Feedbacks, Critical Transitions and Social Change in Forager-Resource Systems: An integrated modeling and ethnoarchaeological analysis

abstract: My dissertation contributes to a body of knowledge useful for understanding the evolution of subsistence economies based on agriculture from those based on hunting and gathering, as well as the development of formal rules and norms of territorial ownership in hunter-gatherer societies. My...

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Other Authors: Freeman, Jacob C. (Author)
Format: Doctoral Thesis
Language:English
Published: 2014
Subjects:
Online Access:http://hdl.handle.net/2286/R.I.24811
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spelling ndltd-asu.edu-item-248112018-06-22T03:04:49Z Feedbacks, Critical Transitions and Social Change in Forager-Resource Systems: An integrated modeling and ethnoarchaeological analysis abstract: My dissertation contributes to a body of knowledge useful for understanding the evolution of subsistence economies based on agriculture from those based on hunting and gathering, as well as the development of formal rules and norms of territorial ownership in hunter-gatherer societies. My research specifically combines simple formal and conceptual models with the empirical analysis of large ethnographic and environmental data sets to study feedback processes in coupled forager-resource systems. I use the formal and conceptual models of forager-resource systems as tools that aid in the development of two alternative arguments that may explain the adoption of food production and formal territorial ownership among hunter-gatherers. I call these arguments the Uncertainty Reduction Hypothesis and the Social Opportunity Hypothesis. Based on the logic of these arguments, I develop expectations for patterns of food production and formal territorial ownership documented in the ethnographic record of hunter-gatherer societies and evaluate these expectations with large ethnographic and environmental data sets. My analysis suggests that the Uncertainty Reduction Hypothesis is more consistent with the data than the Social Opportunity Hypothesis. Overall, my approach combines the intellectual frameworks of evolutionary ecology and resilience thinking. The result is a theory of subsistence change that integrates elements of three classic models of economic development with deep intellectual roots in human ecology: The Malthusian, Boserupian and Weberian models. A final take home message of my study is that evolutionary ecology and resilience thinking are complementary frameworks for archaeologists who study the transition from hunting and gathering to farming. Dissertation/Thesis Freeman, Jacob C. (Author) Anderies, John M (Advisor) Nelson, Margaret C (Advisor) Barton, C Michael (Committee member) Arizona State University (Publisher) Archaeology Macroecology Behavioral sciences Archaeology Cultural Evolution Food Production Human Ecology Hunter-gatherer Territoriality Niche Construction eng 205 pages Ph.D. Anthropology 2014 Doctoral Dissertation http://hdl.handle.net/2286/R.I.24811 http://rightsstatements.org/vocab/InC/1.0/ All Rights Reserved 2014
collection NDLTD
language English
format Doctoral Thesis
sources NDLTD
topic Archaeology
Macroecology
Behavioral sciences
Archaeology
Cultural Evolution
Food Production
Human Ecology
Hunter-gatherer Territoriality
Niche Construction
spellingShingle Archaeology
Macroecology
Behavioral sciences
Archaeology
Cultural Evolution
Food Production
Human Ecology
Hunter-gatherer Territoriality
Niche Construction
Feedbacks, Critical Transitions and Social Change in Forager-Resource Systems: An integrated modeling and ethnoarchaeological analysis
description abstract: My dissertation contributes to a body of knowledge useful for understanding the evolution of subsistence economies based on agriculture from those based on hunting and gathering, as well as the development of formal rules and norms of territorial ownership in hunter-gatherer societies. My research specifically combines simple formal and conceptual models with the empirical analysis of large ethnographic and environmental data sets to study feedback processes in coupled forager-resource systems. I use the formal and conceptual models of forager-resource systems as tools that aid in the development of two alternative arguments that may explain the adoption of food production and formal territorial ownership among hunter-gatherers. I call these arguments the Uncertainty Reduction Hypothesis and the Social Opportunity Hypothesis. Based on the logic of these arguments, I develop expectations for patterns of food production and formal territorial ownership documented in the ethnographic record of hunter-gatherer societies and evaluate these expectations with large ethnographic and environmental data sets. My analysis suggests that the Uncertainty Reduction Hypothesis is more consistent with the data than the Social Opportunity Hypothesis. Overall, my approach combines the intellectual frameworks of evolutionary ecology and resilience thinking. The result is a theory of subsistence change that integrates elements of three classic models of economic development with deep intellectual roots in human ecology: The Malthusian, Boserupian and Weberian models. A final take home message of my study is that evolutionary ecology and resilience thinking are complementary frameworks for archaeologists who study the transition from hunting and gathering to farming. === Dissertation/Thesis === Ph.D. Anthropology 2014
author2 Freeman, Jacob C. (Author)
author_facet Freeman, Jacob C. (Author)
title Feedbacks, Critical Transitions and Social Change in Forager-Resource Systems: An integrated modeling and ethnoarchaeological analysis
title_short Feedbacks, Critical Transitions and Social Change in Forager-Resource Systems: An integrated modeling and ethnoarchaeological analysis
title_full Feedbacks, Critical Transitions and Social Change in Forager-Resource Systems: An integrated modeling and ethnoarchaeological analysis
title_fullStr Feedbacks, Critical Transitions and Social Change in Forager-Resource Systems: An integrated modeling and ethnoarchaeological analysis
title_full_unstemmed Feedbacks, Critical Transitions and Social Change in Forager-Resource Systems: An integrated modeling and ethnoarchaeological analysis
title_sort feedbacks, critical transitions and social change in forager-resource systems: an integrated modeling and ethnoarchaeological analysis
publishDate 2014
url http://hdl.handle.net/2286/R.I.24811
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