This communication highlights the results of a study carried out to understand the Synthetic Aperture Radar (SAR) response to thin vegetation volume at L, C and X bands as well as cross-polarizations at L and C bands, and the X band at VV polarization. The sensitivity of SAR backscatter to the vegetation volume varies with the frequency, polarization and incidence angle at which the canopy is illuminated. Multifrequency, multi-polarized SAR response of thin linear vegetation along the roadside, small thorny hedges along the boundary of the farmers' fields and scattered cluster of trees was studied for this purpose. It was observed that cross-polarized signals were able to pick up signals better from a very thin vegetation volume among the p...
The results of a modelling approach are used to assess the sensitivity of the L-band backscattering ...
Recently, SAR data proved to be useful for the retrieval of forest biomass. However, the effects of ...
This paper provides a first hand view of the 3-D structure of the forests when viewed by X-band SAR ...
The knowledge of spatial and temporal variability of soil water content and others soil-vegetation v...
Abstract: The knowledge of spatial and temporal variability of soil water content and others soil-ve...
Analyses of synthetic aperture radar (SAR) image data were performed at DLR to classify various kind...
Increasing interest in SAR data for forest monitoring has encouraged the use of SAR sensors with var...
In this paper, two fully-polarimetric tomographic SAR data sets of a forested area, at L-band and ...
Spaceborne L-band radars have the ability to penetrate vegetation canopies over forested areas, sugg...
Radar backscatter from forest canopies is related to forest cover, canopy structure and aboveground ...
Radar backscatter from forest canopies is related to forest cover, canopy structure and aboveground ...
Radar backscatter from forest canopies is related to forest cover, canopy structure and aboveground ...
SAR data recently proved to be useful for the retrieval of forest biomass. However, the effects of t...
The information content of Synthetic Aperture Radar (SAR) data significantly included in the radiome...
Theoretical studies have shown that the use of simultaneous mono- and bistatic synthetic aperture ra...
The results of a modelling approach are used to assess the sensitivity of the L-band backscattering ...
Recently, SAR data proved to be useful for the retrieval of forest biomass. However, the effects of ...
This paper provides a first hand view of the 3-D structure of the forests when viewed by X-band SAR ...
The knowledge of spatial and temporal variability of soil water content and others soil-vegetation v...
Abstract: The knowledge of spatial and temporal variability of soil water content and others soil-ve...
Analyses of synthetic aperture radar (SAR) image data were performed at DLR to classify various kind...
Increasing interest in SAR data for forest monitoring has encouraged the use of SAR sensors with var...
In this paper, two fully-polarimetric tomographic SAR data sets of a forested area, at L-band and ...
Spaceborne L-band radars have the ability to penetrate vegetation canopies over forested areas, sugg...
Radar backscatter from forest canopies is related to forest cover, canopy structure and aboveground ...
Radar backscatter from forest canopies is related to forest cover, canopy structure and aboveground ...
Radar backscatter from forest canopies is related to forest cover, canopy structure and aboveground ...
SAR data recently proved to be useful for the retrieval of forest biomass. However, the effects of t...
The information content of Synthetic Aperture Radar (SAR) data significantly included in the radiome...
Theoretical studies have shown that the use of simultaneous mono- and bistatic synthetic aperture ra...
The results of a modelling approach are used to assess the sensitivity of the L-band backscattering ...
Recently, SAR data proved to be useful for the retrieval of forest biomass. However, the effects of ...
This paper provides a first hand view of the 3-D structure of the forests when viewed by X-band SAR ...