Combining POLENET measurements of gravity, sea level, and the atmosphere will
link ice sheet change to the global earth system.
Not exact matches
Massive reorganizations of the ocean - atmosphere system, the authors argue, are the key events that
link cyclic
changes in the earth's orbit to the advance and retreat of
ice sheets
«So you see something in this one 4,000 - square - kilometer basin off the northeast coast of Venezuela, but you see similar
changes in the Arabian Sea and in the tropical Pacific, and you can
link it all back to
changes seen in an
ice sheet in Greenland.
This study
links a framework for global and local sea - level rise projections with simulations of two major mechanisms by which climate
change can affect the vast Antarctic
ice sheet.
In a more recent paper, our own Stefan Rahmstorf used a simple regression model to suggest that sea level rise (SLR) could reach 0.5 to 1.4 meters above 1990 levels by 2100, but this did not consider individual processes like dynamic
ice sheet changes, being only based on how global sea level has been
linked to global warming over the past 120 years.
This study
links a framework for global and local sea - level rise projections with simulations of two major mechanisms by which climate
change can affect the vast Antarctic
ice sheet.
Kaitlin Keegan, of Dartmouth College in the US, and colleagues report in the Proceedings of the National Academy of Sciences that the dramatic surface melting of the island's
ice sheet in 2012 can be explained by a combination of unprecedented temperatures
linked to climate
change and clouds of ash and soot from forest fires.
This week two landmark studies revealed that West Antarctica's
ice sheet is in a state of seemingly inevitable collapse
linked to climate
change.
Our scientists have published many papers in high ranking journals on subjects as varied as build - up of an
ice sheet; mass extinctions of life;
links between sea
ice in the Arctic and climate
change;
ice sheets that may be hiding vast amounts of methane; and specialised life forms around Arctic methane seeps.