Full-Coverage Survey in the Lower Río Verde Valley, Oaxaca, Mexico: Broad-Scale Insights on Human-Environment Relations
Author(s): Jessica Hedgepeth Balkin; Arthur Joyce; Raymond Mueller; Sarah Barber
Year: 2019
Summary
This is an abstract from the "Regional and Intensive Site Survey: Case Studies from Mesoamerica" session, at the 84th annual meeting of the Society for American Archaeology.
Regional survey in the lower Río Verde Valley, Oaxaca, Mexico has been ongoing since 1994. Our full-coverage approach resulted in extensive spatial coverage (224 km2) spanning the valley’s major physiographic zones (e.g., floodplain, piedmont, etc.). The coarse-grained data produced via this methodology is ideal for broad-scale research questions. We focus on the recursive relationship of settlement choice with: 1) political shifts, and 2) the development of highly productive resource areas (c.a. 1800-150 BCE). To be fully understood, these settlement shifts must be placed in a macroregional context. Land use choices are made in relation to a network of agents operating at both local and broader spatial scales. Interdisciplinary evidence indicates that urban settlement in the Mixtec highlands had far-reaching effects, including the transport of eroded settlements from the highlands to the lower Verde coast. Ultimately, this led to the expansion of the floodplain and the enclosure of estuaries. After discussing the history of survey on the lower Verde coast, this paper details the results of a geospatial study on long-term human-environment relations.
Cite this Record
Full-Coverage Survey in the Lower Río Verde Valley, Oaxaca, Mexico: Broad-Scale Insights on Human-Environment Relations. Jessica Hedgepeth Balkin, Arthur Joyce, Raymond Mueller, Sarah Barber. Presented at The 84th Annual Meeting of the Society for American Archaeology, Albuquerque, NM. 2019 ( tDAR id: 451300)
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Keywords
General
Settlement patterns
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Survey
Geographic Keywords
Mesoamerica: Pacific Coast
Spatial Coverage
min long: -109.226; min lat: 13.112 ; max long: -90.923; max lat: 21.125 ;
Record Identifiers
Abstract Id(s): 24916