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A New Approach for Pol-InSAR Forest Parameters Inversion Results using ESA ALOS-PALSAR Prototype Processor.

In this contribution we show a preliminary inversion approach that uses the polarimetric and interferometric (POLINSAR ) coherence phase to estimate the height of vegetated areas. The POLINSAR degree of coherence is first optimized to identify the ground and top-canopy height, and then corrected for the wave penetration and terrain slope. We use a coherent POLINSAR scattering model to estimated the correction parameters. ALOS-PALSAR data are used to illustrate the results.