When forensic recoveries are properly processed and recorded, they are a major intelligence source for crime investigators and analysts. The majority of publications about forensic science cover best practices and basic advice about evidence recovery and storage. Forensic Intelligence takes the subject of forensics one step further and describes how to use the evidence recovered at crime scenes for extended analysis and the dissemination of new forensic intelligence. The book draws on the author’s 40 years of experience as a crime scene examiner, latent print examiner, and the Head of Forensic Intelligence, New Scotland Yard, in the London Metropolitan Police Intelligence Bureau (MIB). It supplies practical advice on how to use all forensic recoveries in a modern, analysis-driven, intelligence-led policing environment. The text covers evidentiary procedures related to each of the main crime types, as well as the production of intelligence products from police data. Accompanying the book is a supplemental CD-ROM with a plethora of additional resources, including Treadmark Express footwear evidence software; exemplar templates for the input of forensics, behaviours, and method data into intelligence systems; and other material. This reliable resource is designed for police services of all sizes and capabilities—from the largest organizations with thousands of employees and big budgets down to the smallest department with a few officers. By mastering the basic crime recording and intelligence processes in this volume, investigators can make the best use of all their forensic recoveries. CD ROM Contents: Treadmark Express Footwear Evidence Software and User’s Manual Operation Bigfoot Footwear Pattern Distribution Graphs (London 2005) Example CSI Forensic Intelligence Template Shoe and tool Marks Coding Document Report on the Vision of Forensic Intelligence and Strategic Thinking A Unified Format Spreadsheet for Merging Drug Legacy Data from Different Forensic Science Laboratories Forensic Intelligence Report (FIR) Template Role Description Example–Forensic Intelligence Manager Footwear Intelligence Process Map Ballistics Intelligence Process Map–Inputs & Outputs

LT Albert Cruz's forensic entomology/explosive (E2) scientific project proved to be cutting edge and groundbreaking science in the forensic community. His thorough research and original analysis included a newly found forensic/intelligence analytical tool which could help bring justice, fight the war on terrorism, and find "ground truth" in cases which involve domestic and international terrorism, war crimes, torture, drug trafficking, and chemical explosive identification by utilizing the common carrion fly. In addition, the project may be effective in counter-denial and deception operations which are known to be highly relevant and valuable to the Intelligence Community (IC) in cases of deceptive mass grave movement and genocide. More importantly, this unique forensic E2 experimental project revealed that explosive compounds such as TNT could be detected biologically-in this case by blowfly larvae which have fed on body tissue exposed to explosive residues-when toxicological analysis was no longer procurable. The results of the unique E2 forensic experiment provided empirical evidence that forensic entomology is unbiased and has a high degree of applicability to the IC. The science here is very helpful and when applied strategically to international war crime cases can provide myriad answers and help bring the guilty to justice in any war crime tribunal court system. Such information gained would also enable analysts to identify a specific batch of explosive, compare it to a known source of TNT, and relate it to a terrorist crime or cell.

This book explores the conundrum that political fortune is dependent both on social order and big, constitutive crime. An act of outrageous harm depends on rules and protocols of crime scene discovery and forensic recovery, but political authorities review events for a social agenda, so that crime is designated according to the relative absence or presence of politics. In investigating this problem, the book introduces the concepts ‘intelligence crime’ and ‘critical forensics.’ It also reviews as an exemplar of this phenomenon ‘apex crime,’ a watershed event involving government in the support of a contested political and social order and its primary opponent as the obvious offender, which is then subject to a confirmation bias. Chapters feature case study analysis of a selection of familiar, high profile crimes in which the motives and actions of security or intelligence actors are considered as blurred or smeared depending on their interconnection in transactional political events, or according to friend/enemy status.

The Science of Crime Scenes, Second Edition offers a science-based approach to crime scenes, emphasizing that understanding is more important than simply knowing. Without sacrificing technical details, the book adds significantly to the philosophy and theory of crime scene science. This new edition addresses the science behind the scenes and demonstrates the latest methods and technologies with updated figures and images. It covers the philosophy of the crime scene, the personnel involved at a scene (including the media), the detection of criminal traces and their reconstruction, and special crime scenes, such as mass disasters and terroristic events. Written by an international trio of authors with decades of crime scene experience, this book is the next generation of crime scene textbooks. This volume will serve both as a textbook for forensic programs, and as an excellent reference for forensic practitioners and crime scene technicians with science backgrounds. Includes in-depth coverage of disasters and mass murder, terror crime scenes and CBRN (Chemical, biological, radioactive and nuclear) – topics not covered in any other text Includes an instructor site with lecture slides, images and links to resources for teaching and training

Despite a shared focus on crime and its ‘extended family’, forensic scientists and criminologists tend to work in isolation rather than sharing the data, methods and knowledge that will broaden the understanding of the criminal phenomenon and its related subjects. Bringing together perspectives from international experts, this book explores the intersection between criminology and forensic science and considers how knowledge from both fields can contribute to a better understanding of crime and offer new directions in theory and methodology. This handbook is divided into three parts: Part I explores the epistemological and historical components of criminology and forensic science, focusing on their scientific and social origins. Part II considers how collaboration between these disciplines can bring about a better understanding of the organizations and institutions that react to crime, including the court, intelligence, prevention, crime scene investigation and policing. Part III discusses the phenomena and actors that produce crime, including a reflection on the methodological issues, challenges and rewards regarding the sharing of these two disciplines. The objective of this handbook is to stimulate a ‘new’ interdisciplinary take on the study of crime, to show how both forensic and criminological theories and knowledge can be combined to analyse crime problems and to open new methodological perspectives. It will be essential reading for students and researchers engaged with forensic science, criminology, criminal behaviour, criminal investigation, crime analysis and criminal justice.

A revealing guide to a career as a crime scene investigator written by acclaimed journalist Jacqueline Detwiler-George and based on the real-life experiences of the CSI team at the Baltimore police department—required reading for anyone considering a path to this profession. Becoming a Crime Scene Investigator takes you behind the scenes to find out what it’s really like, and what it really takes, to become a crime scene investigator. Acclaimed journalist Jacqueline Detwiler-George shadows the crime scene investigators of the Baltimore Police Department to show how this job becomes a reality. Forensic science is an essential component of any criminal investigation. CSI evidence can tip the scales of justice during trials, helping to free the innocent and convict the guilty. Discover what it’s like to process a crime scene by collecting evidence, documenting via photos, dusting for fingerprints, and analyzing blood spatter. Confront the gruesome realities of the job, tour their in-house crime labs, and watch as they process results. Gain wisdom and insight from the director of the forensic laboratory and the chief of the forensic division—and learn how this essential job is performed at the highest level.

The work of Crime Scene Investigators (CSIs) is made more complicated when the scene is contaminated by either Chemical, Biological, Radiological, Nuclear, Explosives (CBRNEs) or Toxic Industrial Chemicals (TICs). Special considerations must be observed when working at such scenes, whether they are the result of acts of terrorism, accidents, or nat