In this paper we combine a macro-ecology forest model with a numerical scattering code to estimate the vertical scattering profile of L-band penetration into forests. We use these simulations to show that structure has an important impact on interferometric coherence and hence on height retrievals based on single baseline polarimetric interferometry. We conclude with some suggestions for dual baseline extensions to allow for better height and structure estimation in future sensors
Forest characterization and biomass estimation by means of remote sensing systems are nowadays “hot ...
Recent TanDEM-X experiments have shown that forest height can be estimated with the single polarizat...
In this paper, we present novel modeling approaches to investigate the sensitivity of radar interfer...
The estimation of the vertical structure of forests from multibaseline SAR data becomes particularly...
International audienceThe interpretation of radar data would ideally require extensive and numerous ...
Parameters describing the vertical structure of forests, for example tree height, height-to-base-of-...
Due to its ecological importance, the monitoring of the vertical structure of forests is continuousl...
In this paper we describe the principles of polarimetric radar interferometry (polinsar). This new m...
In this study we compare semi-empirical interferometric coherence models, proposed in [1], for tree ...
Forest vertical structure is widely recognized to be an indicator of the above ground biomass, whose...
Structural diversity is recognized as a complementary aspect of biological diversity and plays a fun...
International audienceThe Random Volume over Ground (RVoG) model has been extensively applied to pol...
In this presentation a new radar-imaging technique, called polarization coherence tomography, PCT, t...
In this paper we review of recent developments in the use of Polarimetric Radar Interferometry for t...
This paper proposes an improved model-based forest height inversion method for airborne L-band dual-...
Forest characterization and biomass estimation by means of remote sensing systems are nowadays “hot ...
Recent TanDEM-X experiments have shown that forest height can be estimated with the single polarizat...
In this paper, we present novel modeling approaches to investigate the sensitivity of radar interfer...
The estimation of the vertical structure of forests from multibaseline SAR data becomes particularly...
International audienceThe interpretation of radar data would ideally require extensive and numerous ...
Parameters describing the vertical structure of forests, for example tree height, height-to-base-of-...
Due to its ecological importance, the monitoring of the vertical structure of forests is continuousl...
In this paper we describe the principles of polarimetric radar interferometry (polinsar). This new m...
In this study we compare semi-empirical interferometric coherence models, proposed in [1], for tree ...
Forest vertical structure is widely recognized to be an indicator of the above ground biomass, whose...
Structural diversity is recognized as a complementary aspect of biological diversity and plays a fun...
International audienceThe Random Volume over Ground (RVoG) model has been extensively applied to pol...
In this presentation a new radar-imaging technique, called polarization coherence tomography, PCT, t...
In this paper we review of recent developments in the use of Polarimetric Radar Interferometry for t...
This paper proposes an improved model-based forest height inversion method for airborne L-band dual-...
Forest characterization and biomass estimation by means of remote sensing systems are nowadays “hot ...
Recent TanDEM-X experiments have shown that forest height can be estimated with the single polarizat...
In this paper, we present novel modeling approaches to investigate the sensitivity of radar interfer...