Graduation Date
Fall 2017
Document Type
Thesis
Program
Master of Arts degree with a major in Applied Anthropology
Committee Chair Name
Marisol Cores-Rincon
Committee Chair Affiliation
HSU Faculty or Staff
Second Committee Member Name
Justine Shaw
Second Committee Member Affiliation
HSU Faculty or Staff
Third Committee Member Name
David Baston
Third Committee Member Affiliation
HSU Faculty or Staff
Keywords
Ancient Maya, Agronomy, Soil phosphorus, Landscape archaeology, Three Rivers Region, Belize
Subject Categories
Anthropology
Abstract
It has been well documented that the Classic Maya (250 CE to 900 CE) utilized a variety of agricultural techniques to stimulate their subsistence economy. As a result of the variable topography of the region and soil erosion caused by deforestation, the Classic Maya’s primary method of agricultural expansion consisted of landscape modifications through soil distribution (Turner and Harrison 1983; Beach et al.2006). The terracing of hill slopes is one such modification that would have allowed the ability to maximize agricultural production and limit soil erosion through the creation of farming platforms on hillside slopes. Past research near the ceremonial center of Dos Hombres in Northwestern Belize has pointed to similarities in the design of terrace support structures and suggest ranges of influence within the region (Beach et al. 2006). The research presented here is designed to expand on those tests between household groups at varied spatial and economic ranges to Dos Hombres by analyzing patterns within the design of terrace walls. Additionally, maintaining soil quality and quantity would have required an extensive labor commitment in order to preserve the viability of the land. By analyzing the effects of land use and management in addition to ranges of influence, this research expects to draw distinctions between household groups while indicating correlations between economy and commitment. The manner in which this will be done includes: (1) excavation to identify patterns in design and chronology, and; (2) soil analysis to measure the soils mineral content and use. By measuring ranges of human influence on the environment this research seeks to inform conversations involving site planning and corridors of power.
Citation Style
MLA
Recommended Citation
Smith, Byron, "Subtropical agronomy on a variable landscape: exploring late classic farming in the Three Rivers Region through geotechnical design and the distribution ofedaphic variables" (2017). Cal Poly Humboldt theses and projects. 102.
https://digitalcommons.humboldt.edu/etd/102