Ancient algae clues reveal Arctic winter sea ice loss is far worse than models predicted
Clues from algae preserved in 6,000-year-old ocean sediments show Arctic winter sea ice will shrink by about one million square ...
Clues from algae preserved in 6,000-year-old ocean sediments show Arctic winter sea ice will shrink by about one million square ...
A new study uses mid-Holocene biomarker records and Bayesian model weighting to cut uncertainty in Arctic winter sea ice projections ...
Researchers report that since the late 1990s, newly formed Arctic ice has replaced El NiƱo as a key influence on ...
An automated scan of 54 CMIP6 climate models catalogues 73 strong nonlinear surprises, including Arctic sea-ice loss, North Atlantic mixed-layer ...
A newly tuned high-resolution version of the EC-Earth3 climate model projects a nearly ice-free Arctic September by 2040 and reveals ...
A new benchmark study compares three causal inference methods for detecting climate tipping point interactions and finds that a weaker ...
Researchers at NYU Abu Dhabi have created a simple algorithm called the Random Analogue Predictor that forecasts Arctic sea ice ...
A UC Riverside-led study shows that collisions between sea ice floes, not exotic forces, explain the Arctic ice's puzzling speeds ...
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Ā© 2025 Scienmag - Science Magazine