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 …

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 …

We generate a high spatial and temporal record of ice loss across glaciers globally for the
first time from CryoSat‐2 swath interferometric radar altimetry. We show that between 2010 …

The elevation changes of ice sheets have been recognized as an essential climate variable.
Long-term time series of these changes are an important parameter to understand climate …

Arctic glaciers and ice caps (GIC) are losing mass rapidly, and this process is expected to
continue during the 21st century owing to polar amplification of climate warming. Here, we …

We provide a high-resolution map of elevation change rates at the Juneau Icefield (JIF),
southeastern Alaska, in order to quantify its contribution to sea-level rise between 2000 and …

Excluding the large ice sheets of Greenland and Antarctica, glaciers in South America are
large contributors to sea-level rise. Their rates of mass loss, however, are poorly known …

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 …

Abstract The Northern and Southern Patagonian Ice Fields (NPI and SPI) in South America
are the largest bodies of ice in the Southern hemisphere outside of Antarctica and the …

Icebergs account for half of all ice loss from Antarctica and, once released, present a hazard
to maritime operations. Their melting leads to a redistribution of cold fresh water around the …