The life-form I’ve created is silicon-based instead of carbon-based like life on Earth. This is because silicon is much more abundant in Mars’ crust than carbon. Because silicon is not as versatile as carbon, however, the creature is very small—nearly microscopic—and simple in its makeup. It is multicellular, with cells and cellular components similar to those of life on Earth, although less complex and with a different chemical composition. Another advantage of the creature being silicon-based is that it functions better in Martian gravity; Mars’ gravity is only about 38% of Earth’s and silicon is heavier than carbon, making for steadier locomotion. …show more content…
To overcome this, the creature has a protective skin that is able to reflect these particles. Its skin is also designed to protect it from the extreme daily and seasonal temperature changes that occur on Mars due to its lack of atmosphere; the skin is thick for insulation in cold temperatures and has pores that allow air flow in hot temperatures, which contract and dilate based on conditions. In addition, the creature has claw-like appendages that allow it to dig and burrow in the Martian sand to avoid the cold nights and