Tooth be told.: Exploring the additional use of bioapatite carbon stable isotopes in incremental dentine sampling of an enslaved African in the Colonial Dutch-Caribbean.

This thesis examines a new way of tracing individual life histories in the context of slavery in the Caribbean during the colonial period. The carbon stable isotopes in bioapatite were compared to carbon and nitrogen stable isotopes in collagen of serial dentine samples in the case study of an enslaved African found on the island of Saba. Five dental elements were found out of anatomical context in a lockbox at Spring Bay Flat plantation. The use of bioapatite and collagen in tandem has been proved to provide extra valuable information in dietary studies and doing so in dentine increments yields an individual and high temporal resolution new to bioarchaeology. The individual studied here forcibly migrated from the African Sahel during the formation of the first molar, suffering from a period of nutritional stress before experiencing a dramatic dietary change. Multi-isotope analysis of both organic and inorganic matrixes in dentine increments is proven to be a valuable and innovative...Show moreThis thesis examines a new way of tracing individual life histories in the context of slavery in the Caribbean during the colonial period. The carbon stable isotopes in bioapatite were compared to carbon and nitrogen stable isotopes in collagen of serial dentine samples in the case study of an enslaved African found on the island of Saba. Five dental elements were found out of anatomical context in a lockbox at Spring Bay Flat plantation. The use of bioapatite and collagen in tandem has been proved to provide extra valuable information in dietary studies and doing so in dentine increments yields an individual and high temporal resolution new to bioarchaeology. The individual studied here forcibly migrated from the African Sahel during the formation of the first molar, suffering from a period of nutritional stress before experiencing a dramatic dietary change. Multi-isotope analysis of both organic and inorganic matrixes in dentine increments is proven to be a valuable and innovative method of reconstructing individual life histories in unprecedented detail. The production of osteobiographies such as this one helps us to understand individual experiences during periods of slavery, captivity, and exploitation on a level that we can empathise with and therefore offers important and profound contributions to discussions on slavery and colonialism in a broader sense.Show less

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Tooth be told. Exploring the additional use of bioapatite carbon stable isotopes in incremental dentine sampling of an enslaved African in the Colonial Dutch-Caribbean.