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Faculty of Science School of Geography,Archaeolgy and Enviromental Studies 9408209v brandoornum@nmsa.org.za / While the Iron Age sequence of the Shashe-Limpopo region of Limpopo Province has been the subject of much research in the past, little is known about the huntergatherer sequence of the area. I begin to address this lack through the description of three new hunter-gatherer sites: Tshisiku Shelter, Balerno Main Shelter and Balerno Shelter 2. I examine how hunter-gatherer spaces, places and identity changed with the movement of different groups of farmers (including Zhizo, K2 and Mapungubwe period farmers) into the Shashe-Limpopo region over the last 2000 years. I also investigate how hunter-gatherer / farmer proximity impacted on interaction, and what social structures, boundaries, and constructed identities underlie interaction in the region. The pre-contact and contact periods are compared in order to determine whether changes in the hunter-gatherer sequence were due to the arrival, and continued presence, of farmers. Ethnographic and archaeological interaction case studies are used to construct a model of interaction for the Shashe-Limpopo. Based on data from Tshisiku Shelter, Balerno Main Shelter, Balerno Shelters 2 and 3, and Little Muck Shelter, a new sequence is proposed for hunter-gatherer occupation in the Shashe-Limpopo region: · An early pre-contact phase (11 120 – 10 890 BC; 6000 – 1220 BC) · A late pre-contact phase (1220 BC - AD 100) · An early contact phase (AD 100 – AD 900) · A late contact phase divided into two periods: - The Zhizo period (AD 900 – AD 1000 / 1200) - The K2 / Mapungubwe period (AD 1000 – AD 1300) Finally, a late second millennium phase of Late Iron Age farmer utilisation of hunter- gatherer sites occurs in the recent past (AD 1600 – AD 1900). iv My research suggests that: · A hunter-gatherer presence occurs significantly earlier in the region than initially hypothesised. · Differences in farmer social structure and identity play a role in how farmers interact with hunter-gatherers, and vice versa. · Finally, due to the differences between farmer groups and decreasing space on the landscape, a range of hunter-gatherer reactions to the presence of farmers occurred throughout the last two millennia in the Shashe-Limpopo region.

Postcranial non-metric skeletal traits are documented in two Cis-Baikal populations: the Kitoi, dating to the Early Neolithic (8000-7000/6800 BP), and the Isakovo/Serovo/Glazkovo (ISG) cultural complex, dating to the Late Neolithic (Isakavo/Serovo: 6000/5800-5200 BP) and Early Bronze Age (Glazkovo: 5200/5000-4000 BP). A major cultural discontinuity is thought to have occurred in the Middle Neolithic (7000/6800-6000/5800 BP). Current and previous research suggests that the Early Neolithic Kitoi were bioculturally distinct from the Late Neolithic-Bronze Age ISG cultural complex. Population, side, sex, and age differences in the expression of non-metric traits were explored as indicators of differing activity patterns and divisions of labour between and within the Kitoi and ISG samples, as well as two Kitoi cemeteries: Shamanka II and Lokomotiv. Results of analyses indicate that the Kitoi, particularly males, were taking part in locomotion over steep terrain while carrying heavy loads, probably related to hunting trips. The ISG do not show evidence of these types of activities, suggesting a population difference in the frequency and degree of physically strenuous activity. Kitoi and Shamanka II males and young adult individuals show evidence of having performed the majority of the strenuous lifting and carrying, as well as evidence of increased mobility relative to females. These results indicative of strong divisions of labour in the Kitoi population. Patterns in trait frequencies were also examined for indications of how multiple underlying factors may be interacting. Trait distribution throughout the body provides evidence of the dominance of biomechanical stress as a causative factor in the expression of postcranial non-metric traits. Other factors that become visible when the influence of biomechanical stress is lower include genotype, trauma, and cartilage degeneration. The results of this project are consistent with current theories on the adaptive regimes of the Kitoi and ISG populations and strongly support previous work by BAP researchers in the areas of skeletal robusticity, osteoarthritis, and musculoskeletal stress markers. The research also helps to broaden the knowledge base about the etiologies of the non-metric traits involved.

The essay circulates around the technological analysis of flint material from four localities around the Baltic Sea basin. The analysis was created to investigate the question of where the first Gotlandic settlers originated from and to give clues about the colonization process. The investigated material was collected during the fall of 2011 and a correspondence analysis is used to analyze the collected material. The purpose of using a correspondence analysis is to test the method as a tool for investigating Mesolithic flint technologies. The essay also discusses marine hunter-gatherers, their economy and how their archeological remains differ from terrestrial hunter-gatherers.

Postcranial non-metric skeletal traits are documented in two Cis-Baikal populations: the Kitoi, dating to the Early Neolithic (8000-7000/6800 BP), and the Isakovo/Serovo/Glazkovo (ISG) cultural complex, dating to the Late Neolithic (Isakavo/Serovo: 6000/5800-5200 BP) and Early Bronze Age (Glazkovo: 5200/5000-4000 BP). A major cultural discontinuity is thought to have occurred in the Middle Neolithic (7000/6800-6000/5800 BP). Current and previous research suggests that the Early Neolithic Kitoi were bioculturally distinct from the Late Neolithic-Bronze Age ISG cultural complex. Population, side, sex, and age differences in the expression of non-metric traits were explored as indicators of differing activity patterns and divisions of labour between and within the Kitoi and ISG samples, as well as two Kitoi cemeteries: Shamanka II and Lokomotiv. Results of analyses indicate that the Kitoi, particularly males, were taking part in locomotion over steep terrain while carrying heavy loads, probably related to hunting trips. The ISG do not show evidence of these types of activities, suggesting a population difference in the frequency and degree of physically strenuous activity. Kitoi and Shamanka II males and young adult individuals show evidence of having performed the majority of the strenuous lifting and carrying, as well as evidence of increased mobility relative to females. These results indicative of strong divisions of labour in the Kitoi population. Patterns in trait frequencies were also examined for indications of how multiple underlying factors may be interacting. Trait distribution throughout the body provides evidence of the dominance of biomechanical stress as a causative factor in the expression of postcranial non-metric traits. Other factors that become visible when the influence of biomechanical stress is lower include genotype, trauma, and cartilage degeneration. The results of this project are consistent with current theories on the adaptive regimes of the Kitoi and ISG populations and strongly support previous work by BAP researchers in the areas of skeletal robusticity, osteoarthritis, and musculoskeletal stress markers. The research also helps to broaden the knowledge base about the etiologies of the non-metric traits involved.

This dissertation examines human settlement-size variation through the lens of hunter-gatherer archaeology. Research article 1 presents an analysis of prehistoric hunter-gatherer settlement patterns from a wide range of environmental contexts and in the absence of socioeconomic complexity. Hunter-gather settlement size variation is found to exhibit heavy-tailed statistical structure that is consistent with the statistical structure of modern settlement-size variation, supporting claims that socioeconomic complexity is not requisite for the formation of so-called settlement-size hierarchies in human societies. Following insights from hunter-gatherer anthropology, complex systems research, and ecology, research article 2 proposes that the structure of hunter-gatherer site-size variation is an emergent property of obligate tool use among mobile hunter-gatherers. As materials are moved, modified, and deposited on the landscape, they effectively subsidize the costs of future land use at those locations, which results in additional material deposition, attracting future use, and so on. Using an agent-based model, it is demonstrated that this recursive niche-construction behavior is sufficient to generate the heavy-tailed property of hunter-gatherer site-size variation. The working model is then used to predict other dimensions of hunter-gatherer settlement structure related to artifact clustering and site occupation histories. Research articles 2 and 3 present test results based on Late Archaic Period (7,000-5,000 B.P.) settlement patterns in the Lake Titicaca Basin, Peru. Good agreement is found between the predictions and empirical observations suggesting that ecological niche construction may have played a significant role in structuring hunter-gatherer mobility and land use, which in turn may have created a context for emergent settlement hierarchies.

The thesis examines changes in hunter-gatherer land-use along lower Cypress Creek, atributary of the Green River located in west-central Kentucky. Presented, are the results of the firstthree years of site survey and museum work conducted by the Cypress Creek Archaeological Project.Analysis of site location and hafted bifaces suggests that, throughout the Holocene, increasingemphasis was placed on certain locations and areas of the landscape. Comparison of the CypressCreek study area with other areas of Archaic research indicate that land-use was highly variable inboth space and time across the North American midcontinent.

Research Doctorate - Doctor of Philosophy (PhD) / This thesis uses a transdisciplinary, sustainability-science approach to investigate the dialectics and potential for the Hunter Valley region of New South Wales, Australia, to make a transition to sustainability. The Hunter Valley, one of Australia’s historic food, wine and grain breadbaskets, is now home to over 50 opencut and underground black coal mines and is one of the world’s major coalmining and exporting regions. It is Australia’s largest black coal electricity generating region where six coal-fired power stations generate 40% of Australia’s electricity supply. The carbon intensity of the Hunter Valley’s economy makes the region Australia’s largest direct and indirect contributor to global carbon dioxide emissions. The region is a climate change hot spot that embodies the challenges and opportunities confronting Australia if it is to move towards a clean, renewable energy future and ecologically and socially-sustainable economy. The study examines the Hunter Valley as a complex adaptive socio-ecological system nested in an extended panarchy (Gunderson and Holling, 2002) that includes global energy systems and the ecosphere. The research examines the linked ecological and social health impacts of different scenarios for the Hunter Valley, comparing its current status – given the name Carbon Valley (Ray, 2005a) – with an alternative socio-ecological regime described by local residents as a Future Beyond Coal (CAN, 2006). This Future Beyond Coal is a regional manifestation of what Heinberg (2004) calls, at a global scale, a Post-carbon Society. Transdisciplinary sustainability-science is used to examine complex processes in which Hunter Valley residents are dealing with linked ecosystem-human health distress, while developing capacity for anticipating and forging change towards sustainability. They are also boosting the resilience of desirable states while challenging the perverse resilience of coal dependency. The thesis examines the potential for a ‘Just Transition’ to sustainability, a social and economic restructuring process which aspires to move the region’s socio-ecological relationships rapidly towards sustainability through protecting the wellbeing of vulnerable workers, communities and ecosystems. It investigates hegemonic relationships within coal communities, and the role popular education and social learning are playing in building a social movement for sustainability, a movement that links local, regional and global attractors and disturbances in order to change the basin of attraction from the current non-sustainable coal-dependent society to one that is ecologically sustainable and socially just.

Thesis (M.A.)--Eastern Illinois University, 1967. / Includes bibliographical references (leaves [164-172]).

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