Satellite-based probabilistic assessment of soil moisture using C-band quad-polarized RISAT1 data
This paper attempts to probabilistically estimate the surface soil moisture content (SMC) by
using the synthetic aperture radar data provided by radar imaging satellite1. The novelty of
this paper lies in: 1) developing a combined index to understand the role of all the
backscattering coefficients with different polarization and soil texture information in
influencing the SMC; 2) using normalized incidence angles, which enables the model to be
applicable for different incidence angles; and 3) determination of uncertainty range of the …
using the synthetic aperture radar data provided by radar imaging satellite1. The novelty of
this paper lies in: 1) developing a combined index to understand the role of all the
backscattering coefficients with different polarization and soil texture information in
influencing the SMC; 2) using normalized incidence angles, which enables the model to be
applicable for different incidence angles; and 3) determination of uncertainty range of the …
Satellite-based probabilistic assessment of soil moisture using C-band quad-polarized RISAT1 data.
MP Manali Pal, RM Rajib Maity, MS Mayank Suman… - 2017 - cabidigitallibrary.org
This paper attempts to probabilistically estimate the surface soil moisture content (SMC) by
using the synthetic aperture radar data provided by radar imaging satellite1. The novelty of
this paper lies in:(1) developing a combined index to understand the role of all the
backscattering coefficients with different polarization and soil texture information in
influencing the SMC;(2) using normalized incidence angles, which enables the model to be
applicable for different incidence angles; and (3) determination of uncertainty range of the …
using the synthetic aperture radar data provided by radar imaging satellite1. The novelty of
this paper lies in:(1) developing a combined index to understand the role of all the
backscattering coefficients with different polarization and soil texture information in
influencing the SMC;(2) using normalized incidence angles, which enables the model to be
applicable for different incidence angles; and (3) determination of uncertainty range of the …
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