The shape of the large ice sheets responds rapidly to climate change, making the elevation
changes of these ice-covered regions an essential climate variable. Consistent, long time …

Spatial–temporal variability and changes of Greenland ice sheet elevation from 1992 to
2008 are analyzed from merged ERS-1, ERS-2, and Envisat satellite radar altimeter data. A …

A new analysis of Seasat and Geosat satellite radar altimeter measurements over the
Greenland ice sheet was performed to determine surface elevation change. The new …

We show, for the first time over the Greenland ice sheet, that an along track method for
deriving rates of elevation change can successfully be applied to Envisat radar altimetry …

Long-term observations of surface elevation change of the Greenland ice sheet (GrIS) is of
utmost importance when assessing the state of the ice sheet. Satellite radar altimetry offers a …

Ice loss measurements around the periphery of the Greenland Ice Sheet can provide key
information on the response to climate change. Here we use the excellent spatial and …

A long-term time series of ice sheet surface elevation change (SEC) is important for study of
ice sheet variation and its response to climate change. In this study, we used an updated …

We compare rates of surface-elevation change on the Greenland ice sheet derived from
European Remote-sensing Satellite-2 (ERS-2) radar-altimeter data with those obtained from …

ICESat has provided surface elevation measurements of the ice sheets since the launch in
January 2003, resulting in a unique dataset for monitoring the changes of the cryosphere …

The integrated program Surface Elevation Reconstruction And Change detection (SERAC)
was specifically designed and developed for detecting surface elevation and elevation …