The concepts of radar remote sensing and microwave radiometry are discussed and their utility in earth resource sensing is examined. The direct relationship between the character of the remotely sensed data and the level of decision making for which the data are appropriate is considered. Applications of active and a passive microwave sensing covered include hydrology, land use, mapping, vegetation classification, environmental monitoring, coastal features and processes, geology, and ice and snow. Approved and proposed microwave sensors are described and the use of space shuttle as a development platform is evaluated
The present situation in earth remote sensing, determining why certain problems exist, and trying to...
Advantages and disadvantages of traditional methods of obtaining required information for land and r...
Research in the earth sciences and management of both natural and man-made resources has been hinder...
A survey and study was conducted to define the role that microwaves may play in the measurement of a...
Types of remotely sensed data are many and varied but, all are primarily dependent on the sensor pla...
Optimization of passive microwave radiometric systems for earth resource surveys from ground and air...
Sensors and methods of radar and microwave radiometry which operate in the millimeter wave range are...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
Capabilities and limitations of modern imaging electromagnetic sensor systems are outlined, and the ...
Various applications of satellite remote sensing of the earth are reviewed, including (1) the use of...
A review of remote sensing techniques is presented. Various types of remote sensors are described an...
Aircraft and satellite-borne radar and photography sensing techniques for use in thematic land mappi...
Agricultural applications of photographic sensors and photograph interpretation techniques from orbi...
A handbook was developed to provide information and support to the spaceborne remote sensing and fre...
Developments in Earth-based radio technology affecting space communications, geodynamics, and astrop...
The present situation in earth remote sensing, determining why certain problems exist, and trying to...
Advantages and disadvantages of traditional methods of obtaining required information for land and r...
Research in the earth sciences and management of both natural and man-made resources has been hinder...
A survey and study was conducted to define the role that microwaves may play in the measurement of a...
Types of remotely sensed data are many and varied but, all are primarily dependent on the sensor pla...
Optimization of passive microwave radiometric systems for earth resource surveys from ground and air...
Sensors and methods of radar and microwave radiometry which operate in the millimeter wave range are...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
Capabilities and limitations of modern imaging electromagnetic sensor systems are outlined, and the ...
Various applications of satellite remote sensing of the earth are reviewed, including (1) the use of...
A review of remote sensing techniques is presented. Various types of remote sensors are described an...
Aircraft and satellite-borne radar and photography sensing techniques for use in thematic land mappi...
Agricultural applications of photographic sensors and photograph interpretation techniques from orbi...
A handbook was developed to provide information and support to the spaceborne remote sensing and fre...
Developments in Earth-based radio technology affecting space communications, geodynamics, and astrop...
The present situation in earth remote sensing, determining why certain problems exist, and trying to...
Advantages and disadvantages of traditional methods of obtaining required information for land and r...
Research in the earth sciences and management of both natural and man-made resources has been hinder...