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In the initial look, we didn't see any surprises. "We are examining the images to determine the depth of charring in the heat shield material. Engineers expect the observations to help in designing future missions. The shield slammed into the planet's surface, and now Opportunity is taking a closer look. Meanwhile, the rover Opportunity closely examined a cross-section of the heat shield that it wore on the way to the Martian surface.
Spirit's observations also reveal significant amounts of the minerals olivine, pyroxene and magnetite, all of which are common in some types of volcanic rock. "Or it could come from weathering by dilute sulfuric acid reacting with magnesium-rich minerals that were already in the rock. It could come from liquid water with magnesium sulfate salt dissolved in it, percolating through the rock, then evaporating and leaving the salt behind. "Where did the salt come from? We have two working hypotheses we want to check by examining more rocks. Peace, a volcanic rock, "looks as if you took volcanic rocks that were ground into little grains, and then formed a layered rock with them cemented together by a substantial quantity of magnesium-sulfate salt", Squyres says. The presence of sulfate salt means the salt had to get into the rock somehow. The sulfur enrichment at the surface is correlated with the amount of magnesium, which points to magnesium sulfate," says Dr Ralf Gellert, of the Max Planck Institute for Chemistry in Mainz, Germany. The unusual thing about this rock is that deep inside the sulfur is still very high. "Usually when we have seen high levels of sulfur in rocks at Gusev, it has been at the very surface. The new rock contains more sulfate salt than other rock that Spirit has looked at during its mission. "This may be what the bones of this mountain are really made of it gives us even more compelling evidence for water playing a major role for altering the rocks here," Squyres adds. Spirit has been investigating the hills for months and landed at Gusev 13 months ago. The rock, which scientists have dubbed Peace, is contained in bedrock in the Columbia Hills of Gusev Crater. "This is probably the most interesting and important rock Spirit has examined," says Dr Steve Squyres of Cornell University, principal investigator for the NASA rovers.
The Mars rover Spirit has found a new kind of Martian rock that has been affected by water, says the US space agency.
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