Linked from

The 19 pages that link to Synthetic aperture radar, each with the reason it gives.

• Angular resolutionRelated: It uses synthesized aperture to sharpen resolution in radar images.

• Cassini–HuygensRelated: Cassini used radar to image Titan’s surface beneath its haze.

• Earth observationRelated: It can observe surfaces through clouds and in darkness, unlike many optical sensors.

• Aerial reconnaissanceRelated: It can image terrain through clouds and darkness, extending reconnaissance beyond visible-light conditions.

• Earth observation satelliteRelated: Radar satellites can map surfaces through clouds and during darkness.

• Satellite imageryRelated: Radar satellites can image Earth through clouds and in darkness, unlike visible-light sensors.

• Maritime patrol aircraftRelated: It can image ships and coastlines in poor visibility and at long range.

• Reconnaissance aircraftRelated: It can map terrain and detect objects through clouds or darkness.

• Antenna arrayRelated: Its imaging relies on coherent combination of signals across a synthetic antenna aperture.

• Shuttle Radar Topography MissionRelated: The shuttle’s motion let SRTM form detailed radar images of the ground.

• Surveillance aircraftRelated: It produces images through clouds and darkness, extending surveillance beyond visible-light conditions.

• History of radarRelated: It made detailed mapping possible from aircraft and spacecraft, even through clouds.

• Lakes and rivers of TitanRelated: Cassini used radar to see through Titan’s hazy atmosphere and detect liquid surfaces.