Youtube hearted comments of Fredinno (@innosam123).
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2:55 Even the studies which show that a significant portion of Mars’ old water is left says that the water is mostly in. The form of HYDRATED ROCK.
That means you’re literally trying to squeeze water out of a rock.
The Earth’s mantle has several times the water of its oceans, and are now thought to be where the Earth’s oceans comes from. On Earth, this water cycles between the oceans and mantle due to plate tectonics and volcanism.
On Mars, this water is trapped in the crust, as Mars’ volcanoes spewed out much of the water from the mantle without returning it to the mantle due to a lack of plate tectonics.
However, this water in the rocks are generally at a density of less than 1%. Unless you’re talking about geological processes, you are NEVER going to liberate any significant fraction of that water.
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TL;DR:
The water in Mars’ rocks, as theorized by some scientists, may as well not be there- meaning the real amount of water is going to be groundwater or ice- or <25% of the original oceans.
Basically, if you heated Mars up, you would have a Tantooine, not an Earth.
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