The BBC reports that the year-long simulation of near isolation in preparation for a trip to Mars, has ended successfully.
A team of six people have completed a Mars simulation in Hawaii, where they lived in near isolation for a year.
Since 29 August 2015, the group lived in close quarters in a dome, without fresh air, fresh food or privacy.
[...] The Nasa-funded study run by the University of Hawaii is the longest of its kind since a Russian mission that lasted 520 days.
Having survived their year in isolation, the crew members said they were confident a mission to Mars could succeed.
"I can give you my personal impression which is that a mission to Mars in the close future is realistic," Cyprien Verseux, a crew member from France, told journalists. "I think the technological and psychological obstacles can be overcome."
(Score: 2) by JNCF on Wednesday August 31 2016, @12:12AM
The other big question: gravity. It would be more or less fine for the length of the NASA mission (assuming NASA is really getting their people back out of that gravity well) but SpaceX is talking about leaving people on Mars. I'm really looking forward to Musk's colonization speech later this year, where we're supposed to hear more about his plans. I'm extremely ignorant on this topic, but I think that's more-or-less true of everyone. Can a fetus really develop in Martian gravity? If not, do the pregnant women sleep in spinning tubes? Are the babies going to be grown in spinning vats? Is the colony indefinitely dependant on new blood? I'm looking forward to answers.
(Score: -1, Offtopic) by Anonymous Coward on Wednesday August 31 2016, @12:25AM
Martian women must be impregnated by potent Musky sperm. Regular sperm has no chance to survive. It's going to be a Musk colony, literally.
(Score: 2, Interesting) by Anonymous Coward on Wednesday August 31 2016, @01:25AM
Here's a link. [stackexchange.com]
Basically, we don't really know about Martian gravity in particular, but we do know that microgravity generally does have significant effects on fetal development based on experiments on mice and rats in microgravity.