Aggregate effects of proliferating low-Earth-orbit objects and implications for astronomical data lost in the noise

The rising population of artificial satellites and associated debris in low-altitude orbits is increasing the overall brightness night sky, threatening ground-based astronomy as well a diversity stakeholders ecosystems reliant on dark skies. We present calculations potentially large rise global sky from space objects low Earth orbit, including qualitative quantitative assessments how professional may be affected. Debris proliferation special concern: we calculate that all log-decades size contribute approximately same amount radiance, so debris-generating events are expected to lead rapid along with serious collision risks for centimetre-sized objects. This increase low-Earth-orbit traffic will loss astronomical data diminish opportunities discoveries faint astrophysical signals become increasingly lost noise. Lastly, discuss broader consequences brighter skies range constituencies, equity/inclusion accessibility Earth- space-based science, cultural traditions. Space represent an intangible heritage deserves intentional preservation safeguarding future generations. Each launch assessed various risks, but not its wider impacts. Perspective shows aggregate effects launches, plus attendant debris, affect darkness our now future.