A report on how spaceborne radar really can see beneath the surface of the earth -- and the trip the author took to prove it
Though investigations of solid extraterrestrial surfaces extend at least as far back as Galileo’s te...
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...
A report on how spaceborne radar really can see beneath the surface of the earth -- and the trip the...
The Sahara Desert conjures up images of a practically unlivable, hot, dry expanse of land. But a geo...
Advancements in remote sensing instrumentation are providing more detailed surveys of our planet usi...
REMOTE SENSING IN the form of aerial photography has made extensive contributions to archaeology...
Space-borne Synthetic Aperture Radar (SAR) has the capability to image subsurface features down to s...
The multi-frequency and multi-polarization Shuttle Imaging Radar (SIR)-C/X Synthetic Aperture Radar ...
Three synthetic aperture radars (SARs) sponsored by NASA have been flown in space. SEASAT in 1978, S...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
26-30NISAR is the first spacecraft mission to collect radar data in two microwave bandwidth regions,...
Space-borne remote sensing imaging allows precise coverage of vast regions with basic data for geolo...
This article explores the revolutionary use of radar sensors in measuring satellites and space objec...
Digital Beamforming has gained significant importance in radar applications in the past years. It he...
Though investigations of solid extraterrestrial surfaces extend at least as far back as Galileo’s te...
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...
A report on how spaceborne radar really can see beneath the surface of the earth -- and the trip the...
The Sahara Desert conjures up images of a practically unlivable, hot, dry expanse of land. But a geo...
Advancements in remote sensing instrumentation are providing more detailed surveys of our planet usi...
REMOTE SENSING IN the form of aerial photography has made extensive contributions to archaeology...
Space-borne Synthetic Aperture Radar (SAR) has the capability to image subsurface features down to s...
The multi-frequency and multi-polarization Shuttle Imaging Radar (SIR)-C/X Synthetic Aperture Radar ...
Three synthetic aperture radars (SARs) sponsored by NASA have been flown in space. SEASAT in 1978, S...
Spaceborne imaging sensors in the visible, infrared and passive microwave have been used to observe ...
26-30NISAR is the first spacecraft mission to collect radar data in two microwave bandwidth regions,...
Space-borne remote sensing imaging allows precise coverage of vast regions with basic data for geolo...
This article explores the revolutionary use of radar sensors in measuring satellites and space objec...
Digital Beamforming has gained significant importance in radar applications in the past years. It he...
Though investigations of solid extraterrestrial surfaces extend at least as far back as Galileo’s te...
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...
Add to ORKG