forensic science a sociological introduction

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This book addresses a significant gap in the literature and provides a comprehensive overview of the sociology of forensic science. Drawing on a wealth of international research and case studies, this book explores the intersection of science, technology, law and society and examines the production of forensic knowledge. This book explores a range of key topics such as: The integration of science into police work and criminal investigation, The relationship between law and science, Ethical and social issues raised by new forensic technology including DNA analysis, Media portrayals of forensic science, Forensic policy and the international agenda for forensic science. This book is important and compelling reading for students taking a range of courses, including criminal investigation, policing, forensic science, and the sociology of science and technology.

This book is a lucid and practical guide to understanding the core skills and issues involved in the criminal investigation process. Drawing on multiple disciplines and perspectives, the book promotes a critical awareness and practical comprehension of the intersections between criminology, criminal investigation and forensic science, and uses active learning strategies to help students build their knowledge. The book is organised around the three key strategic phases in a criminal investigation: - Instigation and Initial Response - The Investigation - Case Management Each strategic phase of the investigative process is carefully explained and examined. Alongside this practical approach, theoretical perspectives and academic research are laid bare for students. Introducing Forensic and Criminal Investigation is essential reading for students in criminology, criminal justice, policing, forensic psychology and related courses.

Introduction to Statistics for Forensic Scientists is an essential introduction to the subject, gently guiding the reader through the key statistical techniques used to evaluate various types of forensic evidence. Assuming only a modest mathematical background, the book uses real-life examples from the forensic science literature and forensic case-work to illustrate relevant statistical concepts and methods. Opening with a brief overview of the history and use of statistics within forensic science, the text then goes on to introduce statistical techniques commonly used to examine data obtained during laboratory experiments. There is a strong emphasis on the evaluation of scientific observation as evidence and modern Bayesian approaches to interpreting forensic data for the courts. The analysis of key forms of evidence are discussed throughout with a particular focus on DNA, fibres and glass. An invaluable introduction to the statistical interpretation of forensic evidence; this book will be invaluable for all undergraduates taking courses in forensic science. Introduction to the key statistical techniques used in the evaluation of forensic evidence Includes end of chapter exercises to enhance student understanding Numerous examples taken from forensic science to put the subject into context

Criminalistics is that sub-field of Forensic Science dealing with the collection, preservation, examination, and interpretation of physical evidence. Introduction to Criminalistics: The Foundation of Forensic Science covers the basics of Criminalistics in a textbook for a one or two semester course with the intention of preparing the student for a future in forensic science. The role of the Criminalist is to analyze, compare, identify, and interpret physical evidence in the crime lab. These crime labs, or forensic labs, have two primary functions: identifying evidence, and linking suspect, victim, and crime scene through physical evidence. This new primer introduces the learner to the structure and organization of the crime lab and to the role of the Criminalist. Topics covered include how to process a crime scene and preserve evidence, the basic principles of firearm examination, latent fingerprints, and rudimentary toxicology, or how to determine the presence or absence of drugs and poisons. Well organized and methodical, this colorful textbook, written by an eminent professional, has the potential to become the standard text for applying techniques of the physical and natural sciences to examining physical evidence. * Uses real cases – recent and historic – to illustrate concepts * Colorful pedagogy clearly defines chapter elements and sets this text apart from next best * Presents the basics of forensic sciences in a one-semester or one-year course * Offers excellent preparation for professional examinations * Delivers the latest in laboratory technique while acknowledging the limits of technology

The American homicide rate remains dramatically higher than that in other Western nations. News of a murder has become a routine event. How do we explain such high levels of lethal violence in the world's leading democracy? Echoing Durkheim's Suicide, this book focuses on one important phenomenon to explain larger currents in American society. Leonard Beeghley examines the historical and cross-national dimensions of homicides and evaluates previous attempts to explain it. He finds the sources of America's murder rate in the greater availability of guns, the expansion of illegal drug markets, greater racial discrimination, more exposure to violence, and sharper economic inequalities. He deftly blends the evidence related to each of these factors into a well-reasoned sociological analysis of the nature of American society. Features Highlights how sociology can be used to explain problems and seek solutions Distinguishes between structural and social psychological levels of analysis Provides a constrasting perspective to Messner & Rosenfeld's widely assigned Crime and the American Dream Uses metaphors and analogies in order to make sociological ideas meaningful to students Employs an engaging writing style to place the analysis in the scholarly literature Offers clear explanations of Durkheim, Weber, Merton, and others, that show their usefulness for understanding modern life

The science of forensic entomology-the application of insect biology to the investigation of crime-is extremely specialized, combining as it does an expert knowledge of entomology with keen powers of observation and deduction. Dr. Erzinclioglu has been a practitioner for over twenty-five years and has been involved in a great number of investigations, including some recent high-profile cases, where his evidence has been critical to the outcome. A great admirerer of Sherlock Holmes, Dr. Erzinclioglu compares his own techniques with those of his fictional hero, and takes the reader behind the often gruesome but deeply fascinating scenes of a murder investigation. This absorbing book ranges over cases from history, prehistory and mythology to the present day and is as gripping and readable as a good thriller.

Forensic Fraud is the culmination of 12 years of research by author Brent E. Turvey. A practicing forensic scientist since 1996, Turvey has rendered this first of its kind study into the widespread problem of forensic fraud in the United States. It defines the nature and scope of the problem, the cultural attitudes and beliefs of those involved, and establishes clear systemic contributors. Backed up by scrupulous research and hard data, community reforms are proposed and discussed in light of the recently published National Academy of Sciences report on forensic science. An adaptation of Dr. Turvey’s doctoral dissertation, this volume relentlessly cites chapter and verse in support of its conclusions that law enforcement cultural and scientific values are incompatible, and that the problem of forensic fraud is systemic in nature. It begins with an overview of forensic fraud as a sub-type of occupational fraud, it explores the extent of fraud in both law enforcement and scientific employment settings, it establishes and then contrasts the core values of law enforcement and scientific cultures and then it provides a comprehensive review of the scientific literature regarding forensic fraud. The final chapters present data from Dr. Turvey’s original research into more than 100 fraudulent examiners between 2000 and 2010, consideration of significant findings, and a review of proposed reforms to the forensic science community based on what was learned. It closes with a chapter on the numerous crime lab scandals, and closures that occurred between 2010 and 2012 – an update on the deteriorating state of the forensic science community in the United States subsequent to data collection efforts in the present research. Forensic Fraud is intended for use as a professional reference manual by those working in the criminal system who encounter the phenomenon and want to understand its context and origins. It is intended to help forensic scientist and their supervisors to recognize, manage and expel it; to provide policy makers with the necessary understaffing for acknowledging and mitigating it; and to provide agents of the courts with the knowledge, and confidence, to adjudicate it. It is also useful for those at the university level seeking a strong secondary text for courses on forensic science, law and evidence, or miscarriages of justice. First of its kind overview of the cultural instigators of forensic fraud First of its kind research into the nature and impact of forensic fraud, with data (2000-2010) First of its kind typology of forensic fraud, for use in future case examination in research Numerous profiles of forensic fraudsters Review of major crime lab scandals between 2010 and 2012

Evidence law is meant to facilitate trials that are fair, accurate, and efficient, and that encourage and protect important societal values and relationships. In pursuit of these often-conflicting goals, common law judges and modern drafting committees have had to perform as amateur applied psychologists. Their task has required them to employ what they think they know about the ability and motivations of witnesses to perceive, store, and retrieve information; about the effects of the litigation process on testimony and other evidence; and about our capacity to comprehend and evaluate evidence. These are the same phenomena that cognitive and social psychologists systematically study. The rules of evidence have evolved to restrain lawyers from using the most robust weapons of influence, and to direct judges to exclude certain categories of information, limit it, or instruct juries on how to think about it. Evidence law regulates the form of questions lawyers may ask, filters expert testimony, requires witnesses to take oaths, and aims to give lawyers and factfinders the tools they need to assess witnesses’ reliability. But without a thorough grounding in psychology, is the “common sense” of the rulemakers as they create these rules always, or even usually, correct? And when it is not, how can the rules be fixed? Addressed to those in both law and psychology, The Psychological Foundations of Evidence Law draws on the best current psychological research-based knowledge to identify and evaluate the choices implicit in the rules of evidence, and to suggest alternatives that psychology reveals as better for accomplishing the law’s goals.

Covering a range of fundamental topics essential to modern forensic investigation, the fourth edition of the landmark text Forensic Science: An Introduction to Scientific and Investigative Techniques presents contributions from experts in the field who discuss case studies from their own personal files. This edition has been thoroughly updated to reflect the cutting edge of forensic science across many different areas. Designed for a single-term course at the lower undergraduate level, the book begins by discussing the intersection of law and forensic science, how things become evidence, and how courts decide if an item or testimony should be admissible. It takes the evidence from crime scene investigation into laboratory analysis and even onto the autopsy table for the fullest breadth of subject matter of any forensic text available. Topics include Forensic anthropology and the role of entomology in a death investigation Death investigation, including identifying the cause, manner, mechanism, and time of death Bloodstain pattern analysis, the identification of blood and body fluids, the work of forensic toxicologists, and seized drug analysis The history and development of DNA typing and the many ways it can be used Fingerprint, firearm and ballistic, tool mark, tread impression, and trace evidence The forensic analysis of questioned documents and computers Arson, fire, explosives, and the work of forensic engineers in vehicular accidents and structural collapses Forensic psychology and psychiatry, including criminal profiling The future of forensic science Going beyond theory to application, this text incorporates the wisdom of forensic practitioners who discuss the real cases they have investigated. Color-coded sidebars in each chapter provide historical notes, case studies, and current events as well as advice for career advancement. Each section and each chapter begins with an overview and ends with a summary, and key terms, review questions, and up-to-date references are provided. Appropriate for any sensibility, more than 300 photos from real cases give students a true-to-life learning experience. *Access to identical eBook version included

Forensic science evidence and expert witness testimony play an increasingly prominent role in modern criminal proceedings. Science produces powerful evidence of criminal offending, but has also courted controversy and sometimes contributed towards miscarriages of justice. The twenty-six articles and essays reproduced in this volume explore the theoretical foundations of modern scientific proof and critically consider the practical issues to which expert evidence gives rise in contemporary criminal trials. The essays are prefaced by a substantial new introduction which provides an overview and incisive commentary contextualising the key debates. The volume begins by placing ?forensic science? in interdisciplinary focus, with contributions from historical, sociological, Science and Technology Studies (STS), philosophical and jurisprudential perspectives. This is followed by closer examination of the role of forensic science and other expert evidence in criminal proceedings, exposing enduring tensions and addressing recent controversies in the relationship between science and criminal law. A third set of contributions considers the practical challenges of interpreting and communicating forensic science evidence. This perennial battle continues to be fought at the intersection between the logic of scientific inference and the psychology of the fact-finder?s ?common sense? reasoning. Finally, the volume?s fourth group of essays evaluates the (limited) success of existing procedural reforms aimed at improving the reception of expert testimony in criminal adjudication, and considers future prospects for institutional renewal - with a keen eye to comparative law models and experiences, success stories and cautionary tales.

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