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Home This view combines information from two instruments on a NASA Mars orbiter to map color-coded composition over the shape of the ground within the Nili Fossae plains region of Mars. (NASA/JPL-Caltech/JHUAPL/Univ. of Arizona) This view combines information from two instruments on a NASA Mars orbiter to map color-coded composition over the shape of the ground within the Nili Fossae plains region of Mars. (NASA/JPL-Caltech/JHUAPL/Univ. of Arizona)

This view combines information from two instruments on a NASA Mars orbiter to map color-coded composition over the shape of the ground within the Nili Fossae plains region of Mars. (NASA/JPL-Caltech/JHUAPL/Univ. of Arizona)

This view combines information from two instruments on a NASA Mars orbiter to map color-coded composition over the shape of the ground within the Nili Fossae plains region of Mars. (NASA/JPL-Caltech/JHUAPL/Univ. of Arizona)

This view combines information from two instruments on a NASA Mars orbiter to map color-coded composition over the shape of the ground within the Nili Fossae plains region of Mars. (NASA/JPL-Caltech/JHUAPL/Univ. of Arizona)

Researchers estimating the amount of carbon held in the ground at the largest known carbonate deposit on Mars used data from five instruments on three NASA Mars orbiters, including physical properties from THEMIS (left) and mineral information from CRISM (right). (NASA/JPL-Caltech/ASU/JHUAPL)