Antarctic researchers are left without crew accommodation and fuel supply after gigantic ice sheet breaks off and floats away

By SABRINA PENTY, FOREIGN NEWS REPORTER Published: 09:11, 26 May 2026 | Updated: 09:18, 26 May 2026 Antarctic explorers have been left without accommodation and fuel supply after a massive ice sheet carrying shipping containers broke off and floated away from a research station.  The German-operated Neumayer Station III was battered by a violent blizzard back in January, resulting in a huge slab of ice and seven shipping containers drifting away into the Weddell Sea.  The seven containers had been placed on the ice to be loaded onto a ship, so when they drifted away before being collected, crew members were left without supplies, including special gear, 9,500 litres of winter diesel, gas cylinders and batteries.  Another container served as accommodation for crew members exploring the Antarctic region.   When the days-long winter storm subsided, researchers aboard the Neumayer III discovered that the containers had floated away, along with their essential supplies.   After the German research icebreaker Polarstern discovered the ice sheet about 87miles from its origin, a partial recovery operation was launched to retrieve fuel and batteries by helicopter.  However, the operation stalled as the ice slab became increasingly unstable, making recovery efforts impossible.  A month later, the ice sheet no longer appeared in satellite images, leading researchers to believe it broke apart.  Satellite image shows shipping containers on a floating slab of ice The containers were carrying diesel, gas cylinders and batteries, while one of them served as accomodation for crew members Meanwhile, the containers are believed to have sunk into the seabed, raising concerns over their environmental impact in the region, with one of them carrying 9,000 litres of winter diesel.  The Antarctic Treaty Consultative Meeting, an annual international forum responsible for the administration, governance, and management of Antarctica, which was held earlier this month, said: 'It is assumed [the container] was either damaged by falling into the sea or imploded on its way to the seabed.  'In either case, the fuel is likely to have leaked out.' The incident has led to new measures being put in place to prevent any further loss of supplies, with containers now required to be stored at least three miles from the edge of the ice.  Meanwhile, researchers are required to monitor the ice sheet more closely. It comes as scientists warned that rapidly melting ice shelves in Antarctica could trigger global sea levels to rise even faster than expected.  Antarctica's vast floating ice shelves surround about 75 per cent of the continent's coastline and act like a vast buttress, holding back the flow of inland glaciers. However, Norwegian researchers have discovered that deep channel–like grooves beneath the ice are trapping swirling eddies of relatively warm ocean water. That warm water melts ice beneath the surface 10 times faster than normal, threatening the structural integrity of the entire ice shelves. Lead author Dr Qin Zhou, senior scientist for Norwegian research organisation Akvaplan–niva, told the Daily Mail: 'These ice shelves may be more vulnerable to ocean warming than previously assumed.' If the Antarctic shelves were significantly weakened or even started to collapse, it would release the gigatonnes of ice currently being held back in the ice sheet. The ice sheet currently holds enough fresh water to raise sea levels by a staggering 190ft, threatening millions of people with flooding.  A partial recovery effort was launched, but the containers are believed to have sunk While the researchers don't think the entire ice sheet will melt, they warn that sea levels are likely to be a lot higher than previous climate models have predicted. Ice shelves are the extensions of glaciers that float out over the water rather than being anchored to the bedrock below. As well as sheltering a diverse and sensitive ecosystem, this wall of ice is also critical for slowing the sea level contributions of melting glaciers. The ice shelves wedge themselves between the headland and small hills on the seafloor, acting like a break that slows the glaciers' relentless surge into the sea. No comments have so far been submitted. Why not be the first to send us your thoughts, or debate this issue live on our message boards. By posting your comment you agree to our house rules. Do you want to automatically post your MailOnline comments to your Facebook Timeline? Your comment will be posted to MailOnline as usual. Do you want to automatically post your MailOnline comments to your Facebook Timeline? Your comment will be posted to MailOnline as usual We will automatically post your comment and a link to the news story to your Facebook timeline at the same time it is posted on MailOnline. To do this we will link your MailOnline account with your Facebook account. 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