The inversion of physics-based models presents a promising alternative to empirical relationships for the retrieval of forest structure from Synthetic Aperture Radar (SAR) data, one particular advantage being the ability to include information on soil and vegetation moisture. This paper describes a twostageestimationalgorithmforretrievingcanopyandstemparameters, applied to AIRSAR data over a site in Queensland, Australia and validated using eight field plots
ture radar (SAR) to the forest stem volume (biomass) was investigated by employing a digital stem vo...
The penetration capability of microwaves into and through vegetation layers allows scattering intera...
Previous experiments demonstrated the relationships between the radar backscattering coefficient, si...
The inversion of physics-based models presents a promising alternative to empirical relationships fo...
The use of a non-linear estimation algorithm for retrieving the biomass and structure of vegetation ...
The inversion of physics based models presents an alternative to empirical relationships for the ret...
In this paper, inversion of Synthetic Aperture Radar data is dealt with and, in particular, the prob...
In this paper, inversion of Synthetic Aperture Radar data is dealt with and, in particular, the prob...
Frequent, high-resolution mapping of national and global forest resourcesis needed for improved clim...
L-band capability to monitor soil moisture at field scale (∼100m) is examined using ground and airbo...
The inversion of a numerical closed-form forest scattering model for quantifying woodland biomass an...
The sensitivity of microwave scattering to both dielectric and geometric characteristics of natural...
In this paper, we report on the use of a semiempirical algorithm derived from a two layer radar back...
It is important to monitor forests in order to understand the impacts of global climate changes on t...
This paper concerns vegetation parameter retrieval from polarimetric interferometric SAR (PolInSAR) ...
ture radar (SAR) to the forest stem volume (biomass) was investigated by employing a digital stem vo...
The penetration capability of microwaves into and through vegetation layers allows scattering intera...
Previous experiments demonstrated the relationships between the radar backscattering coefficient, si...
The inversion of physics-based models presents a promising alternative to empirical relationships fo...
The use of a non-linear estimation algorithm for retrieving the biomass and structure of vegetation ...
The inversion of physics based models presents an alternative to empirical relationships for the ret...
In this paper, inversion of Synthetic Aperture Radar data is dealt with and, in particular, the prob...
In this paper, inversion of Synthetic Aperture Radar data is dealt with and, in particular, the prob...
Frequent, high-resolution mapping of national and global forest resourcesis needed for improved clim...
L-band capability to monitor soil moisture at field scale (∼100m) is examined using ground and airbo...
The inversion of a numerical closed-form forest scattering model for quantifying woodland biomass an...
The sensitivity of microwave scattering to both dielectric and geometric characteristics of natural...
In this paper, we report on the use of a semiempirical algorithm derived from a two layer radar back...
It is important to monitor forests in order to understand the impacts of global climate changes on t...
This paper concerns vegetation parameter retrieval from polarimetric interferometric SAR (PolInSAR) ...
ture radar (SAR) to the forest stem volume (biomass) was investigated by employing a digital stem vo...
The penetration capability of microwaves into and through vegetation layers allows scattering intera...
Previous experiments demonstrated the relationships between the radar backscattering coefficient, si...