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Monday, April 29
The Indiana Daily Student

The theorized depositional setting within Gale Crater shows short and long rivers and groundwater flow into the basin. IU earth and atmospheric sciences professor, Juergen Schieber, and his research team have discovered evidence of wet-dry cycling, a geological process advantageous to the formation of life, on the surface of Mars. Courtesy Photo

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The theorized depositional setting within Gale Crater shows short and long rivers and groundwater flow into the basin. IU earth and atmospheric sciences professor, Juergen Schieber, and his research team have discovered evidence of wet-dry cycling, a geological process advantageous to the formation of life, on the surface of Mars.