Latest Ice calving Stories
You might think that the noisiest parts of Earth’s oceans are the shipping lanes near busy American or European ports, but you’d be wrong. Thanks to rapidly melting, shearing and calving ice sheets, the waters near Alaska and Antarctica are actually the noisiest waters known to man, according to a new study in Geophysical Research Letters.
An iceberg previously said to be more than eight times the size of Manhattan could soon disrupt shipping lanes as it moves well outside of Pine Island Bay in Antarctica.
New research has revealed that more ice leaves Antarctica by melting from the underside of submerged ice shelves than was previously thought, accounting for as much as 90 per cent of ice loss in some areas.
Once thought to be a major contributor to sea-level rise, a new study indicates glacial melt water was found to have only a minor effect on sea levels.
Large stretches of ice on the coasts of Antarctica and Greenland are at risk of rapidly cracking apart and falling into the ocean in events over the coming decades that could aggravate sea level rise.
Greenland's ice sheet is considered an important potential contributor to future global sea-level rise over the next century or longer. It contains an amount of ice that could lead to a rise of global sea level by more than 22 feet if it completely melted.
The majority of Antarctica’s ice loss is caused by warm ocean waters eating away at the undersides of ice shelves, not the sudden release and breaking away of ice masses from glaciers.
Alaska's Columbia Glacier, one of the fastest moving glaciers in the world, will cease to move by approximately 2020, according to a new study from the University of Colorado Boulder.
Andreas Muenchow, associate professor of physical ocean science and engineering in University of Delaware’s College of Earth, Ocean, and Environment, reports the calving of an island two times the size of Manhattan on July 16, 2012, in his “Icy Seas” blog.
- An uxorious, effeminate, or spiritless man.
- A timorous, cowardly fellow.