Andesholm

Andesholm is a tidally locked temperate terrae with life orbiting in the habitable zone of a white dwarf star of spectral type DB1.2 and is the third planet from it's parent star. It is the biggest and the most massive terrestrial planet in it's system and bigger than Earth, which makes it a Super-Earth planet. But still, compared to it's parent star, the planet is only just a little more than one thousand kilometers less in diameter. The lit side has liquid water oceans and spots of land mass, while the night side is coated in a thick layer of ice. The life developing on Andesholm is multicellular and is complex, but however is borderline exotic as the planet's environment is extremely different than any usual terrae. Though most of the life on the planet faces the day side, other more extreme species live on the dark side, mostly around the vicinity of active volcanoes.
== Distance ==
The planet is very far away from Earth. It is 7064.10 light years away.
== Life ==
Life on Andesholm may have started via abiogenesis after it's parent star became a white dwarf star. A theory suggests that when the parent star became a white dwarf star, the outer layers/planetary nebula that was ejected from the white dwarf star was turned into a protoplanetary disk, thus making Andesholm, with it's other three planets. Because the white dwarf star's luminosity is very low, it put Andesholm in the habitable zone of the white dwarf star, thus water can be liquid there and life can live in water (marine life) and on land (terrestrial life). The water on Andesholm may have come from comets and asteroids crashing on Andesholm with huge amounts of water in their insides. 
== Fate ==
One theory about the fate of Andesholm suggests that when it's white dwarf parent star becomes a hypothetical black dwarf after trillions of years, the planet would likely become a Pluto-like planet, with it's atmosphere turning into carbon dioxide (dry ice) and oxygen snow because of the frozen temperatures, thus ending all terrestrial life on the surface but not under the surface. Marine life would still likely exist because of the internal heat from the planet, but the planet's internal heat would soon begin to cool down, and marine life would end too. Andesholm would become a dead planet with dead life around a dead black "star".
Another theory suggests that when it's white dwarf parent star becomes a hypothetical black dwarf after trillions of years, life on the planet would already be evolved and become intelligent species, thus leaving their planet alone to die.
Andesholm-map.png|Surface map of Andesholm
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Andesholm-002.jpg|Lake Mirari
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Andesholm-008.png|The system where Andesholm is in (red circle is Andesholm's orbit)
Category:Terrae
Category:Procedural objects
Category:Planets
Category:Objects
Category:Life