The humans of ancient Hermione. The necropolis in the light of bioarchaeology

Author:

Tornberg Anna1ORCID

Affiliation:

1. Lund University

Abstract

Bioarchaeology has the potential to substantially inform about ancient lifeways through osteological analyses of the remains of the once-living individuals. This article provides insights of the demography and health of the people of ancient Hermione (Geometric–Roman period). A minimum number of 85 individuals from the Hermione necropolis was osteologically analysed. Although the analysis was limited by taphonomic processes and the long period of use of the necropolis, the results point towards a population affected by urban hazards, such as infections, high child mortality, and, possibly, decreased opportunity to survive into senescence. Further, stunted growth, evidence of general stress primarily in the juvenile skeletal assemblage, and a possible case of child abuse informs of the hardships experienced by children in ancient Hermione. The osteological analysis also confirms that the two individuals buried in the “Warrior Tomb” were of both sexes. The skeletal remains were unfortunately too poorly preserved for detailed analyses of trauma or other health-related patterns. The practice of burying all age groups and both sexes in collective graves between the 6th–5th and 2nd centuries BC might correspond to the necropolis as a communal burial ground, while older and younger graves were assigned for single individuals only.

Publisher

Editorial Committee of the Swedish Institutes at Athens and Rome (ECSI)

Subject

Archeology,Visual Arts and Performing Arts,History,Archeology,Classics

Reference77 articles.

1. Estimation of the most likely number of individuals from commingled human skeletal remains

2. Ahlström, T. 2015. ‘Paleodemography of maritime huntergatherers and the quest for forager baseline demo­graphy’, in Neolithic diversities. Perspectives from a conference in Sweden, Lund (Acta Archaeologica Lundensia-8˚, 65), eds. K. Brink, S. Hydén, K. Jennbert, L. Larsson & D. Olausson, Lund, 11–20.

3. Angel, J.L. 1982. ‘Appendix 1. Ancient skeletons from Asine’, Asine 2:1. General stratigraphical analysis and architectural remains (ActaAth-4°, 24:1), by S. Dietz, 105–138.

4. Growth Disruption in Children

5. Global, regional, and national causes of child mortality in 2008: a systematic analysis

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