Mars Express will take photos of Comet ISON’s coma, the atmosphere that surrounds ISON’s nucleus. Also, NASA’s Mars Reconnaissance Orbiter has been tracking ISON and may be able to get a look as well through October 2nd.
These cameras were designed to shoot high-resolution photos of Mars but scientists are going to attempt to use them to catch a glimpse of ISON as it passes. A lot depends on how bright ISON is as it gets closer to the sun. Keep your fingers crossed….
The high-resolution imaging science experiment (HiRISE) is one of six science
instruments for NASA’s Mars Reconnaissance Orbiter.
This illustration shows comet ISON closely passing Mars on October 1, 2013. Credit: NASA
The view today from Curiosity’s Nav Cam
Since its one year anniversary on August 6th., Curiosity has traveled 1,079.52m (3,541′) or about the length of 12 football fields. That’s an average of 22m per day which is short of NASA’s goal of at least 110m per day. But during this period, Curiosity did have its longest drive of the mission when on 9/5 it advanced 138.62m. On that day the drive was extended well beyond what the Curiosity team at NASA’s Jet Propulsion Lab in Pasadena could see by enabling the rover’s on-board hazard avoidance system or Autonav.
A 3-D map of the Tamu Massif formation, which scientists now say is one huge shield volcano
Illustration courtesy IODP
“This finding goes against what we thought, because we found that it’s one huge volcano,” said William Sager, a geology professor at the University of Houston in Texas. Sager is lead author in a study about the find that was published this week in the peer-reviewed journal Nature Geoscience.
“It is in the same league as Olympus Mons on Mars, which had been considered to be the largest volcano in the solar system,” Sager told National Geographic.
Comet ISON will come close to Mars on October 1, 2013 and NASA will attempt to photograph with the Mars orbiting MRO satellite’s telescope HiRISE. Then on Thanksgiving day comet ISON has its brush with the SUN.
Phobos has a large crater known as Stickney.
Deimos is slightly smaller than Phobos.
Mars has two moons, Phobos and Deimos. They are very different than our moon in more ways than one. Our Moon orbits Earth at an angle, while Mars’ moons orbit about the planet’s equator. Our Moon is 3474 km across, making it nearly a quarter of Earth’s size. Phobos is about 25 km across, and Deimos is about 10 km across; comparable in size to down town Baton Rouge. Our Moon takes 27 Earth days to orbit one time, Mars’ moons orbit much faster. Phobos, the larger and closer of the two, orbits quickly, circling Mars once every eight hours. Deimos, the smaller and farther of the two, orbits slower, circling once every 30 hours. From the point of view of a person or robot on the surface of Mars, Phobos eclipses Deimos frequently. This is because the two moons orbit in nearly the same plane.
Last week this was photographed for the first time by Curiosity. The spacecraft took a series of images, a sort of timelapse, that scientists here on Earth made into a short movie. Phobos looks vastly larger than Deimos, this is merely because it is closer.
Explore Mars in High Definition thanks to Curiosity.