A survey and study was conducted to define the role that microwaves may play in the measurement of a variety of terrain-related parameters. The survey consisted of discussions with many users and researchers in the field of remote sensing. In addition, a survey questionnaire was prepared and replies were solicited from these and other users and researchers. The results of the survey, and associated bibliography, were studied and conclusions were drawn as to the usefulness of radiometric systems for remote sensing of terrain
Major activities described include development and evaluation of theoretical models that describe bo...
Realizing the full potential of microwave remote sensing from space requires putting relatively larg...
Results are presented of investigations of soil moisture, snow cover, and lake temperatures carried ...
Geoscience applications of active microwave remote sensing systems are examined. Major application a...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
Sensors and methods of radar and microwave radiometry which operate in the millimeter wave range are...
Optimization of passive microwave radiometric systems for earth resource surveys from ground and air...
The concepts of radar remote sensing and microwave radiometry are discussed and their utility in ear...
Topic concerning remote sensing capabilities for providing reliable snow cover data and measurement ...
The current status of microwave radiometry is provided. The fundamentals of the microwave radiometer...
Microwave radiometry has emerged over the last two decades to become an integral part of the field o...
Theoretical modeling as well as laboratory and field measurement were coupled with analysis of aircr...
A coordinated microwave applications development program was initiated to improve the capability to:...
Objective: This paper presents a comprehensive review of the basic principles of the microwave remot...
Remote sensing is the science and art of obtaining information about an object, area or phenomenon t...
Major activities described include development and evaluation of theoretical models that describe bo...
Realizing the full potential of microwave remote sensing from space requires putting relatively larg...
Results are presented of investigations of soil moisture, snow cover, and lake temperatures carried ...
Geoscience applications of active microwave remote sensing systems are examined. Major application a...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
Sensors and methods of radar and microwave radiometry which operate in the millimeter wave range are...
Optimization of passive microwave radiometric systems for earth resource surveys from ground and air...
The concepts of radar remote sensing and microwave radiometry are discussed and their utility in ear...
Topic concerning remote sensing capabilities for providing reliable snow cover data and measurement ...
The current status of microwave radiometry is provided. The fundamentals of the microwave radiometer...
Microwave radiometry has emerged over the last two decades to become an integral part of the field o...
Theoretical modeling as well as laboratory and field measurement were coupled with analysis of aircr...
A coordinated microwave applications development program was initiated to improve the capability to:...
Objective: This paper presents a comprehensive review of the basic principles of the microwave remot...
Remote sensing is the science and art of obtaining information about an object, area or phenomenon t...
Major activities described include development and evaluation of theoretical models that describe bo...
Realizing the full potential of microwave remote sensing from space requires putting relatively larg...
Results are presented of investigations of soil moisture, snow cover, and lake temperatures carried ...