1992Journal of the British Interplanetary SocietyRequires access

A synergic approach to terraforming Mars

Martyn J. Fogg

Open publisher page 17 citations

Abstract

Previous proposals for terraforming Mars mostly involve an initial phase of planetary engineering to warm the planet by ∼60 K so that its mean temperature is above the freezing point of water. Suggested methods of achieving this warming are reviewed and found to be probably insufficient. A new, two stage, terraforming scenario is outlined.

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Previous proposals for terraforming Mars mostly involve an initial phase of planetary engineering to warm the planet by ∼60 K so that its mean temperature is above the freezing point of water. Suggested methods of achieving this warming are reviewed and found to be probably insufficient. A new, two stage, terraforming scenario is outlined.

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Available abstract

Previous proposals for terraforming Mars mostly involve an initial phase of planetary engineering to warm the planet by ∼60 K so that its mean temperature is above the freezing point of water. Suggested methods of achieving this warming are reviewed and found to be probably insufficient. A new, two stage, terraforming scenario is outlined.

Key concepts: Mars Exploration Program, Astrobiology, Planet, Mars landing, Exploration of Mars, Environmental science, Aerospace engineering, Engineering

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