… ) and satellite missions (eg, ESA's CryoSat-2) will provide a vital component for understanding
… Similarly, we find that the recent volume losses in the spring for the Antarctic sea ice cover …

… Here, we use CryoSat-2 radar altimetry to monitor water level … CryoSat-2 is capable of
measuring regional-scale river level … CryoSat-2 shows great potential for monitoring surface water …

… ice and bulk sea ice density is required to convert CryoSat-2 radar freeboard (Fr ) into sea ice
… Kim et al., “Vertical feedback mechanism of winter Arctic amplification and sea ice loss,” Sci…

… The activation function of the LSTM layer is a sigmoid function, and the loss function is the
… The model training and validation loss converged well, and no overfitting of the training data …

… it now accounts for 43% of total ice loss. Arctic GIC's dynamic imbalance is associated with
a … We apply swath processing to CryoSat-2 altimetry data spanning the period 2010–2017 to …

… height of the Antarctic and Greenland ice sheets. A sequence of CryoSat-2 data acquisitions
over the tropical … After platform loss in October 2004, and following approval of the CryoSat-…

… in the seasonal ice zone while CryoSat-2 15 freeboards are higher in the perennial ice zone
… Arctic sea ice thickness loss determined using subsurface, aircraft, and satellite observations…

… ESA’s CryoSat-2 mission was launched in 2010 and it provides ice-sheet elevation and
Fb … the amplitude of fluctuations of the validation loss and to reduce the total training time. …

… ice sheets, and of Arctic icecaps. In this article we investigate the feasibility of using CryoSat-2
… altimeter data was measured as 70 m surface height loss in the reservoir area and 20–40 …

… The most recent assessment of the mass balance of the entire peninsula uses CryoSat-2
interferometric radar altimetry data to infer a mass balance of −13 ± 13 Gt a−1 in the most …