The handy forensic science answer book

Patricia L. Barnes-Svarney

Book - 2019

Book covers the fundamentals, science, history, latest research and techniques of forensic science and crime scene investigation.

Saved in:

2nd Floor Show me where

363.25/Barnes-Svarney
1 / 1 copies available
Location Call Number   Status
2nd Floor 363.25/Barnes-Svarney Checked In
Subjects
Published
Canton, MI : Visible Ink Press [2019]
Language
English
Main Author
Patricia L. Barnes-Svarney (author)
Other Authors
Thomas E. Svarney (author)
Physical Description
xii, 372 pages : illustrations ; 24 cm
Bibliography
Includes bibliographical references (pages 351-352) and index.
ISBN
9781578596218
  • Acknowledgments
  • Photo Sources
  • Introduction
  • Introduction to Forensic Science
  • Defining Forensic Science
  • Terms in Forensic Science and Law
  • Disciplines within Forensic Studies
  • The History of Forensic Science
  • The Early Years in Forensic Science (Before 1800 B.C.E.)
  • The 1800s to Early 1900s in Forensic Science
  • The Late 1900s to Present in Forensic Science
  • At the Crime Scene: The Crime Site and Investigation Teams
  • The Crime Scene
  • Seeking Crime Scene Evidence
  • Official People at a Crime Scene
  • Others at a Crime Scene
  • At the Crime Scene: Looking for Biological Evidence
  • What Is Evidence?
  • Time of Death Evidence at the Crime Scene
  • Hairs, Bloodstains, and Other Body Fluids as Evidence
  • DNA as Evidence
  • Nature as Biological Evidence
  • At the Crime Scene: Looking for Physical Evidence
  • Prints from Fingers, Palms, and Bare Feet
  • Tire Tracks and Shoe Prints
  • Firearms Identification, Ballistics, and Tool-mark Evidence
  • Powder Stippling, Powder Tattooing, and Gunshot Residue (GSR)
  • Glass Evidence
  • Dealing with Explosives and Hazards
  • Securing the Evidence
  • In the Crime Lab: Analyzing a Body
  • The Crime Lab
  • The Autopsy in General
  • Details of an Autopsy-Body Fluids
  • Details of an Autopsy-Gastric Juices and Body Organs
  • Details of an Autopsy-Toxicology
  • Details of an Autopsy-Contusions, Bruises, and Gunshot Wounds
  • Details of an Autopsy-Bones
  • Details of an Autopsy-Teeth and Dental Records
  • Details of an Autopsy-Bite Marks
  • Details of an Autopsy-Nails and Hair
  • After the Autopsy
  • In the Crime Lab: Analyzing Older Remains
  • Forensic Anthropology and Archeology
  • Ancient Bones
  • Examining Human Remains
  • Examining Older Human Skeletal Remains
  • Interpreting More Remains
  • Facial Recognition and Reconstruction
  • In the Crime Lab: Trace Evidence
  • Defining Trace Evidence
  • Hairs as Trace Evidence from a Crime Scene
  • Fibers and Clothes
  • Soils and Geology
  • Plastic Bags
  • Glass
  • Paint and Building Materials
  • Gunshot Residue on Objects
  • Shoes and Tire Prints
  • Other Physical Trace Evidence
  • In the Crime Lab: Patent, Latent, and Plastic Prints
  • Defining Prints
  • Defining Patent, Latent, and Plastic Prints
  • The Details of Fingerprints
  • Details of Shoe and Tire Prints
  • In the Crime Lab: DNA Analysis
  • Defining DNA
  • Obtaining DNS
  • DNA Testing
  • DNA Profiling and Phenotyping
  • DNA Databases
  • Some Cases in DNA Analysis
  • In the Crime Lab: Toolmarks, Firearms, and Ballistics
  • Defining Toolmarks
  • Defining Firearms
  • Examining Ammunition in the Crime Lab
  • Ballistics and the Crime Scene
  • Firearms and the Crime Lab
  • Keeping Track of Firearms and Ammunition
  • In the Crime Lab: Examining Explosives
  • Bombs and Explosives Defined
  • Examining Explosives in the Lab
  • More about Bombs and Explosives
  • In the Crime Lab: Questioned Documents and Cryptanalysis
  • Defining Questioned Documents
  • Forensic Accounting
  • Analyzing Paper and Ink
  • Examining Handwritten Documents
  • Cryptography and Crypt-analysis
  • Other Forensic Investigations
  • Digital/Computer Forensic Investigations
  • Biometrics and Forensic Investigations
  • Accident Scene Investigations
  • Government Investigations of Transportation and Safety Issues
  • Forensics and Personal Injury Investigations
  • Forensics and Arson Investigations
  • Food Forensic Investigations
  • Forensics and Athletic Investigations
  • Bio-forensics and Bioterrorism
  • Lesser-Known Forensic Investigations
  • The Criminal Mind
  • Forensic Psychology and Psychiatry
  • Definitions in Forensic Psychology and Psychiatry
  • Interpreting the Criminal Mind
  • Putting it all Together
  • Terms from the Court System
  • Admissible Evidence
  • Forensics and the Expert Witness
  • Controversies in Forensic Science
  • Fingerprint and "Lie Detector" Problems
  • Controversies and Hair Analysis
  • Bite Mark Controversies
  • Controversies and DNA Analysis
  • Criminal Behavioral Issues
  • Other Controversies
  • Famous (And Not-So-Famous) Crimes and Forensic Science
  • Looking Back: Historic Occurrences Interpreted with Modern Forensics
  • Details and More Famous Crimes
  • Famous Serial Killers
  • Famous Bombings
  • The Media and Forensic Science
  • Forensic Science in the Movies and on Television
  • Forensic Science in Nonfiction Magazines and Journals
  • Nonfiction Forensic Science Books
  • Forensic Science in Fiction Books
  • Resources in Forensic Science
  • Forensic Science Websites: Information for Students
  • General Interest Forensic Science Websites
  • Forensic Science Websites: U.S. and International Professional Organizations
  • Forensic Science Websites: U.S. Government
  • Forensic Science Websites: International
  • Other Forensic Websites
  • Careers and Education in Forensic Science
  • Further Reading
  • Glossary
  • Index
Review by Library Journal Review

Barnes-Svarney and Svarney's (The Handy Anatomy Answer Book; The Handy Nutrition Answer Book) title will appeal to readers looking for a simple overview of a complex discipline. Well-phrased questions are followed by succinct answers covering topics as diverse as the history of forensic science (1800 BCE through present day): crime scene investigations, lab work, controversies, and more. Chapters on famous crimes, such as the murders of which Lizzie Borden was accused, and media portrayals of forensic science will attract casually curious readers, though the authors look at movies and TV shows from only the 1990s onward. Readers will also learn about the role of forensics in exploring noncriminal events, such as the sinking of the Titanic, and browse sidebars with related Q&As and a section on forensic science resources. VERDICT Full of fun facts, this volume will enthrall high school and college students investigating potential career paths as well as inquisitive general readers. Will complement D.P. Lyle's more extensive Forensics for Dummies.-Laurie -Selwyn, formerly with Grayson Cty. Law Lib., Sherman, TX © Copyright 2018. Library Journals LLC, a wholly owned subsidiary of Media Source, Inc. No redistribution permitted.

(c) Copyright Library Journals LLC, a wholly owned subsidiary of Media Source, Inc. No redistribution permitted.

What is the origin of the word "forensic"? "Forensic" is from the Latin forensis, meaning "of or before the forum." It is also often interpreted as a public discussion or belonging to debate or discussion--a leftover from ancient Roman times (for more about ancient Romans and forensics, see the chapter "History of Forensic Science"). Is there a difference between the terms "forensics" and "forensic science"? In today's usage, there is little difference between the terms forensics and forensic science. The term "forensic" is essentially a synonym for "legal" or "related to the courts"; plus, the word is closely related to the scientific field. This is why the terms--including in some dictionaries--are commonly used interchangeably. Does forensic science only pertain to law enforcement and criminal cases? No, not all forensic science is about law enforcement and prosecution of criminal cases. These ideas have been, no doubt, propagated by certain media for over a century--from books and magazine articles to modern television and movies. And although many of the advances in forensic science have benefited from criminal case methods and analyses, it also pertains to civil and legal matters, along with determining why certain non-criminal events and actions occur (such as transportation-related accidents). Why is forensic science considered to be multidisciplinary? Forensic science is multidisciplinary because there is no one single science that answers all forensic questions, especially in the collection and analysis of evidence. Forensic investigators and experts from many disciplines are needed to solve a forensic puzzle--from biology (for example, for an autopsy) to accounting (for example, in a white-collar-crime case). In fact, according to the American Academy of Forensic Science, "There is literally no end to the number of disciplines that become 'forensic' by definition." And in the future, they predict there will even be more specialties that become part of the term "forensic." What are some of the scientific disciplines used in forensic science? There is a long list of scientific disciplines that are used in forensic science. Some examples are biology, geology, pathology, genetics, chemistry, cryptanalysis, psychology, and ballistics. And within these examples are often subfields. For example, in chemistry a person may be an expert in the analysis of drugs and poisons, while another person may be an expert in the analysis of paints, tools, and other physical items. What are some scientific fields that are "nonforensic"? Although many methods and techniques used in forensics are from various scientific fields, there are some sciences that are not as applicable. For example, the term "forensic astronomy" has often been used to describe people who use astronomy to determine ancient constellations. But it is not as well recognized or widely needed as other scientific fields involved in forensic science. Why are various facets of forensic science often necessary in terms of crime and accidents? There are several reasons why various facets of forensic science are often needed, especially in terms of crime and accidents. For example, there is often a lack of eyewitnesses at a crime scene or accident--and if there are such witnesses, many people are unreliable in terms of giving evidence. This is usually because people may be partial to a certain aspect of the crime or person who commits a crime, or they are subjective in what they witness. Another reason for needing forensic science is historical--it can often be used to solve "cold cases" that occurred years before. Why is scientific evidence the best tool to use in forensic science? Because scientific evidence from forensic methods and analyses cannot "lie," the results are most often impartial and objective--unlike many eyewitness' reports or interpretations of events. In most cases, this makes forensic science the best tool to resolve criminal, civil, or other legal matters. Excerpted from The Handy Forensic Science Answer Book by Patricia Barnes-Svarney, Thomas E. Svarney All rights reserved by the original copyright owners. Excerpts are provided for display purposes only and may not be reproduced, reprinted or distributed without the written permission of the publisher.