La Ventilla Chronology Supplemental Materials

Author(s): Gina Buckley

Year: 2023

Summary

Accelerator mass spectrometry radiocarbon (AMS 14C) dates (n = 78) from human bone collagen were analyzed in the largest high-resolution chronology study to date at the ancient city of Teotihuacan in central Mexico (ca. AD 1–550). Samples originate from the residential neighborhood of La Ventilla, located in the heart of this major urban center. Here, a trapezoidal model using Bayesian statistics is built from 14C dates combined with data derived from the stylistic analysis of ceramics from burial contexts. Based on this model, we suggest possible refinements to Teotihuacan’s ceramic chronology, at least within the La Ventilla neighborhood. We also explore the abandonment and reoccupation of La Ventilla after the political collapse of Teotihuacan in the Metepec and Coyotlatelco phases. Findings suggest that these ceramic phases began earlier than is currently projected and that the well-documented abandonment period of La Ventilla may have occurred more abruptly than originally estimated.

Cite this Record

La Ventilla Chronology Supplemental Materials. Gina Buckley. Radiocarbon: 1-25. 2023 ( tDAR id: 468914) ; doi:10.48512/XCV8468914

URL: https://www.cambridge.org/core/journals/radiocarbon/article/refining-ceramic-...


Temporal Coverage

Calendar Date: 600 to 900 (Epiclassic Period)

Calendar Date: 200 to 600 (Classic Period)

Spatial Coverage

min long: -98.9; min lat: 19.65 ; max long: -98.8; max lat: 19.73 ;

Individual & Institutional Roles

Contact(s): Gina Buckley

File Information

  Name Size Creation Date Date Uploaded Access
Buckley-et-al.-La-Ventilla-Chronology_Supplemental-Materials.pdf 1.19mb Jun 9, 2022 Jun 9, 2022 2:57:04 PM Public
Supplementary documents for the article: Buckley, G., Clayton, S., Gómez Chávez, S., Cabrera Castro, R., Eccles, L., Culleton, B., & Kennett, D. (2023). REFINING CERAMIC CHRONOLOGY AND EPICLASSIC REOCCUPATION AT LA VENTILLA, TEOTIHUACAN USING TRAPEZOIDAL BAYESIAN MODELING. Radiocarbon, 1-25. doi:10.1017/RDC.2023.21