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Provides tremendous insight and an excellent grasp of the special geoinformatics needs of Caribbean researchers

Addressing the use of geoinformatics in Caribbean archaeology, this volume is based on case studies drawn from specific island territories, namely, Barbados, St. John, Puerto Rico, Jamaica, Nevis, St. Eustatius, and Trinidad and Tobago, as well as inter-island interaction and landscape conceptualization in the Caribbean region. Geoinformatics is especially critical within the Caribbean where site destruction is intense due to storm surges, hurricanes, ocean and riverine erosion, urbanization, industrialization, and agriculture, as well as commercial development along the very waterfronts that were home to many prehistoric peoples. By demonstrating that the region is fertile ground for the application of geoinformatics in archaeology, this volume places a well-needed scholarly spotlight on the Caribbean.

University of Utah Anthropological Paper No. 125

Camels Back Cave is in an isolated limestone ridge on the southern edge of the Great Salt Lake Desert. Recent archaeological investigations there have exposed a series of stratified deposits spanning the entire Holocene era (10,000 BP–present), deposits that show intermittent human occupations dating back through the past 7,600 years. Most human visits to the cave were brief—many likely representing overnight stays—and visitors did not dig pits or move sediment. As a result, fieldworkers were able to recognize and remove thirty-three stratigraphic horizons; radiocarbon analysis provided a pristine, high-resolution chronological sequence of human use. The brevity of visits and the undisturbed nature of the deposits also allowed researchers to identify portions of eight “living surfaces” where they exposed and mapped artifacts and ecofacts across contiguous blocks of units.

Aside from presenting model field techniques, this volume provides new and unique information on regional Holocene climates and biotic communities, cave taphonomy and small mammal hunting, as well as updated human chronologies for Great Basin occupation.

Stands of relict vegetation, soil horizons, and sedimentary deposits along with archaeological evidence suggest that during certain time spans within the past twenty millennia, Jordan was endowed with moister and more vegetated landscapes than the ones we see today. In this detailed volume, Carlos E. Cordova synthesizes diverse information on multiple topics to provide a comprehensive view of the changes in the Jordanian landscape and the many ways it has been affected by human habitation and the forces of nature.

Cordova focuses on geoarchaeological and cultural ecological aspects of research, presenting data from physical, chemical, and biological sources. He examines the changing influence of climate, vegetation, and hunting opportunities on cultural exploitation tactics, as well as the effects of the growing population and agriculture on the environment. Cordova argues that an interdisciplinary approach to studying the area is crucial to achieving a true understanding of Jordan’s changing landscape.

Chapter topics include approaches to the study of ancient Jordanian landscapes in the Near Eastern context; the physical scene; endowed landscapes of the woodlands; the encroaching drylands; the current and future state of the paleoecological and geoarchaeological record; patterns of millennial landscape change; and the process of interpreting millennial landscape change. The text is abundantly illustrated with photos, line illustrations, tables, and maps, providing a valuable assessment of archaeological developments over the prehistory and history of what today is the Hashemite Kingdom of Jordan. This volume will be especially welcomed by scholars interested in the archaeology, history, and geography of Jordan, the Levant, and the Near East and by field-school students working on archaeological projects in Jordan.

Obsidian was long valued by ancient peoples as a raw material for producing stone tools, and archaeologists have increasingly come to view obsidian studies as a crucial aid in understanding the past. Steven Shackley now shows how the geochemical and contextual analyses of archaeological obsidian can be applied to the interpretation of social and economic organization in the ancient Southwest. This book, the capstone of decades of investigation, integrates a wealth of obsidian research in one volume. It covers advances in analytical chemistry and field petrology that have enhanced our understanding of obsidian source heterogeneity, presents the most recent data on and interpretations of archaeological obsidian sources in the Southwest, and explores the ethnohistorical and contemporary background for obsidian use in indigenous societies. Shackley provides a thorough examination of the geological origin of obsidian in the region and the methods used to collect raw material and determine its chemical composition, and descriptions of obsidian sources throughout the Southwest. He then describes the occurrence of obsidian artifacts and shows how their geochemical fingerprints allow archaeologists to make conclusions regarding the procurement of obsidian. The book presents three groundbreaking applications of obsidian source studies. It first discusses an application to early Preceramic groups, showing how obsidian sources can reflect the range they inhabited over time as well as their social relationships during the Archaic period. It then offers an examination of the Late Classic Salado in Arizona’s Tonto Basin, where obsidian data, along with ceramic and architectural evidence, suggest that Mogollon migrants lived in economic and social harmony with the Hohokam, all the while maintaining relationships with their homeland. Finally, it provides an intensive look at social identity and gender differences in the Preclassic Hohokam of central Arizona, where obsidian source provenance and projectile point styles suggest that male Hohokam sought to create a stylistically defined identity in at least three areas of the Hohokam core area. These male “sodalities” were organized quite differently from female ceramic production groups. Today, obsidian research in the American Southwest enjoys an equal standing with ceramic, faunal, and floral studies as a method of revealing social process and change in prehistory. Shackley’s book discusses the ways in which archaeologists should approach obsidian research, no matter what the region, offering a thorough survey of archaeological obsidian studies that will have methodological and theoretical applications worldwide. The volume includes an extensive glossary created specifically for archaeologists.

Geoarchaeological studies can significantly enhance interpretations of human prehistory by allowing archaeologists to decipher from sediments and soils the effects of earth processes on the evidence of human activity. While a number of previous books have provided broad geographic and temporal treatments of geoarchaeology, this new volume presents a single author's view intended for North American archaeologists. Waters deals with those aspects of geoarchaeology—stratigraphy, site formation processes, and landscape reconstruction—most fundamental to archaeology, and he focuses on the late Quaternary of North America, permitting in-depth discussions of the concepts directly applicable to that research. Assuming no prior geologic knowledge on the part of the reader, Waters provides a background in fundamental geological processes and the basic tools of geoarchaeology. He then proceeds to relate specific physical processes, microenvironments, deposits, and landforms associated with riverine, desert, lake, glacial, cave, coastal, and other environments to archaeological site formation, location, and context. This practical volume illustrates the contributions of geoarchaeological investigations and demonstrates the need to make such studies an integral part of archaeological research. The text is enhanced by more than a hundred line drawings and photographs.

CONTENTS
1. Research Objectives of Geoarchaeology
2. Geoarchaeological Foundations: The Archaeological Site Matrix: Sediments and Soils / Stratigraphy / The Geoarchaeological Interpretation of Sediments, Soils, and Stratigraphy
3. Alluvial Environments: Streamflow / Sediment Erosion, Transport, and Deposition / Alluvial Environments: Rivers, Arroyos, Terraces, and Fans / Alluvial Landscapes Evolution and the Archaeological Record / Alluvial Landscape Reconstruction
4. Eolian Environments: Sediment Erosion, Transport, and Deposition / Sand Dunes / Loess and Dust / Stone Pavements / Eolian Erosion / Volcanic Ash (Tephra)
5. Springs, Lakes, Rockshelters, and Other Terrestrial Environments: Springs / Lakes / Slopes / Glaciers / Rockshelters and Caves
6. Coastal Environments: Coastal Processes / Late Quaternary Sea Level Changes / Coastal Environments / Coastal Landscape Evolution and the Archaeological Record / Coastal Landscape Reconstruction
7. The Postburial Disturbance af Archaeological Site Contexts: Cryoturbation / Argilliturbation / Graviturbation / Deformation / Other Physical Disturbances / Floralturbation / Faunalturbation
8. Geoarchaeological Research
Appendix A: Geoarchaeological Studies Illustrating the Effects of Fluvial Landscape Evolution on the Archaeological Record
Appendix B: Geoarchaeological Studies Illustrating Site-Specific Synchronic and Diachronic Alluvial Landscape Reconstructions
Appendix C: Geoarchaeological Studies Illustrating Regional Synchronic and Diachronic Alluvial Landscape Reconstructions

Stones, Bones, and Profiles addresses key and cutting-edge research of three pillars of hunter-gatherer archaeology. Stones and bones—flaked stone tools and the bones of the prey animals—are the objects most commonly recovered from hunter-gatherer archaeological sites, and profiles represent the geologic context of the archeological record. Together they constitute the foundations of much of early archaeology, from the appearance of the earliest humans to the advent of the Neolithic.

The volume is divided into three sections: Peopling of North America and Paleoindians, Geoarchaeology, and Bison Bone Bed Studies. The first section dissects established theories about the Paleoindians, including the possibility that human populations were in North America before Clovis and the timing of the opening of the Alberta Corridor. The second section provides new perspectives on the age and contexts of several well-known New World localities such as the Lindenmeier Folsom and the UP Mammoth sites, as well as a synthesis of the geoarchaeology of the Rocky Mountains' Bighorn region that addresses significant new data and summarizes decades of investigation. The final section, Bison Bone Bed Studies, consists of groundbreaking zooarchaeological studies offering new perspectives on bison taxonomy and procurement.

Stones, Bones, and Profiles presents new data on Paleoindian archaeology and reconsiders previous sites and perspectives, culminating in a thought-provoking and challenging contribution to the ongoing study of Paleoindians around the world.

Contributors: Leland Bement, Jack W. Brink, John Carpenter, Brian Carter, Thomas J. Connolly, Linda Scott Cummings, Loren G. Davis, Allen Denoyer, Stuart J. Fiedel, Judson Byrd Finley, Andrea Freeman, C. Vance Haynes Jr., Bryan Hockett, Vance T. Holliday, Dennis L. Jenkins, Thomas A. Jennings, Eileen Johnson, George T. Jones, Oleksandra Krotova, Patrick J. Lewis, Vitaliy Logvynenko, Ian Luthe, Katelyn McDonough, Lance McNees, Fred L. Nials, Patrick W. O’Grady, Mary M. Prasciunas, Karl J. Reinhard, Michael Rondeau, Guadalupe Sanchez, William E. Scoggin, Ashley M. Smallwood, Iryna Snizhko, Thomas W. Stafford Jr., Mark E. Swisher, Frances White, Eske Willerslev, Robert M. Yohe II, Chad Yost

Complex sets of environmental factors have interacted over the past 5,000 years to affect how changes in climate, temperature, relative precipitation, and the levels of Lake Michigan influence the preservation of archaeological sites in coastal sand dunes along Lake Michigan. As a collaboration between earth scientists, archaeologists, and geoarchaeologists, this study draws on a wealth of research and multidisciplinary insights to explore the conditions necessary to safeguard ancient human settlements in these landscapes. A variety of contemporary and innovative techniques, including numerous dating methods and approaches, were employed to determine when and for how long sand dunes were active and when and for how long archaeological sites were occupied. Knowledge of dune processes and settlement patterns not only affects archaeological interpretations, but it is also consummately important to land planners responsible for managing heritage archaeological sites in the Lake Michigan coastal zone.

The Anthropological Papers of the University of Arizona is a peer-reviewed monograph series sponsored by the School of Anthropology. Established in 1959, the series publishes archaeological and ethnographic papers that use contemporary method and theory to investigate problems of anthropological importance in the southwestern United States, Mexico, and related areas.