UC Irvine and NASA researchers have identified stormlike circulation patterns beneath Antarctic ice shelves that are causing aggressive melting. These "submesoscale" features drive warm water intrusion, accelerating the melt of key glaciers like Thwaites and Pine Island.
Virginia Edgcomb from the Woods Hole Oceanographic Institution discusses deep ocean drilling, a process that reveals earth history, geological processes and a deep biosphere.
Spring flood and rain events are pivotal periods to capture mineral element-organic carbon stabilisation in permafrost soils, highlights Catherine Hirst, Earth and Life Institute, UCLouvain, Belgium in this Arctic rivers focus.
In the glacial period, sea ice decreases occurred at a similar time to drastic climate change and created intensive debate among scientists - now, the ICE2ICE project has a conclusive answer for what happened.
Shin Sugiyama, Institute of Low Temperature Science from Hokkaido University provides a fascinating look at the mass loss of the Antarctic ice sheet driven by ice-ocean interaction.
Martin Sharp Department of Earth and Atmospheric Sciences, University of Alberta, provides more compelling commentary on the changing arctic ice caps, focussing on the insights to be gained from ice cores.
Luisa da Cunda Fernandes and Martin Sharp Department of Earth and Atmospheric Sciences, University of Alberta, discuss changing runoff from Arctic Ice caps and Greenland.
Martin Sharp, Professor at Department of Earth and Atmospheric Sciences, University of Alberta, explains ways to characterise how ice caps and glaciers change.
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