Animación que hice con Adobe After Effects y unos mapas que encontre en internet. Los mapas no son mios, los encontré en internet. El crédito de los mapas van a sus respectivos dueños.
Super greenhouse gases could be produced on Mars to accelerate warming further. In no time algae could begin colonizing Mars. As terraformation proceeds and as terraformers get more ambitious, comets that pass near Mars will have machines landed on them that use the comet's own volatiles to launch chunks off rock into space, pushing it into an orbit that will eventually cause it to break up in Mars' atmosphere. This will give Mars more necessary gases and volatiles.
But seriously, if humanity begins colonization of space the task of terraforming Mars wouldn't be all that hard. Large mirrors made of very thin sheets of aluminum would reflect additional sunlight at Mars. With enough mirrors and perhaps by laying down black carbon powder across Martian polar ice, the frozen CO2 and H20 would evaporate, which would raise air pressure and act as greenhouse gases. It would create a positive feedback loop.
Super greenhouse gases could be produced on Mars to really move the process along. In no time at all algae could begin colonizing Mars. As terraformation proceeds and as terraformers get more ambitious, comets that pass near Mars will have machines landed on them that use volatiles to launch chunks off rock off the comet, thereby pushing it into an orbit that will eventually cause it to break up in Mars' atmosphere. This will give Mars a lot more necessary gases and volatiles.
@Coasterfan87 No, it's not quite like that. Mars can be habitable if a lot of greenhouse gases are introduced. Over a long time this will make the planet warm and eventually habitable.
@OldCarsAreBest
(Post 2)
Super greenhouse gases could be produced on Mars to accelerate warming further. In no time algae could begin colonizing Mars. As terraformation proceeds and as terraformers get more ambitious, comets that pass near Mars will have machines landed on them that use the comet's own volatiles to launch chunks off rock into space, pushing it into an orbit that will eventually cause it to break up in Mars' atmosphere. This will give Mars more necessary gases and volatiles.
SpazzyMcGee1337 5 months ago
@OldCarsAreBest
(Post 1)
But seriously, if humanity begins colonization of space the task of terraforming Mars wouldn't be all that hard. Large mirrors made of very thin sheets of aluminum would reflect additional sunlight at Mars. With enough mirrors and perhaps by laying down black carbon powder across Martian polar ice, the frozen CO2 and H20 would evaporate, which would raise air pressure and act as greenhouse gases. It would create a positive feedback loop.
SpazzyMcGee1337 5 months ago
@OldCarsAreBest
Super greenhouse gases could be produced on Mars to really move the process along. In no time at all algae could begin colonizing Mars. As terraformation proceeds and as terraformers get more ambitious, comets that pass near Mars will have machines landed on them that use volatiles to launch chunks off rock off the comet, thereby pushing it into an orbit that will eventually cause it to break up in Mars' atmosphere. This will give Mars a lot more necessary gases and volatiles.
SpazzyMcGee1337 5 months ago
@SpazzyMcGee1337
Can't argue with logic like that.
OldCarsAreBest 5 months ago
@Coasterfan87 No, it wouldn't. We'll use solar mirrors and super greenhouse gases.
SpazzyMcGee1337 5 months ago
@OldCarsAreBest I DOUBT YOU WILL EVER HAPPEN!
SpazzyMcGee1337 5 months ago
I doubt this will ever happen.
OldCarsAreBest 5 months ago
@xXToTaLHiTmAnXx 500 years they say.
Bastylax86 7 months ago
Oh god!! The music of death!
BudCharles999 9 months ago
@Coasterfan87 No, it's not quite like that. Mars can be habitable if a lot of greenhouse gases are introduced. Over a long time this will make the planet warm and eventually habitable.
thestarstuff 1 year ago