The first overview of sampling for archaeologists for over twenty years, this manual offers a comprehensive account of the application of statistical sampling theory that is essential to modern archaeological practice, at a range of scales, from the regional to the microscopic. It includes a discussion of the relevance of sampling theory to archaeological interpretation, and considers its fundamental place in fieldwork and post excavation study. It demonstrates the vast range of techniques that are available, only some of which are widely used by archaeologists. A section on statistical theory also reviews the latest developments in the field, and the presentation is clear and user friendly. The formal mathematics is available in an appendix, which is cross-referenced with the main text.

This 1976 text is a pioneering study in the applications to archaeology of modern statistical and quantitative techniques. The authors show how these techniques, when sensitively employed, can dramatically extend and refine the information presented in distribution maps and other analyses of spatial relationships. Techniques of interpretation 'by inspection' can now be made more powerful and rigorous; at the same time interest has turned from the examination of such sites and artefacts as 'things' to the spatial relationships between such things, their relationships to one another and to landscape features, soils and other resources. This book was the first to apply the available techniques systematically to the special problems and interests of archaeologists. It also demonstrates to geographers and other social scientists who may be familiar with analogous applications in their own fields the exciting interdisciplinary developments this facilitates, for example in studies of exchange networks, trade and settlement patterns, and cultural history.

This revised edition provides an up-to-date account of the many different kinds of information that can be obtained through the archaeological study of pottery. It describes the scientific and quantitative techniques that are now available to the archaeologist, and assesses their value for answering a range of archaeological questions. It provides a manual for the basic handling and archiving of excavated pottery so that it can be used as a basis for further studies. The whole is set in the historical context of the ways in which archaeologists have sought to gain evidence from pottery and continue to do so. There are case studies of several approaches and techniques, backed up by an extensive bibliography.

The first overview of sampling for archaeologists for over twenty years, this manual offers a comprehensive account of the application of statistical sampling theory that is essential to modern archaeological practice, at a range of scales, from the regional to the microscopic. It includes a discussion of the relevance of sampling theory to archaeological interpretation, and considers its fundamental place in fieldwork and post excavation study. It demonstrates the vast range of techniques that are available, only some of which are widely used by archaeologists. A section on statistical theory also reviews the latest developments in the field, and the presentation is clear and user friendly. The formal mathematics is available in an appendix, which is cross-referenced with the main text.

This revised edition provides an up-to-date account of the many different kinds of information that can be obtained through the archaeological study of pottery. It describes the scientific and quantitative techniques that are now available to the archaeologist, and assesses their value for answering a range of archaeological questions. It provides a manual for the basic handling and archiving of excavated pottery so that it can be used as a basis for further studies. The whole is set in the historical context of the ways in which archaeologists have sought to gain evidence from pottery and continue to do so. There are case studies of several approaches and techniques, backed up by an extensive bibliography.