MANUALS IN ARCHAEOLOGICAL METHOD, THEORY AND TECHNIQUE Series Editors: Charles E. Orser, Jr., New York State Museum, Albany, NY, USA Michael B. Schiffer, University of Arizona, Tucson, Arizona For further volumes: http://www.springer.com/series/6256 Elizabeth J. Reitz Myra Shackley ● Environmental Archaeology Elizabeth J. Reitz Myra Shackley Georgia Museum of Natural History Nottingham Business School University of Georgia Nottingham Trent University Athens, Georgia Nottingham, United Kingdom USA ISSN 1571-5752 ISBN 978-1-4614-3337-8 e-ISBN 978-1-4614-3339-2 DOI 10.1007/978-1-4614-3339-2 Springer New York Dordrecht Heidelberg London Library of Congress Control Number: 2012936121 © Springer Science+Business Media, LLC 2012 All rights reserved. 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Printed on acid-free paper Springer is part of Springer Science+Business Media (www.springer.com) For the anonymous, but real, ecology student who could not de fi ne an amphibian even though his assignment was on the global decline in frog populations, and dedicated to family, friends, and colleagues, who made this work possible. Preface The stimulus for this work is the in fl uential role that Myra Shackley’s 1981 publica- tion, Environmental Archaeology , has had on the fi eld. This small volume continues to linger on the shelves of many environmental archaeologists, treasured as a simple source where one can obtain a brief summary of the biotic and abiotic components of archaeological sites. Since 1981, signi fi cant publications have described materi- als, methods, and interpretations in environmental archaeology. Yet the 1981 vol- ume is the only one that surveys the soils, sediments, and biological materials fundamental to this fi eld without presuming the reader is trained in the earth and biological sciences. The complaints of fi eld staff, environmental archaeologists, and resource managers that none seem to understand the needs of the others can be traced, in part, to the un fi lled gap created when the 1981 edition went out of print. Yet biological and earth scientists, anthropologists, and fi eld staff attracted to the historical record of human–environmental interactions are more numerous and, in some cases, more vocal in their need to access this record and to be able to critically evaluate it. The stimulus for this volume is to update the information in the 1981 volume for a younger generation of environmental archaeologists and for new audi- ences that have emerged over the decades. Facilitated in part by the 1981 volume’s impact on the fi eld, the number of prac- titioners in environmental archaeology and its role in archaeology has grown. Sadly, it is still too often the case that an excavator turns to environmental archaeology to justify the excavation and make the fi nal report look more impressive. A corollary to this is the tendency to rely on environmental archaeology in inverse proportion to the age of the site, working on the assumption that sites occupied by people with written records have so much documentary information that there is little to be learned from environmental archaeology. Others argue that the relationships between people and their environments are less critical in complex societies so that environ- mental evidence does not require examination. These attitudes and assumptions are far from valid. One cannot interpret human behavior without considering its environmental context or understand Holocene environments without reference to people. The causes and consequences of these vii viii Preface relationships are critical to addressing fundamental aspects of life, both in the past and today. Environmental archaeology is an interdisciplinary fi eld with skilled researchers producing technical data that provide historic depth for the human role in environ- ments, the impact of the environment on human society, environmental change and stasis, and the history of speci fi c sediments, organisms, and ecosystems. Students and professionals in archaeology, wildlife and heritage conservation management and policy, and others use these data. Some either do not use archaeological data or do so inappropriately, because there are few ways for nonspecialists to gain entry into the literature. For biotic and abiotic data from archaeological sites to contribute to debates about the causes, frequency, duration, and consequences of environmen- tal change and stasis, more people should be familiar with site formation processes, fi eld methods, biogeochemical materials, laboratory techniques, and analytical pro- cedures that de fi ne the strengths and weaknesses of such data. Many scholars who produce environmental data from archaeological sites are unfamiliar with the limitations imposed by archaeological contexts. They may be soil scientists, art historians, chemists, geologists, plant biologists, geneticists, palaeon- tologists, veterinarians, lawyers, microbiologists, agricultural historians, mycologists, taxonomists, ecologists, human biologists, climatologists, forest resource managers, or epidemiologists, among others. Each discipline has its own theories, methods, and intellectual histories that engage practitioners of those disciplines. Some of these are pertinent to the archaeological arena and others are not. These researchers bring per- spectives and knowledge that enhance archaeological fi eld work and subsequent inter- pretations. In some cases, however, researchers prepare technically accurate and competent publications whose meanings elude people untrained in that discipline and ignore the promise and pitfalls of the archaeological context. This volume cannot resolve all of the impediments to communication among these diverse groups. Instead, it focuses on gaps the senior author has found among her own students: ecologists who think that only people of European descent adversely impact the environment, anthropologists whose studies of human ecology are long on theory and short on facts, and archaeologists who confound ecology with ceramics. Very few of them know what pollen rain or incremental growth structures are or why they should know about them. In the following pages, we endeavor to answer questions such as: If the sample is too small, why can’t we just get more samples? Why does it take longer to identify fi sh bones than it does pot- sherds? Why can’t we collect all organic samples using the same sampling strate- gies? Why is a description of the present-day environment inadequate as evidence for the resources people used in the past? This volume is designed as a general introduction to site formation processes, fi eld methods, taxonomy, anatomy, morphology, laboratory procedures, and analyti- cal procedures for each of the primary systematic data classes. Further reading is encouraged through references to literature representing the global expanse of envi- ronmental archaeology, primarily focused on the Holocene. Many of the methods applied to Holocene studies were developed for, and are still applied to, geological and archaeological sites of much greater antiquity. The choice to emphasize the Preface ix Holocene was made to keep the focus on anatomically and behaviorally modern people (H omo sapiens sapiens) and to control the tendency for this volume to grow into several volumes. The emphasis is on biological remains because, though there are many excellent treatments of soils and sediments, very few writers have attempted to compile a summary of the organismal part of the archaeological record. One of the appeals of the 1981 publication was its brevity. This edition remains true to the introductory format, though it has grown beyond the slim volume that stimulated this effort. Yet much is left out. It is not possible to cover all of the topics encompassed under the umbrella of environmental archaeology, even brie fl y. Our focus is on sediments, soils, and, especially, organisms because of their potential to inform debates on environments, cultures, heritage management, and species con- servation. We acknowledge the dif fi culty of being brief without being trivial and hope we have struck the right balance. Updating the 1981 work has required faithful attention to our objective: to provide fundamental information to: (1) people unfamiliar with archaeology; and (2) people unfamiliar with the biogeochemical foundation of environmental archaeology. Not all of these are students; many are professionals. The need for this volume is compounded by the sad fact that many students no longer are trained in organismal biology and know little about soils, chemistry, genetics, and physics. We offer this volume with these two audiences in mind. It is not our intention to provide training in the disciplines involved or to offer thorough treatments of the complex topics reviewed here. Our wish is to be useful to professionals in other fi elds, students, archaeologists, and others who wish to know more about environ- mental data from archaeological sites without necessarily becoming expert in each topic. Our aim is to present a comprehensive but concise survey of organic materi- als, primarily, that are basic to environmental archaeology in a form that will be suitable for beginning professionals yet remain accessible to nonprofessionals. At the same time, we hope that casual readers will fi nd the treatment readable and the topics timely and interesting. Georgia, USA Elizabeth J. Reitz Nottingham, UK Myra Shackley
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