Should We Establish a Colony on Titan/ (Term Paper Sample)

“Should We Establish a Colony on Titan?”
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Introduction
When it comes to matters regarding the colony of outer space, Titan has the most incredible attention at all times. This topic of whether to colonize Titan or not has borne significant interests from a myriad of exciting bodies and solar system professional individuals, collectively. However, analytically, it is noticeable that every party has their arguments supporting their proposals regarding this critical topic. Ideally, Titan has great and ideal componential elements, which are essential for human life. For instance, there is methane and ethane, and water, which is in a fluid state and can be used in various ways to achieve daily recurrent human activities CITATION Rel18 \l 1033 (Relly Victoria et al., 2018). This natural satellite, Titan, also has solid and semi-liquid pertinent hydrocarbons crucial for human life on its surface.
Generally, the fuel content of this second-largest moon surpasses the levels that a colony might need in a nutshell. Based on its natural gas content, the arguments of whether it should be colonized or not has massively grown over time. Based on the above illuminated compositional factors, this paper seeks to extrapolate and expound on the profound reasons why Titan should be colonized, regardless.
Factors Stimulating Colonization of Titan
Comparatively, Saturn is the giant moon in outer space, with Titan being only a natural satellite bearing a plethora of atmospheric traces. This satellite had recurrently eluded numerous space scientists over the years until 2005 when the first aircraft landed on it by Huygens of ESA CITATION Rel18 \l 1033 (Relly Victoria et al., 2018). Ideally, Titan can be defined as a world analog to the Earth owing to its incredible elemental components, among other factors, which renders it undoubtedly a conducive home for human life. According to Relly Victoria et al. (2018), Titan is an inevitably conspicuous candidate for a future colony with its outstanding and unique hospitable surroundings and the general climate. There are various componential factors for its anticipated territory.
Firstly, Titan has low radiation in that its atmospheric contents protect its general surface from undesirably extreme lethal radiations. Its atmosphere is densely incorporated with rocky bodies thick enough to prevent invasion by deadly and fatal solar radiation. Based on this conduciveness reason, Titan is considered a good place for human life beyond the planet Earth CITATION Hit21 \l 1033 (Hitesh Dhawan et al., 2021). Besides, the satellite has a sea of liquid hydrocarbons instead of water, as in the case of Earth. As pre-stated above, methane and ethane are some of the profound hydrocarbons in this unique satellite. With these significant hydrocarbon fuels, which are pertinent for human life, every colony would inevitably scramble for this golden chance CITATION Hit21 \l 1033 (Hitesh Dhawan et al., 2021). Fuel is an essential aspect of our daily activities ranging from social, economic, and political operations.
Furthermore, Titan has sufficient oxygen levels with plenty of water for human life. According to NASA (2014), all the epicentral elements that are key for human life are in this incredible natural body. For instance, the abundant water would provide enough oxygen that would consequently be used for breathing sustaining life CITATION Kir19 \l 1033 (Kirti Vishwakarmaa, 2019). However, if the oxygen supply runs out occasionally, its nitrogen-rich atmosphere can be used by target colonists as a catalytical buffer to boost oxygen production and supply for life. This is feasible because, compositionally, Titan's atmosphere is 98% nitrogen compared to the Earth's content which is approximately 78% CITATI