Books in Crime Scene Investigators series

Cybercriminals are criminals in the truest sense of the word. However, their techniques are highly specialized and technical. Their crimes are high-impact and often global, but, simultaneously, they are difficult to trace, often leading investigators on thrilling chases in an underworld society of coders and hackers. To combat the devastating work of cybercriminals, the need for cybercrime investigators has increased exponentially. This book will introduce readers to the dark world of cybercrime, the various disguises cybercrime can take, and the increased need to combat cybercrime, as well as highlight the fascinating world of cybercrime investigation, including training, education, real-world cases, and typical salary ranges.

Bones are a powerful tool for forensic anthropologists. They can indicate age and gender, and a set of teeth or a fragment of bone can even show when a person died, as well as how long the body has been decomposing. Did the person die from natural causes or was it foul play? With the help of authorities, including the FBI and CIA, forensic anthropologists can find out the answers with a few small clues. Readers will be captivated by ancient and modern real-life cases. A chapter on careers allows students to dig deeper and find out what it takes to work in this fascinating field.

Fingerprints are completely unique to each individual. Not even identical twins have the same fingerprints. So it's no surprise that law enforcement uses fingerprint evidence to catch criminals. With engaging text and eye-catching visuals, this book examines all aspects of fingerprints and their use in forensic analysis. Real-world cases illustrate how criminals attempt to mask their fingerprints and the potential pitfalls of the fingerprinting system. Sidebars explore the science behind fingerprinting, such as the many methods of locating prints, including dusting powder and lasers to evaporated superglue. Plus, an annotated list of fingerprint-related jobs encourages students to imagine a future in STEM.

Bloodstains provide clues as to how a crime had been committed. When a speck of blood falls on a surface, it leaves a shape and stain. This is called bloodstain evidence. Each individual carries DNA that is unique to him or her, except for identical twins. With the help of bloodstains and saliva, as well as fingernails, an investigator can recover enough evidence to confirm whether a defendant is guilty or innocent of a crime. This book includes sidebars that further expand on the topic, as well as a further reading list and career information for readers interested in this intriguing STEM field.

An explosion propels a bullet from a firearm, a life is taken, and a gun crime has been committed. This book uses true life crime stories from early cases like the St. Valentine's Day Massacre to more recent war crimes in Croatia to engage readers while educating them on forensic firearm analysis, which includes identifying basic types of firearms and bullets, matching bullet toolmarks to a specific gun, and gathering crime scene evidence. This book is excellent for readers interested in STEM, as forensic firearm analysis is a multidisciplinary field that incorporates chemistry, microscopy, physics, medical pathology, and deductive reasoning.

An explosion propels a bullet from a firearm, a life is taken, and a gun crime has been committed. This book uses true life crime stories from early cases like the St. Valentine's Day Massacre to more recent war crimes in Croatia to engage readers while educating them on forensic firearm analysis, which includes identifying basic types of firearms and bullets, matching bullet toolmarks to a specific gun, and gathering crime scene evidence. This book is excellent for readers interested in STEM, as forensic firearm analysis is a multidisciplinary field that incorporates chemistry, microscopy, physics, medical pathology, and deductive reasoning.