Just as people are captivated by murder mysteries, detective stories, and legal shows, they are also compulsively interested in the history of criminal justice. Looking Back in Crime: What Happened on This Day in Criminal Justice History? features a treasure trove of important dates and significant events in criminal justice history. Offering hundreds of facts with particular relevance to criminal justice, this unique textbook is written in a manner that is accessible to students and anyone else interested in the history of criminal justice. It presents at least one significant event for every day of the year; in some instances, there are several facts presented for the same date. Among the comprehensive listing of events there are famous and not-so-famous crimes; the development of law enforcement; criminal trials; passages of criminal laws; Supreme Court decisions; important dates related to prisons, punishment, and corrections; forensic milestones and cultural events that intersect with crime and criminal justice. Offering a unique breadth of coverage, the book adopts an interesting and engaging style to inspire enthusiasm in the classroom. It is suitable for use as a supplemental text in criminal justice history courses or as a main text in special issues courses. With this book, students will learn about hundreds of events that usually cannot be covered in depth in any typical criminal justice class. The book provides students with a better sense of history in terms of crime, law enforcement, and the justice system as well as an understanding of specific events and circumstances in the history and development of today's criminal justice system.

Winner of the Gold Dagger Award
A fascinating true crime story that details the rise of modern forensics and the development of modern criminal investigation.
At the end of the nineteenth century, serial murderer Joseph Vacher terrorized the French countryside, eluding authorities for years, and murdering twice as many victims as Jack The Ripper. Here, Douglas Starr revisits Vacher's infamous crime wave, interweaving the story of the two men who eventually stopped him--prosecutor Emile Fourquet and Dr. Alexandre Lacassagne, the era's most renowned criminologist. In dramatic detail, Starr shows how Lacassagne and his colleagues were developing forensic science as we know it. Building to a gripping courtroom denouement, "The Killer of Little Shepherds "is a riveting contribution to the history of criminal justice.

Did Richard the Lionheart really die from just a crossbow wound, or was there foul play? Who are the two infant children buried in Tutankhamen’s tomb? Could a skull found in a tax collector’s attic be the long-lost head of Henri IV? In When Science Sheds Light on History, Philippe Charlier, the “Indiana Jones of the graveyards,” travels the globe with his forensics team to unravel these and other historic mysteries. To get answers, Charlier looks for clues in medical records, death masks, fingerprints, and bloodstains. He even enlists the help of perfume experts to smell and identify embalming materials. He reconstructs the face of Robespierre and analyzes charred bones attributed to Joan of Arc. He identifies toxic levels of gold in the hair of Diane de Poitiers, mistress of Henri II, and mercury poisoning in the body of Agnès Sorel, the “most beautiful woman” in fifteenth-century France.

Charlier also pieces together the stories of people whose names and lives have long been forgotten. He investigates Stone Age graves, medieval necropolises, and museum collections. Playing the role of both crime scene investigator and forensic anthropologist, Charlier diagnoses a mummy with malaria, an ancient Greek child with Down syndrome, and a stately Roman with encephalitis. He studies accounts of divine cures from antiquity. He determines the origins of preserved heads of the Jivaro and Maori people to help museums return them to their clans.

Exploring how our ancestors lived and how they died, the forty cases in this book tackle some of history’s most enduring questions and illustrate the power of science to reveal the secrets of the past.

How can a plant as beautiful as the foxglove be so deadly and yet for more than a century be used to treat heart disease? The same is true of other naturally occurring molecules as will be revealed in these two books from award-winning author and chemist, John Emsley. Molecules of Murder and More Molecules of Murder deal with potential poisons from man-made and natural sources. Both books investigate the crimes committed with them, not from the point of view of the murderers, their victims, or the detectives, but from the poison used. In so doing the books throw new light on how these crimes were carried out and ultimately how the perpetrators were uncovered and brought to justice. The crimes include those committed by infamous murderers and also famous victims like Harold Shipman, Alexander Litvinenko and Georgi Markov. Each chapter starts by looking at the target molecule itself, its discovery, its chemistry, its often-surprising use in medicine, its effects on the human body, and its toxicology. The rest of the chapter is devoted to murders and attempted murders in which it has been used. But, be reassured that murder by poison is not the threat it once was, thanks to laws which restrict access to such materials and to the skills of analytical chemists in detecting their presence in incredibly tiny amounts.

Throughout history, there has been an intrinsic need for humans to detect deception in other humans. Developed in 1923, the polygraph machine was a tool designed to do just this. To date, there have been many improvements made to the basic polygraph instrument. This book outlines the instrumentation as well as the latest in questioning techniques and methods available to the professional interviewer to determine truth from deception. The book covers psychology and physiology, a history of polygraph with the advances of leading figures, question formulation, data analysis, legal implications and legal cases, and the author's developed technique Integrated Zone Comparison Technique (IZCT).

This book explores recent developments in forensic science research, including invisible radiation imaging, providing important insights into evidence normally beyond the visual experience of investigators. Additionally, establishing the interval between the time of death and when a body is found is one of the most complex questions to be answered by forensic scientists. The second chapter examines new approaches in postmortem interval (PMI) estimation. Finally, in forensic medicine, the diagnosis of a corpse immersed in water in which a differentiation must be made between death from drowning or dead on entering the water, is made mainly using the diatom test by acid digestion. The authors assess the 16S rDNA gene of picoplankton from tissues. The results verified that the detection of phytoplanton DNA in the liver and kidney is the most important evidence for the diagnosis of death from drowning.

DNA evidence offers prosecutors an important tool in the identification and apprehension of violent criminals, particularly in sexual assault cases. At the same time, DNA evidence can be used to exonerate the innocent. By highlighting the importance and utility of DNA evidence, this book presents challenges to the scientific and criminal justice communities. These challenges involve maintaining high standards for collecting and preserving DNA evidence, ensuring that DNA testing methodologies meet rigorous scientific criteria for reliability and accuracy, and increasing the proficiency and credibility of forensic scientists so their results and testimony are of the highest caliber, able to withstand exacting scrutiny. Commentaries and profiles of DNA exculpatory cases are presented to illustrate the power and potential of DNA evidence. Policy implications of DNA testing and use as evidence are also discussed.

While the specificities of individual wars vary, they share a ubiquitous aftermath: the task of finding and identifying the "disappeared." The Bosnian war of the early 1990s that destroyed the sovereign state of Yugoslavia is no exception. In Working in the Killing Fields: Forensic Science in Bosnia, Howard Ball focuses on the recent development of forensic science technology and on the work of forensic professionals in Bosnia. The book offers a distinctive approach to war and its aftermath because it balances examination of complex features of new scientific forensic technology with insights into the lives of the men and women from around the globe who are tasked with finding and excavating bodies and conducting pathological examinations, along with explaining the cause of death to both international court criminal prosecutors and surviving families of the victims. Ball considers the physical dangers these professionals regularly confront while performing their site excavations, as well as the emotional pain, including PTSD, they contend with during their time in Bosnia and after they leave the killing fields.

"Misleading DNA Evidence: A Guide for Scientists, Judges, and Lawyers" presents the reasons miscarriages of justice can occur when dealing with DNA, what the role of the forensic scientist is throughout the process, and how judges and lawyers can educate themselves about all of the possibilities to consider when dealing with cases that involve DNA evidence.

DNA has become the gold standard by which a person can be placed at the scene of a crime, and the past decade has seen great advances in this powerful crime solving tool. But the statistics that analysts can attach to DNA evidence often vary, and in some cases the statistical weight assigned to that match, can vary enormously. The numbers provided to juries often overstate the evidence, and can result in a wrongful conviction. In addition to statistics, the way the evidence is collected, stored and analyzed can also result in a wrongful conviction due to contamination.

This book reviews high-profile and somewhat contentious cases to illustrate these points, including the death of Meredith Kercher. It examines crucial topics such as characterization of errors and determination of error rates, reporting DNA profiles and the source and sub-source levels, and the essentials of statement writing. It is a concise, readable resource that will help not only scientists, but legal professionals with limited scientific backgrounds, to understand the intricacies of DNA use in the justice system.
Ideal reference for scientists and for those without extensive scientific backgroundsWritten by one of the pioneers in forensic DNA typing and interpretation of DNA profiling resultsIdeal format for travel, court environments, or wherever easy access to reference material is vital

Deoxyribonucleic acid, or DNA, is the fundamental building block for an individual's entire genetic make-up. DNA is a powerful tool for law enforcement investigations because each person's DNA is different from that of every other individual (except for identical twins). DNA can be extracted from a number of sources, such as hair, bone, teeth, saliva, and blood. As early as the 1980s, states began enacting laws that required collecting DNA samples from offenders convicted of certain sexual and other violent crimes. The samples were then analysed and their profiles entered into state databases. Meanwhile, the FBI laboratory convened a working group of federal, state, and local forensic scientists to establish guidelines for the use of forensic DNA analysis in laboratories. This book provides an overview of how DNA is used to investigate crimes and help protect the innocent. It reviews current statutory law on collecting DNA samples, sharing DNA profiles, and providing access to post-conviction DNA testing.

Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product. Security Smarts for the Self-Guided IT ProfessionalFind out how to excel in the field of computer forensics investigations. Learn what it takes to transition from an IT professional to a computer forensic examiner in the private sector. Written by a Certified Information Systems Security Professional, Computer Forensics: InfoSec Pro Guide is filled with real-world case studies that demonstrate the concepts covered in the book. You'll learn how to set up a forensics lab, select hardware and software, choose forensic imaging procedures, test your tools, capture evidence from different sources, follow a sound investigative process, safely store evidence, and verify your findings. Best practices for documenting your results, preparing reports, and presenting evidence in court are also covered in this detailed resource. Computer Forensics: InfoSec Pro Guide features: Lingo-Common security terms defined so that you're in the know on the job IMHO-Frank and relevant opinions based on the author's years of industry experience Budget Note-Tips for getting security technologies and processes into your organization's budget In Actual Practice-Exceptions to the rules of security explained in real-world contexts Your Plan-Customizable checklists you can use on the job now Into Action-Tips on how, why, and when to apply new skills and techniques at work

"Cybercrime Investigation Case Studies "is a "first look" excerpt from Brett Shavers' new Syngress book, "Placing the Suspect Behind the Keyboard. "Case studies are an effective method of learning the methods and processes that were both successful and unsuccessful in real cases. Using a variety of case types, including civil and criminal cases, with different cybercrimes, a broad base of knowledge can be gained by comparing the cases against each other. The primary goal of reviewing successful cases involving suspects using technology to facilitate crimes is to be able to find and use the same methods in future cases. This "first look" teaches you how to place the suspect behind the keyboard using case studies.

"Investigative Case Management "is a "first look" excerpted from Brett Shavers' new Syngress book, "Placing the Suspect Behind the Keyboard. "Investigative case management is more than just organizing your case files. It includes the analysis of all evidence collected through digital examinations, interviews, surveillance, and other data sources. In order to place a suspect behind any keyboard, supporting evidence needs to be collected and attributed to a person. This first look provides you with traditional and innovative methods of data analysis to identify and eliminate suspects through a combination of supporting methods of analysis.

In addition to supplementing existing analysis techniques in serious crime cases, trace DNA can allow investigation of volume crime cases such as burglary or vehicle theft, where previously DNA evidence was not considered usable. However, despite the widespread use of trace DNA, at present there are very few specific validated methods. This has lead to controversy in the use of trace DNA, and particularly the low copy number amplification technique. It has been established that the use of existing methodology (developed for high-copy number samples) leads to significant levels of artefacts with trace DNA, including allele drop-out and drop-in, stutter, and allelic/locus imbalance. To minimise these, there are numerous modifications that can be made to existed methods to increase the success of trace DNA analysis. This book presents advances in the field of DNA research as an aid in Forensic studies and Genetics.

Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product. The Most Complete and Up-to-Date Resource on Forensic Structural EngineeringThoroughly revised and featuring contributions from leading experts, this definitive handbook offers comprehensive treatment of forensic structural engineering and expert witness delivery. From exploring the possible origins of errors, through investigating and analyzing failures, to working with the legal profession for assigning responsibilities, Forensic Structural Engineering Handbook, Second Edition covers every important topic in the field. The design and construction process Design and construction safety codes, standards, and regulations Standard of care and duty to perform First steps and legal concerns after a failure Engineering investigation of failures Origins and causes of failures Loads and hazards Design errors, construction defects, and project miscommunication Defects, deterioration, and durability Mechanisms and analyses of failures in steel, concrete, masonry, timber, and temporary structures; building envelope; and structural foundations Litigation and dispute resolution The expert consultant and witness

The need to professionally and successfully conduct computer forensic investigations of incidents and crimes has never been greater. This has caused an increased requirement for information about the creation and management of computer forensic laboratories and the investigations themselves. This includes a great need for information on how to cost-effectively establish and manage a computer forensics laboratory. This book meets that need: a clearly written, non-technical book on the topic of computer forensics with emphasis on the establishment and management of a computer forensics laboratory and its subsequent support to successfully conducting computer-related crime investigations.
* Provides guidance on creating and managing a computer forensics lab
* Covers the regulatory and legislative environment in the US and Europe
* Meets the needs of IT professionals and law enforcement as well as consultants

This is a compelling exploration of more than 80 different forensic science careers.Most people are familiar with the common image of the forensic scientist as depicted in popular television programs like CSI and in the movies. Yet, forensic science is actually a complicated science based on the use of scientific principles and techniques to determine facts in legal disputes, resolve various types of investigations, and solve mysteries. According to the American Academy of Forensic Science, any science used for the purposes of law is a forensic science.""Career Opportunities in Forensic Science"" includes a total of 82 job profiles in this exciting field. Extensive appendixes include education and training resources, certification program listings, professional associations, and more.Career profiles include: accident reconstruction specialist; child abuse pediatrician; crime scene investigator; fingerprint technician; forensic audio examiner; forensic botanist; forensic odontologist; forensic psychiatrist; forensic surveyor; and, more.

Can modern science tell us what happened to Amelia Earhart? The International Group for Historic Aircraft Recovery (TIGHAR) has spent fifteen years searching for the famous lost pilot using everything from archival research and archaeological survey to side-scan sonar and the analysis of radio wave propagation. In this spellbinding book, four of TIGHAR's scholars offer tantalizing evidence that the First Lady of the Air and her navigator Fred Noonan landed on an uninhabited tropical island but perished before they could be rescued. Do they have Amelia's shoe? Parts of her airplane? Are her bones tucked away in a hospital in Fiji? Come join their fascinating expedition and examine the evidence for yourself The new paperback edition brings the search up to the present, including tantalizing evidence of campfires and charred bones found on remote Nikumaroro. Visit the Authors' Web page for more information.

Forensic science is in crisis and at a cross-roads. Movies and television dramas depict forensic heroes with high-tech tools and dazzling intellects who-inside an hour, notwithstanding commercials-piece together past-event puzzles from crime scenes and autopsies. Likewise, Sherlock Holmes-the iconic fictional detective, and the invention of forensic doctor Sir Arthur Conan Doyle-is held up as a paragon of forensic and scientific inspiration-does not "reason forward" as most people do, but "reasons backwards." Put more plainly, rather than learning the train of events and seeing whether the resultant clues match those events, Holmes determines what happened in the past by looking at the clues. Impressive and infallible as this technique appears to be-it must be recognized that infallibility lies only in works of fiction. Reasoning backward does not work in real life: reality is far less tidy. In courtrooms everywhere, innocent people pay the price of life imitating art, of science following detective fiction. In particular, this book looks at the long and disastrous shadow cast by that icon of deductive reasoning, Sherlock Holmes. In The Sherlock Effect, author Dr. Thomas W. Young shows why this Sherlock-Holmes-style reasoning does not work and, furthermore, how it can-and has led-to wrongful convictions. Dr. Alan Moritz, one of the early pioneers of forensic pathology in the United States, warned his colleagues in the 1950's about making the Sherlock Holmes error. Little did Moritz realize how widespread the problem would eventually become, involving physicians in all other specialties of medicine and not just forensic pathologists. Dr. Young traces back how this situation evolved, looking back over the history of forensic medicine, revealing the chilling degree to which forensic experts fail us every day. While Dr. Young did not want to be the one to write this book, he has felt compelled in the interest of science and truth. This book is measured, well-reasoned, accessible, insightful, and-above all-compelling. As such, it is a must-read treatise for forensic doctors, forensic practitioners and students, judges, lawyers adjudicating cases in court, and anyone with an interest in forensic science.

When a person who is charged with a violent crime claims "the sleepwalking defense," sleep experts are often retained by one or both sides of the case to examine and argue the validity of the claim. This book provides a method and essential background knowledge for examining scientific evidence and testimony regarding sleep-related criminal behavior. Who can be called in to provide expert testimony about sleep? What type of evidence can be considered reliable sleep science, and what type of evidence should be ignored in the case? How can the jury sort through conflicting testimonies? Sleep psychologists and other professionals who wish to expand their clinical work into forensic consultations will learn key practices for evaluating criminal cases, both for the prosecution and defense. Case studies illustrate how to construct a detailed behavioral analysis of a sleepwalker's actions before, during, and after episodes for which they are charged.

Battlefield Forensics for Persian Gulf States provides an illustrative reference of various weapons, toolmarks, headstamps, and other traits in order to identify the origins of a variety of guns, casings, and ammunition that can be found in the Middle East. Various conflicts in the region have led to innumerable weapons being used throughout the years. The lead author, Don Mikko, has investigated and examined firearms related items of evidence in countless crime scenes throughout the world. As the Chief of the Firearms Branch at the United States Army Criminal Investigation Laboratory (USACIL), Fort Gillem, Georgia, he recruited, trained, and competency tested military contractors deploying to various combat related areas of the world, those providing forensic firearm and toolmark identification support to local commanders. What was learned was that various foreign weapons and ammunition were being utilized in conflicts and by opposing forces. This book educates readers on the technical data for different types of firearms, ammunition, countries of origin, proof marks, penetrator information and the typical firearm markings imparted on fired cartridge cases, such as breech-face, firing pin, ejector, and extractor markings. Forensics and biometrics within the Persian Gulf have been leveraged since the early 1990s and many of the firearms and types of ammunition covered in this handbook are addressed in an effort to assist those on the ground who are required to be able to identify such items in various scenarios. The information contained within the book has proven to be effective on the battlefield and has helped shape combat operations. This handbook will serve as a useful reference not only to assist military and contractor personnel within the various combat locations but will also prove to be beneficial for law-enforcement, crime laboratory personnel, forensic firearm and toolmark examiners, crime scene investigators, students, practitioners, and civilian personnel throughout the world.