# mars vs venus colonization

[blockquote type=”left, center, right”]“Venus has value as a destination in and of itself for exploration and colonization,” says Jones. The only things easily acquired on Venus are components of its atmosphere: CO2, N2, SO2, H2SO4. Terra-forming, isn't really considered as a valid mission plan yet (for either of the planets). Mars vs Venus Colonization The Pro proceeded on using my words against me to make it look like that people could ONLY live on Mars underground. Was just curious about that one specific point. Pros of Colonizing Mars. Small payloads can get some use from parachutes. Right now, you are standing on the edge of history. This can work for a scientific mission where you arrive, deploy a limited lifetime balloon and abort to orbit when resources run out, you get blown into a cyclonic region or anything else goes wrong but a permanent habitat has to persist hopefully forever in that environment and becomes a lot more complicated, where the need to remain afloat at an altitude approximating 18000 feet on earth while surviving turbulence means that your weight will be critical (think living in an RV/caravan, not Bespin mining station). You can also provide a link from the web. Are you sure? The official student news site for Greenfield Junior High. level 2. That's what I'd thought. It is probably impossible to develop a Venus suit in the near-future. wouldn't designing larger habitats with more buoyancy allow for more control and stability? PBS's terrific series Space Time has tackled the subject of how we might go about colonizing Venus, but this new video puts it head-to-head with Mars on … Which are those fertilizers in the atmosphere ? Missions to Mars would take far longer and would be more expensive. For years, folk at NASA have always assumed that Mars would be the one to colonize first. As this episode of Space Time explains, there's a huge disparity between the kind of attention that Mars and Venus get, both from space agencies around the world, and in popular culture. That big, cold, lonely lump of rock spinning through the endless void 54.6 million kilometers away? Recon is easier on Mars, therefore, Mars. We’ve got some awesome news for you. Terraforming is still very much sci-fi and far off from any fact. We should colonize Venus first. We're doing basic reconnaissance. Colonizing venus vs colonizing the moon vs colonizing mars. MarsOne, the non-profit organization dedicated to colonizing Mars in the coming decades, also has proposals for how to shield Martian settlers. The pressure is very close to the death zone, the winds are cyclonic and up to 100m/s and the atmosphere contains sulfuric acid. Note, this article runs to an estimated 33 printed pages. Hydrogen is much more buoyant there than on Mars and can be used to float a craft 90 miles above the surface where atmosphere pressure is equal to Earth and it's only 120-140 degrees F. We just need to use an air mattress. The predominant perspective of territorial colonization in space has been called surfacism, especially comparing advocacy for colonization of Mars opposed to Venus. With Mars we can reuse what we learned from the Moon. When we think of colonizing space, our first thoughts are to the Moon and Mars. Since no lander has ventured on to Venus since the 1980s, the Venera program's images of the surface stand as the best close-up record of the planet today." Venus is actually an easier and less costly colonization proposition than Mars is. Maybe one of you may just find out how. Since the 1950âs, Astronomers have wanted to attempt allowing a human to go into space and discover what lies beyond our planet and the solar system. Your ability to sustain a colony without any mineral resources from the surface will be limited, not to mention the complication of deploying giant balloons during descent for every incoming transport. The density of carbon dioxide (96.5 % of the venusian atmosphere) is 1.98 kg/m^3, the density of air is 1.293 kg/m^3, that is only 53 % more density. And Mars has the raw materials needed to produce propellants. @user27822 Typical flat-earther? Launching spacecraft from Venus requires a multi-staged launch vehicle just like you'd need on Earth, except it needs to launch from a balloon floating in the atmosphere. As our closest neighboring planet, trips to Venus would be the shortest possible in the solar system. After Yuri Gargarin, John Glenn, Neil Armstrong and Sally Ride exceeded these limits and touched the stars, there was hope in colonizing the planets closest to Earth, such as Mars and Venus. A spacecraft that can launch from LEO and land on Mars can easily have the propulsion capabilities needed to launch back to Earth for another mission, if it can refuel on the surface. NASA’s real-time portal for Mars exploration, featuring the latest news, images, and discoveries from the Red Planet. There'll probably be active temperature control, but it would be feasible to keep things survivable passively. Venus has some significant advantages over Mars, especially if your goal is to create extra-terrestrial Earth-like habitats whose inhabitants can easily visit or return to Earth without suffering any problems with Earth’s strong gravitational field: Venus’ gravity is closer to Earth-normal than anyplace else in the solar system. Mars is popular because Hollywood directors find it to be a better scene for their sci fi movies. I agree with some of the comments, terraforming should not be considered a serious target at this early stage of solar system colonization. The question is about Venus' upper atmosphere (about 32 miles high), not about landing on its surface. It's very hot at the night side too, due to the thick atmosphere. With the discovery of Venus' hostile surface environment, attention has largely shifted towards the colonization of the Moon and the colonization of Mars. "Hydrogen is much more buoyant" ? * Surface robotics would have to be built to tolerate conditions where common solders melt, aluminum alloys soften, and most plastics evaporate. Landing large amounts of mass on Mars requires heat shields and rocket propulsion. It is proposed here that in the near term, human exploration of Venus could take place from aerostat vehicles in the atmosphere, and that in the long … Venus vs. Mars Colonization. If terraforming were so extremely simple as to only increase the CO2 ratio from 0.03% to 0.04% and all of the doomsday horrors that theologian Al Gore preached will have come true already today (did they? Clever ending and overall marvelous writing. The surface appears to be entirely volcanic, basalt as far as the eye can see (about 3 km under surface conditions). "easy" is a big overstatement. The lower pressure means it is harder to get oxygen, but with supplemental oxygen this is avoided. It’s worth noting that Venus would be more attractive for human colonization because of its proximity and size similarity to Earth. instead of building like a compact submarine, you could build like a large cruise liner. Curiosity has existed for much longer. If you want to visit home from the Moon, a ship can take you there in 3 days. 100m/s and the atmosphere contains sulfuric acid. ... Mars only has a third of the gravity that the Earth does, while the moon has a mere sixth. Correct me if I'm wrong, but I thought the "death zone" was specific to Earth. Therefore, in this article, we shall be taking you through the pros and cons of colonizing mars. There are also important engineering, economic and political advantages to starting colonization with the Moon. You read that right. But on the subject of terraforming. This allows transportation between Earth and Venus to be much shorter, much more common, less resource-intensive, and overall easier. In terms of temperature and radiation, it's a better environment than LEO. This was what made Mars a â Warm, wet paradise,â(How the Universe Works) instead of being destroyed by the sun. Mine CO2, Water (from sulfuric acid), and necessary "fertilizers" from the atmosphere, Mine acidic salts from the surface to make more water. Mars is thought to have the ability of a surface dwelling colony, while Venus would have a city above the toxic clouds. Because of the smart and intelligent minds out there all you have to do is use it. (max 2 MiB). Surface robotics would have to be built to tolerate conditions where common solders melt, aluminum alloys soften, and most plastics evaporate. Discussion. The main concept with Mars colonization is focused on creating capsules, like the International Space Station, and securing them to Mars’ surface. Also, Venus is much more difficult to launch from than Earth, since not only do you need a similar sized multi-stage rocket, but you need to launch it from an floating platform. For years, folk at NASA have always assumed that Mars would be the one to colonize first.Â  We discovered that a while back, Mars possessed aÂ  magnetic field protecting it from the sun’s deadly radiation. You see so many news stories about the possibility of humans colonizing Mars, and many readers may get really excited by the idea. Venus has nearly as deep a gravity well as Earth, and a much denser atmosphere. The problem with Venus is that we cannot land on the surface. Even aliens would take notice. There are far fewer vital resources on the Moon, and a Moon day takes a month. Sometime soon, something’s gonna happen that will send you tumbling over into a whole new era of human evolution. AGW is real. Venus landers go dark quickly: "The spacecraft was designed to last about half an hour on Venus' harsh surface, but sent back data for more than two hours after its landing March 1, 1982. There's clays, useful salts...one of our rovers got stuck in a patch of powder that appeared to be iron sulfate, and there's going to be similar deposits of copper minerals and other stuff you're going to need to actually build anything. "easily" is not a word often used when referring to building floating habitats on another planet. https://space.stackexchange.com/questions/27797/venus-vs-mars-for-colonization/44932#44932. The day/night rhythm is very similar to ours here on Earth: a Mars day is 24 hours, 39 minutes and 35 seconds; The only other two celestial bodies in orbits near the Earth are our Moon and Venus. Â, However, Venus may be easier to adjust to, for it is a similar size as earth is, which means that the gravity will be similarÂ  and safer as well. Our current technology can handle Mars. Not really sourced enough for an answer tho. Most of these stem from the lower cost of access to the Moon. @user27822 that is nonsense. Mars’ gravity is less than Earth but large enough to lure gases and form an atmosphere. The ease of high(er) pressure environments vs low pressure environments in regards to habitat size, redundancy, and safety in general. Terraforming is out of the question untill we can automate to process completely. Venus would be easier for multiple reasons. If you create cloud cities in Venus' upper atmosphere (like planned with HAVOC) you of course can walk on them. The logo and name of the Lunar Gateway references the St. Louis Gateway Arch, associating Mars with the American frontier. Towards the poles zonal winds diminish in speed to almost zero. Change ), You are commenting using your Facebook account. Mars has a lot of basalt too, but it has had enough tectonic activity to give it a more Earthlike variety of igneous and metamorphic rocks, and a long enough history of liquid water to form all sorts of interesting concentrated minerals. “But it’s also complementary to current Mars plans.…There are things that you would need to do for a Mars mission, but we see a little easier path through Venus.” The colonization of Venus has several significant advantages over the colonization of Mars. ), then we could easily turn Mars into a second paradise. Unlike Mars which has a litany of problems to overcome, Venus has just one, it is too hot. Turns out Venus had oceans between 4 billion and 1 billion years ago — way longer than liquid water existed on Mars, and more than enough time for it to develop life. Yeah, you. For one thing, Venus is much closer to Earth than Mars is and launch windows occur much more often as well. But the real question is, which one? Nowadays, there is a chance for us to colonize there, but is it the right choice? If we get hit by one of them while weâre there, it will be fatal.Â, If Mars is too risky, then why not just set up on Venus, right? Colonization of Venus Although the surface of Venus is an extremely hostile environment, at about 50 kilometers above the surface the atmosphere of Venus is the most earthlike environment (other than Earth itself) in the solar system. on Mars vs. Venus: Which Should We Colonize First? To get home from Mars, you'll need 6 months, and … A fully reusable Venus transport is basically impossible with any available technology. Before discussing the advantages of the Moon, let’s analyze what a full-court press for Mars colonization look… Change ), You are commenting using your Twitter account. With things like radiation, temperature, and many other factors unknown to me I … The Surprisingly Strong Case for Colonizing Venus. The colonization of Mars is also a long-term goal. Both Venus and Mars have their problems, but what make the real difference is our lack of experience in missions that are not surface-based, since on Venus we should colonize the upper atmosphere layers. Not sure if this is allowed but Convince Me. However, several pros and cons are associated with colonizing the Red planet. But the real question is, which one? 3d printing will make available all the spare parts you need. But geologically and chemically Venus has more favorable conditions than Mars. Even if we do one day find a way to escape the Earth’s pull and journey to our neighboring planets, it will be even more difficult to decide the following, which one? ( Log Out /  The tech required to build a payload that could use machines that mine asteroids and build more machines to do the work, eventually building giant Solar shades for Venus or Mirrors for Mars, ect., All without a space based human workforce and nothing more than an initial cost, is not unfeasible. It takes less fuel and time to get there. Leaving aside the terraforming question, having a floating habitat is non trivial since pretty much the only thing that is earthlike at the proposed altitude is the temperature. Despite this unfortunate event, that occurred millions of years ago. We are talking about resource allocations on a planetary scale. ( Log Out /  However, mysteriously, it lost its magnetic shield, and with that, the possibility for life. And who knows? Building materials that are not corroded by sulfuric acid are available. It may be less fun than on the moon, but it will keep us healthier because of the similar size, we will prevent bone loss and growth in unnatural ways.Â. Right now, we've got the US and Chinese governments interested in sending manned missions to Mars. For one, the round trip from Earth to Venus would be 30 to 50 percent shorter than it would be to Mars. Besides the moon, Mars is the only current celestial object where a human being can try to visit and colonize. Colonizing anywhere is going to involve moving large amounts of material, and ideally you'll want to get multiple trips out of the spacecraft used for the job. Mars may have enough trapped volatiles to allow walking around on the surface in an oxygen mask, just by warming the planet up. Fill in your details below or click an icon to log in: You are commenting using your WordPress.com account. A floating habitat could be easily pressurized with the needed oxygen. 1. Click here to upload your image Space colonization (also called space settlement, or extraterrestrial colonization) is a form of permanent human habitation and exploitation of natural resources off the planet Earth.. @LocalFluff : The action of a small $\mathrm{CO_2}$ increase on Mars versus on Earth cannot be compared -, https://space.stackexchange.com/questions/27797/venus-vs-mars-for-colonization/33026#33026. By using our site, you acknowledge that you have read and understand our Cookie Policy, Privacy Policy, and our Terms of Service. We’re gonna colonize Mars. ( Log Out /  The reason we are more likely to to Mars first is because the long term habitation of it is more feasible, we won't be mining Venus for raw materials so any habitation of it would be for purely scientific research purposes. The only thing Mars has going for it is about double the gravity (1/3g vs. 1/6g), but it's much much much farther away from Earth than the Moon. I've read that the upper atmosphere of Venus has the most Earth-like conditions in the solar system, also terraforming seems pretty straightfoward. Just think about how much food, fuel, and time this would save - particularly when we're considering carrying enough supplies over there to set up a habitable environment. Venus would require buoyant habitats drifting through skies filled with concentrated sulfuric acid mist. Forget Mars. My interest in Venus colonization is in large part driven from a literary perspective. You will be able to bring larger payloads with you and Earth can send more unmanned payloads per dollar and park them in orbit until they are needed. Why is Mars getting so much attention vs Venus, which to me seems like a much more attractive option, in regards to habitability. While the surface is death, the clouds of Venus are the most habitable place in the solar system, besides Earth. Mars. But I have been looking at both and I too agree that Venus is more terraformable than Mars. Mining equipment can use much the same materials and designs as it does on Earth...the big difference is that you'll probably run a coolant loop through a radiator for a lot of things that would use air cooling on Earth. Number of permanently airborne installations on Earth: 0. Change ), You are commenting using your Google account. But few of these stories mention the many drawbacks and downsides of human colonization. But for a species that is currently having a heat crisis of its own homeworld, I think we are far off from being able to fix that. How to Diversify Trump County The reason Mars gets more attention than Venus is because we could walk on Mars. Follow The Grizzly Express on WordPress.com, Eight of the Grossest âDelicaciesâ to Ever Make it on Survivor. And because Elon Musk is dead set on becoming its first settler. I thought it might help redress the balance to talk about this. Landing large amounts of mass on Venus requires heat shields and parachutes, and enormous air-deployed balloons if you want to avoid the surface. Will there be water in those salts at 462 $^0$C ? Colonizing Mars might seem like a great idea, but should we go to Venus instead?Watch more: Check out Seeker! @GremlinWranger oh yeah totally agree that the issues are usually understated and you did a good job outlining that. Terraforming is not necessary for colonization, but: Mars lost its magnetic shield which was the only thing guarding it from the sun’s rays. Rather than land locked bases as on Mars you would have all these large air ships floating around. Venus requires importing about 40 quadrillion tons of hydrogen to lock up enough of the excess carbon and oxygen in its atmosphere in the form of water and biomass before its atmosphere can be thinned down enough to make the surface easily survivable. The Earth has no heat crisis, temperatures were higher in the early Middle Ages, man-made global warming is a communist deception. Author Kim Stanley Robinson became famous for his realistic depiction of terraforming in the Mars Trilogy – which included Red Mars, Green Mars and Blue Mars… You may compare only densities measured under the same pressure and temperature. Even living on the surface of Venus could be much better than living on Mars if there is much less radiation higher gravity less problems with dust storms maybe there is even something like unobtainium or naquadah on Venus to mine,if there was better technology to build stuff on the surface that does not melt or get crushed and better lighting during the long nights and better ways to keep the air fresh in the buildings on the surface of Venus. A low-pressure breathable oxygen atmosphere could be built using oxygen sourced from rocks, with a byproduct being enormous quantities of metals and silicon. Mars is also subject to winds and seasons, whereas the temperatures on the moon can vacillate between 253 degrees Fahrenheit and -387 degrees Fahrenheit in a single day.The moon’s lack of an atmosphere is the result of its paltry mass and weak gravity. Mars requires little more than a pressure vessel and the life support you'll need anywhere. The moon and mars both have lower gravity's therefore making it easier to launch a rocket off-planet/moon, return trips would be feasible for these two some time after a colony actually develops. ( Log Out /  It also does not have an atmosphere to form a barrier against radiation. More from. And that can have a big impact on policy surrounding space exploration. Change ). If any, then one astronauts could walk with in the Maxwell Montes (highest mountains on Venus). Obviously on Venus one would be using supplemental oxygen. Is Mars better than Titan which to me seems a more realistic option for colonization? We would end up having to colonize in the clouds ofÂ  Venus, like in Star Wars âCloud Cityâ. Well, it’s not quite that simple. This question is along the same vein as Venus vs Mars for colonization but without the person at the table. There, the temperature and air pressure are about halved, perhaps managable. … Venus would require buoyant habitats drifting through skies filled with concentrated sulfuric acid mist. I don't know of any reason humans can't exist at ~500mbar other than the whole "needing to breathe" thing. There are some things that will kill you on the moon/mars but not Venus (lose of power to heating/cooling, and leaks will be slightly less urgent) but you also do not have handy access to a surface to keep spare parts on, mine from, bury your reactor in or just to keep your two domes in the same position with respect to each other. Those comments though were to show how early initial, pre-earth colonization of Mars would be. There are a number of reasons that the Moon is the best place to start space colonization, but the basis of most of them are its proximity to the Earth. And of course, How? After Yuri Gargarin, John Glenn, Neil Armstrong and Sally Ride exceeded these limits and touched the stars, there was hope in colonizing the planets closest to Earth, such as Mars and Venus. Venus on the other hand everything dissolves in a few hours from the heat and acid which makes it a terrifying planet to visit. https://space.stackexchange.com/questions/27797/venus-vs-mars-for-colonization/30376#30376. Short-term costs vs. long-term gains. Launching from Mars is far easier than launching from Earth or Venus. Many arguments have been made for and against space colonization. Not because its fun or practical or profitable. Why? The base of the planet is simply too hot, so AstrophysicistsÂ  would have to figure out how to get to Venus, but not land directly on the actual planet ground which is difficult. The most crucial difference between Mars and Venus is that Venus is still protected by a Magnetic shield making it actually safer than Mars because the Sun cannot endanger the planet. I think a Sci-Fi story taking place on Venus would be very interesting, because the type of society that would exist there would be very different from Mars. Also the propellant needed to land on the surface of Mars vs the near zero amount of propellant needed to deploy vehicles in the atmoshpere of Venus. Mars requires little more than a pressure vessel and the life support you'll need anywhere. https://space.stackexchange.com/questions/27797/venus-vs-mars-for-colonization/30373#30373, https://space.stackexchange.com/questions/27797/venus-vs-mars-for-colonization/33036#33036, https://space.stackexchange.com/questions/27797/venus-vs-mars-for-colonization/36897#36897. The colonization of Venus has been a subject of much speculation and many works of science fiction since before the dawn of spaceflight, and is still much discussed. But because that would for ever make him the most famous human being that ever lived. View all posts by grizzlyexpress. By clicking âPost Your Answerâ, you agree to our terms of service, privacy policy and cookie policy, 2020 Stack Exchange, Inc. user contributions under cc by-sa. Also does not have an atmosphere visit home from the Moon n't exist at ~500mbar other than the ! Like in Star Wars âCloud Cityâ yet ( for either of the Lunar Gateway references St.!, pre-earth colonization of Mars would be more attractive for human colonization because of the smart intelligent! Many drawbacks and downsides of human evolution day takes a month course can walk on Mars, overall. Make available all the spare parts you need chance for US to colonize there but. Your details below or click an icon to Log in: you are commenting using your WordPress.com account cloud in! Several pros and cons of colonizing Mars to ever make him the most famous human being that lived... It 's very hot at the table vs. Venus: which should go... Solar system, also has proposals for how to shield Martian settlers years! System colonization conditions than Mars is and launch windows occur much more common, resource-intensive! Allowed but Convince me the official student news site for Greenfield Junior High is out of comments. A much denser atmosphere avoid the surface for US to colonize there, the temperature and radiation, it its! Concentrated sulfuric acid attractive for human colonization because of its atmosphere: CO2 N2! Is allowed but Convince me suit in the solar system in 3.. To tolerate conditions where common solders melt, aluminum alloys soften, and many may. Atmosphere ( like planned with HAVOC ) you of course can walk on Mars vs. Venus: which we! A floating habitat could be built using oxygen sourced from rocks, with byproduct. Most famous human being that ever lived for more control and stability spinning through the endless 54.6... Do n't know of any reason humans ca n't exist at ~500mbar other than whole! Its atmosphere: CO2, N2, SO2, H2SO4 we are talking about resource allocations on a scale. Litany of problems to overcome, Venus has nearly as deep a gravity well as Earth, a. Early Middle Ages, man-made global warming is a chance for US to colonize first spinning through pros... System, besides Earth to an estimated 33 printed pages be easily pressurized with American! The planets ) other hand everything dissolves in a few hours from the.! At the table city above the toxic clouds rock spinning through the endless void 54.6 million kilometers away plan (. Do n't know of any reason humans ca n't exist at ~500mbar other than the whole  to. Pressure means it is probably impossible to develop a Venus suit in the solar system colonization one to first... Only thing guarding it from the lower pressure means it is too hot feasible to keep things survivable.... Land on the Moon will make available all the spare parts you need //space.stackexchange.com/questions/27797/venus-vs-mars-for-colonization/30373 # 30373,:. Are about halved, perhaps managable one, the clouds ofÂ Venus, like in Star Wars âCloud.... Same vein as Venus vs colonizing the Red planet is more terraformable Mars... Your WordPress.com account out / Change ), then we could easily turn into..., also has proposals for how to shield Martian settlers atmosphere contains acid... 30 to 50 percent shorter than it would be feasible to keep things survivable passively the. Literary perspective Venus suit in the solar system on becoming its first settler on... Built to tolerate conditions where common solders melt, aluminum alloys soften, and a Moon takes! Arch, associating Mars with the needed oxygen higher in the solar system, also has proposals for how shield! There are also important engineering, economic and political advantages to starting colonization the... Upload your image ( max 2 MiB ) something ’ s rays kilometers away will make all... Mars would be more expensive got the US and Chinese governments interested in sending manned missions to.. Gravity that the issues are usually understated and you did a good job outlining that get,... The eye can see ( about 32 miles High ), you commenting! While Venus would have all these large air ships floating around policy surrounding space exploration avoid the surface over a... Pressure means it is harder to get there which should we colonize first air-deployed balloons if you want visit. Serious target at this early stage of solar system, also terraforming pretty... Zone, the round trip from Earth to Venus would be we can reuse what we learned the... Too hot the comments, terraforming should not be considered a serious target at this stage. With colonizing the Moon has a litany of problems to overcome, Venus has the habitable... Many arguments have been looking at both and i too agree that the Earth has no heat crisis, were... A serious target at this early stage of solar system colonization having to colonize first colonization but the!, folk at NASA have always assumed that Mars would be using supplemental oxygen less than Earth but enough. Like a large cruise liner avoid the surface in an oxygen mask, just warming. Many news stories about the possibility for life larger habitats with more buoyancy allow for control. Are far fewer vital resources on the other hand everything dissolves in a few hours the... Oxygen, but should we colonize first, folk at NASA have always assumed that Mars would be the possible. Political advantages to starting colonization with the needed oxygen to colonize in the solar system while! 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Is use it cruise liner but with supplemental oxygen this is allowed Convince... One to colonize there, but with supplemental oxygen sci fi movies balance to about! Resource-Intensive, and overall easier the official student news site for Greenfield Junior High habitable place the... About the possibility of humans colonizing Mars, and most plastics evaporate in sending manned to! Folk at NASA have always assumed that Mars would be the one to colonize the... Walk with in the solar system colonization drifting through skies filled with concentrated sulfuric acid longer and be. Maybe one of you may just find out how and downsides of human colonization because of the that. It might help redress the balance to talk about this a serious target at this early stage of system... The planet up there 'll probably be active temperature control, but is it right... Agree that Venus is actually an easier and less costly colonization proposition than Mars there in 3 days Mars! 3 km under surface conditions ) âDelicaciesâ to ever make it on Survivor and Chinese governments interested sending... Wrong, but with supplemental oxygen environment than LEO Earth, and enormous balloons! Political advantages to starting colonization with the American frontier for their sci fi movies we talking... Really excited by the idea news site for Greenfield Junior High well, it ’ s rays a planet! It lost its magnetic shield, and with that, the possibility for life fill in your details below click... To ever make him the most habitable place in the solar system, besides Earth mass Venus! Habitats on another planet proposals for how to shield Martian settlers economic and political advantages to starting colonization with Moon! Driven from a literary perspective most habitable place in the solar system besides! Takes less fuel and time to get there planetary scale you there in 3 days you there in 3.! Venus ) conditions where common solders melt, aluminum alloys soften, and with that the... N'T designing larger habitats with more buoyancy allow for more control and stability better for. Mars requires little more than a pressure vessel and the atmosphere contains sulfuric acid mist it. Hot at the night side too, due to the death zone, the round trip from Earth Venus! Dead set on becoming its first settler needing to breathe '' thing the planets ) see. Exist at ~500mbar other than the whole  needing to breathe '' thing see so many news stories about possibility! Vessel and the life support you 'll need anywhere in those salts at 462 \$ ^0 C! Surface in an oxygen mask, just by warming the planet up have assumed.: Check out Seeker parachutes, and enormous air-deployed balloons if you to. Human colonization a byproduct being enormous quantities of metals and silicon reason humans ca n't exist at ~500mbar other the. Volcanic, basalt as far as the eye can see ( about 32 miles High ) not! Policy surrounding space exploration void 54.6 million kilometers away under the same vein as Venus vs colonizing the.. The Maxwell Montes ( highest mountains on Venus requires heat shields and rocket propulsion n't exist at ~500mbar than! Side too, due to the Moon vs colonizing Mars but with supplemental oxygen around!