Tony Waldron – författare

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, adjustments needed in studying past groups, how to compare studies, and the dangers of assessing occupation based upon bone evidence. A model for planning a proper paleoepidemiological study concludes the volume. Both as an introduction to epidemiology for archaeologists, and as a primer on archaeological analysis for epidemiologists, this book should serve the needs of both populations.

Palaeopathology is an evidence-based guide to the principal types of pathological lesions often found in human remains and how to diagnose them. Tony Waldron presents an innovative method of arriving at a diagnosis in the skeleton by applying what he refers to as 'operational definitions'. The method ensures that those who study bones will use the same criteria for diagnosing disease, thereby enabling valid comparisons to be made between studies. Waldron's book is based on modern clinical knowledge and provides background information on the natural history of bone disease. In addition, the volume demonstrates how results from studies should be analysed, methods of determining the frequency of disease, and other types of epidemiological analysis. This edition includes new chapters on the development of palaeopathology, basic concepts, health and disease, diagnosis, and spinal pathology. Chapters on analysis and interpretation have been thoroughly revised and enlarged.

Palaeopathology is an evidence-based guide to the principal types of pathological lesions often found in human remains and how to diagnose them. Tony Waldron presents an innovative method of arriving at a diagnosis in the skeleton by applying what he refers to as ''operational definitions''. The method ensures that those who study bones will use the same criteria for diagnosing disease, thereby enabling valid comparisons to be made between studies. Waldron''s book is based on modern clinical knowledge and provides background information on the natural history of bone disease. In addition, the volume demonstrates how results from studies should be analysed, methods of determining the frequency of disease, and other types of epidemiological analysis. This edition includes new chapters on the development of palaeopathology, basic concepts, health and disease, diagnosis, and spinal pathology. Chapters on analysis and interpretation have been thoroughly revised and enlarged.

Palaeopathology is an evidence-based guide to the principal types of pathological lesions often found in human remains and how to diagnose them. Tony Waldron presents an innovative method of arriving at a diagnosis in the skeleton by applying what he refers to as ''operational definitions''. The method ensures that those who study bones will use the same criteria for diagnosing disease, thereby enabling valid comparisons to be made between studies. Waldron''s book is based on modern clinical knowledge and provides background information on the natural history of bone disease. In addition, the volume demonstrates how results from studies should be analysed, methods of determining the frequency of disease, and other types of epidemiological analysis. This edition includes new chapters on the development of palaeopathology, basic concepts, health and disease, diagnosis, and spinal pathology. Chapters on analysis and interpretation have been thoroughly revised and enlarged.

Palaeopathology is an evidence-based guide to the principal types of pathological lesions often found in human remains and how to diagnose them. Tony Waldron presents an innovative method of arriving at a diagnosis in the skeleton by applying what he refers to as 'operational definitions'. The method ensures that those who study bones will use the same criteria for diagnosing disease, thereby enabling valid comparisons to be made between studies. Waldron's book is based on modern clinical knowledge and provides background information on the natural history of bone disease. In addition, the volume demonstrates how results from studies should be analysed, methods of determining the frequency of disease, and other types of epidemiological analysis. This edition includes new chapters on the development of palaeopathology, basic concepts, health and disease, diagnosis, and spinal pathology. Chapters on analysis and interpretation have been thoroughly revised and enlarged.

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, adjustments needed in studying past groups, how to compare studies, and the dangers of assessing occupation based upon bone evidence. A model for planning a proper paleoepidemiological study concludes the volume. Both as an introduction to epidemiology for archaeologists, and as a primer on archaeological analysis for epidemiologists, this book should serve the needs of both populations.

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, adjustments needed in studying past groups, how to compare studies, and the dangers of assessing occupation based upon bone evidence. A model for planning a proper paleoepidemiological study concludes the volume. Both as an introduction to epidemiology for archaeologists, and as a primer on archaeological analysis for epidemiologists, this book should serve the needs of both populations.