Criminalistics: Forensic Science, Crime and Terrorism
5th Edition
About This Book
This textbook provides a comprehensive overview of forensic science, integrating traditional criminalistics with modern applications in crime scene investigation and counter-terrorism. It covers the scientific principles behind evidence collection, analysis, and interpretation in a legal context.
Book Review | Amerbach
Criminalistics: Forensic Science, Crime and Terrorism, 5th Edition, by James E. Girard, serves as a foundational resource for students entering the field of forensic science. The book is structured to bridge the gap between basic scientific principles and their practical application in criminal investigations. By covering a broad spectrum of topics—ranging from the processing of crime scenes and the analysis of physical evidence to the specialized challenges posed by modern terrorism—the text provides a holistic view of the discipline. A notable characteristic of this edition is its emphasis on the intersection of laboratory science and the legal system, ensuring that readers understand not only how evidence is analyzed but also how it is presented and scrutinized in court. The book utilizes clear explanations of chemical and biological processes, making complex forensic methodologies accessible to students who may have varying levels of prior scientific training. Furthermore, the inclusion of contemporary issues, such as the role of forensic science in counter-terrorism, reflects the evolving nature of the field and the increasing importance of interdisciplinary cooperation in law enforcement. The organization of the material allows for a logical progression of learning, starting with the fundamental concepts of evidence and moving toward more complex analytical techniques. The text is well-supported by illustrative examples that help ground theoretical concepts in real-world scenarios. For academic institutions, this book functions as a primary text for introductory undergraduate courses, offering a balanced curriculum that satisfies both the scientific and procedural requirements of forensic study. It is particularly well-suited for those seeking a comprehensive introduction that does not sacrifice technical accuracy for readability. In the broader context of academic study, this work occupies a significant position by providing a reliable, up-to-date framework that prepares students for the rigorous demands of forensic practice. It remains a standard reference for those looking to understand the scientific underpinnings of justice and the critical role that forensic evidence plays in the modern legal landscape.
Academic Use
Introductory Forensic Science courses
Who Is It For?
Undergraduate students pursuing degrees in forensic science, criminal justice, or related scientific disciplines.
Table of Contents
- 1. Introduction to Forensic Science
- 2. The Crime Scene
- 3. Physical Evidence
- 4. Physical Properties of Evidence
- 5. Forensic Chemistry
- 6. Forensic Toxicology
- 7. Forensic Serology and DNA
- 8. Forensic Biology
- 9. Forensic Microscopy
- 10. Forensic Identification of Controlled Substances
- 11. Forensic Analysis of Arson and Explosives
- 12. Forensic Analysis of Firearms and Toolmarks
- 13. Forensic Analysis of Fingerprints
- 14. Forensic Analysis of Documents
- 15. Forensic Analysis of Computer Evidence
- 16. Forensic Analysis of Terrorism.