k Martian rock Martian rock. Micrograph of a patch of rock on Mars. This is a closeup of part of a bedrock outcrop near to where the Mars Exploration Rover Opportunity landed on 24 January 2004. The finelylayered rock contains spherical granules one at centre right, which may have been formed from molten rock sprayed into the air by a volcano or meteorite impact, or by the accretion in water of successive mineral layers around a smaller particle. The spheres are gradually being released from the rock as it is eroded by windblown sand. This 3centimetrewide image was taken by Opportunitys microscopic imager. Stock Photo - Afloimages
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Martian rock Martian rock. Micrograph of a patch of rock on Mars. This is a close up of part of a bedrock outcrop near to where the Mars Exploration Rover Opportunity landed on 24 January 2004. The finely layered rock contains spherical granules  one at centre right , which may have been formed from molten rock sprayed into the air by a volcano or meteorite impact, or by the accretion in water of successive mineral layers around a smaller particle. The spheres are gradually being released from the rock as it is eroded by windblown sand. This 3 centimetre wide image was taken by Opportunity s microscopic imager.
RM

Martian rock

Martian rock. Micrograph of a patch of rock on Mars. This is a close-up of part of a bedrock outcrop near to where the Mars Exploration Rover Opportunity landed on 24 January 2004. The finely-layered rock contains spherical granules (one at centre right), which may have been formed from molten rock sprayed into the air by a volcano or meteorite impact, or by the accretion in water of successive mineral layers around a smaller particle. The spheres are gradually being released from the rock as it is eroded by windblown sand. This 3-centimetre-wide image was taken by Opportunity's microscopic imager.

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