Galápagos coral records shows that El Niño events over the past 40 years are ...
A new analysis of 41 CMIP6 climate models shows that those which best reproduce the Arctic's accelerated wintertime warming are ...
First direct size-resolved measurements of marine primary organic aerosols reveal a bimodal distribution that major climate models underestimate threefold, with ...
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© 2025 Scienmag - Science Magazine