k Europas surface. Galileo spacecraft image of the Tyre impact crater centre on the icy surface of Europa, a moon of Jupiter. The crater, surrounded by a 140kilometre km wide system of rings, was formed by the impact of a mountainsized comet or asteroid. Red areas consist of dirty ice which formed when water contaminated with rocky material came up through cracks in the ice and froze. Blue green lines are ridges formed after the impact, probably due to tectonic motion of ice sheets over underlying water. Image taken from a distance of 29,000 km on 4 April 1997 by Galileos solid state imaging CCD camera. The image is 214 km wide and the smallest visible objects are 595 metres across. Editorial Stock Photo - Afloimages
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Europa's surface. Galileo spacecraft image of the Tyre impact crater (centre) on the icy surface of Europa, a moon of Jupiter. The crater, surrounded by a 140-kilometre (km) wide system of rings, was formed by the impact of a mountain-sized comet or asteroid. Red areas consist of dirty ice which formed when water contaminated with rocky material came up through cracks in the ice and froze. Blue- green lines are ridges formed after the impact, probably due to tectonic motion of ice sheets over underlying water. Image taken from a distance of 29,000 km on 4 April 1997 by Galileo's solid state imaging (CCD) camera. The image is 214 km wide and the smallest visible objects are 595 metres across.
ED

Europa's surface. Galileo spacecraft image of the Tyre impact crater (centre) on the icy surface of Europa, a moon of Jupiter. The crater, surrounded by a 140-kilometre (km) wide system of rings, was formed by the impact of a mountain-sized comet or asteroid. Red areas consist of dirty ice which formed when water contaminated with rocky material came up through cracks in the ice and froze. Blue- green lines are ridges formed after the impact, probably due to tectonic motion of ice sheets over underlying water. Image taken from a distance of 29,000 km on 4 April 1997 by Galileo's solid state imaging (CCD) camera. The image is 214 km wide and the smallest visible objects are 595 metres across.

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10626157

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Editorial

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Creation date
22-11-2010

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