Mars doesn't have an atmosphere, it's true. Also, my mother's a virgin, Lord of the Rings is based on a true story, and Mercury is actually twice the size of the Sun.
Thanks you.
"Terraforming Mars would entail two major interlaced changes: building the atmosphere and heating it. Since a thicker atmosphere of carbon dioxide and/or some other greenhouse gases would trap incoming solar radiation and the raised temperature would put the greenhouse gases into the atmosphere the two processes would augment one another"
"Greenhousing Mars via the manufacture of halocarbon gases on the planet's surface may well be the most practical option. Total surface power requirements to drive planetary warming using this method are calculated and found to be on the order of 1000 MWe, and the required times scale for climate and atmosphere modification is on the order of 50 years. "
"planet simulation allows addition of greenhouse gases like water vapor, ammonia, carbon dioxide and perfluorocarbons to Mars. In addition for different amounts of heat retention and reflection, the albedo and insolation can be adjusted. Since Mars has stored greenhouse gases (carbon dioxide) both at the polar caps and in the surface rocks and soil (regolith), those outgassing reservoirs can be freed up with warming and climate forcing. "
" Here are three terraforming methods that have been proposed:
~Large orbital mirrors that will reflect sunlight and heat the Mars surface.
~Greenhouse gas-producing factories to trap solar radiation.
~Smashing ammonia-heavy asteroids into the planet to raise the greenhouse gas level. "
"We know that Mars is the fourth planet in the solar system, Earth the third. Because of that, Mars is colder than Earth. It is colder and drier than any place on Earth.
It also only has a very thin, poisonous for humans atmosphere. Above that, the surface has some peroxides that would destroy any known living tissue. "
" The idea in terraforming Mars is the following:
Melting the southern polar icecap to release large quantities of carbon dioxide into the atmosphere, which, because of the greenhouse effect of this gas, will heat up the planet, maybe enough to release more carbon dioxide from the regolith and maybe even melting the northern polar icecap (Underground waterdepots would take a very long time to evaporate to get onto the surface of Mars) without extra heating.
When the step of enriching the atmosphere with carbon dioxide (and nitrogen) and the surface with water is achieved, the second step starts: Enriching the atmosphere in oxygen (and nitrogen).
This is simply done by releasing plants that can survive on Mars' still rude climate. Some genetical engineering might be necessary to achieve this step. "
Heard enough? Cause I can go all night.