A murdered scientist points her finger from the grave at her brutal killer. A Stone Age homicide comes to light after 5,300 years.

A serial killer who slays women on two continents is finally brought to justice by a single hair that yields just nine billionths of a gram of human DNA. All these miracles of detection were made possible only by the crime lab, our leading weapon in the war on crime. If you are fascinated by both the history of forensics and the very latest developments in crime scene investigation, autopsies, and other aspects of the science, Murder Two is the book for you.

This comprehensive casebook of forensic detection presents nearly one hundred classic, high-profile cases in which police detectives and crime labs worked together to solve baffling and horrifying crimes through the shrewd, painstaking use of science. Spanning four continents and almost two hundred years, these cases feature the forensic quirks, wrinkles, and breakthroughs that led to major advances in crime detection.

Author Colin Evans demonstrates how, from the first fumbling attempts to identify poisons and bullets through the modern miracle of GPS satellite technology, forensic experts have waged a multifaceted battle against crime. He reveals how real-world investigators have used ballistics, toxicology, brain fingerprinting, anthropology, blood spatter analysis, DNA typing, and, of course, conventional fingerprinting to solve crimes.

Accounts are provided of the scientific developments that gave birth to each of these procedures, fueling quantum leaps in the accuracy and precision of their findings.

Many of these developments were pioneered by scientists, inventors, and detectives,whose insights and sheer determination revolutionized the fight against crime. Included here are fully cross-referenced profiles and case details of twenty-five major figures in forensic science, including laboratory superstars Edward O. Heinrich and Milton Helpern.

The next time you’ re watching CSI or reading a newspaper account of a major murder investigation, keep your copy of Murder Two close at hand. With a quick flip through this easy-access, A-to-Z reference, you’ ll know that you understand the meaning and importance of all the forensic evidence in question.

John Arlott, one of cricket's most revered commentators said of Farokh Engineer: "He finds both cricket and life fun; he laughs easily and his jokes are often very funny but he can be grave. His appeals are as loud as anyone's yet off the field he is quietly spoken. As a batsman or wicketkeeper he is aggressive, yet he is a man of consideration and courtesy. There has always been a quality of generosity about his cricket and his way of life." In this new book 'Farokh, The Cricketing Cavalier' Colin Evans, former cricket writer for the Manchester Evening News, looks back at Engineer's career, recalling many magical moments with Lancashire and India though the 1960s and 1970s. "John Arlott summed up Farokh so well," says Evans. ""I watched many of his performances for Lancashire from 1968 to 1976 and he had the ability to lighten up the gloomiest Manchester day, whether on the pitch or off it. Nowadays, 40 years after his retirement from the game, he is still warmly welcomed all over the world as an ambassador for cricket."

With this book, the promise of the Semantic Web -- in which machines can find, share, and combine data on the Web -- is not just a technical possibility, but a practical reality "Programming the Semantic Web" demonstrates several ways to implement semantic web applications, using current and emerging standards and technologies. You'll learn how to incorporate existing data sources into semantically aware applications and publish rich semantic data. Each chapter walks you through a single piece of semantic technology and explains how you can use it to solve real problems. Whether you're writing a simple mashup or maintaining a high-performance enterprise solution, "Programming the Semantic Web" provides a standard, flexible approach for integrating and future-proofing systems and data. This book will help you: Learn how the Semantic Web allows new and unexpected uses of data to emerge Understand how semantic technologies promote data portability with a simple, abstract model for knowledge representation Become familiar with semantic standards, such as the Resource Description Framework (RDF) and the Web Ontology Language (OWL) Make use of semantic programming techniques to both enrich and simplify current web applications

The relatively new field of criminology and criminal science has been a boon to law enforcement agencies worldwide. In the past, police often relied on eyewitness testimony to identify criminals and solve crimes, and criminals who fled to other regions could readily avoid arrest. Today, modern forensic techniques give police a wide range of tools with which to identify criminals and prove guilt. But successfully investigating a crime scene requires expertise and attention to detail.Using landmark cases to illustrate forensics in action, ""Crime Scene Investigation"" details the emergence of modern crime-fighting techniques from the mid-1800s to the present, focusing on how crime scenes are treated, how evidence is processed, and how evidence is used in court to build a case for conviction. Chapters of this title include: Fingerprinting; Identification of Remains; Offender Profiling; Questioned Documents; Ballistics; Blood Spatter Analysis; DNA; Explosives; and, Time of Death. Cases covered in this title include: Colin Pitchfork, serial killer; George Metesky, mad bomber; Steve Benson, lethal electronics whiz; John Branion, deadly doctor; and, Angelo John LaMarca, killer kidnapper.

A behind-the-scenes look at death in New York City. For almost a century, New York City's Office of the Chief Medical Examiner has presided over the dead. Over the years, the OCME has endured everything- political upheavals, ghastly murders, bloody gang wars, the 9/11 terrorist attacks, and non-stop battles for power and influence-and remains the final authority in cases of sudden, unexplained, or violent death. Founded in 1918, the OCME has evolved over decades of technological triumphs and all-too human failure to its modern-day incarnation as the foremost forensics lab in the world, investigating an average caseload of over 15,000 suspicious deaths a year. This is the behind-the-scenes chronicle of public service and private vendettas, of blood in the streets and back-room bloodbaths, and of the criminal cases that made history and headlines.