Subject Area
Anthropology
Abstract
Research into social inequality among the Maya often focuses on how elites gained power, while my research sought to identify how both elites and non-elites used economic decision-making to maintain and/or augment their status. My research tested for economic agency and risk mitigation strategies among elite and non-elite households at a single Maya site, Holtun, in the Central Lowlands. Its purpose was also to test for conservation behavior during a period of abundance.
The data for this dissertation was collected through the excavation of civic ceremonial and domestic plazas, and through lithic analyses of obsidian and chert artifacts from the Preclassic and Classic periods. Traditional lithic analyses were employed along with handheld X-Ray Fluorescence (pXRF). I found that while both elites and non-elites expressed agency and risk mitigation strategies during the Classic period, they did so in differing ways. These findings reveal that Classic period elites did not rigidly control lithic industries at Holtun, and that non-elites and lesser elites used lithic material access and production to augment their statuses. Moreover, this research found that obsidian conservation varied based on the source of the raw material, especially for elites, and not only on abundance versus scarcity.
Degree Date
Spring 2022
Document Type
Dissertation
Degree Name
Ph.D.
Department
Anthropology
Advisor
David J. Meltzer
Second Advisor
Brigitte Kovacevich
Third Advisor
B. Sunday Eiselt
Fourth Advisor
Michael G. Callaghan
Number of Pages
359
Format
Creative Commons License
This work is licensed under a Creative Commons Attribution-Noncommercial 4.0 License
Recommended Citation
Crawford, Dawn, "Economic Agency and Risk Mitigation Among the Classic Period Maya at Holtun, Guatemala" (2022). Anthropology Theses and Dissertations.
https://scholar.smu.edu/hum_sci_anthropology_etds/19
Obsidian Data
MURRsourcesamples.xlsx (3879 kB)
Obsidian pXRF Calibration Data
Crawford Chert Tool Data.xlsx (128 kB)
Chert Tool Analysis Data