A Russian cargo spacecraft arrived on the International Space Station (ISS) on Saturday, bringing with it almost three tons of meals, gasoline, and different provides for the present crew.
While a lot of the meals might be processed and packaged, the spaceships that deliver provides to the orbital outpost typically embody a small quantity of contemporary fruit for astronauts to get pleasure from within the days following their arrival.
NASA astronaut Matthew Dominick shared a brief video of himself having fun with a phase of an orange that arrived on the Progress cargo spacecraft over the weekend, and as you possibly can see, the microgravity circumstances provide a somewhat uncommon manner of having fun with meals aboard the area station.
“We celebrate every bite with these infrequent treats,” Dominick wrote in his submit on Sunday.
We just lately obtained some contemporary fruit by way of Прогресс and Cygnus cargo autos. We rejoice each chew with these rare treats. pic.twitter.com/ms63CWixre
— Matthew Dominick (@dominickmatthew) August 18, 2024
Over the years, astronauts aboard the area station have been researching methods to domesticate leafy greens and other vegetables in microgravity conditions, however many of the meals they eat remains to be ready and packaged on Earth.
Being in a position to develop contemporary meals in area is a vital step towards the launch of human missions to Mars and different locations in deep area, because it received’t be sensible to pack all the mandatory meals provides right into a spacecraft for such a prolonged mission.
Away from having fun with the very occasional piece of contemporary fruit, Dominick, who arrived on the station in March, has been impressing earthlings along with his images expertise, sharing an array of compelling images displaying not solely the station inside, but additionally Earth and past.
The Progress spacecraft will stay docked on the area station for the subsequent six months. Crew will fill it with trash earlier than sending it on its approach to expend throughout a fast descent into Earth’s environment.
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