Research master thesis | Archaeology (research) (MA/MSc)
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Mobility and exchange have been important concepts in Caribbean archaeology, but their potential to address the role of the domestic dog (Canis familiaris) in ancient Amerindian societies has been...Show moreMobility and exchange have been important concepts in Caribbean archaeology, but their potential to address the role of the domestic dog (Canis familiaris) in ancient Amerindian societies has been overlooked. This pilot study investigates the possibility of exploring the mobility and/or exchange of the dog by employing strontium isotope analysis (87Sr/86Sr) on archaeological dog dental elements (n=10). Here, strontium isotope analysis was successfully applied to dog teeth from two Ceramic Age sites on Grande-Terre in Guadeloupe: Anse á la Gourde (AD 900-1350) and Morel (300 BC – AD 1400). Three out of ten (30%) dog elements were determined to be non-local (one from Anse à la Gourde and two from Morel). Potential origins of these dogs are consistent with multiple localities throughout the circum-Caribbean. These mobility patterns of dogs can be caused by complex processes involving their movement and/or exchange. In this study the concepts of migration, spheres of exchange, social valuable and inalienability, have been employed to address dog mobility. Using strontium isotopic analysis it is possible to investigate these processes in ways that can complement the information derived from archaeological, ethnohistoric and ethnographic contexts. This multi-disciplinary approach allows for a comparison of the various interactions of humans with dogs across time and space in Amerindian societies of the circum-Caribbean. The obtained information on this interaction and the strontium isotopic results of the dog teeth can be compared with available (bio)archaeological evidence on patterns of human mobility and artefact exchange. This comparison leads to a more conclusive interpretation of dog mobility patterns and contributes to a better understanding of the networks of mobility and exchange present during the Ceramic Age in the Antilles. This research has highlighted the potentials of the study of human-animal interaction and the contributions that strontium isotope analysis can offer to the understanding of the complex processes of mobility and exchange at work in the circum-Caribbean.Show less
