A Laboratory Manual for Criminalistics: Introduction to Forensics for Law Enforcement Officers helps students develop a fundamental understanding of the process of forensics. The manual bridges the gap between learned material and practical application, challenging students to apply what they've learned in lectures to a laboratory environment. In Unit One, students are introduced to scientific and safety procedures, system conversions, substance separations, tools and devices used in the laboratory environment, and evidence evaluation and submission techniques. Unit Two explores firearms identification and labeling, ballistics and trace metal detection, serial number restoration, and crime scene sketching. Unit Three guides students through camera identification, labeling, and use. In the final unit, students learn about fingerprint classification and identification, as well as footprint evidence and casting techniques. The manual concludes with an optional project regarding serology and blood spatter analysis. The third edition of the manual features updated material in light of advances in technology and their impact on forensic procedures. Featuring straightforward and easy-to-understand instruction, A Laboratory Manual for Criminalistics is an ideal resource for courses in law enforcement and policing that include a laboratory component.

Modern communications are now more than ever heavily dependent on mobile networks, creating the potential for higher incidents of sophisticated crimes, terrorism acts, and high impact cyber security breaches. Disrupting these unlawful actions requires a number of digital forensic principles and a comprehensive investigation process. Mobile Network Forensics: Emerging Research and Opportunities is an essential reference source that discusses investigative trends in mobile devices and the internet of things, examining malicious mobile network traffic and traffic irregularities, as well as software-defined mobile network backbones. Featuring research on topics such as lawful interception, system architecture, and networking environments, this book is ideally designed for forensic practitioners, government officials, IT consultants, cybersecurity analysts, researchers, professionals, academicians, and students seeking coverage on the technical and legal aspects of conducting investigations in the mobile networking environment.

Mobile forensics has grown from a relatively obscure tradecraft to a crucial part of many criminal investigations, and is now used daily by examiners and analysts within local, state, and federal law enforcement as well as within the military, US government organizations, and the private ""e-Discovery"" industry. Developments in forensic research, tools, and processes over the past decade have been very successful and continue to change at a rapid pace. Forensic Investigations and Risk Management in Mobile and Wireless Communications is a collection of innovative research on the methods and applications of analyzing mobile devices and data for collection of information pertaining to the legal evidence related to various security breaches and intrusion detection. While highlighting topics including cybercrime, neural networks, and smartphone security, this book is ideally designed for security analysts, IT professionals, researchers, practitioners, academicians, and students currently investigating the up-and-coming aspects surrounding network security, computer science, and security engineering.

Focusing on Forensics: A Lab Workbook is designed to provide students with hands-on, real-world forensic science experiences. The workbook offers ample opportunities to practice various tasks, processes, and procedures associated with forensic science, all while emphasizing the importance of handling evidence with care and integrity, from extraction at the crime scene to its appearance in the courtroom. Initial labs in the workbook demonstrate the difference between Hollywood fabrication and real-life forensic work, expose students to paperwork associated with real casework, and help students consider what is and what isn't evidence. In later labs, students learn how to properly package evidence, classify and compare fingerprints, cast footwear and tire impressions, and examine handwriting. Additional labs offer students the opportunity to examine different types of ammunition, perform fracture match exams, test evidence for the detection of blood, study bloodstain patterns, and compare DNA profiles. Comprehensive in scope and designed to replicate many of the tasks, principles, and techniques forensic scientists use and perform in real casework, Focusing on Forensics is an ideal text for introductory courses in forensic science.

Medical Response to Child Sexual Abuse, Second Edition is specifically developed to equip physicians, nurses, and other medical professionals with the necessary tools to identify cases of child sexual abuse. This new edition is revised and updated to reflect contemporary best practices for the pediatric approach to childhood sexual abuse and effectively treat and examine sexually abused patients. Professionals who work with sexually abused children face a great challenge in not only treating the immediate outcomes of sexual abuse but also safeguarding their patients' long-term recovery. To meet their needs and the needs of those in their care, Medical Response to Child Sexual Abuse, Second Edition offers a wealth of evidence-based research and practical guidelines to the evaluation of childhood sexual abuse.

Food fraudsters be warned! Sophisticated science was at the centre of detecting and prosecuting this new crime of food fraud. The ground-breaking case, a first of its kind, needed new sentencing guidelines for judges, new working arrangements for prosecutors and police and an EU-wide agreement on techniques and standards used for prosecution, which were agreed on the hoof in response to a crime detected in over 40 countries. In 2013 thousands of consumers, retailers and food businesses were ripped-off by insiders - thieves who substituted and sold horse-meat in place of beef. They used a web of deception that involved unwitting suppliers passing off their fraudulent produce to some of Britain's largest retailers and international food business. Following so-called Horsegate, the enforcement world had to change. There is now a team focussing on food fraud and a desire to put the perpetrators behind bars. Much tougher sanctions have been introduced with the aim of discouraging such crimes. This book is a timely look at the web of deception and how it can be stopped. Aimed at food enforcement professionals, lay readers with an interest in crime, students studying food fraud, criminology or forensics and anyone who eats food. Once again, life emulated art, this deception mirrors the story of the thief who came to dinner, gained inside knowledge and stole priceless artefacts from the host. So, who will come to dinner next time? This is the second book by the author, a scientist sharing his inside knowledge on this food crime.

As technology continues to advance forward, it is crucial that the forensic disciplines maintain their lead over the criminal element. The field of firearm analysis is one such area that has experienced rapid developments, spurred on by recent technological advancements. With the invention of high resolution 3D-printing, new improvements in instrumental techniques such as Raman Spectroscopy and Mass Spectrometry, and improvements in simulation capabilities for ballistic wounding potential, entirely new fields of study have evolved. This book takes an in-depth look at the current state of gunshot residue analysis and wound ballistics, and showcases groundbreaking research in these crucial areas. The ramifications of the availability of 3D-printed firearms are also discussed, with authors submitting evaluations of new and existing forensic methods on trace analysis of GSR and fingerprinting, as well as potential protocol adaptations to better address the unique challenges of 3D-printed firearms. Whereas this book is primarily oriented toward forensic researchers and practitioners, others with an interest in keeping up with developments in forensic science may find it informative and useful.

Psychology's formal interaction with law began early in the twentieth century, though little in the way of substantive scholarly and professional development occurred until several decades later. The emergence of psychology and law as a modern field of scholarship was marked by the founding of the American Psychology-Law Society (AP-LS) in 1969, now approaching its 50th anniversary. The scientific foundation upon which the modern field now rests was established by a small group of psychological researchers, legal scholars, and clinicians. The Roots of Modern Psychology and Law: A Narrative History reveals how the field developed during the first decade following the founding of the American Psychology-Law Society. The contributors to this edited volume, widely considered to be among the "founders" of the field, were responsible for establishing and nurturing many of the subfields and topics in psychology and law or forensic psychology that flourished across the next fifty years. In each chapter, these leaders explain in narrative form how and why the field and the Society developed in its early years through the recounting of key professional events in their careers during the 1970s. In some cases this was their first major research study using psychology applied to legal issues. In others it was their development of seminal ideas or organizational innovations that had a later impact on the field's development. The volume chronicles how an emerging AP-LS and field of psychology and law were shaped by these psychologists, and how their own initial work was, in turn, shaped by the organization.

In many criminal trials, forensic technical evidence is lacking and triers of fact must rely on the reliability of eyewitness statements, identifications, and testimony; however, such reports can be riddled with deceptive statements or erroneous recollections. Based on such considerations, the question arises as to how one should weigh such eyewitness accounts given the theoretical and empirical knowledge in this field. Finding the Truth in the Courtroom focuses on how legal professionals, legal/forensic psychologists, and memory researchers can decide when statements or identifications are based on truthful or fabricated experiences and whether one can distinguish between lies, deception, and false memories. The contributors, key experts in the field, assemble recent experimental work and case studies in which deception or false memory plays a dominant role. Topics discussed relate to the susceptibility to suggestive pressure (e.g., "Under which circumstances are children or adults the most vulnerable to suggestion?"), the fabrication of symptoms (e.g., "How to detect whether PTSD symptoms are malingered?"), and the detection of deceit (e.g., "Which paradigms are promising in deception detection?"), among others. By using this approach, this volume unites diverse streams of research (i.e., deception, malingering, false memory) that are involved in the reliability of eyewitness statements.