We can still prevent the collapse of the West Antarctic ice sheet – if we act fast to keep future warming in check

Source: The Conversation

Projecting when and how fast the West Antarctic Ice Sheet will lose mass due to current and future global ocean warming – and the likely impact on sea level rise and coastal communities – is a priority for climate science. Our project, an ambitious international collaboration known as the “Sensitivity of the WAIS to 2°C” (SWAIS2C), aims to retrieve sediments from the seafloor beneath the Ross Ice Shelf to explore how West Antarctica responded to warmer periods in Earth’s past – and what might happen in a warming future.



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Deepest-ever rock core extracted from under Antarctic ice sheet

Deepest-ever rock core extracted from under Antarctic ice sheet

18 February 2026

Analyses will help to reveal how far the West Antarctic Ice Sheet retreated in the past — and what it might do in the future.

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Scientists Drilled Into Antarctic Ice Until They Met Bedrock, Then Got A 228-Meter Sample Of Sediment

Scientists Drilled Into Antarctic Ice Until They Met Bedrock, Then Got A 228-Meter Sample Of Sediment

18 February 2026

Scientists have just got their hands on a 228-metre (748-foot) core sample from the muddy bedrock beneath West Antarctica’s chunky ice sheets. Inside the record-breaking sample, they discovered fossils of marine organisms that date from a time when this area was an open, ice-free ocean.

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