Earth Resistance for Archaeologists

by Armin Schmidt

Overview

Earth Resistance for Archaeologists, written by the foremost expert in the field,provides archaeologists with the know-how required to exploit the significant potential of earth resistance and gain archaeological insights from intelligently interpreted data.

Product Details

ISBN-13:	9780759122932
Publisher:	Bloomsbury Publishing
Publication date:	02/21/2013
Series:	Geophysical Methods for Archaeology
Sold by:	Barnes & Noble
Format:	eBook
Pages:	218
File size:	11 MB
Note:	This product may take a few minutes to download.

About the Author

Armin Schmidt, a geophysicist and honorary research fellow at Bradford University and Durham University in the United Kingdom, is the world’s foremost authority on the use of earth resistance for surveying and mapping archaeological sites.
Armin Schmidt is senior lecturer at the University of Bradford, where he leads the Archaeological Prospection Research Group.

Table of Contents

Introduction
Chapter 1: Electrical Currents in the Ground
Chapter 2: Results from the Homogenous Ground
Chapter 3: The Electrical Signature of Features in the Ground
Chapter 4: Resistivity Imaging
Chapter 5: Implications for Field Practice
Chapter 6: Data Treatment
Chapter 7: Case Studies and Data Interpretation
Chapter 8: Conclusion
Bibliography
Index
About the Author

What People are Saying About This

Chris Gaffney

Newcomers to earth resistance studies will be delighted that Armin Schmidt has distilled a huge body of historical and modern sources to provide a clear and unambiguous guide to the theoretical underpinning of the subject. While there are plenty of geophysical text books that cover some of the issues within this volume, none focus on the near surface as effectively. Experienced archaeological geophysicists will find many thoughtful insights that will open new areas of research and learning. For teachers and students alike, this volume will be indispensable.

Kenneth L. Kvamme

Earth Resistance for Archaeologists offers a comprehensive and up-to-date treatment of the subject from one of the world’s foremost teachers and practitioners. Beginning with basic concepts of electricity it develops the theory of earth resistance, examines how it can be measured in the ground with a variety of arrays, indicates how archaeological features are expressed and how they may be imaged in plan, in profile, or three-dimensionally, and gives a host of examples ranging from field case studies to recipes for data processing. Earth Resistance for Archaeologists offers a comprehensive and in-depth review suitable for beginners, who will benefit from its clear discussions, many illustrations, and example applications, and for the advanced student who can jump into theoretical details. This book is exactly what the increasing number of archaeologists who employ resistance surveys need to better understand what they are doing and why and to improve their craft to reach state-of-the-art practice.

Editorial Reviews

Schmidt covers the topic in a consistent way, keeping a balance between theory and practice and making use of limited mathematical concepts. In this way, the book is meant to be as clear as possible for archaeologists (but also for specialists from other disciplines) who may lack sufficient mathematical background but are still eager to gain some knowledge on resistivity prospection. Combining a well-balanced mixture of theory, practical issues, and examples, the book can become a standard reference for undergraduate students and even professionals.” —American Journal of Archaeology

“Perhaps the greatest strength of the book – which requires a skill not to be underestimated – is the success with which it takes this complex subject, distils it, and presents it in such a way that nonspecialists as well as geophysicists will find it approachable and enlightening. It is clear that the author not only has great expertise in the field, but is also a natural teacher: the text remains focused, concise and readable throughout. It is infused with enthusiasm, making it engaging and motivating. . . .As archaeological geophysics continues to grow in terms of knowledge, application and profile, in both the commercial and academic worlds, this book is arguably long overdue.” —Archaeological Prospection

“Newcomers to earth resistance studies will be delighted that Armin Schmidt has distilled a huge body of historical and modern sources to provide a clear and unambiguous guide to the theoretical underpinning of the subject. While there are plenty of geophysical text books that cover some of the issues within this volume, none focus on the near surface as effectively. Experienced archaeological geophysicists will find many thoughtful insights that will open new areas of research and learning. For teachers and students alike, this volume will be indispensable.” —Chris Gaffney, University of Bradford, UK

“Earth Resistance for Archaeologists offers a comprehensive and up-to-date treatment of the subject from one of the world’s foremost teachers and practitioners. Beginning with basic concepts of electricity it develops the theory of earth resistance, examines how it can be measured in the ground with a variety of arrays, indicates how archaeological features are expressed and how they may be imaged in plan, in profile, or three-dimensionally, and gives a host of examples ranging from field case studies to recipes for data processing. Earth Resistance for Archaeologists offers a comprehensive and in-depth review suitable for beginners, who will benefit from its clear discussions, many illustrations, and example applications, and for the advanced student who can jump into theoretical details. This book is exactly what the increasing number of archaeologists who employ resistance surveys need to better understand what they are doing and why and to improve their craft to reach state-of-the-art practice.” —Kenneth L. Kvamme, University of Arkansas

From the Publisher

Perhaps the greatest strength of the book – which requires a skill not to be underestimated – is the success with which it takes this complex subject, distils it, and presents it in such a way that nonspecialists as well as geophysicists will find it approachable and enlightening. It is clear that the author not only has great expertise in the field, but is also a natural teacher: the text remains focused, concise and readable throughout. It is infused with enthusiasm, making it engaging and motivating.. . .As archaeological geophysics continues to grow in terms of knowledge, application and profile, in both the commercial and academic worlds, this book is arguably long overdue.

Archaeological Prospection

Earth Resistance for Archaeologists offers a comprehensive and up-to-date treatment of the subject from one of the world’s foremost teachers and practitioners. Beginning with basic concepts of electricity it develops the theory of earth resistance, examines how it can be measured in the ground with a variety of arrays, indicates how archaeological features are expressed and how they may be imaged in plan, in profile, or three-dimensionally, and gives a host of examples ranging from field case studies to recipes for data processing. Earth Resistance for Archaeologists offers a comprehensive and in-depth review suitable for beginners, who will benefit from its clear discussions, many illustrations, and example applications, and for the advanced student who can jump into theoretical details. This book is exactly what the increasing number of archaeologists who employ resistance surveys need to better understand what they are doing and why and to improve their craft to reach state-of-the-art practice.

Kenneth L. Kvamme

Newcomers to earth resistance studies will be delighted that Armin Schmidt has distilled a huge body of historical and modern sources to provide a clear and unambiguous guide to the theoretical underpinning of the subject. While there are plenty of geophysical text books that cover some of the issues within this volume, none focus on the near surface as effectively. Experienced archaeological geophysicists will find many thoughtful insights that will open new areas of research and learning. For teachers and students alike, this volume will be indispensable.

Chris Gaffney

Schmidt covers the topic in a consistent way, keeping a balance between theory and practice and making use of limited mathematical concepts. In this way, the book is meant to be as clear as possible for archaeologists (but also for specialists from other disciplines) who may lack sufficient mathematical background but are still eager to gain some knowledge on resistivity prospection. Combining a well-balanced mixture of theory, practical issues, and examples, the book can become a standard reference for undergraduate students and even professionals.

American Journal of Archaeology