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Future Mars colonies? Researchers outline research bases that can kill Red Planet

A new study reveals how people can potentially colonize Marsand create a self-supporting research base that can support manned missions for several years.

Swiss Ecole Polytechnique Federale de Lausanne (EPFL) researchers came up with a multi-stage plan that sends a robot to the red planet to build the base, using the planet's natural resources to maintain it and send a crew to its surface.

The researchers suggest setting up a base at Mars-North Poland for the natural resources of that region.

(Claudio Leonardi / EPFL)

"Poles can be more challenges at the beginning, but they are the best place in the long run because they have natural resources that we can use", Anne-Marlene Ruede, senior author of the study, said in a statement.


Ruede continued: "We wanted to develop a strategy based on technologies that have elected accordingly and outline a test scenario so that astronauts 20 years ago will be able to perform this type of mission. "

Their plans follow a NASA contest that requires different teams to submit 3-D printed habitats that they believe could be used to colonize Mars in the future.



The research base should consist of three different modules, according to researchers, and described as a "minimum living space".

A dome made of polyethylene fiber and a three-meter thick ice layer would cover the structure, resulting in the formation of an igloo.

"The dome would also represent an additional living space, provide a second barrier to protect the crew from radiation and micrometeoroids and help keep the pressure constant inside the base," according to the study.


(Claudio Leonardi / EPFL)

In addition, researchers predict a wreath system that would route the red planet to serve as a transfer point for goods between commuters coming up from the earth.

But before a human being was sent to Mars, a robot crew would build the base and test all available natural resources.

The researchers believe that the poles would be the most likely place to build a base that traces of life is likely to be in "layered deposits" of ice and dust near the poles.

"Everything that would make the research base self-adhesive for the long term," the study concluded.




Christopher Carbone is a reporter and news editor covering science and technology for FoxNews.com. He can be reached at [email protected] Follow him on Twitter @ christocarbone .

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