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Provides twenty experiments in forensic science that will intrigue both students and teachers and promote the interest in multiple science-process skills.
Have you ever wondered whether the forensic science you’ve seen on TV is anything like the real thing? There’s no better way to find out than to roll up your sleeves and do it yourself. This full-color book offers advice for setting up an inexpensive home lab, and includes more than 50 hands-on lab sessions that deal with forensic science experiments in biology, chemistry, and physics. You’ll learn the practical skills and fundamental knowledge needed to pursue forensics as a lifelong hobby—or even a career. The forensic science procedures in this book are not merely educational, they’re the real deal. Each chapter includes one or more lab sessions devoted to a particular topic. You’ll find a complete list of equipment and chemicals you need for each session. Analyze soil, hair, and fibers Match glass and plastic specimens Develop latent fingerprints and reveal blood traces Conduct drug and toxicology tests Analyze gunshot and explosives residues Detect forgeries and fakes Analyze impressions, such as tool marks and footprints Match pollen and diatom samples Extract, isolate, and visualize DNA samples Through their company, The Home Scientist, LLC (thehomescientist.com/forensics), the authors also offer inexpensive custom kits that provide specialized equipment and supplies you’ll need to complete the experiments. Add a microscope and some common household items and you’re good to go.
Dust for latent fingerprints! Practice your fingerprint analysis skills! Make a fingerprint file! Solve the case of the jumbled thumbprint! Kenneth G. Rainis provides a fascinating and exciting place to start learning about forensic science. After learning some of the basics of fingerprint analysis, you will read about true crimes that were solved by a forensic technique involving fingerprint analysis. Then you can do an experiment and test your crime-solving skills using a similar technique. The experiments will help you understand how scientists solve crimes and what evidence they use to support their findings. Terrific ideas for further experimentation are provided so that you can create original science fair projects. Book jacket.
Introduces various aspects of forensic science--document examination, forgeries and counterfeiting, blood and DNA analysis, and trace evidence and provides suggestions for related projects.
Ever wonder how forensics experts and law enforcement solve crimes? Learn how to build a crime lab of your very own with tools and supplies you can easily obtain. Then, following the step-by-step instructions, play the part of a forensic scientist by doing your own experiments, analyzing evidence and drawing conclusions.
Unlike other forensic science laboratory manuals, Forensic Science Laboratory Experiment Manual and Workbook provides many experiments suitable for non-science majors and attainable for departments with small budgets. Most of the exercises can be conducted with materials that are either readily available in chemistry and biology departments or can be purchased without significant expenditure. The experiments cover all the typical trace evidence tests including body fluid, soil, glass, fiber, ink, and hair. The book also includes experiments for impression evidence, such as fingerprints, shoes, and firearms, as well as the use of photography and basic microscopy. An ideal laboratory companion to the Forensic Science: Scientific and Investigative Techniques textbook, this concise manual also serves as an excellent stand-alone workbook.
Kids fascinated by crime and police work will appreciate this inside look at detection and forensic science. The 25 experiments can be performed at home and offer fascinating explanations of police lab techniques.
Collects twenty science experiments that mimic techniques used at crime scenes, including figuring out a suspects height and analyzing handwriting and paper fibers.
Compare hair samples from a mock crime scene ... make a fiber reference collection ... analyze paint chips ... solve the case of the discarded ghost! Kenneth G. Rainis provides a fascinating and exciting place to start learning about forensic science. After learning some of the basics of trace evidence, including fibers and impressions, you will read about true crimes that were solved by a forensic technique involving trace evidence analysis. Then you can do an experiment and test your crime-solving skills using a similar technique. The experiments will help you understand how scientists solve crimes and what evidence they use to support their findings. Terrific ideas for further experimentation are provided so that you can create original science fair projects. Book jacket.
A laboratory companion to Forensic Science: An Introduction to Scientific and Investigative Techniques and other undergraduate texts, Forensic Science Laboratory Manual and Workbook, Third Edition provides a plethora of basic, hands-on experiments that can be completed with inexpensive and accessible instrumentation, making this an ideal workbook for non-science majors and an excellent choice for use at both the high school and college level. This revised edition of a bestselling lab manual provides numerous experiments in odontology, anthropology, archeology, chemistry, and trace evidence. The experiments cover tests involving body fluid, soil, glass, fiber, ink, and hair. The book also presents experiments in impression evidence, such as fingerprints, bite marks, footwear, and firearms, and it features digital and traditional photography and basic microscopy. All of the experiments incorporate practical elements to facilitate the learning process. Students must apply the scientific method of reasoning, deduction, and problem-solving in order to complete the experiments successfully and attain a solid understanding of fundamental forensic science. Each of the 39 chapters features a separate experiment and includes teaching goals, offers the requisite background knowledge needed to conduct the experiments, and lists the required equipment and supplies. The book is designed for a cooperative learning setting in which three to five students comprise a group. Using the hands-on learning techniques provided in this manual, students will master the practical application of their theoretical knowledge of forensics.
