This book is a basic textbook for use in college and university forensic science courses at the introductory level in which little or no prior knowledge of science has been assumed. Most of the book is devoted to a careful exploration of the importance of physical evidence and this new edition includes a chapter on DNA.

Forensic Science: An Introduction to Criminalistics

Lee, Henry C.

De Forest, Peter R.

Gaensslen, R. E.

Health, Fitness & Dieting

Mcgraw-Hill College

Written by authors with close to one hundred years of forensic experience combined, this introductory text features comprehensive coverage of the types of forensic work done by crime laboratories for criminal cases and by private examiners for civil cases. The book’s unifying vision of the role of forensic science in the justice system and of the role of the professional forensic scientist is clearly introduced in the first two chapters and reinforced throughout the text. Each chapter discusses a key case in the field and references other "real world" applications of the techniques described. The text’s premise is that being a scientist is not required for understanding and using forensic science, but that a greater understanding of science lends itself to better use of the techniques of forensic science.

Introduction to Forensic Science and Criminalistics

Gaensslen Dr., Robert E

Harris, Howard

Criminal Law

McGraw–Hill Education

Henry Lee's Crime Scene Handbook outlines proven methods to help you collect and process physical evidence correctly, analyze it thoroughly, and understand its relevance to the case involved. It evaluates the newest chemical and instrumental techniques, and covers new areas such as forensic analysis of computers and advanced shooting scene reconstruction methods. This "must-have" guide is enhanced with dozens of color photographs, logic trees, check lists, worksheets, case studies, lists of suppliers, and more. Henry Lee has consulted on thousands of criminal cases around the world and is highly sought after to help solve difficult cases. Now he and his co-authors share more than 50 years of combined experience in this systematic approach to crime scene processing. It provides the information you need for initial training, to take with you in the field, and to refer to again and again during the course of each investigation. KEY FEATURES: * Presents a unique, systematic approach to crime scene processing * Covers in detail how to manage a crime scene, collect information, search for, collect, and preserve physical evidence, conduct field tests, and reconstruct a sequence of events * Describes how to use the latest chemical and instrumental techniques for each kind of crime scene * Outlines common problems and provides clear recommendations for overcoming them * Includes logic trees, checklists, and worksheets that help investigators evaluate the evidence in specific types of crimes

Henry Lee's Crime Scene Handbook

Politics & Social Sciences

Palmbach, Timothy

Miller, Marilyn T.

Social Sciences

Academic Press

Advances in Fingerprint Technology (Elsevier Series in Forensic and Police Science

Advances in Fingerprint Technology (Elsevier Series in Forensic and Police Science)

CRC Pr I Llc

DNA and Other Polymorphisms in Forensic Science

Science & Math

Biological Sciences

Year Book Medical Pub

Introduction To Forensic Science And Criminalistics

Harris, Howard A.

CRC Press

Gaensslen, R. E. (robert E.)

Boca Raton, Fl : Crc Press, [2019]

Each year, too many law enforcement officers die in the line of duty and too many people are killed by the police. Yet, can any of these deaths be avoided? To answer this we must investigate the nature and causes of these deaths in an unbiased and objective manner to highlight and expose weaknesses in policy that can be amended through more rigorous, enlightened, and culture-sensitive training. Examining hypothetical cases drawn from the most prevalent and typical officer-involved deaths in recent years, Investigation and Prevention of Officer-Involved Deaths reviews the circumstances, relevant discussions, and critical issues for each case type wherein law enforcement officers have had to respond outside of their usual and trained experience and where the final outcome was the death of either the suspect, an innocent bystander, or the officer. With a focus on crime scene investigation and the collection and preservation of the relevant forensic evidence, the book outlines appropriate crime scene procedures for each situation and lists potential categories of forensic evidence to be searched for, collected, and submitted to the forensic laboratory for analysis. The authors discuss postmortem protocols, including autopsy reports, toxicological analyses, and other appropriate investigative findings. They then examine policy and training protocols for each, look at the use and potential benefit of less-lethal weapons, and pose the critical question of "what would you do if you were the police officer." Through the serious study of each of the categories presented in this book, police officers and other groups of law enforcement officials can more fully comprehend and appreciate the societal significance of such cases. The more aware, sensitive, and well-educated are officers of the law, the more dignified, humane, and safe are the communities they are sworn to serve.

Investigation and Prevention of Officer-Involved Deaths

Wecht, Cyril H.

van Blaricom, D.P.

Tucker, Mel

CRC-Press

This Second Edition of the best-selling Introduction to Forensic Science and Criminalistics presents the practice of forensic science from a broad viewpoint. The book has been developed to serve as an introductory textbook for courses at the undergraduate level―for both majors and non-majors―to provide students with a working understanding of forensic science. The Second Edition is fully updated to cover the latest scientific methods of evidence collection, evidence analytic techniques, and the application of the analysis results to an investigation and use in court. This includes coverage of physical evidence, evidence collection, crime scene processing, pattern evidence, fingerprint evidence, questioned documents, DNA and biological evidence, drug evidence, toolmarks and fireams, arson and explosives, chemical testing, and a new chapter of computer and digital forensic evidence. Chapters address crime scene evidence, laboratory procedures, emergency technologies, as well as an adjudication of both criminal and civil cases utilizing the evidence. All coverage has been fully updated in all areas that have advanced since the publication of the last edition. Features include: <ul>
<li>Progresses from introductory concepts―of the legal system and crime scene concepts―to DNA, forensic biology, chemistry, and laboratory principles</li> <li>Introduces students to the scientific method and the application of it to the analysis to various types, and classifications, of forensic evidence </li> <li>The authors’ 90-plus years of real-world police, investigative, and forensic science laboratory experience is brought to bear on the application of forensic science to the investigation and prosecution of cases</li> <li>Addresses the latest developments and advances in forensic sciences, particularly in evidence collection</li> <li>Offers a full complement of instructor's resources to qualifying professors</li> <li>Includes full pedagogy―including learning objectives, key terms, end-of-chapter questions, and boxed case examples―to encourage classroom learning and retention</li> </ul> Introduction to Forensic Science and Criminalistics, Second Edition, will serve as an invaluable resource for students in their quest to understand the application of science, and the scientific method, to various forensic disciplines in the pursuit of law and justice through the court system. An Instructor’s Manual with Test Bank and Chapter PowerPoint® slides are available upon qualified course adoption.

Introduction to Forensic Science and Criminalistics, Second Edition

Truly a legend in his own time, Dr. Henry C. Lee is considered by many to be the greatest forensic scientist in the world. He gained widespread public recognition through his testimony in the televised O. J. Simpson trial. Since that time he has helped with the Jon Benet Ramsey case and the investigations of mass murder in Croatia. This book will take the reader through the entire investigative process of five murder cases, with Dr. Lee as the tour guide. The cases include: the O. J. Simpson case, in which Dr. Lee's analysis of the blood evidence at the crime scene revealed that the Los Angeles Police Department had missed several blood drops on the back of Nicole Simpson, a footprint belonging to a second possible assailant, and the physical improbability of Mr. Simpson's climbing a fence to return to his home. the "woodchipper murder," in which an Eastern Airlines pilot murdered his wife and then put her body through a woodchipper in an attempt to dispose of the remains. the Mathison murder, in which a veteran Hawaiian police sergeant claimed to have accidentally run over his wife after she fled the family van during a dispute. the Ed Sherman murder, in which a college English professor attempted to disguise the time of his wife's death by turning up the air conditioning unit in their house and then using the alibi that he was away from the home sailing on the day the crime allegedly took place. the McArthur murder, in which a police sergeant shot and killed his wife, but then tried to make it appear that she had accidentally killed herself. In each case, Dr. Lee presents in scientific detail how he investigated the murders, analyzed the evidence, and used techniques that played a critical role in bringing criminals to justice. He discusses how the criminalist examines blood spatter evidence and uses blood identification, DNA analysis, and other forensic technologies developed in the world's best laboratories. This is a fascinating insider's look by a world-renowned expert into the pursuit of justice in some of the most grisly criminal cases of recent times.

Cracking Cases: The Science of Solving Crimes

Prometheus+books

Truly a legend in his own time, Dr. Henry C. Lee is considered by many to be the greatest forensic criminalist in the world. He has gained widespread public recognition through his involvement in many high-profile cases. Now, as a follow-up to his highly acclaimed Cracking Cases, Dr. Lee describes in intimate detail his work in personally investigating five notorious murder cases, while demonstrating the fascinating scientific techniques of forensic science. Taking the reader through the entire investigative process, Dr. Lee shares his thoughts on two high profile cases:The Skakel-Moxley Murder. This case, which had remained unsolved for three decades, seized the headlines since it involved the nephews of Ethyl Kennedy and the late Sen. Robert F. Kennedy. In the fall of 1975, the partially clad body of fifteen-year-old Martha Moxley was found by a neighbor near the home of Rushton Skakel, the older brother of Ethyl Kennedy. The night before, Martha had visited Skakel's teenage sons at their house while the father was away on a hunting trip. At 10 p.m., Martha reportedly left the Skakel residence to return to her own house, a few doors away. She never made it home.For twenty-four years no one was prosecuted. Finally, in 1999, Dr. Lee and two other professionals were appointed to a special task force charged with reviewing all of the evidence and reinvestigating the case. In May of 2002, the case finally came to trial and Dr. Lee testified before the jury. Dr. Lee's testimony focused on a reconstruction of the crime scene and "indirect forensic evidence." The ultimate verdict surprised many experienced courtroom observers.The JonBenet Ramsey Case. The murder of six-year-old beauty queen JonBenet Ramsey has created a frenzy of media speculation, partly because local Colorado authorities bungled the initial handling of the evidence. Two months after discovery of the little girl's body, Dr. Lee was asked to help with the inquiry. Dr. Lee knows as much about the forensic evidence in this case as anyone alive ― except for the murderer. He provides a particularly extensive discussion of the complexities of this provocative case.Dr. Lee also describes his investigations of the Serra, Barrett, and Deng murder cases, which took place in California, Florida, and Connecticut. Each of these cases have taken dramatic twists and turns. Dr. Lee presents in scientific detail how he investigated the murders, analyzed the evidence, and used techniques that have played a critical role in bringing many criminals to justice. He discusses how the criminalist examines blood spatter evidence and uses blood identification, DNA analysis, and other forensic technologies developed in the world's best laboratories. Dr. Lee also makes the point that forensics continues to advance. With every new scientific development, the prospect of solving seemingly baffling "cold cases" becomes greater.This page-turner by a world-renowned expert offers an intriguing insider's look into the pursuit of justice in some of the most notorious and troubling criminal cases of recent times.

Cracking More Cases: The Forensic Science of Solving Crimes : the Michael Skakel-Martha Moxley Case, the Jonbenet Ramsey Case and Many More!

O'Neil, Thomas W.

Prometheus

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