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New query history and Time Series Processing features for cs2eo
New features have been added to the CryoSat data and information services platform cs2eo.
Dismissal of “ground” FTP account on CryoSat Cal/Val server
The "ground" FTP account on the CryoSat Cal/Val server will be dismissed on 23 September 2024.
CryoTEMPO Polar Ocean Baseline C data updated
The CryoTEMPO Polar Ocean Baseline C version 2 has now been generated and uploaded to the CryoSat science server. The new version will also be integrated into the CryoSat data platform cs2eo.
New Sea Ice and Snow Depth datasets, plus new geospatial coverage features on cs2eo
New features have been added to the CryoSat data platform cs2eo.
Feedback wanted on CryoSat data platform cs2eo
The data services platform cs2eo makes it easy to access, compare and download satellite altimetry data.
CryoSat data platform cs2eo features new interface and datasets
The latest updates to cs2eo, a high performance platform to access, compare and download datasets from CryoSat, ICESat-2, CRYO2ICE, CryoVEx, Cryo-TEMPO-EOLIS and Operation IceBridge, were released on 13 August.
Showcasing success stories from ESA's CryoSat mission
ESA's ice mission, CryoSat, was launched in 2010 and carried an advanced radar altimeter to measure Earth's cryosphere.
Issue with CryoTEMPO Polar Ocean Baseline C data and CryoTEMPO short downtime
An issue has been found with CryoTEMPO Polar Ocean Baseline C data, which provides sea level anomaly (SLA) and dynamic ocean topography (DOT) values over some stretches of land.
Cryo-TEMPO gets new Summer Sea Ice product
CryoSat’s remarkable 14-year record of global ice and sea levels got another upgrade with the release of Cryo-TEMPO baseline C, which includes lots of new features and improvements.
New Ocean data and more boost CryoSat data platform
Eight new datasets have been added to the CS2EO platform to support, enhance, and simplify research using CryoSat data. They include the CryoSat Ocean Product, and the Cryo-TEMPO Land Ice, Sea Ice, Polar Ocean, Coastal Ocean and Inland Water datasets.
CS2EO
CS2EO is a data catalogue that allows users to easily and quickly combine and download airborne and spaceborne altimetry data from CryoSat-2, ICESat-2, CryoVEx, IceBridge and CryoTEMPO-EOLIS.
CryoSat swath data boosted with new glacier regions and gridded products
Additional products have been added to CryoTEMPO-EOLIS Baseline 2, increasing global coverage and adding to the range of available gridded data.
Announcement for CryoSat Quaternions Product users
CryoSat users who use the Quaternions Products should be aware that the method to access these products is changing.
CryoSat land ice data track destabilisation of Antarctic glacier
Even apparently stable glaciers in Antarctica are at risk of losing large quantities of ice due to warming seas. The warning comes after satellite data showed the Cadman glacier – previously stable for 50 years - retreated by 8 km between November 2018 and May 2021.
CryoSat safe and sound
A fuel leak aboard the CryoSat satellite threatened to bring the mission to an end in 2025 however operators at ESOC initiated a swap to a back-up system thus saving the satellite for years to come.
Global glacier mass change data now available from CryoSat
Measuring glacier mass changes from space is more accurate and comprehensive thanks to the CryoTEMPO-EOLIS CryoSat swath data products, which now cover glaciers worldwide.
CryoSat Ice Baseline-E Reprocessed Data - Update
Previously, quality checks of the Ice Baseline-E reprocessing products observed a discrepancy in the metadata of products with incremented version numbers (E002, E003).
New CryoSat data to boost understanding of the oceans
A new CryoSat sea level anomaly product designed to enable ocean science and the development of operational marine applications has been released.
CryoSat Ice Baseline-E Reprocessed Data - Update
Quality checks of the Ice Baseline-E reprocessing products have observed a discrepancy in the metadata of products with incremented version numbers.
ESA missions help to reveal worldwide lake water loss trend
Climate change, human consumption and sedimentation are depleting more than half of the world’s biggest lakes of water, according to a ground-breaking analysis that drew on three decades of satellite data.