Forensic Science Crimes

Former star basketball player Clay Edison is busy. He’s solved a decades-old crime and redeemed an innocent man, earning himself a suspension in the process. Things are getting serious with his girlfriend. Plus his brother’s fresh out of prison, bringing with him a whole new set of complications. Then the phone rings in the dead of night. A wild party in a gentrifying East Bay neighborhood. A heated argument that spills into the street. Gunshots. Chaos. For Clay and his fellow coroners, it’s the start of a long night and the first of many to come.

After Dr. Jack Stapleton’s near-death confrontation with a medical serial killer, his wife, NYC Chief Medical Examiner Laurie Montgomery, is carrying the load both at work and at home. When Laurie insists that Dr. Ryan Sullivan—an underperforming senior pathology resident who is spending his required month at the medical examiner's office but who truly detests doing forensic autopsies—assist her on a suicide autopsy in hopes of stimulating his interest in the field, the last thing she expects is to be unwittingly drawn into a major conspiracy that puts her own life in jeopardy.

Despite advances in DNA evidence and forensic analysis, almost half of murder cases in Canada and the US remain unsolved. By 2016, the solved rate had dropped so significantly in the United States that it was the lowest in recorded history, with one in two killers never even identified, much less arrested and successfully prosecuted. And the statistics are just as bad in Canada.

Between December 1968 and October 1969, a hooded serial killer called Zodiac terrorized San Francisco. Claiming responsibility for 37 murders, he manipulated the media with warnings, dares, and bizarre cryptograms that baffled FBI code-breakers. Then, as suddenly as the murders began, Zodiac disappeared into the Bay Area fog. After painstaking investigation and more than 30 years of research, Robert Graysmith finally exposes Zodiac's true identity.

On July 20, 2012 in Aurora, Colorado, a man in dark body armor and a gas mask entered a midnight premiere of The Dark Knight Rises with a tactical shotgun, a high-capacity assault rifle, and a sidearm. Soon twelve were dead and fifty-eight were wounded. A Dark Night in Aurora uses the twenty-three hours of unredacted interview transcripts never seen by the public and Reid’s research to bring the listener inside the mind of a mass murderer. The result is chilling, gripping study of abnormal psychology and how a lovely boy named Jimmy became a killer.

We accompany him on the Journey Into Darkness that marks every case he examines; every instance in which he helps police identify the unknown perpetrator of a violent series of rapes, kidnappings, or murders through his remarkable criminal personality profiling.

For twelve years the Golden State Killer terrorized California, stalking victims and killing without remorse. Then he simply disappeared, for the next forty-four years, until an amateur DNA sleuth opened her laptop. In I Know Who You Are, Barbara Rae-Venter reveals how she went from researching her family history as a retiree to hunting for a notorious serial killer—and how she became the nation’s leading authority on investigative genetic genealogy, the most dazzling new crime-fighting weapon to appear in decades.

In this Very Short Introduction audiobook, Jim Fraser introduces the concept of forensic science and explains how it is used in the investigation of crime.

It is 1935, and the deaths of Isabella Ruxton and Mary Rogerson would result in one of the most complex investigations the world had ever seen. The gruesome murders captured worldwide attention, with newspapers keeping the public enthralled with all the gory details. But behind the headlines was a different, more important story: the groundbreaking work of Scottish forensic scientists who developed new techniques to solve the case and shape the future of scientific criminal investigation.

London is in lockdown under martial law. A hospital is being urgently built by the river Thames to contain the thousands of victims of a flu-like epidemic. Construction is brought to a sudden halt when a leather holdall containing the bones of a child is unearthed from the rubble. A psychopath has been unleashed on the city; his mission is to take all measures necessary to prevent the bones from being identified. But why are he and his handlers determined to go to such murderous lengths to hide the origins of the body?

Agatha Christie revelled in the use of poison to kill off unfortunate victims in her books; indeed, she employed it more than any other murder method, with the poison itself often being a central part of the novel. Her choice of deadly substances was far from random—the characteristics of each often provide vital clues to the discovery of the murderer. Christie's extensive chemical knowledge provides the backdrop for A Is for Arsenic, in which Kathryn Harkup investigates the poisons used by the murderer in fourteen classic Agatha Christie mysteries.

On June 25, 1973, a seven-year-old girl went missing from the Montana campground where her family was vacationing. Somebody had slit open the back of their tent and snatched her from under their noses. None of them saw or heard anything. Susie Jaeger had vanished into thin air, plucked by a shadow. As days stretched into weeks, and weeks into months, Special Agent Pete Dunbar attended a workshop at FBI Headquarters in Quantico, Virgina, led by two agents who had hatched a radical new idea: What if criminals left a psychological trail that would lead us to them?

You have seen Robert A. Jensen—you just never knew it. As the owner of the world’s largest disaster management company, he has spent most of his adult life responding to tragedy. From the Oklahoma City bombing, 9/11, and the Bali bombings, to the 2004 South Asian Tsunami, Hurricane Katrina, the 2010 Haitian Earthquake, and the Grenfell Tower Fire, Jensen has been at the practical level of international incidents, assisting with the recovery of bodies, identifying victims, and repatriating and returning their personal effects to the surviving family members.

Después de ejercer como médico forense durante más de treinta años, Philippe Boxho ha cosechado un arrollador éxito internacional con este asombroso recorrido entre bastidores de la morgue. ¡Almas sensibles, abstenerse! Philippe Boxho comparte en su primer libro historias de su día a día y nos permite descubrir el mundo fascinante y poco conocido de su oficio. Al hilo de estas anécdotas sorprendentes e insólitas, Boxho nos invita a acompañarlo a la escena del crimen, a la sala de autopsias y a los demás lugares variados e inesperados donde le han llevado sus investigaciones.

In 1994, Rwanda was the scene of the first acts since World War II to be legally defined as genocide. Two years later, Clea Koff, a twenty-three-year-old forensic anthropologist, left the safe confines of a lab in Berkeley, California, to serve as one of sixteen scientists chosen by the United Nations to unearth the physical evidence of the Rwandan genocide. Over the next four years, Koff’s grueling investigations took her across geography synonymous with some of the worst crimes of the twentieth century.

In 1984, Jean Road, a 49-year-old mother of three, awakes at home in Bath, Somerset, and wonders where her 17-year-old daughter Melanie can be. Her bed hasn’t been slept in. Just then, Jean and her husband, Tony, hear someone shouting through a loudspeaker: ‘Does anyone know Melanie?’ Jean runs to the police car outside only to discover that her daughter has been murdered in a nearby street as she walked home from a club in the early hours. Britain’s biggest manhunt begins.

Agatha Christie is the bestselling novelist of all time, and nearly every story she ever wrote involves one—or, more commonly, several—dead bodies. Christie wouldn't have talked of "forensics" as it is understood today—most of her work predates the modern developments of forensics science—but in each tale she harnesses the power of human observation, ingenuity, and scientific developments of the era. A fascinating deep dive, The Science of Murder examines the use of fingerprints, firearms, handwriting, blood spatter analysis, toxicology, and more in Christie's works.

Nowhere is there another lab like Dr. Bill Bass's: on a hillside in Tennessee, human bodies decompose in the open air, aided by insects, bacteria and birds, unhindered by coffins or mausoleums. At the "Body Farm," nature takes its course, with corpses buried in shallow graves, submerged in water, concealed beneath slabs of concrete, locked in trunks of cars. As stand-ins for murder victims, they serve the needs of science, and the cause of justice.

On November 23, 1849, in the heart of Boston, one of the city's richest men vanished. Dr. George Parkman, a Brahmin who owned much of Boston's West End, was last seen that afternoon visiting his alma mater, Harvard Medical School. Police scoured city tenements and the harbor - some leads put Parkman at sea or in Manhattan - but a Harvard janitor held a much darker suspicion: that their ruthless benefactor had never even left the Medical School building. His shocking discovery engulfed America in one of its most infamous trials.

From CSI to Forensic Files to the celebrated reputation of the FBI crime lab, forensic scientists have long been mythologized in American popular culture as infallible crime solvers. Juries put their faith in "expert witnesses", and innocent people have been executed as a result. Innocent people are still on death row today, condemned by junk science.