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How reliable are our published archaeometric analyses? : effects of analytical techniques through time on the elemental analysis of obsidians / R. G. V. Hancock, Tristan Carter
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Appartient au périodique : Journal of archaeological science, 37, 2, p. 243-250, 1095-9238, 2010
Publication: 2010 Langue: Anglais Auteur principal: Hancock, Ronald G. V. Co-auteur: Carter, Tristan Résumé: To assess the analytical accuracies and precisions of archaeometric elemental analyses by different techniques, a relatively homogeneous material such as obsidian must be studied. An assessment of published elemental concentration data from two Anatolian obsidian sources shows that while in most cases analytical accuracy is as high as is commonly expected, in some cases it is not. It also shows that the dispersions of elemental concentration data (indicators of analytical precisions) coming from modern analytical procedures are akin to the estimated homogeneity of the obsidian. Based on this latter observation, if one has element dispersion data from a single analytical technique, with a single source of obsidian as a control, data sets that contain multiple, but similar sources of obsidian may be differentiated.(revue). URL: Accès en ligne Item type: Extrait
Holdings
Current library Call number Status Date due Barcode
Aix-en-Provence : LAMPEA – Bibliothèque de Préhistoire in www (Browse shelf(Opens below)) Available ESEP53913
Nanterre : MSH Mondes - Paléorient - Préhistoire et Protohistoire orientales Non consultable PAOR8524

To assess the analytical accuracies and precisions of archaeometric elemental analyses by different techniques, a relatively homogeneous material such as obsidian must be studied. An assessment of published elemental concentration data from two Anatolian obsidian sources shows that while in most cases analytical accuracy is as high as is commonly expected, in some cases it is not. It also shows that the dispersions of elemental concentration data (indicators of analytical precisions) coming from modern analytical procedures are akin to the estimated homogeneity of the obsidian. Based on this latter observation, if one has element dispersion data from a single analytical technique, with a single source of obsidian as a control, data sets that contain multiple, but similar sources of obsidian may be differentiated.(revue)

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