In the past, archaeological investigations have recovered material culture that have often been stored as museum property without a focused analysis or written report of the results. This study focuses on one such assemblage ofchipped stone projectile points from the Bachman Cave locality of southwestern Idaho that has been stored at the Southwest Idaho Regional Archaeological Center (SWIRAC) for over twenty years. The focus of this study outlines the approach used to develop the cultural chronology of the site by conducting an objective and subjective analysis of the projectile points, using previous and recent literature as well as field notes, level records, and published radiocarbon samples to corroborate the data. Overall, this study presents a cultural sequence of a site in southwestern Idaho as it is revealed by the identification and analysis of Bachman Cave projectile points. The Bachman Cave projectile point database is consistent with a known analytical scheme and this will greatly add to future archaeological investigations conducted in the Snake River Plain of Idaho and the Northern Great Basin region. / Graduation date: 2003

End scrapers were an "all purpose" tool that have been associated with processes such as planing or shaving vegetal resources, shaping bone or antler implements, and to render hide into usable fabric. Examining end scrapers from four different archaeological sites on the North Umpqua River of southwestern Oregon provided interesting data regarding the use of these tools over time. Each site consists of at least one, or several, occupational components providing an opportunity to compare similarities and differences between sites. Analyses rely in part on the comparison of multi-dimensional characteristics, or allometry, of the stone tools. Statistically, the relationship between the length of an end scraper and its thickest point has been previously suggested to be demonstrative of the original size of the tool. A similar conclusion was acquired during this analysis, which then sought to determine if a discard ratio for each site could be established based on the length and edge angle of the end scrapers. The discard ratio was originally thought to represent a reflection of functional efficiency, differential resource processing, or material availability. A bulk analysis of material types from the overall assemblages and a comparison of end scraper composition suggested intensive use of obsidian, the non-local material. Overall, trends could not be demonstrated using the discard ratio to represent the degree of use as end scrapers size depends on lithic technology, material availability, and perhaps a specific need. Perhaps the most intriguing outcome of this study relates to the individual Middle Archaic component at the Meg's Keep site. Based on the large obsidian artifact assemblage, this site is thought to have been a task specific location and that the large number of end scrapers recovered were manufactured elsewhere and imported to the site. Comparing end scrapers at each site suggested that Type 1 scraper (≥7.5 mm) may be an indicator of curation. The analyses indicate that Type 1 CCS end scrapers at Canton Creek, Dry Creek, and Boulder Confluence out-numbered Type 3 scrapers 20 to 4. In contrast, the large number of end scrapers at Meg's Keep had a total of 9 Type 1 end scrapers. From the above data, Type 1 and Type 3 end scrapers appear to be a direct result of the availability of raw material and potentially an indicator of curation. / Graduation date: 2005

Thesis (M.A.)--Memorial University of Newfoundland, 2004. / Bibliography: leaves 191-204.

This dissertation addresses how Paleoindians used the karst drainage of the Aucilla River in northwestern Florida during the Pleistocene/Holocene transition (approximately 15-10,000 14C yr B.P.). I take a geoarchaeological approach to discuss Paleoindian land use by first defining the Late Pleistocene and Holocene geological record, and then by creating a model of site formation processes in the Aucilla River. Both underwater and terrestrial fieldwork were performed. Underwater fieldwork consisted of hand-driven cores and surface survey, vibrocoring, underwater 1 x 1 m unit excavation, and controlled surface collection. Terrestrial fieldwork consisted of shovel and auger test pits. Seventeen cores were collected from five different submerged sinkhole sites, which were used to select two sites for further study: Sloth Hole (8JE121), which had been previously excavated, and Wayne's Sink (8JE1508/TA280), which was recorded but not formally investigated. Five vibrocores and two 1 x 1m units were used, with previous research, to define the geological and geoarchaeological context of Sloth Hole. Fifteen vibrocores, six 1 x 1 m excavation units, and ten 1 x 1 m surface collection units were used to define the geological, geoarchaeological, and archaeological context of Wayne's Sink. A combination of 130 shovel and auger test pits was used to define the geological, geoarchaeological, and archaeological potential of the terrestrial landscape. Five new Holocene-aged terrestrial sites were recorded. All of these data were evaluated with archival data from previously-excavated sites to create models of site formation and Paleoindian land use in the lower Aucilla Basin. This research shows that there have been four major periods of sinkhole infill in the lower Aucilla basin. The first occurred prior to the Last Glacial Maximum, with each sinkhole containing peat deposits that date in excess of 21,000 calendar years ago (cal B.P.). These peats are overlain by sandy colluvium that dates to approximately 14,500 cal B.P. The colluvium is overlain by clays that contain evidence for soil formation. These soils vary in age, with radiocarbon dates of approximately 14,500-10,000 cal B.P. These clays are directly overlain by peats dating to 5,000-3,500 cal B.P., which are overlain by peats and clays that date to 2,500-0 cal B.P. Intact Paleoindian and Early Archaic deposits are possible in the late Pleistocene soils.

This thesis proposes a fresh engagement with the idea of the archaic as a means to recover and replenish some of the lost vitality suffered during what William Barrett characterized the modern period as “the gigantic externalization of life.” An introductory essay examines how the related ideas of the archaic, the primal, and the prehistoric have at key moments provided a source of creative energy for the arts of the last century. Collections of found material, and several photographic studies document the city of Niagara Falls—icon of American pop culture and faded relic of romanticism. The photographs present an alternative to the world of the touristic snapshot, and address the questions: In the age of simulation how do we know what is real anymore? Can we learn to see with archaic eyes?

This thesis proposes a fresh engagement with the idea of the archaic as a means to recover and replenish some of the lost vitality suffered during what William Barrett characterized the modern period as “the gigantic externalization of life.” An introductory essay examines how the related ideas of the archaic, the primal, and the prehistoric have at key moments provided a source of creative energy for the arts of the last century. Collections of found material, and several photographic studies document the city of Niagara Falls—icon of American pop culture and faded relic of romanticism. The photographs present an alternative to the world of the touristic snapshot, and address the questions: In the age of simulation how do we know what is real anymore? Can we learn to see with archaic eyes?

Thesis (Ph. D.)--Rijksuniversiteit te Leiden, 1998. / "Stellingen" ([1] leaf) inserted. Includes bibliographical references (p. 187-193). Also available online.

The variability of prehistoric settlements and settlement systems (settlement variability) is a result of the kinds of activities conducted (functional variability) and how long and intensively settlements were occupied (occupational variability). Previous studies of settlement variability, especially in the American Southwest, have emphasized primarily functional variability. This study explores the implications of both functional and occupational variability in contributing to settlement variability and how these factors in turn influence our ability to reconstruct past settlement systems. In investigating the effects of functional and occupational variability on settlement variability, an attempt was made to control the effects of other variables that might possibly contribute to settlement variability. Accordingly, the experimental design for this study required that a sufficient number of archaeological sites of the same developmental stage and cultural affiliation occurring in the same homogeneous environment be located. These design requirements were fulfilled by the discovery of the Pitiful Flats locality located midway between Grasshopper and Cibecue in east-central Arizona. The surface material of 34 archaeological sites (12 lithic sites, 22 ceramic sites) on Pitiful Flats was systematically collected to ensure data comparability. To control further for the effects of functional variability, interpretation-free units of analysis were developed for the lithic and ceramic assemblages by means of taxonomically based typologies. Typological and metric variation in these units of analysis, as well as variation in non-assemblage measurements (site size, density, and distribution of occupational debris), is used as evidence to support conclusions about site-type differences in lithic technology and settlement function, and to develop an occupational history of each Pitiful Flats site. These site-specific inferences provide a basis for reconstructing the structure of an extinct settlement system in the Grasshopper area. This reconstruction suggests that prior to the appearance of masonry architecture in the Grasshopper area, the basic regional settlement system consisted of a small number of "home bases" (permanently occupied habitations) and numerous sporadically occupied "work camps." The home base and work camps were spatially exclusive; the work camps were tethered to a particular home base. The tether settlement system explains many of the facts of the regional archaeological record. It also provides a basis for advancing the hypothesis that a modified form of swidden agriculture (non-slash and burn as opposed to slash and burn) was practiced. This form of cultivation was a non-labor-intensive technique for transforming a marginally productive environment for agricultural purposes. The demographic and social implications of the tether settlement model and the non-slash swidden hypothesis for understanding regional Grasshopper prehistory are also discussed.

Using a Geographic Information System (GIS), locational analysis was performed for prehistoric sites recorded during a 1985 surface survey conducted in Henry County, Indiana. Two sensitivity models were developed to identify areas more likely to contain substantial archaeological resources. Both models were based on environmental data derived largely from soil survey information. An intuitive model was created and "blindly" applied to the study area. This model did not interpret the distribution of sites very well. During development of an alternative model, the 1985 survey data was more thoroughly investigated. Site locations were found to be correlated with Soil Conservation Service drainage categories. In upland areas, sites with ten or more artifacts clustered around pockets of very poorly drained Millgrove loam soils. In lowland areas, sites with ten or more artifacts exhibited a preference for well drained soils. Before and during analysis, the integrity of source data was investigated. A United States Geological Survey 7.5-minute digital elevation model was found to be unsuitable for analysis within the study area. Mapping errors were discovered within the 1985 survey data. Global Positioning System (GPS) technology, which can increase the spatial integrity of survey data, was demonstrated and used to register and adjust source data. A mapping-grade GPS base station was established at Ball State University. / Department of Anthropology

The Upper Wabash Drainage over the last few years has become an area which has provided archaeologists with vital data concerning prehistoric settlement patterns. One time period which has not been well represented is the Archaic Period. Many questions have been unanswered about Archaic settlement patterns within the region. This study examines data from archaeological survey and presents a model for both Early and Late Archaic settlement within the Upper Wabash drainage. The information generated by this analysis will provide a better understanding of the Archaic period within this region. The study will also prove to be useful as a reference for future research as well as an important mechanism for resource management. / Department of Anthropology