DEEP DOWN One of the largest seas on Titan, Ligeia Mare, seen in this false - color
radar image taken by the Cassini spacecraft, extends more than 200 meters below the moon's surface.
Added to this, the MRO discovered that the comet nucleus was smaller than thought with a diameter of only 1.2 miles (2 km) and rotates once every eight hours, and
the radar images it took were smeared due to energy levels ten times greater than normal.
Not exact matches
These recently released
radar images were
taken by the space shuttle Endeavour in 1994 as part of a geologic study of climate change in northwest China.
There is now a companion to Voyager 1's famous snap looking at our planet from the depths of space: a
radar image of the probe
taken from Earth, 11.5 billion kilometres away.
The
radar images were
taken as the asteroid flew past Earth on October 31 at 1 p.m. EDT at about 1.3 lunar distances (300,000 miles, or 480,000 kilometers) from Earth.
The spacecraft also
took measurements of the planet's surface with a laser, which again suggested patches of ice — although some of the bright regions in the
radar images showed up dark in the laser's readings.
Partial mosaic of 70 cm
radar images of nearside of the moon
taken by the Green Bank Telescope (GBT) from radio waves transmitted by the Arecibo Telescope.
Meanwhile, the MRO's Shallow Subsurface
Radar (SHARAD) took radar images of the ionosphere and its High Resolution Imaging Science Experiment (HiRISE) camera took images of the comet's nuc
Radar (SHARAD)
took radar images of the ionosphere and its High Resolution Imaging Science Experiment (HiRISE) camera took images of the comet's nuc
radar images of the ionosphere and its High Resolution Imaging Science Experiment (HiRISE) camera
took images of the comet's nucleus.
And in fact, the
radar observatory
took its Phaethon
images with reduced power, making it less sensitive than the instrument usually would be.
Games
Radar documented some leaked
images of the new game's concept art, which indicate that Lara Croft's next journey will
take place in Central America.
Image by Art
Radar Asia (CBKM),
taken at media preview.
Sentinel - 1 satellite
radar image of the northern Gulf of Mexico,
taken about 7:30 pm local time on February 14, 2017.
The
radar images provided a comprehensive picture of soil density, moisture and local structures which, when combined with the photographs
taken from the aircraft, enabled the researchers to find and examine the city's characteristic temples and artificial ponds used for irrigation and water storage.
The first satellite /
radar image below was
taken at 11:30 am (ET), Monday, shows a ribbon of warm air and moisture flowing in a northeasterly direction all the way from far west of Baja California, across Mexico and Texas (picking up even more warm moisture from the Gulf of Mexico).