The aim of this paper is to compare L-and P-band vertical backscattering profiles estimated
by means of synthetic aperture radar (SAR) tomography and full light detection and ranging …

Synthetic Aperture Radar Tomography (TomoSAR) allows the reconstruction of the 3D
reflectivity of natural volume scatterers such as forests, thus providing an opportunity to infer …

Modeling forest structure using multi-source satellite data is beneficial to understanding the
relationship between vertical and horizontal structure and image features to provide more …

We present our progress results of SAR tomographic imaging using L-band NASA/JPL
UAVSAR data collected in Gabon during the 2016 AfriSAR campaign. Several tomographic …

Synthetic aperture radar (SAR) tomography (TomoSAR) allows the reconstruction of the
vertical distribution of the power backscattered by natural volumes by combining multiple …

Forest height is an essential input parameter for forest biomass estimation, ecological
modeling, and the carbon cycle. Tomographic synthetic aperture radar (TomoSAR), as a …

A dual-frequency approach is proposed to discriminate hemi-boreal forest species using L-
and P-band data. First, it is shown that L-band is less sensitive to the forest structure than P …

All radar frequencies (from P-up to X-band) can image horizontal and/or vertical forest
structure, although with different structure information content and sensitivity. The …

ABSTRACT A dual-frequency approach is proposed to discriminate hemi-boreal forest
species using L-and P-band data. First, it is shown that L-band is less sensitive to the forest …

In order to contribute to a better understanding of Earth system processes, the need to
extract 3D information of forests at a global scale has already been identified as a priority …