In this presentation, the polarization ratios were calculated from AIRSAR polarimetric SAR data and ENVISAT ASAR dual-polarization data; and their empirical alpha parameters which depend on incidence angle were obtained. Five C band HH polarization RADARSAT-1 SAR images are used to validate these polarization ratios and we found that the empirical parameter alpha = 0.5 is superior to other possible parameter alpha values.</span
We propose two new ocean wind retrieval models for right circular-vertical (RV) and right circular-h...
In this study, we proposed an empirical algorithm for significant wave height (SWH) retrieval from T...
An algorithm is introduced, which is designed to retrieve high-resolution wind fields from C-band sy...
In this article, the polarization ratio (PR) of TerraSAR-X (TS-X) vertical–vertical (VV) and horizon...
Synthetic aperture radar (SAR) imagery is routinely acquired at HH-polarization in high latitude are...
Based on polarization ratio from ENVISAT ASAR, we compared the wind vectors retrieved from CMOD5 wit...
We present an efficient algorithm for retrieving the ocean-surface wind vector from C-band Radar Sat...
A new HH-polarized geophysical model function (GMF), called CMODH, has been proposed recently for C-...
In this study, we present the analysis of measurements of normalized radar cross section (NRCS) and ...
This study analyzed the noise equivalent sigma zero (NESZ) and ocean wind sensitivity for Chinese C-...
High-resolution wind vector is important to investigate local winds’ variability over the global oce...
This work discusses the accuracy of C-2PO (C-band cross-polarized ocean backscatter) and CMOD4 (C-ba...
We have developed C-band compact polarimetry geophysical model functions for RADARSAT Constellation ...
This study aimed at analyzing the effect of Synthetic Aperture Radar (SAR) imaging parameters and en...
Synthetic aperture radar (SAR) is a suitable tool to obtain reliable wind retrievals with high spati...
We propose two new ocean wind retrieval models for right circular-vertical (RV) and right circular-h...
In this study, we proposed an empirical algorithm for significant wave height (SWH) retrieval from T...
An algorithm is introduced, which is designed to retrieve high-resolution wind fields from C-band sy...
In this article, the polarization ratio (PR) of TerraSAR-X (TS-X) vertical–vertical (VV) and horizon...
Synthetic aperture radar (SAR) imagery is routinely acquired at HH-polarization in high latitude are...
Based on polarization ratio from ENVISAT ASAR, we compared the wind vectors retrieved from CMOD5 wit...
We present an efficient algorithm for retrieving the ocean-surface wind vector from C-band Radar Sat...
A new HH-polarized geophysical model function (GMF), called CMODH, has been proposed recently for C-...
In this study, we present the analysis of measurements of normalized radar cross section (NRCS) and ...
This study analyzed the noise equivalent sigma zero (NESZ) and ocean wind sensitivity for Chinese C-...
High-resolution wind vector is important to investigate local winds’ variability over the global oce...
This work discusses the accuracy of C-2PO (C-band cross-polarized ocean backscatter) and CMOD4 (C-ba...
We have developed C-band compact polarimetry geophysical model functions for RADARSAT Constellation ...
This study aimed at analyzing the effect of Synthetic Aperture Radar (SAR) imaging parameters and en...
Synthetic aperture radar (SAR) is a suitable tool to obtain reliable wind retrievals with high spati...
We propose two new ocean wind retrieval models for right circular-vertical (RV) and right circular-h...
In this study, we proposed an empirical algorithm for significant wave height (SWH) retrieval from T...
An algorithm is introduced, which is designed to retrieve high-resolution wind fields from C-band sy...