How long before the government stars collecting meteorites as their special “you’re too plebeian to have it” treasure, too?
Or do they already?
Back in days of old, they forged the metallic meteorites into weapons.
With the right tools, all hundered-year-old stuff you could make a firearm!!!
In the United States, most state laws state that a meteorite find belongs to the landowner of the land upon which the meteorite was found.[2]
This doctrine contrasts with the once-predominant rule in state courts on the finding of treasure trove, where buried gold or silver coinage (or paper money representing the same) is deemed to belong to the finder.
State lands
Many state courts have interpreted their laws as granting the state sole title to any meteorite recovered on state-owned lands.
Federal lands
United States laws and enforcement of laws regarding recovery of meteorites on federally owned public lands is unsettled. With respect to large meteorites, the federal government has asserted title to all such meteorites if proven to be found on federal land, because:[3]
the meteorite is the property of the federal government, the landowner
meteorites found on public lands are subject to the 1906 Antiquities Act (16 U.S.C. 432)
a meteorite does not qualify as a “valuable mineral” as defined under the 1872 Mining Law, and thus it is not subject to mineral claim rights that could otherwise be filed by the discoverer.
This policy derives from cases as far back as 1944, when the federal government seized the Drum Mountain Meteorite in Utah from a group of interned Japanese-American U. S. citizens.
The federal government has sometimes agreed to negotiate sometimes negotiating a small finders fee for large meteorites, but has never agreed to pay anything resembling full market value of the meteorite to the discoverer.
In the case of small meteorites, ownership of meteorites found on federal land is not covered in the Code of Federal Regulations, and in the past hobbyists have been able to remove small quantities of rock for non-commercial use.[4]
However, in recent years the U.S. Bureau of Land Management (BLM) has asserted that it owns all meteorites recovered on BLM land, apparently arguing that BLM stands in the same position as a private landowner under state law.[5]
The BLM further asserts that under the 1906 Antiquities Act, all meteorites on BLM land belong to the Smithsonian Institution.[6] A BLM memorandum of September 10, 2012, reaffirms that meteorites found on public land belong to the Federal Government.[7]
Permits can be acquired for systematic search for meteorites on public land undertaken for scientific, educational, or commercial purposes; casual, limited meteorite hunting does not require a permit.
Meteorite hunting in Antarctica
Prospecting in Antarctica, aided by the sharp contrast between dark meteorites and the snow-covered surface.
Antarctic prospecting is very expensive and therefore can only be carried on by well funded organizations. Approximately half of the meteorites found in Antarctica have been recovered by ANSMET (Antarctic Search for Meteorite program).
The ANSMET program is a major source of the extraterrestrial material that is available for scientific investigation. Japanese finds make up the majority of the remainder, and China has recently begun exploration.[8]
A popular geological feature employed by Antarctic meteorite hunters is an area where a natural downsloped plain meets an uprising ridge, such as where the East Antarctic Ice Sheet, creeping to the sea at about three metres (10 feet) per year, meets the Transantarctic Mountains.
The downslope-mountain ridge combination allows the creeping gravity-driven icesheet to start rising sharply upwards. As it does so, the exposed snow and ice are removed by fierce winds and sublimation, effectively harvesting the embedded meteorites and leaving them to lie on the surface along the length of the mountain ridge.[9]
The famed 1.93 kilograms (4.3 lb) Allan Hills 84001 meteorite, commonly abbreviated as ALH 84001 and believed to be from Mars,[10] was found at Allan Hills, Antarctica in 1984. In 1996 NASA scientists announced that it might contain evidence for microscopic fossils of Martian bacteria based on the carbonate globules it contained.[11]
Meteorite scrambles
In the aftermath of the air burst of a meteor, a large number of small meteorites can fall to the ground, generally at terminal velocity, such as occurred with the 2013 Chelyabinsk meteor.[12]
When that occurs local residents and schoolchildren will often seek to locate and pick up the fragments due to their potential value. In the case of the Chelyabinsk meteor, many were located in snowdrifts by following a visible hole that had been left in the outer surface of the snow.[12]