Analysis Of The Fourth Planet : Colonization Of Mars

The quote above gives a quick biography on Mars. Mars is a dry, desert like planet that is between Earth and the Asteroid belt and Jupiter. It is the fourth planet from the Sun and the second closest to Earth (first being Venus). Mars is just over one half the size of Earth and has just over one third of Earth 's gravity, and the surface area on Mars is nearly the same as land area on Earth. It has a very weak magnetic field, so a lot of the Suns radiation gets to the surface. Its atmosphere is less than 1% as dense as Earth’s and 95% of it is carbon dioxide. 1 year on Mars is 687 days and has an average surface temperature of -62 degrees Celsius. But Mars does have its similarities, It travels only 4 miles per second slower around the sun, its tilt is 25 degrees, compared to Earth 's 23.5. 1 day on Mars is just 41 minutes longer than Earths, and Mars’ surface temperature range is the closest in the Solar System to Earth’s. http://www.universetoday.com/22603/mars-compared-to-earth/. But

The Mars One project, a mission that will attempt to establish a permanent human settlement on Mars, has become immensely popular since its announcement in December of 2013. With the mission’s growing popularity, the CEO of the project, Bas Lansdrop, has established that within twelve years, the first humans will land on the surface of the barren planet and begin colonization (“Mars One: Roadmap”.) Mars One presents our species with the capability to discover new life forms, valuable resources, and it pushes the limits of our technological potential. It is not perplexing to see why countless individuals have signed up to be a part of this historic mission, and ultimately “the next giant leap for mankind.” (Lansdrop.) Although this mission

Fortunately, if the effort pays off, humanity could have a new home after Earth is no longer habitable. While the criticisms do bring valid points as to the difficulties of space travel and colonization, they can be overcome with mankind’s technology, the resources already present on Mars, and old-fashioned human ingenuity. India has developed a method to drastically decrease the cost of space missions, and SpaceX has successfully re-launched a previously used rocket; with their contributions, a Mars mission no longer has to break the bank. Thanks to NASA, colonists will be able to sustain themselves for a considerable amount of time using oxygenators and water reclaimers, ensuring they have breathable air and clean water. Pockets of geothermal energy beneath the surface will provide the key to powering a large colony long enough for nuclear plants to be established. Finally, plants can not only be grown in Martian soil once the proper nutrients have been added, but those plants will thrive in an atmosphere with a high CO2 content, which can be controlled with pressurized greenhouses. Colonizing Mars will be no easy task, but because of the contributions of scientists across the world, it is a task that is no longer considered

Supporting Material: The article published on space.com titled “Red Planet Heats Up: Ice Age Ending on Mars” written on May 26, 2016 states, “Mars can tilt more than Earth, causing the Red Planet's poles

By reading this article, we told that Mars is no longer a liveable planet as what the scientists have thought before. Mariner 4 gave the close-up portrait of the Red Planet and it showed that it was cold and dry. Mars did not have water and flocks of oxygen. Moreover, the surface is filled with ultraviolet light which harm for us. The theory

There has been a lot of talk about mars. Out of all the potential options, most have settled that mars is the best for humans. The enthused Frank Stratford, in an article, says, “let’s do this thing…Let’s approach this with the benefits of six decades of spaceflight, push through the costs and in one risky megaproject of settling Mars, reach to the benefits of advancing… so that we and future generations can grow from our new discoveries on Mars.” Indeed, Despite inherent risk, colonizing mars is both a priority and a goal for the advancement of our species.

Hassler,*, Cary Zeitlin, Robert F. Wimmer-Schweingruber, Bent Ehresmann, Scot Rafkin, Jennifer L. Eigenbrode, David E. Brinza, Gerald Weigle, Stephan Böttcher, Eckart Böhm, Soenke Burmeister, Jingnan Guo, Jan Köhler, Cesar Martin, Guenther Reitz, Francis A. Cucinotta, Myung-Hee Kim, David Grinspoon, Mark A. Bullock, Arik Posner, Javier Gómez-Elvira, Ashwin Vasavada, John P. Grotzinger, MSL Science Team (2013) Mars’ Surface Radiation Environment Measured with the Mars Science Laboratory’s Curiosity Rover Science, Vol. 343 no. 6169

“Could Mars be the home for future generations”? The growing concerns of overcrowding, and global warming leads to the conclusion that humans must start looking for alternative habitats. Mars, also known as “The Red Planet,” is adjacent to Earth, the fourth planet from the sun and thought to have once contained life as recently as 60 years ago. The possibility of inhabiting Mars has intrigued humans for years. Landing people on the planet would be a very encouraging step and establishing a permanent settlement would be a huge achievement for technological and societal progression. The colonization of Mars is a difficult goal that will be accomplished by creating a facility that sustains life, transporting qualified candidates to the planet, and adapting the candidates to the planet

Dr. Robert Zubrin co-authors this book, which is his updated plan for settling Mars. His intentions to not bring much to Mars, but instead utilize its resources by terraforming and producing fuel are outlined within this piece. Zubrin is a reliable source on the topic, due to his Ph.D. in nuclear engineering and his previous job as an engineer for Lockheed Martin Astronautics. He is also considered a pioneer in the realm of Mars, as the creator of the Mars Society. The book is therefore a reliable, though somewhat biased, source for information surrounding Mars and its colonization.

For many years, people have envisaged a colony on Mars. Though the task may be daunting to some, the ideas and resources needed to sustain a colony on Mars is very important. The similarities and differences between the ideas presented will be analyzed so that the ideas that will form the future for Earth can be used. Moreover, these ideas will also be compared and contrasted to those from the movie, The Martian.

Mars has long been an unachievable goal for all nations. Starting in 1969, the National Aeronautics and Space Administration (NASA) aimed to change that. With missions ranging from observing climate to taking photos, NASA has examined the surface, atmosphere, and subsurface of Mars. In 2011, NASA launched the Curiosity rover with the goal of discovering organic compounds essential to life on the surface of Mars (Administrator, 2017). This mission, Vit Rover, named after the prefix meaning life, will continue the work of the Curiosity rover and answer three questions: Can the organic compounds on Earth sustain life? What kind of life does the climate of Mars permit, if any? Can humans and Martian life coexist without disruption? These questions

Is colonizing Mars really worth risking your life? Do the people going care if they get hit by a meteor, or the oxygen filters get clogged and the people have to either breathe carbon dioxide, or breathe dust? Colonizing Mars should not be necessary because getting there is very hard, the gravity is extremely low, and the average temperature is below freezing.

Society is in the midst of a great debate surrounding whether or not to establish a colony on the Martian surface. Those opposed insist that numerous health risks associated with such a lengthy mission exist and the monetary costs would be a burden too large to bare (Huff; Do et al. 222). However, proponents of the plan argue that Mars is an opportunity for society to restart and improve its conditions (“Founding Declaration”). More support comes in the form of the red planet being labeled as a world of potential life (“Founding Declaration”). Consequently, humans must explore in order to find any such life (“Founding Declaration”). With improving technology, more money, and less risk, a Mars trip is within society’s reach and should be pursued as soon as possible; to disregard such an influential opportunity would be to strip society of the chance to improve and gain valuable knowledge.

Mars is like earth but has no oxygen and long ago Mars has perfect surface but Suns Rae's then pushed the stuff out of Mars then now it's like a earth in future

There are just not enough technologies in the world to get humans to Mars. Also, Mars just doesn’t have all the right conditions to accomplish the goal of many space organizations. One of the major reasons why humans won’t be able to live on Mars is the temperature differences from Earth and the “Red Planet”. Though there are many other reasons why humans are most likely not going to live on Mars, the temperature is one that stands out because of the major contrast it has from Earth. The average temperature on Earth is 61 degrees Fahrenheit with the lowest temperature being -126 degrees Fahrenheit and the highest being 136 degrees Fahrenheit. In comparison, Mars average temperature is -55°F while the lowest temperature was -195°F and the highest temperature was 70°F. Because of these stunning facts, most scientist believe there is no chance of life on Mars. However, NASA and other space agencies still explored and continue to explore our neighboring, mysterious