Forensic scientists apply scientific analysis in a legal context and play a vital role in solving crimes. Sometimes the collection of forensic evidence is the only way to establish or exclude an association between suspect and victim or crime scene, or to establish a likely order of events. Profiting from recent scientific developments and the advancement of technological equipment, forensic science is a rapidly evolving discipline that encompasses many sciences and the law. This dictionary covers in over 1300 entries the key concepts within forensic science, including a wide array of relevant specialist terms from areas such as chemistry, biology, anthropology, art, engineering, firearms, toolmarks, trace evidence, crime scene investigation, case history, biographies of investigators and criminals, as well as forensic computing. Ranging from crime scene to fibers and fluorescence to RAM, this new dictionary is the most up-to-date of its kind and is international in scope. Entry-level web links to online resources are listed and regularly updated on a companion website, expanding the scope of the dictionary and pointing to more in-depth supplementary material. Many entries are complemented by case examples (Dr Crippen, Mary Ann Cotton, etc.), figures, and photographs, which makes this A to Z an ideal reference for students of forensic science, as well as professionals and those with an interest in forensics.

About the Author
Dr Suzanne Bell is Associate Professor of Forensic Chemistry at West Virginia University and a renowned researcher in the field of forensic science. She has published many books and articles, including Crime and Circumstance: Investigating the History of Forensic Science (Praeger/Greenwood, 2008), Forensic Chemistry (Pearson, 2005), and the Encyclopedia of Forensic Science (Facts-on-File, 2008). She also worked as a forensic expert for the New Mexico State Police.


Book Information
ISBN 9780199594009
Author Suzanne Bell
Format Paperback
Page Count 320
Imprint Oxford University Press
Publisher Oxford University Press
Weight(grams) 299g
Dimensions(mm) 196mm * 130mm * 24mm