Four types of obsidians from the Monte Arci volcanic complex (Sardinia) were used by Neolithic men in the North Tyrrhenian area of the western Mediterranean. A map of their occurrences from primary sources (mother rocks) to distant secondary deposits in the surrounding plains is presented. Some 1457 specimens were macroscopically characterized and in addition ~15% of them fingerprinted from their elemental compositions as determined by electron microprobe, neutron activation analysis or ion beam analysis. The results show that secondary sources, up to now largely neglected in provenance studies of ‘archaeological’ obsidians will have from now to be taken into account
The paper deals with the modes of Neolithic obsidian exploitation on the Sardinian source of Monte A...
The traditional approach to the study of Neolithic in Sardinia has customarily been employing the ty...
The contents of Na, Al, Si, K, Ca and Fe of 99 obsidians from the western Mediterranean islands of L...
Four types of obsidians from the Monte Arci volcanic complex (Sardinia) were used by Neolithic men i...
International audienceFour types of obsidians from the Monte Arci volcanic complex (Sardinia) were u...
International audienceDuring the Neolithic, obsidians of the Monte Arci (Sardinia) volcanic complex ...
Technologic analyses of Neolithic obsidian assemblages are quite rare in Sardinia, like in the wider...
Geochemical fingerprinting of obsidian sources was first applied in the Mediterranean region nearly ...
Twenty-four obsidian artefacts of the Neolithic Age were found at the large karstic doline of Molfet...
While geochemical analysis of obsidian artifacts is now widely applied around the world, both new in...
Obsidian is a volcanic glass which can be handcrafted and chipped to be used as tool. Obsidian artif...
The provenance of twelve un-worked blocks and one part-knapped block recovered from the surface of f...
The site of Renaghju has the largest excavated area of any Neolithic site on the island of Corsica (...
Obsidian samples from Monte Arci in Sardinia (Italy) have been characterized by their minor and trac...
International audienceThe site of Renaghju has the largest excavated area of any Neolithic site on t...
The paper deals with the modes of Neolithic obsidian exploitation on the Sardinian source of Monte A...
The traditional approach to the study of Neolithic in Sardinia has customarily been employing the ty...
The contents of Na, Al, Si, K, Ca and Fe of 99 obsidians from the western Mediterranean islands of L...
Four types of obsidians from the Monte Arci volcanic complex (Sardinia) were used by Neolithic men i...
International audienceFour types of obsidians from the Monte Arci volcanic complex (Sardinia) were u...
International audienceDuring the Neolithic, obsidians of the Monte Arci (Sardinia) volcanic complex ...
Technologic analyses of Neolithic obsidian assemblages are quite rare in Sardinia, like in the wider...
Geochemical fingerprinting of obsidian sources was first applied in the Mediterranean region nearly ...
Twenty-four obsidian artefacts of the Neolithic Age were found at the large karstic doline of Molfet...
While geochemical analysis of obsidian artifacts is now widely applied around the world, both new in...
Obsidian is a volcanic glass which can be handcrafted and chipped to be used as tool. Obsidian artif...
The provenance of twelve un-worked blocks and one part-knapped block recovered from the surface of f...
The site of Renaghju has the largest excavated area of any Neolithic site on the island of Corsica (...
Obsidian samples from Monte Arci in Sardinia (Italy) have been characterized by their minor and trac...
International audienceThe site of Renaghju has the largest excavated area of any Neolithic site on t...
The paper deals with the modes of Neolithic obsidian exploitation on the Sardinian source of Monte A...
The traditional approach to the study of Neolithic in Sardinia has customarily been employing the ty...
The contents of Na, Al, Si, K, Ca and Fe of 99 obsidians from the western Mediterranean islands of L...