In the last few years, considerable research has been carried out into extending the capabilities of current and future altimeters as close as possible to the coast, with the ultimate aim to integrate the altimeter-derived measurements of sea level, wind speed and significant wave height into coastal ocean observing systems. At the same time the major Space Agencies have recognized the importance of coastal altimetry and are sustaining coastal altimetry research through dedicated projects. This new coastal altimetry community, inherently interdisciplinary, has already had eight well-attended international workshops (see below and http://www.coastalaltimetry.org), and has produced a book on the subject, plus a Community White Paper for the OceanObs'09 conference.
The Coastal Altimetry Science Working Team (COASTALT-SWT) is an informal grouping of scientists around a mailing list [coastalt-swt] for quick and efficient exchange of information, results and news on Coastal Altimetry.
The list is hosted on the NOC server and has more than 200 international contacts. It is the most effective way of reaching out to the coastal altimetry community.
COASTALT-SWT reports informally to the Ocean Surface Topography Science Team, which we see a bit like our 'parent' group. Please contact Paolo Cipollini or Stefano Vignudelli if you are interested in joining the mailing list or posting an item.
This should include sessions on studies using the new Jason-3 and Sentinel-3 data, and special sessions jointly with the Altimetry for Regional and Coastal Models (ARCOM) community of GODAE COSS-TT, and the Sea Level community and data providers.
it will also will be accompanied by a SAR altimetry training course - watch this space for further details!
9th COASTAL ALTIMETRY WORKSHOP WEB PAGE - the 9th Coastal Altimetry Workshop was held on Sun 18 - Mon 19 October 2015 at the Hyatt Regency in Reston, VA, on the US East Coast - same location as OSTST which followed on Tue 20 to Fri 23 October
|ID||Produced by||Missions||Product level||Posting||Coverage||Download from|
|AVISO||CLS, CNES||e1,tx,e2, en, j1, j2, c2 (LRM/PRLM), sa||L2, L3, L4||1 Hz||Global + european regions||AVISO+|
|CMEMS||CLS||e1,tx,e2, en, j1, j2, c2 (LRM/PRLM), sa||L3||1 Hz||Global + european regions||marine.copernicus.eu|
|CNES||L3 for assim|
|XTRACK||LEGOS-CTOH||tx, j1, j2, gfo, en||L2, L3||1 Hz||23 regions||CTOH|
|RADS||EUMETSAT, NOAA, TUDelft||gs, e1, tx, pn, e2, gfo, j1, n1, j2, c2, sa||1 Hz||Global||TUDelft|
|ALES||NOC||j2, n1 (coming)||20 Hz||Global, <50 km from coast||PODAAC|
|SARvatore||ESA-ESRIN||c2 (SAR only)||20 Hz||SAR mode regions||ESA GPOD|
|COP||ESA||c2 (LRM/PLRM)||L2||20 Hz||Global||ESA|
The ALTICORE project