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I created a texture of the ancient surface of Mars in the Noachian era. Here's first image, you never saw it?
Its are the planet Mars there is dated -4.100 billion years. The surface, even the northern hemisphere, is entirely very craters. In this image bellow, the crater is grayish the young giant crater Utopia (future Utopia Planitia), which was created by the large meteorite or well the planetesimals.
In that time, the planet is not actual red and there is probably similar to Earth just at the end of planetary formation. The ocean liquid training has not yet published, it will have in a hundred or a few tens of millions of years due to the atmosphere more dense future. The volcanoes and volcanic domes are not present either, as well as craters Hellas, Isidis and Argyre, nor polar ice caps. The planet Mars is flat all.
The crater Huygens by exemple. At the bottom of this crater, there was not Hellas Planitia which would have hit -3.9 billion years.
The next, I will add the some lava and the clouds in this texture soon.
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I created a texture of the ancient surface of Mars in the Noachian era.
Très chic.
Here's first image, you never saw it?
No - thank you for making it.
The next, I will add the some lava and the clouds in this texture soon.
I'll look forward to that.
Fan of [url=http://www.red-oasis.com/]Red Oasis[/url]
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PeterC, thanks for sharing this with us. How do you determine the surface color and the ages and locations of these early impacts?
[color=darkred]Let's go to Mars and far beyond - triple NASA's budget ![/color] [url=irc://freenode#space] #space channel !! [/url] [url=http://www.youtube.com/user/c1cl0ps] - videos !!![/url]
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PeterC, thanks for sharing this with us. How do you determine the surface color and the ages and locations of these early impacts?
I maked the texture the actual map Mars. I changed the surface detail what removes volcanic domes, Mariner Valles, rivers, ... and what adds a lot of craters, the giant crater and a few degassing to form the atmosphere, and ... I seek for add the mines degassing in the cratere or in the crack to form the atmosphere. Then the some clouds.
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Lovely work Peter!
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