✴︎
Feeding humans hurtling through space isn’t easy. While today’s astronauts get to eat high quality cuisine made on earth by some of the world’s best cooks, space travel in the future will require entirely new approaches that can grow enough food in space to produce sufficient calories and nutrients for astronaut crews on multiyear interplanetary…
The following is a guest post written by Jonathan Hua of Scrum Ventures. The disruptive impacts of the COVID-19 pandemic on the world’s agricultural systems have been broad and varied. And they follow several years of challenging production and market conditions such as disruptive weather events and poor planting conditions. Although the pandemic exposed weaknesses…
Two things we love here at The Spoon: space food and indoor farming tech. So I got pretty excited to come across a HoritDaily article today about Jacob Torres, who works at the Space Crop Production Lab at NASA’s Kennedy Space Center and is currently researching how to grow chile peppers in space. The idea…
✴︎
Astronauts hoping to eat salads during their interplanetary travels got some good news this week. NASA scientists have been examining the red romaine lettuce grown on the International Space Station (ISS) and just determined that it’s not only safe to eat — it’s also just as nutritious as lettuce grown on Earth (h/t New York…
As a kid growing up in the 70s and 80s, I’ve always had a fascination with space food. Whether it was the idea of astronauts drinking Tang or reading stories about how the Space Shuttle crews would prepare their meals and then try to eat in the microgravity environment of space, I couldn’t get enough…
Will coffee beans grown in the endless expanse of outer space taste any different? We’ll soon find out. Colorado-based agricultural company Front Range Biosciences is partnering with SpaceCells USA Inc. and BioServe Space Technologies to send plant tissue culture from coffee and hemp up into Outer Space next year. The 480 samples will be packed…
✴︎
If you’re looking for literal high-end food, space is evidently the place as two different delectable payloads shot up to the International Space Station (ISS) over the weekend. A Cygnus rocket launched on November 2 and successfully docked with ISS today carrying a bottle of wine from Europe and a cookie-baking oven from the U.S.,…
✴︎
The future of alternative proteins is about way more than plants. That was the main takeaway from a talk my colleague Catherine Lamb hosted this morning at The Spoon’s SKS conference in Seattle. Joining Lamb onstage were Dr. Lisa Dyson, cofounder and CEO of Air Protein; Morgan Keim, the Corporate & Business Development Manager of…
Israeli lab-grown food company Aleph Farms on Monday claimed a world’s, or rather, a galaxy’s first, announcing that it has successfully grown small-scale muscle tissue on the International Space Station, which the company points out is “248 miles away from any natural resources.” Aleph Farms says it uses the natural process of muscle-tissue regeneration in…
Making protein from thin air may sound like something out of science fiction, but it’s exactly what the Helsinki, Finland-based company Solar Foods is doing. They use a technique called gas fermentation to create edible protein using only two inputs: air and electricity. A few months ago we got to interview Solar Foods CEO Pasi Vainikka and learned…
We know that relying on animals — especially methane-producing cows — for the bulk of our protein is unsustainable. But creating protein alternatives in labs or out of plants can also have a significant environmental cost. What about if we nixed the agricultural bits altogether and just made protein out naturally occuring elements in the…
✴︎
With all the challenges earth faces in the form of global warming, resource constraints and geopolitical unrest, many among us are already working on technology to get humanity into space for the long haul. And sure, while we’re still working out how to get a bunch of us up into space permanently, perhaps the biggest…