Semi-empirical model for radar backscatter from snow at 35 and 95 GHz
FT Ulaby, P Siquera, A Nashashibi… - IEEE transactions on …, 1996 - ieeexplore.ieee.org
Radar backscatter experiments were conducted at 35 and 95 GHz to measure the response
of snow-covered ground to snow depth, liquid water content, and ice crystal size. The
measurements included observations over a wide angular range extending between normal
incidence and 60/spl deg/for all linear polarization combinations. A numerical radiative
transfer model was developed and adapted to fit the experimental observations. Next, the
radiative transfer model was exercised over a wide range of conditions and the generated …
of snow-covered ground to snow depth, liquid water content, and ice crystal size. The
measurements included observations over a wide angular range extending between normal
incidence and 60/spl deg/for all linear polarization combinations. A numerical radiative
transfer model was developed and adapted to fit the experimental observations. Next, the
radiative transfer model was exercised over a wide range of conditions and the generated …
Semi-empirical model for radar backscatter from snow at 35 and 94 GHz
FT Ulaby, P Siqueira, A Nashashibi… - … and Remote Sensing …, 1995 - ieeexplore.ieee.org
Radar backscatter experiments were conducted at 35 and 94 GHz to measure the response
of snow-covered ground to snow depth, liquid water content and ice crystal size. The
measurements included observations over a wide angular range extending between normal
incidence and 60/spl deg/for all linear polarization combinations. A numerical radiative
transfer model was developed and adapted to fit the experimental observations. Next, the
radiative transfer model was exercised for a wide range of conditions and the data that was …
of snow-covered ground to snow depth, liquid water content and ice crystal size. The
measurements included observations over a wide angular range extending between normal
incidence and 60/spl deg/for all linear polarization combinations. A numerical radiative
transfer model was developed and adapted to fit the experimental observations. Next, the
radiative transfer model was exercised for a wide range of conditions and the data that was …
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