Focusing on the relationship between demography and sedentary behavior, this thesis explores changes to mobility strategies on the Northern Northwest Coast of North America between 11,000 and 5,000 cal BP. Drawing on a regional database of radiocarbon dates, it uses summed probability distributions (SPDs) of calibrated dates as a proxy for population change, in combination with syntheses of previously published technological, paleo environmental and settlement pattern data to test three hypotheses derived from the literature about the development of logistic mobility among maritime hunter-gatherers on the Northern Coast. In all, each of the hypotheses proposes that early peoples on the coast were foragers that utilized high levels of residential mobility, who later adopted collector (logistic) strategies. Two of the hypotheses emphasize the role of population growth and/or packing and resource distribution in this transformation, while the third emphasizes population replacement. Other issues addressed within this thesis are whether or not the forager-collector continuum, as it is used for terrestrial hunter-gatherers, can be applied to those in aquatic settings. Also explored, is the question of whether the available data is sufficient for making and/or testing claims about early mobility patterns in the region. The results of the demographic models suggest that while population levels were volatile, volatility declined through time and that there is no significant trend in either growth or decline of overall population levels throughout the region. This thesis also confirmed that significant changes to mobility, as evidenced by the emergence of semi-sedentary to sedentary living, begin to appear by ~7,000 cal BP. However, there appears to be little, if any correlation between the advent of more sedentary and logistic behavior and any of the variables tested here. Thus this author suggests, in agreement with Ames (1985; 2004) and Binford (2001) that the distribution of resources and labor organization needs within aquatic environments are sufficient without any other drivers for the development and intensification of logistic mobility. The principle analytic contribution of this research comes from the demographic modeling that relied on the construction of summed probability distributions. Though these methods have become commonplace in other settings (namely Europe), this thesis presents the first application of these methods within the time period and region covered. Moreover, this research is one of the only of its kind to address demographic histories within coastal landscapes that utilizes both marine and terrestrial 14C samples. In order to explore possible biases within the database, comparisons of marine and terrestrial SPDs were made between sub-sections of the region (i.e. Haida Gwaii, Southeast Alaska and the Dundas Islands). Though patterning between each of these areas was consistent, these comparative methods revealed an unexpected finding; a massive population crash throughout the region that began between ~9,000-8,800 cal BP and lasted till around 8,400 cal BP. Importantly, this crash was witnessed within all of the individual sub-areas and within SPDs made from both the marine and terrestrial 14C samples, though the reasons behind this collapse and verification of its existence require future research. However, finding this collapse at all further highlighted the need for use of correctly calibrated 14C dates, as the gap in 14C dates effectively disappears when using uncalibrated dates, which has been a longstanding tradition within Northwest archaeology.

In northwest Alaska, archaeologists hypothesize that environmental variability was a major factor in both growing coastal population density, with large aggregated villages and large houses, between 1000 and 500 years ago (ya), and subsequent decreasing population density between 500 ya and the contact era. After 500 ya people are thought to have dispersed to smaller settlements with smaller house sizes in coastal areas, and perhaps, upriver. This settlement pattern was identified through research at four site locations over 30 years ago. The changing geographic distribution of sites, associated settlement size, and house size has not been examined in detail. A more careful examination of changing northwest Alaskan settlement patterns is needed before larger questions about socio-economic organization can be addressed. I use Geographic Information Systems (GIS) to evaluate the evidence for a geographic redistribution of Arctic peoples during the Late Holocene. The author constructed a database of settlement location and site attribute information, specifically the number of houses within each settlement and the size (m2). Data were collected from a dataset of Western Arctic National Parklands (WEAR), the Alaska Heritage Resource Survey (AHRS) database of archaeological sites in Alaska, 409 unpublished site reports and field notes curated by the National Park Service (NPS) and Bureau of Indian Affairs (BIA), and the results of recent fieldwork in northwest Alaska. A total of 486 settlements were identified within the northwest Alaska with 128 settlements having temporal and site attribute data. The author incorporated settlement size data into a GIS database and then carried out global, Moran's I, local Moran's I, and local Getis-Ord spatial analyses to test whether settlement redistribution occurred and if key settlement locations shifted after 500 ya. The site attribute data (number of houses and average size of houses) are used to test the additional aspects of the proposed settlement pattern change after 500 ya. A total of 83 settlements with 465 houses are used to test if the average size of settlements and average house size changed after 500 ya. The results of the spatial analyses indicate no statistically significant patterns in the spatial distribution of settlements. Site attribute analysis shows no statistical difference in the average number of houses per village or the average size of houses before or after 500 ya. The results of this work build our understanding of regional settlement patterns during the late Holocene. By testing settlement pattern change, i.e. settlement distribution, settlement size, and house size, future research into settlement pattern change can begin to evaluate likely causes for the observed changes. My method, specifically the use of GIS as a method for testing settlement pattern change, can be applied to other regions and temporal scales.

No description available.

Thesis (Ph.D.)--Arizona State University, 1997. / Includes bibliographical references.

The present study is an assessment of archaeological evidence obtained from systematical archaeological surveys conducted in the territory of Klazomenai, which is one of the Ionian poleis located on Urla-&Ccedil / esme peninsula at Izmir. The main objective of the study is to explain the polis formation process in Klazomenai from Early Iron Age to Roman period with the aid archaeological evidence in the light of historical and epigraphical evidence. I here discuss the polis formation through the concepts of urbanization and state formation, which are defined as the subset processes of polis formation within the context of the study. The settlement patterns for each archaeological period from Early Iron Age period to Roman Period are defined with the aid of spatial analysis and GIS analysis are also integrated for determining the parameters for site choice for being able to explain the dynamics that caused the shifts in settlement patterns. Methods are applied for estimating the land potential and demographic trends as well, which are complementary concepts of settlement patterns. Within the context of the work also Greek polis as a concept is discussed since the subject of the work is an Ionan polis. Archaeological survey as a method also discussed for being the method for obtaining the raw data of the work. The study consists of mainly six chapters including the conclusion and three appendices. First chapter includes the scope and the objectives of the work as well as the nature of the evidence. In the second chapter the methods of analyses are explained and discussed. Third chapter is merely confined to discussions revolving around the concept of polis and the terminology used. Fourth chapter includes a brief history of settlement and the complementary archaeological evidence provided with the archaeological excavations conducted at the settlement center. Fifth chapter consists of the assessment of the evidence and the application of methods and results, whereas the final chapter is the conclusion of the study.

Thesis (M.S.)--Mississippi State University. Department of Sociology, Anthropology, and Social Work. / Title from title screen. Includes bibliographical references.

Thesis (M.S.)--Ohio University, November, 2009. / Title from PDF t.p. Includes bibliographical references.

Communities have traditionally been viewed as spatially bounded social units composed of multiple households whose inhabitants are integrated by shared resources and a common sense of identity. While investigating resources and identity is useful for archaeological study because of their material correlates, such views of community ultimately fail to acknowledge the dynamic interaction between cultural and environmental forces in shaping and shifting those arrangements over time. This study examines settlement, excavation, and geoarchaeological data from the Palmarejo Valley in northwestern Honduras with the aim of modeling the process of community formation at the intersection of social and natural landscapes in both the past and present.

This study examines subsistence-settlement systems and residential mobility of prehistoric Jomon hunter-gatherers in Japan. Raw data were collected from Moroiso Phase (ca. 5000 B.P.) sites of the Early Jomon Period in the Kanto and Chubu regions. Many archaeologists have assumed that the Jomon people were sedentary inhabitants of large villages, occupied throughout the year. However, recent developments in Jomon studies suggest that we must reevaluate the assumption of Jomon sedentism. In this study, Moroiso Phase settlement patterns, including intersite lithic assemblage variability, site size and site location, are examined in the context of an ethnographic model of hunter-gatherer subsistence-settlement systems. The results indicate that the Moroiso Phase settlement patterns correspond very closely to those of hunter-gatherers who are relatively sedentary but move their residential bases seasonally. Changes of settlement patterns over time within the Moroiso Phase are also examined, and the results are explained in relation to changes in the natural environment.

This works examines the Late Formative Period site of Jatanca (Je-1023) located on the desert north coast of the Jequetepeque Valley, Peru. Je-1023 is a complex site made up of numerous free-standing compounds that are organized around several predictably located, replicated interior complexes that were important in determining the overall shape and interior organization of the site. While this work relies on a number of data sets traditionally used by archaeologists as a means of examining prehistoric cultures such as ceramics, ethnobotanical analysis, and the surrounding relic landscape, architectural analysis is the primary means by which Je-1023 is examined. This work elucidates a number of archaeological issues at a variety of scales of consideration. From the level of the compound up to the entire North Coast, sociopolitical organization, the interface between behavior and architectural design, interior access patterns and social ordering, labor organization, and the impact of social memory in architectural design are all considered by this work.