NASA has proposed, the manned landing sites by NASA Apollo missions, not be disturbed by future landings. In fact they recommend no landings within two kilometers of Apollo sites.
Is it up to NASA to set the parameters? Should it not be the UN body that decides? What about other sites like the 1st rocket to crash land on the Moon (Russian) or the Chines Chang'e mission on the far side of the Moon!
https://www.moondaily.com/reports/Lu...asure_999.html
Now that NASA is leading the development of the Artemis lunar habitation program that will send men and women to the Moon within the next few years, this may be a good time to preview at least one aspect of the environment that the astronauts will experience when they arrive, i. e., trash from Earth.
Since 1959, the lunar surface has experienced a barrage of man-made attacks of various kinds. It all began on September 13th with Soviet probe Luna 2 when it smashed into Mare Imbrium and all but vaporized on impact. This was the beginning of a series of Luna probes. Beginning in 1960, NASA's Ranger Program planned to send nine spacecraft to the Moon for the purpose of taking close-up photos of the lunar surface. Each launch was to terminate in a crash.In summary, the lunar surface has about a hundred sites where humans have left their mark. Protecting these sites is one goal of For All Moonkind, a non-profit that seeks to preserve human heritage in space. In total there are roughly 167 metric tons of material, but no legal structure in place to protect these objects or their historical sites.
Nevertheless, NASA recommends that future expeditions not land within two kilometers of Apollo sites. But the Outer Space Treaty of 1967 states: "Outer space, including the moon and other celestial bodies, is not subject to national appropriation by claim of sovereignty, by means of use or occupation, or by any other means." The implication is that there should be an international body overseeing priority rights, without granting sovereignty, as is done to manage satellites in geostationary orbits.