National Aeronautics and Space Administration

Summary

National Aeronautics and Space Administration MER press briefing, February 2…

As of yesterday science team started thinking seriously about how to attack the outcrop. Need to map it completely with all of our tools and so there's debate about how you do the best science the most quickly and with the best results. One suggestion is to go up to the close part, saddle up to it and take a lot of high-res pictures traveling down the length of it.
Q. Is that the left side, would you follow it in parallel?
Jeff: right, how far off we need to be to use both Pancam and mini-TES and to not hit the solar panel. Every day getting new data that can change our perception.
Source: Wikisource

National Aeronautics and Space Administration MER press briefing, February 2…

Pancam is sensitive from blue light out into the near infrared, beyond where your eye can see, to about a thousand nanometers or one micron. Compare that to mini-TES that can go from 6-30 microns. What can we get from all these colored filtered images. Simple case is that the dirt on Mars is very red, very bright in red wavelengths and very dark in the blue. We can do more by looking at how the brightness varies looking through these different filters we can get an idea of the geology. Especially if we want to try to unravel the geologic history of the site.
Source: Wikisource

National Aeronautics and Space Administration MER press briefing, February 2…

The yellow box is of the dark sand dune-like material above the outcrop and cyan, the bluish is out toward the horizon and those two are about the same so to the eyes of Pancam those may be the same types of material. The red spot is a dark portion in the outcrop. Slight variations in darkness that we're starting to investigate. That spectrum is intermediate in brightness. The green spectrum is very bright rock.
Source: Wikisource

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