Two years ago, Antarctica's Larsen B
ice shelf collapsed over the course of 35 days; 3,250 square kilometers of shelf area — an area larger than that of Rhode Island — disintegrated.
Not exact matches
One 2004 NASA - led study found that most of the glaciers they were studying «flow into floating
ice shelves over bedrock up to hundreds of meters deeper than previous estimates, providing exit routes for
ice from further inland if
ice - sheet
collapse is under way.»
The 1,255 - square mile
ice shelf collapsed into the Weddell Sea
over a 35 - day period in early 2002.
The break - up of
ice shelves can also leave huge
ice cliffs 1,000 m high towering
over the ocean, which then
collapse under their own weight, pushing up sea level even further.
The rapid
collapse of the northernmost section of the Larsen
Ice Shelf (Larsen A), over a few days in January 1995, indicated that, after retreat beyond a critical limit, ice shelves may disintegrate rapid
Ice Shelf (Larsen A),
over a few days in January 1995, indicated that, after retreat beyond a critical limit,
ice shelves may disintegrate rapid
ice shelves may disintegrate rapidly.
In 2002, the Larsen B
ice shelf collapsed; in 2003, the World Glacial Monitoring Service reported that «The recent increase in the rates of
ice loss
over reduced glacier surface areas as compared with earlier losses related to larger surface areas (cf. the thorough revision of available data by Dyurgerov, 2002) becomes even more pronounced and leaves no doubt about the accelerating change in climatic conditions.»