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A comprehensive and easy-to-read introduction to the work of the modern forensic laboratory. The authors explain in simple language the capabilities and limitations of modern forensic laboratory procedures, techniques, analyses, and interpretations. Here, the interested reader will find an understandable and fascinating introduction to the complex worlds of forensic serology DNA, chemistry, crime reconstruction, digital evidence, explosives, arson, fingerprints, firearms, tool marks, odontology, and pathology. Additional chapters address the problems of assuring quality and seeking trace evidence in the forensic laboratory.
"As an introductory guide, the goal of this book is to provide students of law enforcement, criminalists, members of the justice system, law enforcement professionals, and anyone interested in the field a starting point in understanding the pivotal relationship between police, the investigator, and the scientist in service of the law. From the first responder called to a death scene to the final analysis in the courtroom, Crime and Measurement outlines the processes, the rules, the protocols, and the principles of what it takes and what it means to measure and solve crime"--
This full-color book focuses on the detection and recovery of the most powerful kind of physical evidence: the traces left behind by a killer on the body of his victim, most notably fingerprints, but also other important transfers, including shoeprints, blood impressions and writing -- evidence that has been found concurrent with the search for fingerprints. Very little other evidence offers such a high inculpatory or exculpatory potential. The search for fingerprints on the skin of murder victims began in the 1930s, with the inception of a relatively minor technique for difficult surfaces. Decades later, it would be the center of the first comprehensive research into detecting fingerprints ...
The two-volume World of Forensic Science is a convenient, comprehensive guide to the scientific processes and the legal, social and ethical issues involved in the forensic sciences. Approximately 600 entries cover the individuals, techniques and principles of biology, chemistry, law, medicine, physics, computer science, geology and psychology involved in the multidisciplinary approach of examining crime scenes and evidence to be used in legal proceedings. Topics range from types of evidence (fingerprints, hair, weapons) to specific techniques and methods of analysis (ballistics, DNA identification), organizations (Federal Crime Lab), individuals (Alphonse Bertillon) and famous trials (O.J. Simpson case).
In Camera Clues , Joe Nickell shares his methods of identifying and dating old photos and demonstrates how to distinguish originals from copies and fakes. Particularly intriguing are his discussions of camera tricks, darkroom manipulations, retouching techniques, and uses of computer technology to deceive the eye. Camera Clues concludes with a look at allegedly "paranormal" photography, from nineteenth-century "spirit photographs" to UFO snapshots.
Forensic science has come a long way in the past ten years. It is much more in-depth and much broader in scope, and the information gleaned from any evidence yields so much more information than it had in the past because of incredible advances in analytic instruments and crucial procedures at both the crime scene and in the lab. Many practices have gone digital, a concept not even fathomed ten years ago. And from the first collection of evidence to its lab analysis and interpretation to its final presentation in court, ethics has become an overriding guiding principle. That’s why this new edition of this classic handbook is indispensable. The Forensic Laboratory Handbook Procedures and Pr...
Detecting Forgery reveals the complete arsenal of forensic techniques used to detect forged handwriting and alterations in documents and to identify the authorship of disputed writings. Joe Nickell looks at famous cases such as Clifford Irving's "autobiography" of Howard Hughes and the Mormon papers of document dealer Mark Hoffman, as well as cases involving works of art. Detecting Forgery is a fascinating introduction to the growing field of forensic document examination and forgery detection.
Discusses current research and advances in forensic chemistry, including fingerprinting, forensic serology, toxicology, arson investigation, and DNA fingerprinting.
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