When Andreas Fichtner unspooled a fiber-optic cable into a deep hole in Greenland’s ice, he wasn’t expecting to discover a whole new way that glaciers move. Even when the cable started sending ...
In just five years, 930 million cubic meters of crevasses opened up in the Greenland ice sheet, equivalent to adding a crack the size of the Great Pyramid of Giza to the world's second largest ice ...
Ice streams move due to tiny ice quakes Dynamics of Greenland's ice decrypted Date: February 6, 2025 Source: ETH Zurich Summary: An international team of researchers has shown that countless tiny ...
Greenland’s Ice Sheet is cracking open at the seams, literally falling apart at speeds indicative of the brutal and accelerating impact of global climate change. In just five years, 930 million cubic ...
A new large-scale study of crevasses on the Greenland Ice Sheet shows that those cracks are widening faster as the climate warms, which is likely to speed ice loss and global sea level rise.
The Greenland Ice Sheet is cracking open more rapidly as it responds to climate change. The warning comes in a new large-scale study of crevasses on the world’s second largest body of ice.
Finally, where the ice meets the ocean and no scientist would ever dare to stand, they can be monsters over 100 meters from wall to wall. And across Greenland, they are growing. It shouldn't be ...
Crevasses at Store Glacier, a marine-terminating outlet glacier of the western Greenland Ice Sheet. Credit: Tom Chudley (Durham University) The Greenland Ice Sheet is cracking open at an accelerating ...
Observing Greenland from a helicopter, the main problem is one of comprehending scale. I have thought we were skimming low over the waves of a fjord, before noticing the tiny shadow of a seabird far ...
A study by Durham University reveals that the Greenland ice sheet is cracking faster due to climate change. Researchers observed significant increases in the size and depth of crevasses ...
In context: A study on the Greenland Ice Sheet reveals alarming trends in crevasse formation, shedding new light on the potential acceleration of global sea level rise. The research provides ...