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The long term physical effects of space flight
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Synopsis: This research involves discovering how Martian astronauts might deal with their supplies during a long- term mission to Mars and on Mars. The goal is to show that people can develop technologies to help humans survive in space and on Mars in the future, such as producing food, recycling water and air, and storing energy. The important technology is the Controlled Ecological Life-Support System (CELSS) that can help in dealing with the supply issues as well as some possible methods to make energy on Mars. The overall approach of this mission is to create background knowledge about space habitability for humans in the manned mission to Mars. Upon researching this issue, I have found that with such powers of invention people should have a breakthrough for long-term manned missions to explore another planet as far away as Mars.
Mars is a planet that humans would like to have a chance to go to in the future to find new things and build a human habitat on Mars, which has never been done before. This research is about Space and Mars’ habitability, and how we want to figure out how to keep humans living in a spacecraft and on Mars for a long-term mission, before sending manned missions there. We need to know what the astronauts should bring along and what they should produce during their mission. Also, we need to do research about technologies that are being developed in order to make long-term space travel habitable for humans, and to learn any limitations of the technologies. Knowing these facets can help people to prepare for human space flight to Mars.
One of the challenges is launching such mass of the spacecraft into space. To sustain human exploration on Mars, people could carry all supplies such as food, water, and fuel...
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[NASA] National Aeronautics and Space Administration. 2012. Mars Program Planning Group [Internet]. [cited 2014 Jan 23]. Available from: http://www.nasa.gov/offices/marsplanning/faqs/
Schlick G, Bubenheim DL. 1996. Quinoa: Candidate Crop for NASA’s Controlled Ecological Life Support Systems [Internet]. [cited 2014 Jan 26]; 632-640. Available from: http://www.hort.purdue.edu/newcrop/proceedings1996/v3-632.html
Schwartzkof SH. 1997. Human Life Support for Advanced Space Exploration. National Center for Biotechnology Information [Internet]. [cited 2014 Jan 23]; 6:231-253. Available from: http://www.ncbi.nlm.nih.gov/pubmed/9048141
[SS] Space Settlements. (N.d.). Tango III: a Space Settle Design [Internet]. [cited 2014 Jan 23]. Available from: http://settlement.arc.nasa.gov/Contest/Results/96/winner/seis.html
The story of The Martian focuses on the obstacles botanist and astronaut Mark Watney must overcome to survive on the planet Mars. His adventure is filled with fictional and non-fictional elements that are most likely difficult for the normal individual to identify what is actually realistic and what is simply fantasy. After taking a closer look, this film contains a lot more realism to actual science and space travel today. This paper will closely analyze and discuss three accuracies and inaccuracies of the film in relation to the content discussed in ESS 102 lectures, labs, and assignments.
I’ll use the LexisNexis and EBSCOhost databases, available through the Ivy Tech library. I will also use the reference librarians at the Tippecanoe Public, as they are an invaluable research tool. I will use reports from NASA, the Government Accountability Office (GAO), and other governmental resources. I will send questions to aerospace firms and elected officials, asking about their thoughts and what their goals are. I will read books, articles, and proposals written by experts on the topic. One such book is Mission to Mars by Buzz Aldrin, an Apollo astronaut. Through this research I will find the facts, and then I will make arguments based on those
Many rovers have been sent to the surface to see if it is in fact capable of supporting life, either unknown to us or us. Scientists have turned toward Mars to search for any life forms to prove humans could actually survive on its surface. While it is possible for us to survive with current technology, if we were to travel to Mars, it wouldn’t be a life of luxury. Michael Gainer in his article “Should We Colonize Mars?” discusses the downfalls of the climate. Mars’s climate is much more hazardous than Earth’s with many long lasting hurricanes, high levels of radiation, and poor, if any, farming soil. Colonists would be living in pressurized bubbles and would need special suits to step outside. It would be difficult to get around and medical supplies may not always be readily available. Outside there would be no trees whispering in the wind, no singing birds, no skin burning summer days. No deep blue oceans, no rapid running rivers, cold refreshing lakes or streams. Looking out the window one would see miles upon miles of reddish-beige sand blowing in the
Wie, Bong. HAIV Mission Architecture. Digital image. Space.com. TechMediaNetwork, Inc., n.d. Web. 09 Apr. 2014.
In my Genius Hour Project, I researched long-term colonization of Mars. I chose this topic because I have always been fascinated by other planets and space. What we cannot see has always made me wonder. I pursued my interests in this project. I set a goal to learn about Mars. This experience has made me much more knowledgeable and curious about other planets.
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.
As a country we need to start investing more money and research into space technology. Programs currently exist for this effort, but the potential for research and progress is limited by a lack of funding; compared to other government funded programs, aerospace funding is pitiful. Continued research in space technology is a necessary step in our growth and development not just as a country but also as entire human race. If we are to achieve this goal, it is necessary to increase funding for space research and technology and consider the possibility of colonizing outer space. If we limit our existence to the planet Earth, and continue to drain the resources on this planet, we will destroy the only home we have.
Goodrich, LJ, Mitchell, NL, Walker, R, Shaffrey MM and Dillin, K 2010, Exploring Space: The High Frontier, Jones & Bartlett Learning, LLC, USA
"Space Debris and Human Spacecraft." NASA. NASA, 27 Sept. 2013. Web. 25 Mar. 2014. .
Going to a Mars is an idea that is heavily debated in society and whether it is worth all of the government dollars to pursue a mission like this. The concept that will be explained is the idea of colonizing mars, as well as the various effects that it would bring upon humanity. This will includes issues such as Mars’ weather, how we plan on getting there, and what the cost to travel there will be. Past endeavors when it comes to space travel will also be discussed The benefits to humanity will also be discussed, and how having people on Mars may protect the human race if a global catastrophe were to occur.
The recent events regarding the NASA Mars probes have renewed the debate of reinstalling manned space missions with the objectives of exploring and landing on foreign worlds such as the moon and the red planet Mars, rather than the use of solely robotic craft and machines. It is my belief that we should return to the days of Neil Armstrong and Buzz Aldrin, those of manned lunar landings and manned space exploration. Robots simply cannot and should not be allowed to be the sole means of visiting these worlds, nor should humans only be able to witness new findings second hand through the use of computers and machines. It is human nature to be normally curious of one’s surroundings, and it is important that we send one of our own to new worlds. The effects that past missions have had on the world’s people, as well as our political and cultural climates are another valid reason for flesh instead of metal to lay claim to space. Also, the limitless applications and new education that manned flights can bring to us from on site human interactions could lead to another technological and industrial revolution like the original lunar programs had done for us during the Gemini and Apollo programs.
There has long been interest in the exploration of Mars. More missions have been attempted to Mars than to any other place in solar system except the Moon, and half of the attempts failed. However, the early exploration attempts taught us many lessons that made subsequent missions more successful. Since 1995, Mars exploration has undergone a renaissance. NASA has successfully launched four orbiters and four landed missions. These missions provided data and images that changed our view of planet Mars. One of the more successful landed missions on Mars is the Mars Exploration Rover- Opportunity. Opportunity was launched in July 7, 2003 and landed on Mars on January 25, 2004.
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).
http://en.wikipedia.org/wiki/Atmosphere_of_Mars http://answers.yahoo.com/question/index?qid=20091217101627AAs 3 Fw 6 http://en.wikipedia.org/wiki/Composition_of_Mars http://answers.yahoo.com/question/index?qid=20081008001921AA40Psp http://en.wikipedia.org/wiki/Space_Shuttle http://en.wikipedia.org/wiki/Weightlessness#Human_health_effects
Space exploration can lead to the possibility to find useful resources throughout the galaxy for human gain. Many severe problems on earth could be solved through space exploration such as world hunger, overpopulation, and dwindling fuel sources. Things such as fuel could be harvested from planets for power generation and propulsion technology, and land to cultivate for growing food, as well as land for building living areas for the growing population. These potential resources...