Journal article
Re-interpreting ancient Maya mobility: a strontium isotope baseline for Western Honduras
Journal of archaeological science, reports, Vol.20, pp.799-807
08/2018
Web of Science ID: WOS:000444281500076
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Abstract
Isotopic data are regularly employed to investigate and reconstruct migration, diet, and other anthropological questions about the past. Here we present new radiogenic strontium isotope values for western Honduras that have been understudied in relation to mobility among the ancient Maya in Mesoamerica. We employ biologically available isotopic compositions (87Sr/86Sr) derived from local fauna and plants to create a baseline for these regions to determine the degree of movement into populations at Late Classic (600–820 CE) Copan, Honduras. Our results demonstrate that while movement certainly occurred within the Maya region, it also may have included areas beyond the perceived physical and cultural boundaries of the Maya world. We focus on the biogeochemical data to highlight how paleomobility (87Sr/86Sr) data should be used cautiously to understand mobility across Mesoamerica, and to consider how non-Maya peoples were likely part of Maya communities.
•New baseline 87Sr/86Sr values are presented to assess paleomobility in Mesoamerica.•Results suggest migration occurred regularly within and beyond the ancient Maya world.•Biologically available isotopic compositions derived from local fauna living on identifiable geological zones were used to investigate mobility in the past.
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Details
- Title
- Re-interpreting ancient Maya mobility
- Publication Details
- Journal of archaeological science, reports, Vol.20, pp.799-807
- Resource Type
- Journal article
- Publisher
- Elsevier Ltd
- Grant note
- This work was support with funding by the School of Human Evolution and Social Change and Graduate and Professional Student Association at Arizona State University, a National Science Foundation awarded to Miller Wolf (grant number BCS-1207533), and the T. Douglas Price University of Wisconsin Laboratory for Archaeological Chemistry (BCS-1219585).
- Copyright
- ©2018 Elsevier Ltd.
- Identifiers
- WOS:000444281500076; 99380171594906600
- Academic Unit
- Anthropology; College of Arts, Social Sciences, and Humanities
- Language
- English