Palaeopathology is designed to help bone specialists with diagnosis of diseases in skeletal assemblages. It suggests an innovative method of arriving at a diagnosis in the skeleton by applying what are referred to as 'operational definitions'. The aim is to ensure that all those who study bones will use the same criteria for diagnosing disease, ...
How do we identify and measure human disease in the past? In the absence of soft tissue, paleoepidemiologists have developed ingenious ways of assessing illness and mortality in archaeological populations. In this volume, the key methods of epidemiology are outlined for non-specialists, showing the importance of studying prevalence over incidence, ...
The excavations at St Peter's church, Barton-upon-Humber, between 1978 and 1984 have yielded the largest collection of human remains in the UK, dating from the late tenth century to the mid-nineteenth. The twin aims of the project were to understand the architectural history and setting of this complex, multi-period building (Volume 1), and to ...
This is an introduction to the epidemiological methods used to study the frequency of disease in skeletal populations. It points out the problems that may arise during the study, and suggests methods to deal with them. Topics covered include the nature of palaeopathology, the calculation of the prevalence of disease, analytical epidemiological ...
In explaining what the archaeologist can reliably deduce about past societies from the study of bones and other human remains, Dr. Tony Waldron carefully avoids over-technical jargon. He covers the subject under the three headings of Life, Death, and Disease. He explains first that bones give us information about age, sex, height, weight, working ...
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