Astronauts aboard the International Space Station will join Americans
down on Earth in partaking in the annual feast known as Thanksgiving dinner, a
time to give thanks for bounty and abundance.
by John
Tyburski
Copyright © Daily
Digest News, KPR Media, LLC. All rights reserved.
What does
roast turkey taste like in space? NASA food scientists are letting astronauts
aboard the International Space Station (ISS) find out from a feast Thanksgiving
Day of their zero-gravity versions of all the Thanksgiving table classics.
The
American astronauts currently residing in the orbiting ISS laboratory 250 miles
above sea level include commander Barry “Butch” Wilmore and flight engineer
Terry Virts. They are joined by the Italian-born flight engineer Samantha
Cristoforetti, who made the news recently for her contribution to the ISS of an espresso machine. Also in residence are the Russian
cosmonauts Anton Shkaplerov, Elena Serova, and Alexander Samokutyaev.
On the
in-flight menu for Thanksgiving dinner is smoked turkey, candied yams, green
beans with mushrooms, cornbread stuffing, and cherry-blueberry cobbler for
dessert. Some crew members have also brought along their own personal
favorites.
“I’m from
Tennessee, so I grew up drinking sweet tea — so I’ve got a little sweet tea as
well,” Wilmore said in his Thanksgiving video. “So, we’re going to have all of
that up here and try to share in the spirit of the season.”
While the
Russian crew members do not have the day off, they will be invited to dine with
the others and share in the feast. The ISS typically houses an international
crew who normally dine together and share in celebrations.
There are
no microwave or conventional ovens aboard the ISS, so freeze-dried food is
heated with warm water. The necessity to reconstitute food in this manner means
that not all traditional fare can be enjoyed in space as it would be here on
Earth. However, scientists are working on ways to one day grow sweet potatoes
in space with artificial sunlight, especially in preparation for long trips to
Mars and other distant points.
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