For more than 25 years, satellite radar altimetry has provided continuous information on the
state of the cryosphere and on its contribution to global sea-level rise. The technique …

Glaciers are currently the largest contributor to sea level rise after ocean thermal expansion,
contributing∼ 30% to the sea level budget. Global monitoring of these regions remains a …

Interferometric Radar Altimeters (IRA's) use dual receive antennas to overcome one of the
spatial limitations of pulse‐limited altimeters. In a conventional IRA measurement, the range …

A new methodology for retrieval of glacier and ice sheet elevations and elevation changes
from CryoSat-2 data is presented. Surface elevations and elevation changes determined …

We apply swath processing to CryoSat‐2 interferometric mode data acquired over the
Icelandic ice caps to generate maps of rates of surface elevation change at 0.5 km postings …

We have derived digital elevation models (DEMs) over the western part of the Devon Ice
Cap in Nunavut, Canada, using" swath processing" of interferometric data collected by …

We present a new digital elevation model (DEM) of the Antarctic ice sheet and ice shelves
based on 2.5× 10 8 observations recorded by the CryoSat-2 satellite radar altimeter …

We compare geocoded heights derived from the interferometric mode (SARIn) of CryoSat to
surface heights from calibration–validation sites on Devon Ice Cap and western Greenland …

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 …

The launch of Sentinel-3A in February 2016 represented the beginning of a new long-term
series of operational satellite radar altimeters, which will provide Delay-Doppler altimetry …