Brendan Larsen, a 51-year-old New Zealand astrophotographer, spent two hours in September shooting 578 eight-second exposures of the sky above Mount Taranaki. After roughly 40 hours of Photoshop compositing — painstakingly erasing stars to isolate satellite trails — the resulting image showed approximately 1,400 satellites and 14,000 trails cross-hatching the sky. It went viral, clocking tens of millions of views and 15,000 new followers. The immediate discourse fixated on whether the image was AI-generated. Larsen had anticipated this and documented his process on video. He understands the skepticism — generative AI has made visual trust a casualty — but finds it frustrating nonetheless. Worse, he says, AI tools have already been used to recreate his image with visible flaws, further muddying provenance. The AI debate, while culturally interesting, is a sideshow. The core fact is structural: about 16,000 working satellites currently orbit Earth, alongside tens of thousands of defunct spacecraft, rocket parts, and debris. That number is accelerating. Larsen's composite doesn't exaggerate — it simply makes visible what a two-hour window of long-exposure photography actually captures over a single location. The environmental stakes are not hypothetical. A U.S. Government Accountability Office study has warned that metal particles from rocket launches and satellite reentries could affect atmospheric chemistry and the ozone layer. A UN report flagged increased space activity as posing risks to ground safety, darkness, and astronomy. These are institutional bodies raising flags, not fringe concerns. Larsen reports that nine out of ten of the roughly 10,000 comments on his Facebook page follow the same pattern: admiration for the photograph, followed by alarm about what it depicts. He has observed a visible increase in both light pollution and satellite density over his six years of astrophotography. The trajectory is clear and one-directional. The economic logic driving orbital crowding is straightforward extraction: private satellite operators capture the commercial value of low-Earth orbit — broadband, imaging, data — while the costs of sky degradation, atmospheric contamination, and debris risk are socialized across the entire planet. No one pays for the night sky they consume. Larsen hopes his image will ignite debate about responsible satellite use. The problem is that the incentive structure rewards deployment speed, not restraint. Without binding international regulation — which currently does not exist in meaningful form — the commons will continue to be enclosed at pace.
