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According to (Encyclopedia Britannica, 2019) Research about mars and its possible life continues as signs of water indicate form of recent lively activity. If earth suddenly becomes uninhabitable mars is the easiest planet to access and live on. (Jones, CJ 2019) appointed that Mars is the fourth planet from the sun. Mars is a terrestrial planet with a thin atmosphere. (Sharp, TS 2017) concluded that the atmosphere is made from 95.32% carbon dioxide, 2.7% nitrogen, 1.6% argon, 0.13% oxygen, 0.08% carbon monoxide. Also, there are miniscule amounts of water and krypton. (Koski, OK 2017) says that the air quality on mars very thin and mostly carbon dioxide. (NASA 2019, ‘Moxie) Have said that they expect to release a new rover called Moxie by 2020. Moxie breathes in carbon dioxide and breathes out oxygen. This could change how liveable mars is.
Is there other life?
(Orwig, JO 2015,) appointed that evidence of life current or past can tell us that there could be other life in our universe. This would answer the big question of are we alone? Scientists from around the world have agreed that searching for other forms of life on mars and planets should be our number one priority. (Brown, EB 2012)
Did life evolve from earth or did it come from mars on asteroids? (Orwig, JO 2015,) then said scientists are saying that meteorites from mars have shown signs of microorganisms and biological life. This could be a huge breakthrough for mankind as this means if other life can live there than there is a high chance that we can too.
Mars is the fourth planet in our solar system and is a neighbouring planet to earth. It doesnt contain any clouds, so it is easily viewed from earth using a telescope. Why is this good? Its surface can be easily be studied by scientists on earth by using a telescope or sending probes to examine its features, weather patterns, etc. (Brown, EB 2012) hinted, around forty space probes have been sent to mars already collecting information about how to get there easily. (Walter, MW 2017) told us that with mars being closer to us than Venus, it is easily accessible for humans to land on it. Scientists are aiming to have a space probe called moxie up on mars by 2020. Moxie could change the liveability of mars for us.
Eventually our earth is going to be destroyed because of us putting out greenhouse gasses (CO2) into our atmosphere. By studying mars for the next five-ten years we can learn about the effects of our future. Mars atmosphere is 95.32% carbon dioxide, this is what our atmosphere will eventually end up like. (Yahia, MY 2012) thinks that using mars, we can learn and see what the effects are of climate change. If we can study mars and use the information knowledgably, we can stop global warming.
Although researching mars will have a lot of additional benefits, you shouldnt put your eggs in one basket and thinking you will be able to learn everything from one planet. We could discover something interesting on other planets. While mars is quite similar to earth, it isnt feasible to think that we could colonize it in the short term. We need to think about having a good atmosphere, no radiation and a suitable temperature. These are all extremely crucial to humans if we want to have a habitable planet to live on and have a long-term colony of life.
By researching one planet at a time, we can further benefit by being able to focus on one planet and discovering new life. (Orwig, JO 2015) Having a man on mars will also have additional benefits, furthering our technology, inspiring more students to study S.T.E.M and become interested in astronomy. (Grady, MC 2015) Brought up that this will also grow our economy with having spin off benefits such as the satellite, it helps us in outer space, but scientists eventually advanced it to detect weather patterns on earth. Many inventions occur throughout the process of astronomical exploration. Having spin offs can improve our technology drastically. That is why it should continue to be our sole focus for the next 5-10 years coming.
References
- Angelo, JAA 2017, ‘Mars’, Info Base, p. 1, 132 West 31st Street, NYC, viewed 22 October 2019, .
- Brown, EB 2012, ‘Is exploring Mars worth the investment?’ LA Times, Los Angeles, viewed 27 October 2011, .
- Cain, FC 2008, ‘Diagram Of the Solar System’, Universe Today, online picture, NASA, viewed 26 October 2019, .
- Encyclopædia Britannica, Inc 2019, ‘Mars’, Britannica, Tower One Barangaroo, International Towers Sydney, 100 Barangaroo Ave, Barangaroo NSW 2000, viewed 22 October 2019, .
- Fernholz, TF 2018, ‘How to chart the price of a trip to Mars’, quartz, qz.com, New York, viewed 26 October 2019, .
- Grady, MC 2015, ‘Of course space exploration is worth the money’, The Conversation, Parkville, VIC , viewed 27 October 2019, .
- Jones, CJ 2019, ‘Mars Space Facts’, Space Facts, viewed 24 October 2019, .
- Koski, OK 2017, Vacation Guide To the Solar System, Square Peg, UK, p. 94.
- Nasa 2018, ‘Mars Exploration Program’, Nasa Science, p. 1, Washington, DC, viewed 23 October 2019, .
- NASA 2019, ‘Moxie’, Mars 2020 Mission, p. 1, Wahington, DC, viewed 27 October 2019, .
- Orwig, JO 2015, ‘5 undeniable reasons humans need to colonize Mars — even though it’s going to cost billions’, Business Insider Australia, Surry Hills, NSW, viewed 27 October 2019, .
- Sharp, TS 2017, ‘Mars’ atmosphere: Composition, Climate and Weather’, p. 1, New York, NY 10036., viewed 24 October 2019, .
- Sharp, TS 2017, ‘What is the temperature on mars?’ Space.com, New York, NY 10036., viewed 23 October 2019, .
- Walter, MW 2017, ‘The new space race: why we need a human mission to Mars’, The Conversation, Parkville, VIC , viewed 27 October 2019, .
- Yahia, MY 2012, ‘Why waste money on the Mars landing?’ Nature.com, Middle East, viewed 27 October 2019, .
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