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2004•UvA-DARE (University of Amsterdam)Open access

Comparative Planetology of the Terrestrial Inner Planets: Implications for Astrobiology

Dirk Schulze‐Makuch, J. M. Dohm, Alberto González Fairén, Victor R. Baker, R. G. Strom

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Abstract

Venus and Mars had likely liquid water on their surface for long periods of time during their history from which life could have originated and then adapted to live in ecological niches such as the subsurface for Mars and the atmosphere for Venus.

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Venus and Mars had likely liquid water on their surface for long periods of time during their history from which life could have originated and then adapted to live in ecological niches such as the subsurface for Mars and the atmosphere for Venus.

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Available abstract

Venus and Mars had likely liquid water on their surface for long periods of time during their history from which life could have originated and then adapted to live in ecological niches such as the subsurface for Mars and the atmosphere for Venus.

Key concepts: Astrobiology, Venus, Mars Exploration Program, Planetary science, Terrestrial planet, Planet, Atmosphere (unit), Atmosphere of Venus

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