This paper presents the assessment of the advanced Synthetic Aperture Radar (SAR) altimetry waveforms over the largest archipelagos in the Southeast Asia. The results identify that the major waveform classes in that region are ocean-like waveform (91%), recorded at location beyond 500 m from the coastline. However, along the satellite tracks that are parallel to the coastline, there is evidence of non-ocean waveforms are within 7 km from the coastline. Three major classes have been identified, specifically ocean-like waveforms (Class 1), multi-peak waveforms (Class 2) and quasi specular waveforms (Class 3). The finding from this study suggest that the need of a retracking optimized for SAR coastal waveforms
The history of satellite radar altimetry stems from the need to capture a global view of the surface...
Satellite altimeters have been used to monitor river and reservoir water levels, from which water st...
Coastal zones are challenging areas for sensing by satellite altimeters because reflected signals fr...
This paper presents the assessment of altimetric data from Sentinel-3A satellite operating in Synthe...
International audienceSatellite radar altimetry provides a unique sea level data set that extends ov...
This paper presents the latest finding on the validation of the novel Coastal Altimetry Waveform Ret...
There has been considerable interest in the past few years in addressing some of the long-term techn...
ABSTRACT Waveform patterns of satellite altimetry affect the accuracy of sea surface height estimati...
SAR altimetry over the ocean has attracted considerable attention in the past three years and remark...
It is demonstrated that the synthetic aperture radar altimeter (SRAL) on board of the Sentinel-3A ca...
In this paper, we presented our collaboration on studies retrieval of ocean wave parameters, i.e., i...
Over inland waters the altimetry radar return is typically contaminated by both land and surrounding...
While Synthetic Aperture Radar (SAR) satellite wave data are routinely applied over the oceans to e...
DuetothesmallergroundfootprintandhigherspatialresolutionoftheSyntheticAperture Radar (SAR) mode, alt...
It is well known that internal waves (IWs) of tidal frequency (i.e., internal tides) are successfull...
The history of satellite radar altimetry stems from the need to capture a global view of the surface...
Satellite altimeters have been used to monitor river and reservoir water levels, from which water st...
Coastal zones are challenging areas for sensing by satellite altimeters because reflected signals fr...
This paper presents the assessment of altimetric data from Sentinel-3A satellite operating in Synthe...
International audienceSatellite radar altimetry provides a unique sea level data set that extends ov...
This paper presents the latest finding on the validation of the novel Coastal Altimetry Waveform Ret...
There has been considerable interest in the past few years in addressing some of the long-term techn...
ABSTRACT Waveform patterns of satellite altimetry affect the accuracy of sea surface height estimati...
SAR altimetry over the ocean has attracted considerable attention in the past three years and remark...
It is demonstrated that the synthetic aperture radar altimeter (SRAL) on board of the Sentinel-3A ca...
In this paper, we presented our collaboration on studies retrieval of ocean wave parameters, i.e., i...
Over inland waters the altimetry radar return is typically contaminated by both land and surrounding...
While Synthetic Aperture Radar (SAR) satellite wave data are routinely applied over the oceans to e...
DuetothesmallergroundfootprintandhigherspatialresolutionoftheSyntheticAperture Radar (SAR) mode, alt...
It is well known that internal waves (IWs) of tidal frequency (i.e., internal tides) are successfull...
The history of satellite radar altimetry stems from the need to capture a global view of the surface...
Satellite altimeters have been used to monitor river and reservoir water levels, from which water st...
Coastal zones are challenging areas for sensing by satellite altimeters because reflected signals fr...