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.
Although Neandertals lived in Europe and western Asia for more than 200,000 years, we know surprisingly little about them or about their everyday lives. Evidence of their behavior is largely derived from the surviving pieces of chipped stone and animal bone that resulted from their activities. One of the largest concentrations of stone and bone artifacts left by Neandertals was at the famous archaeological site of La Quina in southwestern France. This study of the significance of changes through time revealed by an analysis of the chipped stone at La Quina reports on the excavations of the Cooperative American–French Excavation Project from 1985 to 1994. It moves beyond the largely descriptive and subjective approaches that have traditionally been applied to this kind of evidence and applies several important quantitative analytical techniques. These new approaches incorporate the history of previous excavations at the site, the results of the work of the Cooperative Project, and the most recent scientific understanding of relevant climatic changes. This is a major contribution to our understanding of Neandertal behavior and industry. It adds new dimensions and perspectives based on innovative techniques of analysis. The analytic methods applied to lithic artifacts that form the heart of the book are the product of considerations about how to best interpret a sequence of multiple contextual samples. The author concludes the book with an extraordinarily useful chapter that places his findings into the larger context of our contemporary knowledge of Neandertal life in the region. The book comes with a compact disc, which includes coded observations used in the analysis in as many as 47 data fields for the more than 11,500 artifacts that will allow professionals and students to further explore the collection of lithic artifacts.
LITHICS IN THE LAND OF THE LIGHTNING BROTHERS skilfully integrates a wide range of data-raw-material procurement, tool design, reduction and curation, patterns of distribution and association-to reveal the major outlines of Wardaman prehistory. At the same time, the book firmly situates data and methods in broad theoretical context. In its regional scope and thorough technological approach, this book exemplifies the best of recent lithic analysis and hunter-gatherer archaeology. Any archaeologist who confronts the challenge of classifying retouched stone tools should consult this volume for a clear demonstration of reduction intensity as a source of size and form variation independent of "type." Yet the demonstration is not merely methodological; Clarkson shows how the measurement of reduction intensity informs analysis of technological diversity and other cultural practices. In Clarkson's hands, Wardaman prehistory emerges as a particular record of the human past. Yet the book is also a case study in prolonged cultural response to environmental conditions and the way in which cultures persist and reproduce themselves over long spans of time. The result is an analytical tour de force that will guide hunter-gatherer archaeology in Australia and elsewhere for years to come.
Debitage, the by-product flakes and chips from stone tool production, is the most abundant artifact type found on prehistoric sites. Archaeologists now recognise its potential in providing information about the kinds of tools produced, the characteristics of the technology that produced them, human mobility patterns and even site function, applying scientific analyses to its study. This volume brings together some of the most recent research on debitage analysis and intepretation, including replication experiments, and offers methodologies for interpreting variability in assemblages at the micro and macro level.
This fully updated and revised edition of William Andrefsky Jr's ground-breaking manual on lithic analysis is designed for students and professional archaeologists. It explains the fundamental principles of the measurement, recording and analysis of stone tools and stone tool production debris. Introducing the reader to lithic raw materials, classification, terminology and key concepts, the volume comprehensively explores methods and techniques, presenting detailed case studies of lithic analysis from around the world. It also examines new emerging techniques and includes a new section on stone tool functional studies.
Drawing data from a classic region for Paleolithic research in Europe, this book explores how early modern humans obtained lithic raw materials and analyzes the different utilization patterns for locally available materials compared with those from a greater distance. The author locates these patterns within an ecological context and argues that early modern humans selected specific mobility strategies to accommodate changes in subsistence environments.
This volume offers a system for the hierarchical classification of British lithic artefacts from the Late Glacial and Holocene periods, and it is hoped that it may find use as a guide book for, for example, archaeology students, museum staff, non-specialist archaeologists, local archaeology groups and lay enthusiasts.