Add to ORKGA report on how spaceborne radar really can see beneath the surface of the earth -- and the trip the author took to prove it
The synoptic view afforded by orbiting Earth sensors can be extremely valuable for resource evaluati...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
An overview of the present state of the art in the different scientific and technological fields rel...
A report on how spaceborne radar really can see beneath the surface of the earth -- and the trip the...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
REMOTE SENSING IN the form of aerial photography has made extensive contributions to archaeology...
Techniques and applications of radar observation from Earth satellites are discussed. Images process...
Optical methods for data collection on spacecraft and aircraft have been in use for many decades. In...
In the last four years, the first two Earth-orbiting, space-borne, synthetic-aperture imaging radars...
In the past two decades, the use of both photographic and non-photographic remote sensing from satel...
Over the past fifty years, advances in space flight and radar technology have revolutionized the way...
In order to fully understand the radar signature of different surface features and covers, observati...
The Sahara Desert conjures up images of a practically unlivable, hot, dry expanse of land. But a geo...
The potentials of airborne and spacecraft borne imaging radars in earth resources applications are r...
Studies sponsored by NASA at the University of Kansas in cooperation with several other universities...
The synoptic view afforded by orbiting Earth sensors can be extremely valuable for resource evaluati...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
An overview of the present state of the art in the different scientific and technological fields rel...
A report on how spaceborne radar really can see beneath the surface of the earth -- and the trip the...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
REMOTE SENSING IN the form of aerial photography has made extensive contributions to archaeology...
Techniques and applications of radar observation from Earth satellites are discussed. Images process...
Optical methods for data collection on spacecraft and aircraft have been in use for many decades. In...
In the last four years, the first two Earth-orbiting, space-borne, synthetic-aperture imaging radars...
In the past two decades, the use of both photographic and non-photographic remote sensing from satel...
Over the past fifty years, advances in space flight and radar technology have revolutionized the way...
In order to fully understand the radar signature of different surface features and covers, observati...
The Sahara Desert conjures up images of a practically unlivable, hot, dry expanse of land. But a geo...
The potentials of airborne and spacecraft borne imaging radars in earth resources applications are r...
Studies sponsored by NASA at the University of Kansas in cooperation with several other universities...
The synoptic view afforded by orbiting Earth sensors can be extremely valuable for resource evaluati...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
An overview of the present state of the art in the different scientific and technological fields rel...