Description
Post-mortem computed tomography (PMCT) is increasingly used in forensic pathology practice in many jurisdictions. Such imaging has expanded the capacity to evaluate skeletal trauma improving the visualisation, documentation and presentation of forensic findings. Typically when deceased persons are located and exhibit evidence of trauma, forensic pathologist, anthropologists and radiologists base their interpretations of the mechanism of trauma on their experience and understanding of the biomechanics of fractures as well as recognisable patterns of injury. In order to augment this process, An Atlas of Forensic Skeletal Trauma presents a range of de-identified adult and child skeletal trauma cases that occur in medico-legal contexts where the cause of death and mechanism of trauma are recorded. An Atlas of Forensic Skeletal Trauma includes comprehensive photographs and PMCT images as well as descriptive text.

Key Features
Presents a valuable guide to the interpretation of skeletal trauma for practitioners and students of forensic anthropology, pathology and radiology
Provides coverage of skeletal trauma cases resulting from high and low velocity projectiles, low energy blunt force (e.g., assaults involving various implements, hangings, strangulations, falls), high energy blunt force (e.g., motor vehicle and aviation incidents), and more
Includes case studies with written and visual descriptions, discussions and up-to-date literature review
Readership
Forensic anthropologists and forensic pathologists in current medico-legal practice. Secondarily for schools of medicine, forensic and biological anthropology

Table of Contents
Introduction
Chapter 1: High Velocity Projectile Trauma
Chapter 2: Low Energy Blunt Force Trauma
Chapter 3: Low Energy Blunt Force Trauma Fatal Falls (Samantha Rowbotham)
Chapter 4: High Energy Blunt Force Trauma: Motor Vehicle Incidents
Chapter 5: High Energy Blunt Force Trauma: Aviation Incidents
Chapter 6: Accidental and Non-accidental Injuries in Children
Chapter 7: Sharp Force Trauma
Chapter 9: Taphonomic Changes
Chapter 10: Skeletal Variation: Morphology, Anomalies, Tissue Calcification and Pathology