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A History of Forensic Science in 10 Publications
How They Established Current Practice
Sean Doyle (Author)
9781394170760, Wiley
Hardback, published 25 December 2025
320 pages
25.1 x 17.4 x 2.6 cm, 0.737 kg
Explores the foundations of forensic science through its most influential and transformative publications A History of Forensic Science in 10 Publications offers a unique and essential account of how forensic science has evolved into the complex, multidisciplinary field it is today. Unlike dramatized portrayals in popular media, this book provides a grounded, scholarly perspective on the real-world development of forensic practice through a detailed examination of ten pivotal publications. Author Sean Doyle, a highly respected practitioner with nearly five decades of experience in the field, charts the intellectual and scientific journey that has shaped modern forensic science—from early procedural texts to contemporary debates around interpretation, bias, and standardization. Each chapter situates a landmark publication within its broader historical, scientific, and legal context, tracing its influence on subsequent research, professional standards, and the justice system. Doyle demonstrates how these works have sparked methodological shifts, provoked philosophical debates, prompted regulatory reforms, and led the way to current practices. The book’s clear and engaging analytical narrative offers a structured way to understand how forensic science has been, and continues to be shaped by its literature. Filling a critical gap in scholarship by focusing on the foundational texts that have informed both practice and policy, A History of Forensic Science in 10 Publications: Organized into thematic chapter groupings that guide readers through related developments and incremental research, A History of Forensic Science in 10 Publications: How They Established Current Practice is ideal for undergraduate students in forensic science, criminal justice, and criminology programs, as well as educators, legal professionals, and general readers interested in the science behind crime-solving.
About the Author xi Acknowledgements xiii List of Abbreviations xv Terms, Definitions and Explanations xix Introduction 1 1 The Handbook 11 Name of the Publication 11 Introduction 12 Biography of the Publication 13 Professional Biography of the Author 15 Contexts 17 Science 17 History 19 The Structure of the Handbook and Relevant Content 20 Introduction 20 Part 1 ‘General’ 22 The Investigating Officer 22 Inspection of Localities 24 Equipment of the Investigating Officer p 243 26 The Expert and How to Make Use of Him 26 Impact at the Time 31 Impact Today 32 Contribution to Current Practice 32 Concluding Remarks 33 Key Takeaways 33 Notes 34 Bibliography 34 2 The Exchange Principle 37 Name of the Publication 38 Introduction 38 Biography of the Publication 39 Biography of the Author 40 Key Publications 42 Motivation for Writing 42 Contexts 42 Scientific/Technical 42 Historical 44 Social/Society 44 Structure of the Publication 45 Impact at the Time 48 Impact Today 48 Contribution to Current Practice 48 Concluding Remarks 49 Key Takeaways 49 Notes 49 Bibliography 49 3 The Ontogeny of Criminalistics – Questions and an Agenda 51 Name of the Publication 51 Introduction 52 Biography of the Publication 53 Professional Biography of the Author 53 Volmer and Kirk Establishing Criminalistics at UC Berkeley 53 Kirk’s War Years 1942–1945 54 Ultramicroanalysis 54 UC Berkeley Criminology/Criminalistics 54 Kirk’s First Book 55 Famous Case 56 Kirk Awards 56 Other Publications 57 Contexts 57 History 57 Science 58 Society 59 Structure and Relevant Contents 59 Introduction 59 Structure 60 Profession? 61 A Science? 62 Impact at the Time 63 Impact Now 64 Development Agenda and Need for Basic Theory 64 Create University-Level Courses in Forensic Science 64 Coordinated Research Effort/Agenda 64 Probabilistic Interpretation 64 Common Terminology 65 A Profession? 65 The Science of Individualisation 66 The Generalist 69 The Search for Fundamental Principles 70 Contribution to Current Practice 70 Concluding Remarks 71 Key Takeaways 72 Notes 72 Bibliography 73 4 DNA ‘Fingerprinting’– Putting the Science in Forensic Science 77 Name of the Publication 78 Introduction 78 The Science 78 Terminology 79 The Publication 81 Biography of the Publication 84 Professional Biography of the Author 85 Contexts 86 Scientific 86 Historical 87 Social 87 Structure of the Publication 88 Introduction 88 Isolation of minisatellites 89 Highly polymorphic minisatellites 89 A χ[chi] sequence in minisatellites? 89 Probe for hypervariable regions 89 Pedigree analysis 90 A new mutant allele 90 Conclusions 90 Impact at the Time 90 Impact Today 94 Current Technological Progress 96 National DNA Databases 97 Wrongful Convictions 97 Increased Sensitivity, an Issue 97 Contribution to Current Practice 98 Concluding Remarks 99 Key Takeaways 99 Notes 100 Bibliography 101 5 Statistical Evidence and Fallacies 103 Name of the Publication 104 Introduction 104 Terms, Definitions and Explanations 105 The Prosecutor’s Fallacy 111 The Defence Attorney’s Fallacy 111 Final Comments 112 Summary 112 Motivation for Writing 112 Biography of the Publication 113 Professional Biography of the Authors 113 William C. Thompson 113 Edward L. Schumann 114 Contexts 115 Science, Statistics and Psychology 115 History 115 Structure of the Publication and Relevant Contents 115 General Structure 115 Introduction 117 Experiment 1 119 Experiment 2 121 Discussion and Conclusion 121 Impact at the Time 122 Impact Today 122 Contribution to Current Practice 123 Concluding Remarks 123 Key Takeaways 124 Notes 124 Bibliography 125 6 Interpreting Evidence – The Likelihood Ratio 127 Name of the Publication 127 Introduction 127 Biography of the Publication 130 Professional Biography of the Authors 130 Contexts 131 Structure of the Publication and Relevant Contents 131 Chapter 1 Introduction 132 Chapter 2 Interpreting Scientific Evidence 132 Chapter 3 The Alternative Hypothesis 135 Chapter 4 Explaining the Strength of the Evidence 137 Chapter 5 The Case as a Whole 139 Chapter 6 Errors in Thinking 140 Chapter 7 Classical Statistics and Database Matching 141 Chapters 8–10 141 Chapter 11 Implications for the Legal System 142 Impact at the Time 142 Impact Today 143 Contribution to Current Practice 143 Concluding Remarks 144 Key Takeaways 144 Notes 145 Bibliography 145 7 ISO/IEC 17025:1999 – Demonstrating Competence and Validity 147 Name of the Publication 147 Introduction 147 Biography of the Publication 150 Professional Biography of the Authors 151 Contexts 152 Scientific 152 Historical 153 Social/Society 159 Structure of the Publication 159 Quality Standards Framework – Continuous Improvement 160 Impact at the Time 161 A US Alternative - ASCLD/LAB 162 Impact Today 164 Contribution to Current Practice 165 Concluding Remarks 165 Notes 167 Bibliography 167 8 Observer Effects – Cognitive Bias 171 Name of Publication 171 Introduction 172 Part 1 General Observer Effects 173 Part 2 Observer Effects in Forensic Science 174 Part 3 Minimising Observer Effects in Forensic Science 176 Part 4 Observer Effects and Admissibility Under FRE 702 179 Biography of the Publication 179 Professional Biography of the Authors 182 D. Michael Risinger 182 Michael J. Saks 182 William C. Thompson 183 Robert Rosenthal (1933–2024) 183 Contexts 184 General 184 Scientific 185 Historical 187 Social/Society 188 Structure of the Publication 188 Impact at the Time 189 Impact Today 189 Contribution to Current Practice 190 Concluding Remarks 191 Key Takeaways 191 Notes 192 Bibliography 193 9 The 2009 NAS Report – Strengthening Forensic Science 197 Name of the Publication 197 Introduction 197 Summary 199 Motivation for Writing 199 Terms 200 Biography of the Publication 201 Professional Biography of the Authors 201 Contexts 202 Scientific 202 Historical 203 Social/Society 204 Structure of the Publication 205 Appendices 206 Summary 207 Impact at the Time 213 Early Responses from the Disciplines 214 Early US Government Responses 216 Impact Today 224 PCAST (President’s Council of Advisors on Science and Technology) 224 OSAC and Regulation 226 Miscarriages of Justice 227 Handwriting 227 Artificial Intelligence 228 Other Issues 228 Contribution to Current Practice 229 Recommendation 1 229 Recommendation 2: Standardised Terminology and Reporting 229 Recommendation 3: More and Better Research 230 Recommendation 4 231 Recommendation 5: More Research on Cognitive Bias 231 Recommendation 6: Development of Tools and Procedures 231 Recommendation 7: Accreditation and Certification Mandated 231 Recommendation 8: Quality Control, Assurance and Improvement 232 Recommendation 9: Code of Ethics 232 Recommendation 10: Education and Training 233 Recommendation 12: AFIS interoperability 233 Fingerprints 233 Concluding Remarks 234 Key Takeaways 235 Notes 236 Bibliography 237 10 The Sydney Declaration 241 Name of Publication 242 Introduction to the Chapter 242 Introduction to the Publication 242 Contexts 244 Historical 244 Science 245 Terms and Definitions 247 The Origins of ‘Criminology’ and ‘Criminalistics’ 247 Gross Model of Criminology 247 Criminalistics 248 Summary of the Publication 249 Introduction and Definition of Forensic Science 249 Four Principles Governing Forensic Scientific Evidence 250 Summary of Claimed Benefits 251 Next Steps 251 Locard’s Traces and Traceology 252 Motivation for Writing 252 The Lausanne School of Thought 252 Progress has been Misfocussed – One Science to Bind Them All 253 Strengths/Weaknesses/Obstacles/Threats 254 Strengths 254 Criticisms and Weaknesses 254 Obstacles 260 Threats 262 Biography of the Publication 265 Professional Biography of the Authors 265 Impact Today 266 Contribution to Current Practice 266 The Way Ahead 267 Separation from a Law Enforcement Culture 267 Police Unlikely to Cede Power 268 Organic Development of Specialisms 269 Budgets 269 The Future 270 Responsibility for the Next Steps 270 Drawing Strands Together, A Model Forensic Science Provider 270 Key Takeaways 271 Notes 273 Bibliography 274 Index 279
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Subject Areas: Chemistry [PN]
