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The  lunar  south  pole  presents  a  compelling  prospect  for  human  settlement  and  extended
               exploration due to its unique attributes. Nonetheless, there are hurdles to overcome, including

               designing  appropriate  habitats,  creating  transportation  systems,  developing  life-support
               technologies, and mitigating risks from prolonged exposure to the lunar conditions. NASA is

               targeting the lunar South Pole for its Artemis program, despite the area's extreme and varied

               conditions posing challenges for human activities. However, these conditions also offer the
                      Thesis Report V-SPARC VIT
               potential for groundbreaking scientific discoveries in deep space, aiding our understanding of

               our cosmic position and facilitating exploration further into the solar system. These regions, all
               within  six  degrees  of  latitude  from  the  lunar  South  Pole,  feature  diverse  geological

               characteristics. Collectively, they offer a range of landing options for various opportunities.

               The selection of specific landing sites is closely linked to launch window timing, so having
               multiple regions provides flexibility for launches throughout the year.


               3.1.1.  Water ice and mineral




























                     Figure 4 : Lunar water ice (Source: https://appel.nasa.gov/2020/04/28/nasa-report-outlines-

                     plan-for-sustained-moon-presence/ )



               The presence of water ice and mineral resources is measured by detecting at least 0.2 instances

               of  water  per  square  kilometer.  Water  is  crucial  for  various  human  activities,  including

               propulsion, hydroponic farming, and general use. Carbon dioxide is predominantly found in


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