Human and animal bones from four prehistoric and protohistoric Woodland sites in southern Ontario were analysed for a number of chemical elements using x-ray fluorescence spectrometry. The trace element strontium was the principal element of interest. Quantitative data were also obtained for zirconium, yttrium and rubidium. A subset of human and animal bones was analysed for calcium, phosphorus, silicon, aluminum, iron, manganese, titanium, magnesium and potassium. Soil samples from each site were analysed for all of the aforementioned elements.
"This book is virtually required reading for biological anthropologists and will be a useful, up-to-date primer on osteological analyses for a wider audience." —The Quarterly Review of Biology, March 2009 "... a comprehensive guide to the ever-changing discipline of physical anthropology... provides an in depth introduction to human skeletal biology. The structure of the book makes it easy for the reader to follow the progression of the field of human skeletal biology." —PaleoAnthropology, 2009 Issue The First Edition of Biological Anthropology of the Human Skeleton is the market-leading reference and textbook on the scientific analysis of human skeletal remains recovered from archaeological sites. Now, featuring scores of new or thoroughly revised content, this Second Edition provides the most comprehensive and up-to-date coverage of the topic available. Like the previous edition, this Second Edition is organized into five parts with contributing chapters written by experts in the field of human skeletal biology: Part One covers theory and application; Part Two discusses morphological analyses of bone, teeth, and age changes; Part Three reviews prehistoric health and disease; Part Four examines chemical and genetic analysis of hard tissues; and Part Five closes with coverage of quantitative methods and population studies. Each chapter includes a review of recent studies, descriptions of analytical techniques and underlying assumptions, theory, methodological advances, and speculation about future research. New or thoroughly revised content includes: Techniques in the analysis of human skeletal and dental remains Extensive coverage of new technologies, including modern morphometric techniques Advances in the field of forensic anthropology Enhanced discussion of ethical terms regarding the study of aboriginal peoples' remains where those people are no longer the dominant culture This book serves as an indispensable research guide to biological anthropologists, osteologists, paleoanthropologists, and archaeologists. Now with a stronger focus on teaching complex material to students, this revised edition provides enhanced case studies and discussions for future directions, making it an invaluable textbook for advanced undergraduates and graduate students in biological anthropology and forensic anthropology programs.
This study investigates the prehistoric transition from egalitarian to ranked social structure at Kitselas Canyon, Skeena River, British Columbia. It contributes to archaeological theory by developing and testing a model of the evolution of cultural complexity. A culture historical contribution is also made in the development of a prehistoric local sequence for Kitselas Canyon.
The health impacts of changing behavior and lifestyle in a range of prehistoric, historic, and extant populations are examined in this volume. Of particular interest to the authors is the identification of issues that link past and present, and the ability of research on disease in the past to shed light on modern health problems. MASCA Vol. 9
The study of human diet brings together reseachers from diverse backgrounds ranging from modern human nutrition and biochemistry to the geochemistry of fossilized bones and teeth. The contributions to this volume grow out of the Fourth Advanced Seminar on Paleodiet and provide a forum for scholars with common interests to discuss the latest advances and interpretations and chart future directions for paleodietry research.
This book provides a rare glimpse of thirteenth century life and death in a southern Ontario Iroquoian community. The discovery in 1997 of an Iroquoian ossuary containing the remains of at least 87 people has given scientists a remarkably detailed demographic profile of the Moatfield people, as well as strong indicators of their health and diet.
