Transcript
Page 1: Summary - earth.esa.intearth.esa.int/seasar2010/Summary_Current.pdf · relationship to MDT (and steep topographic slopes) is very good. • Dynamic framework for quantitative interpretation

Summary

• Doppler velocity retrievals from Agulhas is shown to work very well both for individual acquisitions and in climatological mean.

• Wind removal is very important. Work with incidence angles > 30

• The method also seem to work in ocean areas of less intense currents. The relationship to MDT (and steep topographic slopes) is very good.

• Dynamic framework for quantitative interpretation of high resolution satellite synergydata has emerged with promising capabilities.

• Combination with SAR simulation models strengthen the framework.

Page 2: Summary - earth.esa.intearth.esa.int/seasar2010/Summary_Current.pdf · relationship to MDT (and steep topographic slopes) is very good. • Dynamic framework for quantitative interpretation
Page 3: Summary - earth.esa.intearth.esa.int/seasar2010/Summary_Current.pdf · relationship to MDT (and steep topographic slopes) is very good. • Dynamic framework for quantitative interpretation

Recommendations

• Accuracy and resolution of Doppler centroid estimation need more investigation and preferably improvement.

• TerraSAR-X tandem (along track IF) and Radarsat acquisitions over super sites are highly wanted. S1 and S3 (S2) orbits in constellation

• Physical based scattering model included in dynamic framework.

• Validation by opportunities – air sea interaction experiment

• Operational demonstration is now feasible for selected sites. Important product for oceanographers and modelers??