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  • Presentation | OS23A: Physical and Biogeochemical Processes on the Warm Antarctic Continental Shelves I Oral
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  • OS23A-04: Thwaites Eastern Ice Shelf Cavity Observations Reveal Multi-year Sea Ice Dynamics and Deep-Water Warming in Pine Island Bay, West Antarctica (invited)
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Author(s):
Christian Wild, University of Tübingen (First Author, Presenting Author)
Tasha Snow, University of Maryland College Park
Tiago Segabinazzi Dotto, National Oceanography Centre
Peter E D Davis, NERC British Antarctic Survey
Scott Tyler, University of Nevada, Reno
Ted Scambos, University of Colorado, Boulder
Erin Pettit, Oregon State University
Karen Heywood, University of East Anglia


Thwaites Glacier is retreating due to warm ocean water melting it from below, but its thick ice shelf makes this heat hard to monitor. Using hot water drilling, we placed sensors beneath the floating ice, revealing how surface freezing in Pine Island Bay influences heat at depth. Alongside gradual warming, we found bursts of heat that could speed up melting at the grounding zone, which may become more common as sea ice declines.



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