Arctic Cloud Seeds Split: Warming Boosts Particles in the High Arctic but Cuts Them at Sea
A landmark analysis of two decades of Arctic aerosol observations shows that warming will increase cloud-seeding particles in the ice-covered ...
A landmark analysis of two decades of Arctic aerosol observations shows that warming will increase cloud-seeding particles in the ice-covered ...
A landmark reanalysis of Arctic sediment cores resolves a 50-year taxonomic mystery, revealing that two distinct warm-water foraminifera species invaded ...
Sedimentary biomarkers and diatom fossils from the southwestern Ross Sea reveal that sea ice duration has increased over the past ...
A 290-year tree-ring reconstruction of precipitation in central Siberia reveals that recent decades mark a distinct shift toward wetter conditions, ...
A new analysis of 41 CMIP6 climate models shows that those which best reproduce the Arctic's accelerated wintertime warming are ...
A new aquaplanet modeling study shows that realistic seafloor topography alone can sustain major ocean circulation systems and hemispheric climate ...
New early online research from American Meteorological Society journals spans the first routine kilometer-scale global forecasts, converging polar sea ice ...
New research from the Chukchi Sea shows that colliding ocean currents sink carbon-carrying phytoplankton about four times faster than usual, ...
A new observational study using 71 drifting buoys in the Barents Sea and around Svalbard quantifies how quickly ocean waves ...
A comprehensive review documents how Arctic and Antarctic sea ice are diverging in thickness, albedo, snow cover, motion and melt-season ...
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© 2025 Scienmag - Science Magazine