: John A. DiMaggio, Wesley Vernon OBE
: Forensic Podiatry Principles and Methods
: Humana Press
: 9781617379765
: 1
: CHF 85.40
:
: Klinische Fächer
: English
: 186
: Wasserzeichen/DRM
: PC/MAC/eReader/Tablet
: PDF
The human foot is a complex body part composed of fifty-two bones, which is twenty-five percent of all the bones in the body. Nonetheless, the foot is often viewed by the public and doctors as a 'minor' body part. Similarly, the importance of pedal evidence in crime investigation has also long been undervalued, but as footwear evidence has become more commonly used in forensic situations, so has pedal evidence, which is why this seminal work is so important: it is the first textbook ever dedicated to forensic podiatry. Forensic Podiatry is an international compilation of current practices authored by the pioneers in the field. Part I discusses general forensic concerns, including those at the crime scene, from an informative perspective. It covers tasks performed by the crime laboratory, forensic podiatry principles, and various aspects of human identification. Part II deals with specific forensic podiatric concerns such as photographic techniques, bare footprint identification, and footwear examination and analysis. It also discusses forensic gate and analysis as well as the identification of pedal remains from podiatry records, which is important for mass disaster scenes. Part III presents actual forensic podiatry case studies from the United Kingdom and the United States, and Part IV focuses on podiatry practice standards, which in many instances parallel expert witness responsibilities. Groundbreaking and essential, this book is useful for medical and criminal justice students as well as podiatrists, criminalists, footwear examiners, forensic anthropologists, attorneys and investigators.
Preface6
Acknowledgements8
Contents10
Part I General Forensic Concerns16
Chapter 1: The Crime Scene and Crime Laboratory17
1.1 General Concerns Regarding Pedal Evidence17
1.2 Crime Scene18
1.3 Discovery of Physical Evidence19
1.4 Enhancing Bare Footprint Evidence19
1.5 Collecting Questioned Bare Footprint Evidence22
1.6 Collection of Evidence24
1.7 Chain of Custody24
1.8 Crime Laboratory24
References25
Chapter 2: Forensic Podiatry Principles and Human Identification27
2.1 The Purpose of Human Identification27
2.2 Forensic Podiatry Practice: Principles and Definitions28
2.2.1 Forensic Podiatry Is a Science28
2.2.2 Forensic Podiatry Is Science Used for Forensic Purposes30
2.2.3 Pedal Evidence Is One Form of Physical Evidence30
2.2.4 Criteria for Usable Physical Evidence31
2.2.5 Class and Individual Characteristics33
2.2.6 Class Characteristics Differ in Evidential Value33
2.2.7 Physical Evidence and the Chain of Custody34
2.2.8 Expert Opinion Standards35
2.2.9 ACE-V(R) Methodology35
2.3 Expert Witness Background and Qualifications36
References37
Part II Podiatric Forensic Concerns39
Chapter 3: Photographic Techniques40
3.1 Digital Camera Revolution40
3.2 Equipment Requirements41
3.2.1 Camera41
3.2.2 Camera Support44
3.2.3 Copy Stand44
3.2.4 Tripod45
3.2.5 Lighting46
3.2.6 Flash47
3.2.7 External Lighting47
3.2.8 Forensic Light Sources48
3.2.9 Accessory Equipment49
3.3 Preparing for Image Capture49
3.4 General Support of the Process52
3.4.1 Hardware52
3.4.2 Printer52
3.4.3 Software53
3.5 Digital Image Capture Techniques53
3.5.1 Equipment Selection53
3.5.2 Equipment Inspection54
3.5.3 Equipment Set Up54
3.5.4 Image Management57
References62
Chapter 4: Bare Footprint1 Identification63
4.1 Brief History64
4.2 Obtaining Exemplar Prints64
4.3 Variations in the Exemplar Footprint Collection Phase66
4.4 Assessment of the Bare Footprint67
4.4.1 Gunn Method70
4.4.2 Optical Center Method71
4.4.3 Overlay Method72
4.4.4 Defining the Rearmost Aspect of the Heel75
4.4.5 Interpretative Aspects77
4.5 Biomechanical Examination82
4.6 Comparison82
4.7 Evaluation84
References87
Chapter 5: Footwear Examination and Analysis89
5.1 Introduction89
5.2 Footwear Assessment: Initial Considerations91
5.3 Footwear Assessment Phase 192