Lithic analysts have been criticized for being atheoretical in their approach, or at least for not contributing to building archaeological theory. This volume redresses that balance. In Stone Tools, renowned lithic analysts employ explicitly theoretical constructs to explore the archaeological record and use the lithic database to establish its points. Chapters discuss curation, design theory, replacement of stone with metal, piece refitting, and projectile point style.

This practical volume does not intend to replace a mentor, but acts as a readily accessible guide to the basic tools of lithic analysis. The book was awarded the 2005 SAA Award for Excellence in Archaeological Analysis. Some focuses of the manual include: history of stone tool research; procurement, manufacture and function; assemblage variability. It is an incomparable source for academic archaeologists, cultural resource and heritage management archaeologists, government heritage agencies, and upper-level undergraduate and graduate students of archaeology focused on the prehistoric period.

In this volume, Odell presents a detailed comparative analysis of standardized lithic data from 10 Illinois Valley components spanning 7500 years from the Early Archaic through the Mississippian perhaps the first time that such a comprehensive set of lithic variables has been analyzed for the entire Holocene of a region. A major part of this study constitutes the most extensive application of low-power lithic use-wear analysis to be found in the literature, accompanied by full discussion of the technique and a suite of new experimental data. The results provide significant information on prehistoric mobility and technological organization in mid-continental North America, revealing clearly for the first time a number of significant behavioral trends: e.g., an increase in the hafting of tools, economizing behavior in chert-poor areas, apparent change in projectile technology, changes in tool use intensity, and symboling behavior. These trends are supported by a massive set of easily accessible tables of data located in the appendix."

Lithic analysts have been criticized for being atheoretical in their approach, or at least for not contributing to building archaeological theory. This volume redresses that balance. In Stone Tools, renowned lithic analysts employ explicitly theoretical constructs to explore the archaeological record and use the lithic database to establish its points. Chapters discuss curation, design theory, replacement of stone with metal, piece refitting, and projectile point style.

This practical volume does not intend to replace a mentor, but acts as a readily accessible guide to the basic tools of lithic analysis. The book was awarded the 2005 SAA Award for Excellence in Archaeological Analysis. Some focuses of the manual include: history of stone tool research; procurement, manufacture and function; assemblage variability. It is an incomparable source for academic archaeologists, cultural resource and heritage management archaeologists, government heritage agencies, and upper-level undergraduate and graduate students of archaeology focused on the prehistoric period.

In this volume, Odell presents a detailed comparative analysis of standardized lithic data from 10 Illinois Valley components spanning 7500 years from the Early Archaic through the Mississippian perhaps the first time that such a comprehensive set of lithic variables has been analyzed for the entire Holocene of a region. A major part of this study constitutes the most extensive application of low-power lithic use-wear analysis to be found in the literature, accompanied by full discussion of the technique and a suite of new experimental data. The results provide significant information on prehistoric mobility and technological organization in mid-continental North America, revealing clearly for the first time a number of significant behavioral trends: e.g., an increase in the hafting of tools, economizing behavior in chert-poor areas, apparent change in projectile technology, changes in tool use intensity, and symboling behavior. These trends are supported by a massive set of easily accessible tables of data located in the appendix."