Word by Matt de Neef, The Conversation
21.08.2023 - 11:38 / theunconventionalgardener.com / Emma Doughty
Dr Luis Zea from the University of Colorado Boulder is the Principal Investigator for the Deep Space Radiation Genomics (DSRG) study, an experiment headed for the Moon on NASA’s Artemis I mission. In this short video, he explains why he’s sending yeast into space.
It would be really, really hard to send a lot of humans in a spacecraft. You can send millions and millions and millions of yeast cells in a tiny little bag.
We’re going to use yeast, which is the same thing we use to make bread. And the reason for which we’re flying these little cells is because they share a lot in common with our cells, our human cells.
And you can still study things that would happen to those cells that are very similar to what would happen to our cells if they were under those conditions.
In this case specifically, it’s that they are in the microgravity of space as well as a higher radiation environment very far away from Earth past the Van Allen Belts, which is part of this this shield we have around planet Earth to protect us from radiation.
What we’re trying to do is try to use the microgravity environment of space to find solutions to medical problems on Earth. That’s one.
And the other thing is to make sure that human space exploration is as safe as possible. It is pretty humbling and outstanding in every regard to think that we have something onboard Orion in Artemis I and I can definitely, I’m pretty sure that I speak for the whole team that we are very grateful. You can only imagine the amount of work of so many people to get to this point.
And in this case, we’re also thankful that NASA Biology and Physical Sciences were able to include four experiments inside the Orion vehicle. So thanks to all this team effort of so many people across
Word by Matt de Neef, The Conversation
Header image: Tokyo Bekana Chinese cabbage leaves prior to harvest aboard the International Space Station. Photo credit: NASA
Over our heads, on the International Space Station, chilli peppers are blooming and being hand-pollinated by astronauts.
Patrick Major, University of Reading and Chris Scott, University of Reading
Join Emma the Space Gardener in the Gardeners of the Galaxy time machine to learn about the time that NASA encouraged schoolchildren all over the world to grow killer mutant space tomatoes. That can’t be right, can it?
Join Emma the Space Gardener on the Tiangong space station to learn about China’s botanical experiments in space, and why Chinese consumers are eagerly awaiting rice from heaven. Plus – what was the first plant grown in space?
Header image: A SpaceX Dragon capsule, NASA Johnson/Flickr, CC BY-NC
Header image: Rendering of Tiangong Space Station in late July 2022, along with June 2022 with Tianhe core module in the middle, Wentian lab module on the left, Tianzhou cargo spacecrafts on right, and Shenzhou-14 crewed spacecraft at nadir. Image credit Shujianyang via Wikipedia.
NASA will soon be growing chillies on the International Space Station. Jacob Torres joins Emma the Space Gardener to talk New Mexico chiles in space, his Space Chile Challenge citizen science project, and more!
NASA’s latest Space to Ground video includes some lovely images of the Veggie PONDS experiment that’s currently running on the International Space Station. Starting from 00:44, you can see images of the Veggie PONDS modules, radishes and chile peppers that were grown in the Advanced Plant Habitat, the PONDS modules installed in both Veggie units, and a nice clear view of the PONDS modules.
When NASA’s Artemis I mission launches to the Moon, it will carry with it a CubeSat (a small satellite) designed to perform the first long-duration biology experiment in deep space.
Dr Federica Brandizzi of Michigan State University is the Principal Investigator for the Life Beyond Earth: Effect of Spaceflight on Seeds with Improved Nutritional Value study, an experiment headed for the Moon on NASA’s Artemis I mission. In this short video, she explains why she’s sending plant seeds into space.