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Osteobiographies: Local Biologies, Embedded Bodies, and Relational Persons

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journal contribution
posted on 2019-09-24, 09:27 authored by Jo Appleby
In this contribution I explore what osteobiographies represent by investigating them through the lens of local biologies, embedded bodies, and relational personhood. Rather than resulting from processes and events that happen to skeletons, osteobiographies are produced through the continuing interaction of genes, environment, culture, and society over time. Osteobiographies thus represent the result of the interplay between “local biologies” (Lock 1993) and the individual life course. Drawing on the interaction of the biological and the social, I argue that bone is not overwritten by social action but continually emerges through interactions of the social and the biological, which can be related to the creation and maintenance of personhood. The skeleton after death acts as a fossilization of a personhood that is dynamic during life. The future potential of this approach is explored through consideration of the skeleton of King Richard III of England. Richard’s body acted as a locale in which elite biologies played out in combination with the specific factors embedding his body in its milieu. At the same time, isotopic analysis of Richard’s skeleton illustrates how his negotiation of his personhood as king caused changes in his lifestyle that altered his bone chemistry. While evidence for increased consumption of high-status food and drink could be interpreted as resulting from increased access to these resources, such consumption was in fact a central aspect of his approach to building and maintaining alliances; an embodied political act.

Funding

Many thanks to Lauren Renee Hosek and John Robb for their initial invitation to contribute this paper, and their subsequent patience as a number of unforeseen events and family disasters delayed its submission. Without their continued encouragement, it would certainly never have seen the light of day. Thanks also to the Richard III society and particularly Phillipa Langley for their role in the location of the remains of Richard III (including significant financial support); to the University of Leicester who financed much of the analysis, and to Angela Lamb and Jane Evans of the British Geological Survey who carried out the isotopic analysis of the skeleton. The University of Leicester Archaeological Services carried out the excavation of the Greyfriars site and led the identification process for Richard III’s skeleton and I am grateful to them (particularly Richard Buckley and Mathew Morris) for involving me in this exceptional project.

History

Citation

Bioarchaeology International, 2019, 3 (1), pp. 32-43 (11)

Author affiliation

/Organisation/COLLEGE OF SOCIAL SCIENCES, ARTS AND HUMANITIES/School of Archaeology and Ancient History/Core Staff

Version

  • AM (Accepted Manuscript)

Published in

Bioarchaeology International

Publisher

University of Florida Press

issn

2472-8357

Copyright date

2019

Available date

2019-09-24

Publisher version

http://journals.upress.ufl.edu/bioarchaeology/article/view/934

Language

en

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