Synopses & Reviews
Geographical Information Systems (GIS) is a rapidly developing archaeological method which is moving from the domain of the computer specialist into that of the broader archaeological community. This comprehensive manual on the use of GIS in archaeology explores the concept of GIS and illustrates how it can be adapted for practical use. Examining issues such as spatial databases, data acquisition, spatial analysis, and techniques of visualization, the book is an essential tool for both students and professional archaeologists.
Synopsis
This book provides a comprehensive guide on the use of Geographical Information Systems in archaeology and illustrates how GIS can be put to practical use. Examining issues such as data acquisition, methods of analysis and techniques of visualization, the book is an essential tool for students and professional archaeologists alike.
Synopsis
Comprehensive introduction to the use of Geographical Information Systems as a research tool in archaeology.
About the Author
James Conolly holds the Canada Research Chair in Archaeology at Trent University. His research interests include landscape archaeology, quantitative methods and the origins of early agriculture. He is co-editor (with Sue Colledge) of Early Neolithic Agriculture in South West Asia and Europe (forthcoming).Mark Lake is a lecturer at the Institute of Archaeology, University College London. His research interests include early prehistory and evolutionary archaeology. He is a contributor to Handbook of Archaeological Sciences (forthcoming) and a member of the editorial board of World Archaeology.
Table of Contents
1. Introduction and theoretical issues in archaeological GIS; 2. First principles; 3. Putting GIS to work in archaeology; 4. The geodatabase; 5. Spatial data acquisition; 6. Building surface models; 7. Beginning exploratory data analysis; 8. Spatial analysis; 9. Map algebra, surface derivatives and spatial processes; 10. Regions: territories, catchments and viewsheds; 11. Routes: networks, cost paths and hydrology; 12. Maps and digital cartography; 13. Maintaining spatial data.