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Originally posted by Ophiuchus 13
reply to post by Quantum_Squirrel
snf for the interesting data Quantum_Squirrel ...
Originally posted by Terminal1
Watched some sort of science show where this scientist demonstrated how much "stuff" (read: meteorites). All he did was take a garden hose and spray down his roof and collected the runoff. Then he got a magnet and ran it through that runoff and whatever stuck to the magnet came from space. It surprised me bow much there actually was.
A lot of stuff falls from the sky...
Is it that we are getting more hits now, or that we are recording them better?
A lot of stuff falls from the sky...
Although, please nobody jump to conclusions that there's a massive increase. Don't forget to take into account the rise of print media, the rise in populations and the increase in city size (which would enable a more social environment to discus sightings
Originally posted by Qumulys
reply to post by Quantum_Squirrel
Sorry, there's no way it can be embedded here on ATS. So punters out there will have to click to visit the site. But, its pretty worth it!
Originally posted by Im2keul
reply to post by Quantum_Squirrel
I can't help with the video, but wanted say what a cool topic this is.
Is it that we are getting more hits now, or that we are recording them better?
Originally posted by Im2keul
reply to post by Quantum_Squirrel
That's what I would think as well, however I was referring to the chart. Thank you and Qumulys for the responses.
Originally posted by yourmaker
Did we start witnessing more meteorites as time went on due to intelligence and the gradual incline of human population?
Or was there just more meteorites in general bombarding Earth?edit on 8-5-2013 by yourmaker because: (no reason given)
The data comes from The Meteorite Bulletin, constructed and maintained by the Nomenclature Committee of the Meteoritical Society.
The database indexes several catalogues, including the Catalogue of Meteorites from the Natural History Museum in London, the commercial program MetBase, the Antarctic Meteorite Newsletter, and the Meteoritical Bulletin. It contains detailed information about the meteorites, including narratives of the discovery, mineralogy, petrology, specimen locations, chemical and isotopic composition, and references to the literature. The primary source of information in this database is the Catalogue of Meteorites.
Sikhote-Alin is an iron meteorite that fell in 1947 on the Sikhote-Alin Mountains in eastern Siberia. Though large iron meteorite falls had been witnessed previously and fragments recovered, never before in recorded history had a fall of this magnitude been observed.[3] An estimated 70 tonnes of material survived the fiery passage through the atmosphere and reached the Earth.[2]