Progress in the investigation of problems related to the remote sensing of vegetation and soil moisture is reported. Specific topics addressed include: (1) microwave scattering from periodic surfaces using a rigorous modal technique; (2) combined random rough surface and volume scattering effects; (3) the anisotropic effects of vegetation structures; (4) the application of the strong fluctuation theory to the the study of electromagnetic wave scattering from a layer of random discrete scatterers; and (5) the investigation of the scattering of a plane wave obliquely incident on a half space of densely distributed spherical dielectric scatterers using a quantum mechanical potential approach
Theoretical models developed for simulation of microwave remote sensing of the Earth surface from ai...
In passive microwave remote sensing of the earth, a theoretical model that utilizes the radiative tr...
Active and passive low-frequency microwave measurements from a number of space- and airborne instrum...
The layered random medium model is used to investigate the fully polarimetric scattering of electrom...
Research is being conducted on microwave scattering from vegetation. The objective is to develop tec...
Theoretical modeling as well as laboratory and field measurement were coupled with analysis of aircr...
Three tasks related to soil moisture sensing at microwave wavelengths were undertaken: (1) analysis ...
Results of first and second year research efforts are summarized in a series of complete articles an...
Models are developed for the apparent temperature and backscattering coefficient of vegetated terrai...
Research findings are summarized for projects dealing with the following: application of theoretical...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Civil and Environmental Enginee...
The main objective of this investigation was the characterization of soil moisture using imaging rad...
The radar response to soil moisture content was investigated using a truck-mounted 1-18 GHz (30-1.67...
Scattering models were developed in support of microwave remote sensing of earth terrains with parti...
Passive microwave remote sensing has shown potential for monitoring near surface soil moisture. This...
Theoretical models developed for simulation of microwave remote sensing of the Earth surface from ai...
In passive microwave remote sensing of the earth, a theoretical model that utilizes the radiative tr...
Active and passive low-frequency microwave measurements from a number of space- and airborne instrum...
The layered random medium model is used to investigate the fully polarimetric scattering of electrom...
Research is being conducted on microwave scattering from vegetation. The objective is to develop tec...
Theoretical modeling as well as laboratory and field measurement were coupled with analysis of aircr...
Three tasks related to soil moisture sensing at microwave wavelengths were undertaken: (1) analysis ...
Results of first and second year research efforts are summarized in a series of complete articles an...
Models are developed for the apparent temperature and backscattering coefficient of vegetated terrai...
Research findings are summarized for projects dealing with the following: application of theoretical...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Civil and Environmental Enginee...
The main objective of this investigation was the characterization of soil moisture using imaging rad...
The radar response to soil moisture content was investigated using a truck-mounted 1-18 GHz (30-1.67...
Scattering models were developed in support of microwave remote sensing of earth terrains with parti...
Passive microwave remote sensing has shown potential for monitoring near surface soil moisture. This...
Theoretical models developed for simulation of microwave remote sensing of the Earth surface from ai...
In passive microwave remote sensing of the earth, a theoretical model that utilizes the radiative tr...
Active and passive low-frequency microwave measurements from a number of space- and airborne instrum...
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