Those with the greatest reserves on their asset sheets and the fastest turnover, and thus having the greatest
potential contributions to sea level rise over time, are:
The warming, melting and
potential contributions to sea level rise from glaciers in Greenland and West Antarctica in the face of climate change has long since been a serious concern.
You have no idea hat I think about Greenland's
potential contribution to sea level rise.
Not exact matches
NASA hosted a media teleconference
to discuss new research results on the stability of the West Antarctic Ice Sheet and its
potential contribution to future
sea level rise.
The news comes as U.S. and U.K. scientists are in the process of teaming up for an ambitious joint research mission focusing on the processes shaping Thwaites and its
potential contributions to sea -
level rise.
NASA's Jet Propulsion Laboratory held a press conference
to discuss the West Antarctic Ice Sheet and its
potential contribution to future
sea level rise.
Rapid
sea -
level rise from these processes is limited
to those regions where the bed of the ice sheet is well below
sea level and thus capable of feeding ice shelves or directly calving icebergs rapidly, but this still represents notable
potential contributions to sea -
level rise, including the deep fjords in Greenland (roughly 0.5 m; Bindschadler et al., 2013), parts of the East Antarctic ice sheet (perhaps as much as 20 m; Fretwell et al., 2013), and especially parts of the West Antarctic ice sheet (just over 3 m; Bamber et al., 2009).
«Given the large variability in discharge and SMB observed within the past decade and the
potential for unaccounted positive feedback within the ice - climate system, however, the
contribution of GrIS discharge
to future
sea level rise remains highly uncertain.»
Although thermal expansion has been projected
to contribute the most
to sea level rise, the
potential of large
contributions from the Antarctic Ice Sheet has added significant uncertainty
to predictions.