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23 years into a 50-year effort, the southern part of San Francisco Bay is still being restored while the FIFA World Cup keeps putting stadiums under astronaut watch.

The World Cup from 250 Miles Up

In summer 2026, sixteen stadiums across North America hosted FIFA World Cup matches. Over the years, astronauts aboard the International Space Station have captured top-down views of the infrastructure, landscapes, and ecosystems surrounding many of these venues. Six of the matches were played at the San Francisco Bay Area Stadium, beginning on June 13 with a match-up between Qatar and Switzerland. The stadium, also called Levi's Stadium, is located in Santa Clara, California, and was completed in 2014. It is surrounded by a mix of recreational, housing, and business infrastructure. The southern part of San Francisco Bay is visible nearby, 23 years into a 50-year effort to restore salt ponds to tidal wetlands and marshlands.

Gobbles Gobble's Take: NASA's astronaut photography documents the landscapes and infrastructure surrounding World Cup host venues across North America.

Source: NASA News Releases


NASA is eyeing a Moon-bound second life for a Mars test rover

NASA has revealed it is exploring a proposal to send a massive, car-sized Mars test rover to the Moon's rugged south pole. The robot at the center of the idea is "Promise," a 1-ton, Earth-bound twin of Perseverance and Curiosity that has been sitting in NASA's Jet Propulsion Laboratory Mars Yard for years, used to stress-test software, practice maneuvers, and troubleshoot glitches. Its edge is the power system: unlike typical lunar rovers, Promise runs on a Multi-Mission Radioisotope Thermoelectric Generator.

NASA Administrator Jared Isaacman expressed immense enthusiasm for the idea, famously invoking Yoda's classic line from Star Wars, "There is another," before explaining that the hardware is already built and ready. With both active Mars rovers continuing to operate smoothly, leadership sees no reason to let Promise gather dust as a permanent testbed.

The nuclear power source is precisely what makes Promise uniquely suited for the Moon's south pole. Solar-powered rovers can't survive the fortnight-long lunar nights or venture into permanent shadow. Promise can. That capability would allow it to plunge into pitch-black craters where vast deposits of water ice are believed to be waiting. Due to its 1-ton weight, NASA is eyeing commercial landers like Blue Origin's Blue Moon or SpaceX's Starship to deliver it to the surface.

Gobbles Gobble's Take: If the Moon is going to get a test rover, it might as well be the one that already knows how to behave like a spacecraft with impeccable stage presence.

Source: Startup Mac / Substack


NASA’s planetary science playbook is very much still in motion

NASA says its planetary science program has sent spacecraft to every planet and a variety of small bodies, with current and upcoming missions expected to return samples for detailed study back on Earth. The program also highlights Mars, where NASA has orbited and traversed the surface, and points to past work on interstellar comet 3I/ATLAS plus Psyche, the metal-rich asteroid mission. It’s a broad reminder that the agency is still using robotic explorers, telescopes, and sensors to map where the solar system has been, and where humanity might go next beyond low Earth orbit.

Gobbles Gobble's Take: This is the quiet superpower of planetary science: it makes the farthest places look like homework we’ve already started. Source: Perplexity Search (evergreen)


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