![]() ![]() After the greenhouse gases begin heating Callisto, the water would melt to form oceans (The Oxygen part of the atmosphere could be created by electrolysis of some of this water). As Callisto has a relative abundance of water-ice, terraforming might not be as difficult as it seems. The terraforming of Callisto would require vast amounts of nitrogen gas to be deposited or created as its buffer gas bacteria can help add nitrogen by converting ammonia found on Callisto's surface into nitrates, then nitrogen.Īfter this, the entire Earth's supply and reserves of a potent green house gas, say Sulfur Hexafluoride would have to be sent to Callisto. The terraforming of Callisto would be very difficult with current technology. Composition: ~4 × 10 8 cm −3 carbon dioxide up to 2 × 10 10 cm −3 molecular oxygen(O 2) [ Equatorial surface gravity: 1.235 m/s 2 (0.126 g).Surface temperature (mean): 134 K ± 11 K.Callisto is one of the four Galilean moons of Jupiter, and the third largest moon in the solar system.
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