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Book Review: Designing Farms in Space

🇺🇸 · Huntsville Alabama L5 Society (HAL5) - Project HALO · National Space Society

Category: Nonfiction Reviewed by: Casey Suire Title: Designing Farms in Space: Balances for Life Support, Food and Settlement Author: Bryce L. Meyer Format: Hardcover/Kindle Pages: 478 Publisher: Springer Date: January 2026 Retail price: $189.67/$159.99 ISBN: 978-3032043948 Find this book In the 2015 film The Martian , astronaut Mark Watney becomes stranded on the Red Planet following a dust storm. Millions of miles away from Earth, Watney, a trained botanist, famously survives on Martian-grown potatoes. While The Martian was just a movie, the film raises an intriguing question. How is farming in space supposed to work? Bryce Meyer, Chief Editor of the NSS Space Settlement Journal and an NSS Space Ambassador, recently published a book titled Designing Farms in Space . Meyer is an expert on space agriculture. Readers will quickly get the impression that he is quite passionate about farming, both on Earth and in space. His father wrote the book’s foreword, and there are also pictures of the family farm in Illinois. All space settlement advocates should be passionate as well. Growing an ample supply of food is an obvious necessity for a self-sufficient space settlement. A constant stream of resupply missions, such as those to the International Space Station, would be too expensive to support a growing space city. Meyer’s academic textbook is loaded with numerous photographs, diagrams, charts, and graphs. There are chapters on subjects such as farm machines, animal and fungi production, plant and algae production, and space menus. The farming techniques outlined in the book can be applied to lunar, Martian, or rotating space settlements. Due to the nature of the topic, the book’s audience will primarily be staunch supporters of space settlement. Meyer contends his book “should be readable by any technically interested adult with some college or late high school student, who may have some very basic knowledge of current events in space.” If you dislike numbers, don’t worry. Meyer limits the amount of math in his book. After “glop goodies on a ride to Mars,” astronauts will want a more appetizing menu once they reach their destination. One interesting section in the book is “Menus and Meals: Beyond Glop.” It involves many tasty selections popular on Earth, such as meat, beer, wine, and coffee in space. My personal favorite, pizza, is also discussed. Meyer expresses a fondness for “tofu fried in peanut oil, dipped in peanut and soy sauce.” Earlier in the book, he cites goat vindaloo as another favorite. He also sometimes uses humor in his book. For example, lunar settlers might want wine or beer “to celebrate a victory in moon ball.” A lot more work is still required to make space farms a reality. One passage in the book is titled, “If I Had Lots of Money Right Now and Wanted Space Farms Soon, What Research Would I Fund?” Here, Meyer outlines a dozen key research areas he is interested in studying. He notes that new space farm technologies will also improve life on Earth. For Meyer, the ambitious goal is “trillions of happy, smiling babies, everywhere.” To do so will “require at least 100 Earth equivalents in space.” Humanity will never be a true space-faring civilization unless space agriculture is mastered. An excellent meal is needed for both survival and morale. Future space settlers won’t want or deserve to eat glop. © 2026 Casey Suire NSS index of over 500 book reviews The post Book Review: Designing Farms in Space first appeared on NSS .

Book ReviewsBook Reviews: Non-Fiction

NSS Recognizes China for its Successful Rendezvous with Asteroid Kamo’oalewa

🇺🇸 · Huntsville Alabama L5 Society (HAL5) - Project HALO · National Space Society

Tianwen-2 Spacecraft is Scheduled to Return Samples of the “Mini-Moon” to Earth in 2027 The National Space Society (NSS) commends the China National Space Administration (CNSA) on the announcement of the successful arrival of its Tianwen-2 spacecraft at asteroid 469219 Kamoʻoalewa. The spacecraft launched on May 28, 2025, and is reportedly positioned to begin the most critical phase of its deep-space mission—preparing to sample the asteroid. If China is successful in this, and in returning the sample to Earth, it would be the third nation to do so after Japan (Hayabusa 1 in 2010 and Hayabusa 2 in 2020) and the United States (OSIRIS-Rex in 2023). Kamoʻoalewa measures between 130 to 330 feet (40 to 100 meters) across and its name means “oscillating celestial object” in Hawaiian. Depending on the precise measurements obtained by Tianwen-2, it could officially become the smallest asteroid ever visited by a spacecraft. Though often referred to as a “mini-moon,” Kamoʻoalewa is not a true satellite of Earth. Instead, it is a quasi-satellite—one of only seven known objects that orbit the Sun while remaining locked in perfect synchronization with Earth’s orbit. Some astronomers have hypothesized that Kamoʻoalewa may actually be an ancient fragment of Earth’s own Moon, blasted into space during a massive impact long ago. “We welcome China into the family of nations to rendezvous with, study, and sample asteroids,” said Dale Skran, NSS COO and SVP. “Besides the intense scientific interest, this is another step toward utilizing the rich resources of accessible asteroids to boost the human settlement of the Earth-Moon system and beyond. This type of exploration also helps us to plan the protection of Earth from larger rogue asteroid impacts.” Over the next nine months, Tianwen-2 will map the asteroid in high resolution to identify a secure landing site. It will then employ a touch-and-go sampling system and an advanced anchor-and-attach mechanism featuring surface drills to collect about 3.5 ounces (100 grams) of surface material. If successful, the spacecraft will depart the asteroid in April 2027, with its return capsule projected to land on Earth the following November. Meanwhile, Tianwen-2 will execute a gravity-assist maneuver to slingshot across the solar system toward its secondary target, comet 311P/PANSTARRS, where it is expected to arrive in January 2035. The post NSS Recognizes China for its Successful Rendezvous with Asteroid Kamo’oalewa first appeared on NSS .

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Contractors

🇺🇸 · Noisebridge · Heather

Create page, including a proposed written policy about how contractors should use our space New page Info for, or about, contractors working at Noisebridge == Info about On-Site Policies == === 272 Capp St. policies === '''Proposed''' written policy (see June 30 2026 meeting notes), circa July 2026: '''When Leaving the Site''': * make sure to '''close''' the '''gate''' (in the fence). DO NOT leave propped open; we use it as our way to distinguish "existing attendee/member" vs. "new attendee". * if you unlocked the main building door... ** if nobody is in the building, the front '''door handle''' should be '''locked'''. ** if someone is still present, ask them whether to lock the door or not. * NEVER DEADBOLT the door; we mainly rely on electronic access cards '''While On-Site''': * the gate should not be propped open, aside from times when you are ''actively'' moving items in/out of the gate. instead, please use the gate code: {CODE}, as of {DATE} * do not let people tailgate you through the gate. tell them to ring the doorbell instead, so that one of the tenants can let them in. * if someone knows the gate code but doesn't have a key (keycard or physical), we still prefer that you don't open the building door for them. * our keyholders -- people with an electronic or physical key -- are responsible for site access. '''How the Doors/Gates Work''' (as of July 2026): * Gate: the gate can be opened with a key, and is self-closing. It is okay to let it slam shut. Additionally, it can be opened using the keypad (a repurposed payphone, to the left of the gate). The code is {CODE}. * Front Door/Building Door: the door can be opened with a key, and is self-closing. if ''needed'', the lock is on the inside: unlocked is vertical + popped out, locked is horizontal + pushed in. The deadbolt is not normally used. * Door Opener (on front door): there's an electronic door opening mechanism above the front door, which enables keycard and ADA access. It will also activate if the door is held open. Please do not mess with its settings yourself; if you do need to, ask one of our keyholders to do it for you.

WoodshopWall

🇺🇸 · Noisebridge · Mcint

create page, mark draft/ Category:WIP ← Older revision Revision as of 17:14, 5 July 2026 Line 1: Line 1: In 2025, we decided it was time to build the [[Woodshop]] '''wall''' we knew the space needed since moving in to [[272]] and setting up the woodshop downstairs. == Context == In [[Y2025]], we === Motivations === === Cost === == Timeline == == Bureaucracy == === Permitting, Zoning, Inspections === [[Category:272]] [[Category:272]] [[Category:Projects/Completed]] [[Category:Projects/Completed]] [[Category:Y2025]] [[Category:Y2025]] [[Category:WIP]]

NoiseGarden

🇺🇸 · Noisebridge · ElanHR

Adds a project motivation section ← Older revision Revision as of 00:17, 6 July 2026 Line 2: Line 2: [[File:NoiseGarden Cluster.png|400px|thumb|right|NoiseGarden Cluster as of 2025-10-15]] [[File:NoiseGarden Cluster.png|400px|thumb|right|NoiseGarden Cluster as of 2025-10-15]] == Why == [[File:Self host email.jpeg]] == State of Things == == State of Things ==