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Martian explorers could live in these cosy mini-houses as they colonise the Red Planet
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- 1. Human habitats on Mars.
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Thats what happens to Carrie Conway. Its the Its the Summer of Guns n'Roses are the biggest band in the world. A night out costs less than a tenner and that leaves you change If you had to live the rest of your life on Mars, what would you miss the most? Figuring out how we could we be comfortable living on the red planet is a challenge but with increasing discussion about how to send people to Mars with the ultimate aim of colonising the planet, how to replace the sensation of the sunshine on your face or the grass beneath your feet is prescient one.
Luckily there is no shortage of expertise. On May 16, , I organised a workshop at the University of Bristol in collaboration with local artists Ella Good and Nicki Kent to come up with a plan for building a Martian house here on Earth. The project is part of a large-scale public art work, with a plan to designing the house before building it in We have already identified five key things to do, taking inspiration from research facilities such as Biosphere 2 and the Mars Desert Research Station in Utah, US. They say that the need for privacy and personal space in such a small living space is critical.
This is an issue already experienced by those living in other small habitats. To best address this, a house on mars would have to have small private spaces within a small house and the houses could be grouped in clusters. In addition to a design that builds in personal space, having a purpose, task or gainful employment will be a key issue when it comes to the psychology of inhabitants. We know this from those who have migrated to any new home in another place either willingly or unwillingly.
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On Mars, this could anything from geology to botany or maintaining equipment. This means that as much as possible should be renewable or recycled: energy, fuel, food and waste. Many scientists and commercial growers have noted the increase in photosynthetic rates and crop yields in experiments where greenhouses have achieved concentrations of ppm. So, the elevated transpiration rate caused by the low pressure will be by the carbon dioxide enrichment.
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Although ppm is a bit on the high side, some studies suggest that the ratio between oxygen and carbon dioxide is more important than the actual concentration of carbon dioxide alone. Because a Mars deployable greenhouse will have a greater concentration of oxygen, compared to Earth, any disadvantage created by an abundance of CO2 will be counteracted. Inside the greenhouse, the plants will finish the CO2 a lot quicker that humans can transform it, so extra CO2 will have to be introduced.
It can either be introduced directly from the mars atmosphere by compressing it, a carbon dioxide generator can be put in place, or an old motor can be used to generate this extra CO2.
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Water and nutrients are essential for the growth of the plants, but since you are in mars it will be quite difficult to get all the elements you need to de plants, you have to find a way to reuse the elements when you finally get them there. This will be a closed system meaning nothing will come in and nothing will come out, at first the necessary water to maintain the greenhouse and the people inside the station will be introduced and distributed through-out the mars station system.
A part of it will be introduced into de irrigation system in which a monitored amount of minerals needed by the plants, in this case the strawberries, will be mixed into it. The evaporated water will then pass through a 7 sand filter where any remaining minerals will be stripped, after this the water will then be distributed according to the different needs.
The water will be sent to different parts of the mars station, mainly for the use of human hygiene like showers, washing clothes, plates, hands… etc. Water that the plants let out during transpiration or cellular respiration will also be accumulated and distributed, mainly as drinking water. After the human usage of this water, it is collected and it will go through the same process as before.
It will be sterilized by heating it until evaporation in order to kill all possible bacteria, viruses and odors that may be present, and the minerals that it carried will be left behind.
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Then the minerals left behind are measured, and introduced according to the needs of the plant before watering process starts again, thus closing the cycle. The nutrients that where first incorporated into de solution where partially absorbed by the plants which were then eaten by the people in the mars station, the peopled have absorbed some nutrients and discarded other as human wastes.
As we mentioned before, nutrients that were not absorbed by the plants are reused in the next cycle, and nutrients in the water used during human hygiene activities as well as nutrients found in urine are also collected after the proper disinfection. We will have to also get all the nutrients that where left in solid components.