Science Source
Boundary condition of grounding lines prior to collapse, Larsen-B Ice Shelf, Antarctica
- Finds that the Larsen-B Ice Shelf in Antarctica collapsed in 2002 because of a regional increase in surface temperature
- States that this finding will surprise many who supposed that the shelf's disintegration probably occurred because of thinning of the ice shelf and the resulting loss of support by the sea floor beneath it
- The authors mapped the sea floor beneath the ice shelf before it fell apart, which revealed that the modern ice sheet grounding line was established around 12,000 years ago and has since remained unchanged
- They find that if the ice shelf did not collapse because of thinning from below, then it must have been caused by warming from above
Related Content
Headline
Jan 29, 2020 | BBC News
Journey to the 'doomsday glacier'
Headline
Nov 22, 2019 | NOAA Climate.gov
Understanding climate: Antarctic sea ice extent
Headline
Mar 26, 2019 | The Guardian
Australian researchers find huge lakes beneath largest east Antarctic glacier
Science Source
| Geophysical Research Letters
Mass Loss of Totten and Moscow University Glaciers, East Antarctica, Using Regionally Optimized GRACE Mascons
Yara Mohajerani, Isabella Velicogna, Eric Rignot