… SIT anomalies in our year-round CryoSat-2 dataset must be larger than the observation
uncertainties, because strong correlations between SIV and SIE bridge the transitions between …

… This research would have not been possible without the Jason-2 and CryoSat-2 data from
RADS, the tide gauge records from BODC and the UHSLC, the EN4 T and S profile data …

… , four and half years after the original CryoSat satellite was … CryoSat-2; however, the
mission is known as CryoSat. … All the data generated by SIRAL is recorded on-board since the …

… CryoSat-2 data, we average the airborne data over a 10 km window and then perform a
point-to-grid comparison between the down-sampled EM data and CryoSat-2 thickness grids. …

… The past decade has seen the seven warmest years on record globally. Such observations
have prompted questions about lake changes over the Tibetan Plateau. The dense coverage …

… In our 20-year-long composite GVO records, we observe fluctuations in the radial SV field of
… in amplitude occurring at low latitudes over time periods of 5–10 years. For instance, we see …

… water level records for CryoSat-2 and ICESat-2 measurements … CryoSat-2 and ICESat-2
have data; H C and H I represent the monthly water level according to CryoSat-2 and ICESat-2 …

… ) laser altimeter launched in Fall 2018, providing an invaluable addition to the polar altimetry
record generated by ESA's CryoSat-2 radar altimeter. The simultaneous operation of these …

… The CryoSat-2 sea-ice thickness product relies on accurate measurements of the height of
the sea-ice surface above the water level, and therefore relative uncertainties are larger over …

… To place our volume estimates in a broader context, we compare IS-2 derived volumes
with the decadal record from CS-2 (2010–2021) and prior estimates from ICESat (2003–2008). …