This paper presents the results of a recent flight campaign conducted over the Great Lakes region and reports the first observations of the W-band normalized backscattered cross section (σ0) for V and H polarization and the linear depolarization ratios (LDRs) from different types of surfaces at moderate incidence angles (<70°). For sea surfaces, while the observed σ0 behaves as previously reported at small incidence angles, it features a marked decrease with increasing incidence angles between 20° and 50°. There is a strong dependence of normalized backscattered cross sections both on the wind speed and on the wind direction, with larger values found in the presence of higher wind speeds and when the radar antenna is looking upwind. This is...
Satellite radar data has been employed extensively to monitor flood extents, where cloud cover often...
The sea surface essentially contains multiscale roughness with capillary waves of many sizes riding ...
This paper presents dual copolarized (PP) (VV and HH) Ka-band sea surface backscattering measurement...
This paper presents the results of a recent flight campaign conducted over the Great Lakes region an...
This paper reports Ku-band normalized radar cross section (NRCS) at low incidence angles ranging fro...
International audienceAn analysis of radar observations in C band combined with models is proposed t...
Measurements of the normalized radar cross section (sigma(sup o)) made by the YSCAT ultrawideband sc...
International audienceAsymptotic models (small perturbation and small slope approximation at first‐o...
International audienceThis paper presents an analysis of measurements of the Normalized Radar Cross-...
X-band (8910 megahertz) and C-band (4455 megahertz) measurements indicate that two domains exist in ...
Continuous measurements of the C band normalized radar cross section (NRCS) at vertical/vertical pol...
The paper analyses coherent radar backscatter data from the sea surface at C-band and VV polarizatio...
This paper examines the relationship of C-band radar backscatter from the Advanced Synthetic Apertur...
Satellite radar data has been employed extensively to monitor flood extents, where cloud cover often...
The sea surface essentially contains multiscale roughness with capillary waves of many sizes riding ...
This paper presents dual copolarized (PP) (VV and HH) Ka-band sea surface backscattering measurement...
This paper presents the results of a recent flight campaign conducted over the Great Lakes region an...
This paper reports Ku-band normalized radar cross section (NRCS) at low incidence angles ranging fro...
International audienceAn analysis of radar observations in C band combined with models is proposed t...
Measurements of the normalized radar cross section (sigma(sup o)) made by the YSCAT ultrawideband sc...
International audienceAsymptotic models (small perturbation and small slope approximation at first‐o...
International audienceThis paper presents an analysis of measurements of the Normalized Radar Cross-...
X-band (8910 megahertz) and C-band (4455 megahertz) measurements indicate that two domains exist in ...
Continuous measurements of the C band normalized radar cross section (NRCS) at vertical/vertical pol...
The paper analyses coherent radar backscatter data from the sea surface at C-band and VV polarizatio...
This paper examines the relationship of C-band radar backscatter from the Advanced Synthetic Apertur...
Satellite radar data has been employed extensively to monitor flood extents, where cloud cover often...
The sea surface essentially contains multiscale roughness with capillary waves of many sizes riding ...
This paper presents dual copolarized (PP) (VV and HH) Ka-band sea surface backscattering measurement...