Minimize SAR

SAR wave mode provides two-dimensional spectra of ocean surface waves. For this function the SAR records regularly spaced samples within the image swath. The images are transformed into directional spectra providing information about wavelength and direction of wave systems. Automatic measurements of dominant wavelengths and directions will improve sea forecast models, but the imagettes can also show the effects of other phenomena, such as internal waves, slicks, small scale variations in wind and modulations due to surface currents and the presence of sea ice.

Not Operational
Imaging microwave radars
Technical Characteristics
Landscape topography: 3m, Bathymetry: 0.3m, Sea ice type: 3 classesSea surface wind speed: 3m/s, Significant wave height: 0.2m
Spatial Resolution:
Swath Width:
Microwave: 5.3 GHz, C band, VV polarisation, bandwidth 15.5± 0.06 MHz
Earth Topics
Agriculture ( Crop Yields , Forestry ), Land ( Topography/Mapping , Vegetation , Soil ), Snow and Ice ( Snow and Ice ), Natural Disasters ( Flood , Earthquake/Volcano , Oil Slick , Landslide ), Ocean and Coast ( Coastal Geomorphology , Ocean Waves , Ship Traffic , Ocean Currents and Topography ), Solid Earth ( Tectonics/Seismic Activity ), Atmosphere ( Winds ), Water ( Water Management )
Related Instruments
Available Resources Type Access
ERS SAR Calibration Calibration/Validation Document link
ENVISAT/Earthquake and tsunami (Asia) Special Publication link
CEOS SAR Workshop 2004 Proceedings download
SAR Workshop - CEOS Working Group on Calibration and Validation Proceedings link
The Influence of Orbit Precision in the Quality of ERS SARInterferometric Data Technical Document link
Initial ERS-1 SAR Elevation Antenna Pattern Calibration/Validation Document link
Minimize Latest Mission Operations News

EOLI-SA and OTF - Maintenance on 13 July 2017

12 July 2017

Due to an urgent maintenance activity, the EOLI-SA On-The-Fly (OTF) ERS-1/2 SAR_IMS collection will be unavailable from Thursday 13 July 2017 at 16:00 CEST until 09:00 CEST on Friday morning, 14 July.