"This project is Shott's report on the extensive analysis of a large sample of flake debris and products from the Modena and Tempiute obsidian quarries in eastern Nevada. Archaeologists dealing with the mass of quarry material will find useful information about analyses of reduction, flake assemblages and preform data that should be transferrable to other quarry sites globally. Shott sought to "1) devise and implement efficient but rigorous (i.e. probabilistic) sample designs for spatially extensive, abundant quarry deposits; and 2) to test a behavioral-ecology model of the staging of resource use, the field-processing model (FPM)." However, data collection and initial analysis also required additional analyses be undertaken to appropriately address research questions. As a result, this manuscript details a "diverse and comprehensive set of methods to a large, systematically acquired dataset." It supports the conclusion that the Modena quarry was used by small groups though time"--

"This project is Shott's report on the extensive analysis of a large sample of flake debris and products from the Modena and Tempiute obsidian quarries in eastern Nevada. Archaeologists dealing with the mass of quarry material will find useful information about analyses of reduction, flake assemblages and preform data that should be transferrable to other quarry sites globally. Shott sought to "1) devise and implement efficient but rigorous (i.e. probabilistic) sample designs for spatially extensive, abundant quarry deposits; and 2) to test a behavioral-ecology model of the staging of resource use, the field-processing model (FPM)." However, data collection and initial analysis also required additional analyses be undertaken to appropriately address research questions. As a result, this manuscript details a "diverse and comprehensive set of methods to a large, systematically acquired dataset." It supports the conclusion that the Modena quarry was used by small groups though time"--

This book was originally published in 1984. For over a million years rocks provided human beings with the essential raw materials for the production of tools. Nevertheless we still know very little about the behaviour and processes that resulted in the creation of archaeological sites at or near lithic quarries. In the past archaeologists have placed much emphasis on the process of 'exchange' in their analysis of prehistoric economies while largely ignoring the sources of the exchanged objects. However, with the development of interest in the means of production, these sites have begun to take on a new significance. Prehistoric Quarries and Lithic Production is the first systematic study of archaeological sites that served as quarries for stone tools. Its theoretical and methodological importance will extend its appeal beyond those archaeologists concerned with lithic technology and prehistoric exchange systems to archaeologists and anthropologists in general and to geographers and geologists.

Based on a meeting on prehistoric mines and quarries held at the Society for American Aracheology Annual Symposium in San Juan, Puerto Rico in 2006, this title includes the papers that explore a range of issues relating to prehistoric extraction sites, including ethnography, geochemical signatures, excavation, and conservation.

"Oceanian ceramic cultures making earthenware pottery spread during the past 3500 years through a dozen major island groups spanning 6000 km of the tropical Pacific Ocean from western Micronesia to western Polynesia. Island potters mixed sand as temper into clay bodies during ceramic manufacture. The nature of island sands is governed by the geotectonics of hotspot chains, island arcs, subduction zones, backarc basins, and remnant arcs as well as by sedimentology. Because small islands with bedrock exposures of restricted character are virtual point sources of sand, many tempers are diagnostic of specific islands. Petrographic study of temper sands in thin section allows distinction between indigenous pottery and exotic pottery transported from elsewhere. Study of 2223 prehistoric Oceanian potsherds from 130 islands and island clusters indicates the nature of Oceanian temper types and documents 105 cases of interisland transport of ceramics over distances typically