Forensic Science

Compared with its competitors it is, to me, better written, more 'approachable' and with better pedagogic features.  Dr Mark Fowler, De Montfort University     The main strength of this book is that it is a very good overall book for all aspects of forensic science. It is presented in a way that is user friendly to the students with additional help through the use of problems.     Dr. Kevin Farrugia, Abertay University This book is the perfect starting point for any newcomer to the field of forensic science. It examines the entire process of conducting forensic science, from the collection of evidence at the crime scene, through the examination and evaluation of that evidence, to the presentation of scientific findings in court. The book is scientifically rigorous but written in a friendly and engaging style, making it the ideal companion for undergraduate students beginning a forensic science course; as background for MSc students; as a reference for related professions such as lawyers or police officers; or simply for the casual reader who wants to learn more about this fascinating area. Key features Clear coverage of the core topics in forensic science. A guest chapter on the rapidly developing technique of DNA profiling. Case studies appear throughout, giving examples from real life. Chapter objectives and summaries highlight the key aspects of each topic. End-of-chapter exercises help to reinforce learning. A glossary of commonly used forensic science terms. Additional material on forensic science techniques is provided in separate boxes. New for this edition New boxes    Minimising cognitive bias (Chapter 1).    The application of the ACE-V method in the examination of fingermark evidence (Chapter 4).    The use of chemical, biological, radiological and nuclear (CBRN) agents in criminal acts (Chapter 11).    Contemporaneous note taking (Chapter 14). New coverage    Recording the crime scene using three-dimensional imaging systems (Chapter 2).    Evidential versus intelligence use of forensic science (Chapter 13).    Streamlined Forensic Reporting (Chapter 14).   New worked examples    The application of the Bayesian approach to evidence evaluation (Chapter 3).    The Case Assessment and Interpretation model (Chapter 13).   Professor Andrew Jackson is the Academic Group Leader of Forensic and Crime Science at Staffordshire University, UK. Dr Julie Jackson is a freelance science writer, with a background in biology. Dr Harry Mountain (guest author of Chapter 6) is a S...