… velocities near the terminus of the glacier doubled and the … 21st century climate changes,
the GIS geometrical evolution … evolution of five of the main fast flowing areas in Greenland, …

… whether spatially complex flow patterns in outlet glaciers can now be captured in … velocity
field of the Greenland Ice Sheet at high resolution (<1 km). We demonstrate that outlet glacier …

… Consequently, the dynamic response (ie changes in surface elevation and velocity) of these
outlet glaciers to changes at their termini, particularly calving from floating ice tongues, is …

… Our results show near-ubiquitous retreat of outlet glaciers across both regions for the study
period; however, the timing and magnitude of inter-annual frontal position change is largely …

… have shown acceleration and retreat (Figure 7), this is not ubiquitous and ambiguity exists
as to the velocity response of northern Greenland outlet glaciers to ice tongue loss in the future…

… To estimate ice loss during the 21st century models typically use four greenhouse gas …
Several studies have shown linear correlation between glacier surface speed, changes in …

… changes in the flow speeds of the ice sheet’s outlet glaciers using interferometric and … on
velocity, the SAR imagery also provides an important record of overall change in Greenland. …

… , we estimate the midrange contribution of all Greenland glaciers to 21st-century SLR to be
… In general, we observed higher velocities at the glacier terminus when higher calving rates …

… To project century-scale changes for multiple Greenland outlet glaciers, we need a more …
Jakobshavn Isbræ is the fastest-flowing glacier currently known, with summer flow speeds near …

… While this is not likely to be an accurate depiction of glacier retreat over the 21st century, we
… not reproduce the seasonal velocity cycle observed at Greenland outlet glaciers, the timing …