Icebergs are visible in Swot data, including such mega-icebergs as the one just going off the Weddell Sea these days.

Storms can lead to coastal submersion. Useful information for their assessment can be extracted from altimetry datasets, although models are used to forecast them everywhere.

Up to now in its calval phase, Swot is starting to deliver its first scientific data, the accuracy of which is already exceeding expectations.

Sea ice thickness can be retrieved by altimeters through the determination of sea ice freeboard and snow depth. It enables to monitor sea ice around Antarctica for the past 20 years or so.

Sea level rise is already adding to extreme events for low-lying coasts. Altimetry helps in assessing the risks.

Sea level anomalies gridded datasets encompassing seasonnally-ice covered regions have been computed and released for Arctic and Antarctic. From those, Eddy Kinetic Energy (EKE) and mesoscale eddies detection can be processed.

Doris RT data from Jason-3 can be used to evaluate the quality of ionosphere models from GNSS data

Swot should bring a whole new perspective on coastal and estuarine studies. The Swot-UK project is focused on such an area, with especially strong tides.

A series of oceanographic campaigns is starting this month to compare in situ measurements with those of Swot, to calibrate them.

Twenty years have gone since the first Mean Dynamic Topography dataset disseminated through Aviso. The new CNES-CLS22 MDT is now available for use.

With eddy-detection from altimetry and tracking data, the role of eddies for predators can be better studied

Thirty full years of uninterrupted altimetry data are now available, since January 1993