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EN
ES
FR
Réf.
42750
Type
article
Titre
On the use of trace elements in ancient necropolis studies: Overview and ICP-MS application to the case study of Valdaro site, Italy
Langues
English
Auteurs
Corti, Cristina / Rampazzi, Laura / Ravedoni, Cristina / Giussani, Barbara
Maison d'édition
Elsevier
Date
2013
Pagination de section
614-623
Titre de la revue
Microchemical Journal
ISSN
0026-265X
Mots-clés
necropoles / history of archaeology / archaeological heritage / archaeological remains / prehistoric sites / human remains / analysis of materials / archaeometry / statistical analysis / spectrometric analyses
Pays mentionnés
Italy
Monuments et sites
S. Giorgio Valdaro (Mantua, Italy)
Résumé en anglais
The cross-cutting study of archaeological human remains is an important tool for improving the knowledge of the past civilities. Bones are actually bio-archives, storing information about the lifestyles of the individuals, the place where they lived, the migration habits. In particular, some peculiar trace elements (such as strontium and zinc) are considered indicators of the so-called paleodiet, i.e. whether characterized by vegetables, cereals or meat. A complete overview of the concerning literature is the starting point of this work. A straightforward optimized methodology for the study of ancient bones is proposed coupling for the first time trace element determination by ICP-MS (Mg, Mn, Cu, Zn, Sr and Pb were investigated) and statistical data analysis. The protocol was applied to samples coming from a necropolis (dated from Neolithic to Bronze Age) found in Northern Italy including ‘The Valdaro Lovers’, a rare double burial where the two skeletons were facing each other with their arms wrapped around in an enduring embrace. Principal Component Analysis and Discriminant Analysis permitted to correctly classify individuals by the historical period in which they lived according to the archaeological and anthropological information. The results were compared with those found in the literature and a critical discussion on the use of trace metals in this case study is given.
Licence
Creative Commons Attribution-Non Commercial-No Derivatives (BY-NC-ND)