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Colonizing to Mars
Did you ever think we should go to Mars? Well, we should colonize to Mars! My reasons are it’s a good back-up plan, it has many minerals and land, and we might even find something there, maybe even life! Let me explain my reasons.
First of all, it is a good back-up plan. Why? Well, the famed British cosmologist, Stephen Hawking, said that humanity would most likely not survive for the next 1000 years “without escaping our fragile planet¨. Quote found in http://www.space.com/20657-stephen-hawking-humanity-survival-space.html. In a site, http://futurism.com/space-habitats-and-the-oneill-cylinder/, Hawking said that we need to colonize and build habitats on other planets, or the moon, to survive in the next 200 years. In the first site, he said there are risks in living in a single planet. For example, wars, accidents, asteroids, and natural hazards. Also, Mars has some similarities to Earth. For example, in
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For example, life, chemicals, rocks, and metals. It is said by some people that there is a strong possibility that there is bacterial life(maybe even more!) on Mars! Other people believe that Viking detected it in 1976. While others say it was in a meteorite. Scientists sent rovers to Mars to check it out. Another thing is, Mars is still mostly unexplored. So, there still might actually be life there we haven’t discovered yet! Also, there could even be new kinds of properties. For example, metals and rocks. The reason why I say metals and rocks is because Mars’s surface is made out of oxidized metal dust and rocks. We can’t tell by just looking at the surface so that’s why we could try finding new metals, chemicals, and maybe even life under the surface too! So this is my second reason. Information from http://www.redcolony.com/features.php?name=whycolonizemars, website is the same from the last
I definitely thought it was quite bizarre, and in the beginning I wasn’t too sure if I agreed with their theories of how the town came to be. Particularly that they are able to hide the secret city on Mars for so long and go in secret on a rocket to outer space seemed so far fetched for me to believe.
Would you want to live on Mars? Some would say yes, others no, I am against going to Mars and think that we should stick to Earth and put our time, money, and energy into fixing this planet. I will show you all the reason why we can not go to that red planet.
Why We Should go to Mars “It was obvious to me that we could never colonize Mars without reusability, any more than America would have been colonized if they had to burn the ships after every trip,”(Dave, 2017). This is what Elon Musk said in an interview in Fortune Magazine on December 9th 2013. The fourth planet in our solar system, Mars, is the closest “Earth-like” planet, Which is why SpaceX, NASA, and many other organizations are trying to make a human trip to Mars possible, as well as learning many things about Mars and Earth at the same time. Mars has a lot of potential to be a habitable planet to continue the human race.
There are resources on Mars that could be useful to humans. Magma under the surface of the planet has produced ores of iron, nickel, copper, and chromium. The soil could be used industrially and in construction for things on the planet. Solar and wind power are very practical forms of energy that could be used on the planet. It is also believed that there is gold on the planet; this could help pay for the money put into exploring
Mars is our next best hope in life on another planet. Because of science mankind can grow and harvest plants in the modified mars soil, make a thick warm atmosphere, and drink no frozen mars water. Mankind can grow and flourish more as a species with this idea of colonizing mars. With more scientific advancements we can colonize mars and we will colonize mars.
Mars has a thin atmosphere, that would block some of the radiation meaning only light shielding would be required to protect the populace living there. The average person living on Mars would only take in an average of 11 millisieverts (mSv) a year, much less than the international space agencies maximum of 1000 mSv (Seedhouse). This means that the it could be safe to work and live on mars as long a six years before exceeding safe radiation levels. With the presence of water and it being safe from radiation the main problem a population would have is producing food. The study on PLOS one proved that the Moon had vary little chance of growing food however mars is quite the opposite. In some cases plants such as tomatoes, carrots, and rye actually grew and lasted better in the simulated Martian soil than in the Earths (Wamelink). This means that even though the soil might be devoid of life now, it has the capability to grow and sustain a population, allowing the future possibility of a Mars mission to be a possibility. Furthermore, proving that a Mars mission could be independent from Earth, and not have to rely on shipments of the basic requirements to survive. NASA has proven it wants to go to mars however such a large undertaking comes at a cost, and it is one that NASA just cannot afford it at the
Everyone has dreamed of going to outer space at some point. We have all daydreamed about it, but now in the real tough and harsh world, is a mars mission really practical? I say yes 100%. The benefits most definitely outway the risks because; mars missions use only a fraction of the federal budget, it creates jobs, and inspire competition for many people.
Earth, which is our home is dying and is in need of help so going to mars could help the human race. Having humans on other planets like Mars could help save Humans survive when Earth doesn't (Orwig). Going to Mars could improve
Scientists have dreamt over the possibility that it may be possible to live on another planet. Some think that Mars has that potential to support life, if it's hidden resources are uncovered and exploited to their full potential. There is even evidence that it once contained enough water that it had been possible to hold life. Think about it, what if we could transform it into such a place, even if only our children's children get to see any result? The following will describe Mars, present evidence of ice and water, give possible ideas for the future exploration of Mars, and give reasons for why it is important.
You get off the spaceship and see casinos, homes, supermarkets, and malls. This was the barren wasteland Mars? Soon Mars might be open to the public. At first this may seem like an amazing thing, but it isn't. I believe that Mars shouldn't be open to the public. Humans cant live on Mars the way we do on Earth, there is a possibility that this will never happen, and its all a huge ploy for money.
1. Organisational processes, systems and structures Mars, Incorporated is the third private enterprises in the United States with net sales of more than $33 billion. Their main business involves Petcare, Chocolate, Wrigley, Food, Drinks, Symbioscience, and there are more than 75,000 Associates worldwide that are putting its Principles into action to make a difference for customers and the society through its performance. The history of Mars Inc has two major axis. One is innovation, the other is to promote the successful experience of innovation to the world.
Technology Supporting Life on Mars Though the Martian terrain echoes similar features on earth, the overall atmosphere has dramatic differences in which the developed technology plays its role in making this science fiction a reality. The achievement of sustainable life on Mars would be a potential solution towards overpopulation restoring the natural resources, decreased global warming climate changes, reduced habitat loss, etc. Nasa scientist has developed technology that provides the fuel and energy to get to mars and renewable energy sources to power the astronauts need on the red planet, the necessities for living, Technology for Oxygen generation and water recovery, etc. In conclusion with development in technology, it bridges the gap needed
Humans can expect to face some major challenges on an expedition to Mars. It has been proven that humanity can travel in space for over two years. Cumulatively, Sergei Constantinovich Krikalev, a Russian cosmonaut, has spent over eight-hundred and three days in Earth orbit (Lyndon B. Johnson Space Center, 2005). The expedition to Mars would require the crew to endure a six month journey to the planet, a year of living on the planet, and a six months journey back to Earth. Russian cosmonaut, Valery V. Polyakoz, clocking in at four-hundred and thirty-eight days for just one stay in Earth orbit, shows humanity is capable of a twelve month round trip to Mars (Schwirtz, 2009). Earth's orbit has provided some benefits to space exploration, like the magnetic field from cosmic radiation, and the proximity to Earth if an emergency were to arise (Jones, 2009). The further humans travel away from Earth the greater the risks become. The major risks to human health on a flight to Mars, living on Mars, and returning to Earth are: radiation exposure, biological problems induced by weightlessness, spacecraft malfunctions, and psychological problems brought on by isolation.
There are many reasons that space exploration should continue. If Earth ever becomes too overpopulated or over polluted, then perhaps people can move to Mars. The world population in 1970 was approximately 4 billion people, and is currently nearly 6 billion people. The world population in 2015 is estimated to be 7 billion people. There is a possibility that there are useful resources on Mars. Scientists have found ice and some other clues, such as craters, volcanoes, and valleys, that have led them to believe that there was once life on Mars, and they believe that sometime in the future, should planet Earth need to be evacuated, humans will be able to live there (Jakosky 142). Many of the rocks on Mars appear to have been formed by gasses, breathable by humans and other creatures. A process called terraforming will allow astronauts to make use of the resources that are on the planet and create an atmosphere that will support life. One method for terraforming is that scientists would convert the gaseous rocks back into gasses, and use gas-eating organisms to eat the gas, which results in the formation of other gasses. If these organisms continue the cycle, then Mars would have a stable atmosphere for humans to live in (Getz 39).
With a field as large as space is, metaphorically and literally, there is no end to all the advantages that can come of exploring the magnificent cosmos. One of the major questions we face currently is the possibility of life on other planets. “NASA's biggest ambition is the hunt for life and a habitat that can support life. Several planned or prepared missions will specifically explore the question of whether or not life exists, or once existed, elsewhere in out solar system” (Folger 3). That's exactly what we plan on using the Curiosity rover for. The MSL (Mars Space Laboratory) Curiosity rover was launched November 26th, 2011 and landed on Mars on August 6th, 2012 (Launch 2). “MSL Curiosity's mission is to analyze the climate, geology, and habitability of Mars to see if there is or has ever been life on Mars. Then, after gathering enough data, it will see if it's feasible to send a manned mission to Mars” (Anthony 2). We are already searching ...