Mute Witnesses: Trace Evidence Analysis
- 1st Edition - May 21, 2001
- Latest edition
- Editor: Max M. Houck
- Language: English
Trace evidence is small, even microscopic remnants of materials found at a crime scene or on a victim. The term "mute witnesses" is commonly used to refer to these small bits of… Read more
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Trace evidence is small, even microscopic remnants of materials found at a crime scene or on a victim. The term "mute witnesses" is commonly used to refer to these small bits of evidence such as paint smears, fibers, hair strands, dirt particles, glass fragments, and other items.
Trace evidence can be used to tell the story of how a crime was committed and to identify and convict suspects. Recent improvements in the techniques used to collect and analyze trace evidence have played a key role in solving many cases that might have gone unsolved just a few years ago.
Mute Witnesses: Trace Evidence Analysis presents intriguing case studies from well-recognized experts and bright young stars in the field. Each chapter presents the facts of one or more prominent cases (particularly cases where DNA evidence was not available or was inconclusive), follows the progress of the investigation and how trace evidence assisted, and highlights important aspects for teaching. The cases cover carpet "nubs," hair and wig fibers, plastics in automobiles, glass, feathers, cross-transfer evidence, and more.
This unique book shows how the latest analysis techniques can provide new leads, detect evidence that has been transferred from one place to another, and closely link suspects, victims, and crime scenes. Numerous photographs and illustrations are included throughout the text. The material is written in a style that is accessible to trace analysts, crime scene specialists, police officers, lawyers, and students. This book is ideal for training, review, or general interest.
Trace evidence can be used to tell the story of how a crime was committed and to identify and convict suspects. Recent improvements in the techniques used to collect and analyze trace evidence have played a key role in solving many cases that might have gone unsolved just a few years ago.
Mute Witnesses: Trace Evidence Analysis presents intriguing case studies from well-recognized experts and bright young stars in the field. Each chapter presents the facts of one or more prominent cases (particularly cases where DNA evidence was not available or was inconclusive), follows the progress of the investigation and how trace evidence assisted, and highlights important aspects for teaching. The cases cover carpet "nubs," hair and wig fibers, plastics in automobiles, glass, feathers, cross-transfer evidence, and more.
This unique book shows how the latest analysis techniques can provide new leads, detect evidence that has been transferred from one place to another, and closely link suspects, victims, and crime scenes. Numerous photographs and illustrations are included throughout the text. The material is written in a style that is accessible to trace analysts, crime scene specialists, police officers, lawyers, and students. This book is ideal for training, review, or general interest.
* Real case studies show how trace evidence was used to help solve difficult cases
* Written by top investigators from the FBI, crime labs, state police, etc.
* Outlines how the latest analysis techniques can provide new leads and closely link suspects, victims, and crime scenes
* Includes numerous color photographs and illustrations
* Designed for training, reference, or general interest
* Written by top investigators from the FBI, crime labs, state police, etc.
* Outlines how the latest analysis techniques can provide new leads and closely link suspects, victims, and crime scenes
* Includes numerous color photographs and illustrations
* Designed for training, reference, or general interest
Students and professionals in the law enforcement, forensic science and legal communities
Introduction
Ken Wiggins with Max M. Houck
1: Fabric Processing and "Nubs"
Douglas Deedrick, FBI Laboratory
2: Wigs and the Significance of One Fiber
Susan Ballou, Montgomery County Crime Laboratory
3: Trace Evidence as Investigative Lead Value
Amy Michaud, FBI Laboratory
4: Plastics in Automobiles
Brad Putnam, Oregon State Police Crime Laboratory
5: Finding Trace Evidence
Richard E. Bisbing, McCrone Associates, Inc.
6: "Only Circumstantial Evidence"
Scott Ryland, Florida Department of Law Enforcement, and Max M. Houck, FBI
7: Manslaughter Caused by a Hit-and-Run: Glass as Evidence of Association
José Almirall, Florida International University
8: Feathers
Lee Brun-Conti, Michigan State Police
9: A Case of Cross-Transfer
Max M. Houck, FBI Laboratory, Washington, D.C.
Author Index
Subject Index
Ken Wiggins with Max M. Houck
1: Fabric Processing and "Nubs"
Douglas Deedrick, FBI Laboratory
2: Wigs and the Significance of One Fiber
Susan Ballou, Montgomery County Crime Laboratory
3: Trace Evidence as Investigative Lead Value
Amy Michaud, FBI Laboratory
4: Plastics in Automobiles
Brad Putnam, Oregon State Police Crime Laboratory
5: Finding Trace Evidence
Richard E. Bisbing, McCrone Associates, Inc.
6: "Only Circumstantial Evidence"
Scott Ryland, Florida Department of Law Enforcement, and Max M. Houck, FBI
7: Manslaughter Caused by a Hit-and-Run: Glass as Evidence of Association
José Almirall, Florida International University
8: Feathers
Lee Brun-Conti, Michigan State Police
9: A Case of Cross-Transfer
Max M. Houck, FBI Laboratory, Washington, D.C.
Author Index
Subject Index
- Edition: 1
- Latest edition
- Published: May 21, 2001
- Language: English
MH
Max M. Houck
Dr. Max M. Houck is an internationally-recognized forensic expert with research interests in forensic science, education, and the forensic enterprise and its industries. He has worked in all aspects of forensic science, including at the FBI Laboratory. Dr. Houck has published widely in books and peer-reviewed journals. His anthropology and trace evidence casework includes the Branch Davidian Investigation, the September 11 attacks on the Pentagon, the D.B. Cooper case, the US Embassy bombings in Africa, and the West Memphis Three case, among hundreds of others. He served for six years as the Chair of the Forensic Science Educational Program Accreditation Commission (FEPAC). Dr. Houck is a Fellow of the Royal Society of Chemistry and a founding Co-Editor of the journal Forensic Science Policy and Management.
Affiliations and expertise
Vice President, Forensic and Intelligence Services, LLC