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EnglishIn the Mediterranean and adjacent regions, the Caucasus is one of the less studied areas in relation to provenance studies of prehistoric obsidian artefacts. In the frame of an international INTAS research project, an extensive surveying and sampling campaign was carried out in the numerous obsidian bearing volcanic complexes of Armenia. 33 obsidian samples were analysed using the fission-track dating method in order to characterise the potential sources of the numerous artefacts found in prehistoric sites. Ages cluster into five groups—Upper Neopleistocene Qiii, Middle Neopleistocene Qii, Lower Neopleistocene Qi, Lower Eopleistocene Qei and Lower Pliocene N groups. This research represents a significant contribution to a better knowledge of chronology of Armenian volcanism for which only few data were available. The resulting data-set appears to be a solid base for future provenance studies.
An International Reaserch Project an Armenian archaeological sites: Fission-Tracks dating of obsidian. / R. Badalian; G. Bigazzi; M.C. Cauvin; C. Chataigner; R Jrbashyan; S. Karapetian;M. Oddone; J.L. Poidevin.. - In: RADIATION MEASUREMENTS. - ISSN 1350-4487. - STAMPA. - 34(2001), pp. 373-378.
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| Titolo: | An International Reaserch Project an Armenian archaeological sites: Fission-Tracks dating of obsidian. |
| Autori: | |
| Data di pubblicazione: | 2001 |
| Rivista: | |
| Citazione: | An International Reaserch Project an Armenian archaeological sites: Fission-Tracks dating of obsidian. / R. Badalian; G. Bigazzi; M.C. Cauvin; C. Chataigner; R Jrbashyan; S. Karapetian;M. Oddone; J.L. Poidevin.. - In: RADIATION MEASUREMENTS. - ISSN 1350-4487. - STAMPA. - 34(2001), pp. 373-378. |
| Abstract: | In the Mediterranean and adjacent regions, the Caucasus is one of the less studied areas in relation to provenance studies of prehistoric obsidian artefacts. In the frame of an international INTAS research project, an extensive surveying and sampling campaign was carried out in the numerous obsidian bearing volcanic complexes of Armenia. 33 obsidian samples were analysed using the fission-track dating method in order to characterise the potential sources of the numerous artefacts found in prehistoric sites. Ages cluster into five groups—Upper Neopleistocene Qiii, Middle Neopleistocene Qii, Lower Neopleistocene Qi, Lower Eopleistocene Qei and Lower Pliocene N groups. This research represents a significant contribution to a better knowledge of chronology of Armenian volcanism for which only few data were available. The resulting data-set appears to be a solid base for future provenance studies. |
| Handle: | http://hdl.handle.net/11571/7601 |
| Appare nelle tipologie: | 1.1 Articolo in rivista |
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