4.1 Article

'Do dead men tell no tales?' The geographic origin of a colonial period Anglican cemetery population in Adelaide, South Australia, determined by isotope analyses

Journal

AUSTRALIAN ARCHAEOLOGY
Volume 88, Issue 2, Pages 144-158

Publisher

TAYLOR & FRANCIS LTD
DOI: 10.1080/03122417.2022.2086200

Keywords

Strontium and oxygen isotopes; Adelaide; provenance; mobility; geographic origin; St Mary's Anglican Church cemetery

Funding

  1. Flinders University Faculty of EHL grant
  2. Australian Research Council Discovery Early Researcher Career Award [DE160100703]
  3. Australian Research Council [LE140100141, LE180100185]
  4. Australian Research Council [LE140100141, LE180100185] Funding Source: Australian Research Council

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This study analyzed tooth enamel and dentine samples from individuals buried in the colonial section of St Mary's Anglican Cemetery to determine their geographic origin using isotopic data. The analysis provided important information about migration and mobility in a colonial South Australian population. The results suggest that the individuals in this study had diverse geographic origins, with some potentially being born in Adelaide, Britain/Ireland, or elsewhere. These findings contribute to our understanding of the population's history and are supported by other analyses.
Tooth enamel and dentine samples from 13 individuals buried in the unmarked 'free ground' colonial section of St Mary's Anglican Cemetery in Adelaide were analysed for oxygen and strontium isotopic composition to assist with the determination of their geographic origin. As the life history of these individuals is not well-documented in the historical record, isotopic data provide important information about migration and mobility in a colonial South Australian population. This was supplemented with further analysis of diet from previously published stable isotope data. While the results are somewhat ambiguous, they suggest that of the 13 individuals in this study, one was probably born in Adelaide, eight in Britain/Ireland, three could have been born in either location; one was born elsewhere. This interpretation supplements and supports the results from the analysis of skeletal morphology, microbiomes, and historical records.

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