Its proximity with Earth means that it lies shut enough to the “habitable zone” of the system. The temperature is on the average nearer to Earth’s; particularly compared to Venus, Europa (a moon of Jupiter), and Titan (a moon of Saturn). These bodies either have too thick of an environment and square measure too hot (Venus), a force field and atmosphere however too far-off and cold (Europa), or is simply too far-off and cold, and no force field (Titan). Mars, on the opposite hand, includes a force field to safeguard from radiation, an environment, similar days and axial tilts, and also the crucial component, water. With all the similarities to Earth already there, in theory to support human life on Mars we'd simply got to heat up the earth, thicken the atmosphere, and alter the carbonic acid gas into gas. For all the opposite bodies that would support life, they only square measure realistically within the realm of our technologies these
Its proximity with Earth means that it lies shut enough to the “habitable zone” of the system. The temperature is on the average nearer to Earth’s; particularly compared to Venus, Europa (a moon of Jupiter), and Titan (a moon of Saturn). These bodies either have too thick of an environment and square measure too hot (Venus), a force field and atmosphere however too far-off and cold (Europa), or is simply too far-off and cold, and no force field (Titan). Mars, on the opposite hand, includes a force field to safeguard from radiation, an environment, similar days and axial tilts, and also the crucial component, water. With all the similarities to Earth already there, in theory to support human life on Mars we'd simply got to heat up the earth, thicken the atmosphere, and alter the carbonic acid gas into gas. For all the opposite bodies that would support life, they only square measure realistically within the realm of our technologies these