Glad you like it guys, hope you're using red/cyan glasses. Here's a bigger (4 meg) version - you should see the 100 meg!

http://marsunearthed.com/MRO/MRO_Anaglyphs.../MRO054c_3D.GIF

I've just finished another anaglyph of this unusual Meridiani crater, it's from a beautiful HiRise stereo pair and gives us our best 3D look yet. Enjoy!

http://marsunearthed.com/MRO/MRO_Anaglyphs...4/MRO054_3D.GIF

While it is true that the MGS is a "wobbly'" platform and can often result in wavy stereo images like this, it's certainly not true all the time. The MOC is in fact perfectly capable of superb stereo pairs for anaglyphs or for free viewing. The experts should only have trouble trying to use these images for digital terrain models. A bigger problem for stereo image creation arises from the fact that there are months or years between images of the same terrain. Any differences in the images such as mismatched sun angles (different season, different time of day), surface patterns that are present in one image but not the other (such as dust devil tracks or new slope streaks) or differing amounts of dust in the atmosphere can all play havoc with stereo pairs. Image quality also varies widely.

Even with all of this there are still literally hundreds of great stereo pairs available. Here is an example of some Terra Meridiani craters not too far from Opportunity:



Here's an Aram Chaos anaglyph:



Lots more here:MarsUnearthed.com

You'll need your red/CYAN glasses.

Someone asked if there is an anaglyph of the Columbia Hills and the "Ultreya Abyss". This is the only one as far as I know:

http://www.marsunearthed.com/Specials/Colu...ltreyaAbyss.GIF

Here's a side by side comparison of some MOC images of the area.

http://www.marsunearthed.com/Specials/Colu...aHillsComp3.JPG

These dark patches, which are spread all over this area, look to me like pockets of dark fine material. It's not clear if this material is local or is blown in from somewhere else. My theory (probably not original) is that there are places where the surface comes into contact with subsurface layers or pockets of dark, fine material which is probably volcanic in origin. This same thing can be seen in other MOC images from other regions.