The application of synthetic aperture radar (SAR) in monitoring and managing earth resources was examined. The function of spaceborne radar is to provide maps and map imagery to be used for earth resource and oceanographic applications. Spaceborne radar has the capability of mapping the entire United States regardless of inclement weather; however, the imagery must have a high degree of resolution to be meaningful. Attaining this resolution is possible with the SAR system. Imagery of the required quality must first meet mission parameters in the following areas: antenna patterns, azimuth and range ambiguities, coverage, and angle of incidence
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
Comparisons between LANDSAT MSS imagery, and aircraft and space radar imagery from different geologi...
The use of a scanning antenna beam for a synthetic aperture system was examined. When the resolution...
The state of the art determination was made for radar measurement of: soil moisture, snow, standin...
The SEASAT Synthetic-Aperture Radar (SAR) system, the data processors, the extent of the image data ...
An overview of the present state of the art in the different scientific and technological fields rel...
The author has identified the following significant results. Average radar response for L-band like ...
In the last four years, the first two Earth-orbiting, space-borne, synthetic-aperture imaging radars...
In the last four years, the first two Earth-orbiting, space-borne, synthetic-aperture imaging radars...
Techniques and applications of radar observation from Earth satellites are discussed. Images process...
Aircraft and satellite-borne radar and photography sensing techniques for use in thematic land mappi...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
Synthetic Aperture Radar (SAR) is a remote-sensing technology which uses the motion of the aircraft ...
The data handling and processing in using synthetic aperture radar as a satellite-borne earth resour...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
Comparisons between LANDSAT MSS imagery, and aircraft and space radar imagery from different geologi...
The use of a scanning antenna beam for a synthetic aperture system was examined. When the resolution...
The state of the art determination was made for radar measurement of: soil moisture, snow, standin...
The SEASAT Synthetic-Aperture Radar (SAR) system, the data processors, the extent of the image data ...
An overview of the present state of the art in the different scientific and technological fields rel...
The author has identified the following significant results. Average radar response for L-band like ...
In the last four years, the first two Earth-orbiting, space-borne, synthetic-aperture imaging radars...
In the last four years, the first two Earth-orbiting, space-borne, synthetic-aperture imaging radars...
Techniques and applications of radar observation from Earth satellites are discussed. Images process...
Aircraft and satellite-borne radar and photography sensing techniques for use in thematic land mappi...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
Synthetic Aperture Radar (SAR) is a remote-sensing technology which uses the motion of the aircraft ...
The data handling and processing in using synthetic aperture radar as a satellite-borne earth resour...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
Comparisons between LANDSAT MSS imagery, and aircraft and space radar imagery from different geologi...