Forensic science Books

Book SynopsisTable of Contents1. Introduction 2. Human Osteology and Odontology 3. Examination Methods 4. Medicolegal Significance 5. Forensic Taphonomy 6. Forensic Archaeology and Scene Processing 7. Processing and Preparing Remains 8. Sex Estimation 9. Ancestry Estimation 10. Age Estimation 11. Stature Estimation 12. Individual Skeletal Variation 13. Analysis of Skeletal Trauma 14. Personal Identification 15. Miscellaneous Topics and Final Case Exercise

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Book SynopsisTable of ContentsSECTION I Exercise A: Defining a Crime Scene Exercise B: Physical Evidence at Crime Scenes Exercise C: Locard Exchange Principle SECTION II Exercise D: First Responders at Crime Scenes Exercise E: Crime Scene Security Exercise F:Preliminary Scene Survey SECTION III Exercise G: Crime Scene Documentation: Notes Exercise H: Crime Scene Documentation: Videography Exercise I: Crime Scene Documentation: Photography Exercise J: Crime Scene Documentation: Sketching SECTION IV Exercise K: Physical Searches Exercise L: Visualization and Enhancement: Lighting Aids Exercise M: Visualization and Enhancement: Biological Evidence Exercise N: Visualization and Enhancement: Chemical Evidence Exercise O: Visualization and Enhancement: Combination Methods Exercise P: Packaging, Preservation, and Collection of Evidence SECTION V Exercise Q: Final Scene Survey Exercise R: Crime Scene Reconstruction: Wound Dynamics Exercise S: Crime Scene Reconstruction: Glass Fracture Patterns Exercise T: Crime Scene Reconstruction: Bloodstain Patterns I Exercise U: Crime Scene Reconstruction: Bloodstain Patterns II Exercise V: Crime Scene Reconstruction: Shooting Investigations Exercise W: Crime Scene Reconstruction: Report Writing and Mock Scene Reconstruction

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Book SynopsisTable of Contents1. Missing persons and unidentified human remains: The world’s silent mass disaster 2. Challenges in forensic genetic investigations of decomposed or skeletonized human remains: Environmental exposure, DNA degradation, inhibitors, and low copy number (LCN) I. Guidelines and best practices for handling and processing human skeletal remains for genetic studies 3. Facilities design and workflow considerations for processing unidentified human skeletal remains 4. Location, recovery, and excavation of human remains for forensic testing 5. Skeletal microstructure, bone diagenesis, optimal sample selection, and pre-processing preparation techniques for DNA testing 6. DNA extraction methods for human skeletal remains 7. Quantitative and qualitative assessment of DNA recovered from human skeletal remains II. Types of DNA markers and applications for identification 8. Autosomal short tandem repeat (STR) profiling of human 9. Y-chromosome analysis for unidentified human remains (UHR) investigations 10. Mitochondrial DNA and its use in the forensic analysis of skeletal material 11. X-chromosome short tandem repeats (X-STRs): Applications for human remains identification 12. Single nucleotide polymorphisms (SNPs): Ancestry-, phenotype-, and identity-informative SNPs 13. Diallelic Markers: INDELs and INNULs III. Traditional platforms, alternative strategies, and emerging technologies for DNA analysis of human skeletal remains 14. Genotyping and sequencing of DNA recovered from human skeletal remains using capillary electrophoresis (CE) 15. Rapid DNA identification of human skeletal remains 16. Emerging technologies for DNA analysis of challenged samples IV. Analysis of genetic data recovered from skeletonized human remains 17. Best practices in the development and effective use of a forensic DNA database for identification of missing persons and unidentified human remains 18. Software and database functionality for direct identification and kinship analysis: The Mass Fatality Identification System (M-FISys) 19. Bioinformatic tools for interrogating DNA recovered from human skeletal remains 20. The emerging discipline of forensic genetic genealogy V. Complementary and multidisciplinary approaches to assist in identification of unidentified human skeletal remains 21. Forensic anthropology in a DNA world: How anthropological methods complement DNA-based identification of human remains 22. Generation of a personal chemical profile from skeletonized human remains 23. Forensic odontology: Historical perspectives and current applications for identification of human remains 24. Forensic facial reconstruction of skeletonized and highly decomposed human remains

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Book SynopsisThe first wave of methamphetamine use began in the late 1980s and its prevalence has continued to rise across the United States and throughout the world. As with any harmful substance, its abuse has far-reaching ramifications that go beyond the destruction it causes to the human body. Written by a multidisciplinary team of experts, Methamphetamine Use: Clinical and Forensic Aspects, Second Edition examines meth use and abuse from clinical, forensic, and criminal justice perspectives. Updated and expanded to reflect changes in recent years, this volume covers virtually every aspect of this dangerous drug.The book begins with a history of drug control in America, then provides global perspectives on methamphetamine use. It explores biochemical aspects and includes a chapter on the methamphetamine analogue ecstasy. The text examines the effects of meth use on human behavior, with a special focus on empirical evidence of amphetamine use as a contributing fTable of ContentsBackground and Scope. Biology, Behavior, and Law. Forensics. Treatment. Epilogue: Methamphetamine as Forensic Challenge. Glossary. Appendix. Index.

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Book SynopsisTo find more information about Rowman and Littlefield titles, please visit www.rowmanlittlefield.com.

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Book SynopsisBattlefield Forensics for Persian Gulf States provides an illustrative reference of various weapons, toolmarks, headstamps, and other traits in order to identify the origins of a variety of guns, casings, and ammunition that can be found in the Middle East. Various conflicts in the region have led to innumerable weapons being used throughout the years. The lead author, Don Mikko, has investigated and examined firearms related items of evidence in countless crime scenes throughout the world. As the Chief of the Firearms Branch at the United States Army Criminal Investigation Laboratory (USACIL), Fort Gillem, Georgia, he recruited, trained, and competency tested military contractors deploying to various combat related areas of the world, those providing forensic firearm and toolmark identification support to local commanders. What was learned was that various foreign weapons and ammunition were being utilized in conflicts and by opposing forces. This book educates readers on the technical data for different types of firearms, ammunition, countries of origin, proof marks, penetrator information and the typical firearm markings imparted on fired cartridge cases, such as breech-face, firing pin, ejector, and extractor markings. Forensics and biometrics within the Persian Gulf have been leveraged since the early 1990s and many of the firearms and types of ammunition covered in this handbook are addressed in an effort to assist those on the ground who are required to be able to identify such items in various scenarios. The information contained within the book has proven to be effective on the battlefield and has helped shape combat operations. This handbook will serve as a useful reference not only to assist military and contractor personnel within the various combat locations but will also prove to be beneficial for law-enforcement, crime laboratory personnel, forensic firearm and toolmark examiners, crime scene investigators, students, practitioners, and civilian personnel throughout the world. Table of Contents1. Opposing Forces Weapons Persian Gulf/Middle East 2. Foreign and U.S. Weapons Review 3. Weapons Proofmarks, Selector Marks 4. Armor-Piercing Penetrators in Persian Gulf/Middle East 5. Headstamps

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Book SynopsisA Life of Crime: My Career in Forensic Science chronicles the career and experiences of world-renowned forensic scientist, Dr. Douglas Lucas. It is the culmination of his decades-worth of work in the field, developing innovative techniques that have revolutionized several aspects of forensic science. It is part professional reference, part career guide, part instructive reference for students wishing to entering the to enter the field, and wholly autobiographical. Dr. Lucas chronicles a number of the high-profile cases he's worked on firsthand. This includes both the logistical problem-solving of case managementhow to process and handle the evidencein addition to the testing, analysis and processes he went through, and developed, along the way. Such cases include mass disaster plane crashes, arson, IEDs and explosives, poisonings, missing persons, and homicides, to name just a few. Dr. Lucas has encountered and seen just about everything a forensic profesTable of ContentsPrologue: Flight 621 1. The Early Years 2. The Fledgling Forensic Scientist 3. "Point Zero Eight": Forensic Science Influences the Law 4. The Courtroom: "What on Earth Am I Doing Here?" 5. Broadening Horizons: There Is More to This Than Just Alcohol! 6. Screech and Seal Flipper Pie: Fire and Politics in Newfoundland 7. Carbon Monoxide: "Death and the Dark-Haired Maiden" 8. Nitroglycerine and Explosions: Some Things Can’t Be Learned in the Laboratory 9. An Explosion in A Dynamite Plant: "Holy Shit—This Stuff Is Dangerous" 10. Dealing With IEDs: "There Has To Be A Better Way" 11. Canada’s Guy Fawkes 12. Mr. Miscellaneous: "Can You Do Something With This?" 13. Missing Person or Homicide? – Regina v. Arthur Kendall 14. How to Get a New Lab? – Regina v. Wayne Ford 15. The Attorney General’s Lab Gets a New Name, and a New Director 16. "Get Involved" They Told Me, So I Did: Professional Associations 17. Last Word Society Stories, #1 (1979): "Was Tom Thomson Murdered?" or "Whose Bones Are Buried Under That Spruce Tree?" 18. Last Word Society Stories # 2 (1983): The Assassination of Thomas D’Arcy McGee, "Look for the Tailor with the Red Whiskers." 19. Last Word Society Stories # 3 (1988): Arsenic and Old Ice, The Death of Charles Francis Hall 20. Miracle in Mississauga: "Let’s Get the Hell Out of Here" 21. The Baby Deaths at Sick Kids Hospital: "George the Moose Was Still Standing" 22. Introduction of DNA Profiling: "If You Are Going to Do It, Do It Right!" 23. The Guy Paul Morin Case: "A Tragedy of Errors" 24. The Steven Truscott Case: Wrongful Conviction or Factual Innocence? 25. Retirement, Part 1: "So, What Do I Do Now?" 26. Retirement, Part 2: My Final Presentation Appendix A. Curriculum Vitae

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Book SynopsisBridging the gap between practical crime scene investigation and scientific theory, Crime Scene Forensics: A Scientific Method Approach maintains that crime scene investigations are intensely intellectual exercises that marry scientific and investigative processes. Success in this field requires experience, creative thinking, logic, and the correct application of the science and the scientific method.Emphasizing the necessary thought processes for applying science to the investigation, this text covers: The general scene investigation process, including definitions and philosophy as well as hands-on considerations Archiving the crime scene through photography, sketching, and video Managing the crime scene investigationthe glue that holds the investigation together Searching the crime scenethe logical byproduct of archiving and management Impression/pattern evidence, including fingerprints, bloodstainTable of ContentsThe Philosophy and Essentials of Crime Scene Forensics. Forensic Archiving: Today’s Eye for the Future. Impression Evidence: Patterns of Identity. The Biological Crime Scene. Microscenes and Trace Evidence. Bang! It’s a Shooting Incident Scene. Miscellaneous Considerations and Specialized Scenes. Glossary. Index.

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Book SynopsisForensic Science in Court explores the legal implications of forensic sciencean increasingly important and complex part of the justice system. Judge Donald Shelton provides an accessible overview of the legal aissues, from the history of evidence in court, to gatekeeper judges determining what evidence can be allowed, to the CSI effect in juries. The book describes and evaluates various kinds of evidence, including DNA, fingerprints, handwriting, hair, bite marks, tool marks, firearms and bullets, fire and arson investigation, and bloodstain evidence. Assessing the strengths and limitations of each kind of evidence, the author also discusses how they can contribute to identifying the who, how, and whether questions that arise in criminal prosecutions. Author Donald Shelton draws on the depth of his experiences as courtroom prosecutor, professor, and judge, to provide a well-rounded look at these increasingly critical issues. Case studies throughout help bring the issues to life andTrade ReviewYou couldn't find a better source for grasping the issues confronting the field of forensic science today than Forensic Science in Court. As a trial judge, Donald Shelton has observed the legal process from its most critical perspective, so who better than a 'gatekeeper' to guide us? Judge Shelton provides a detailed framework for best practices in all areas of forensic science, for today and in the future. Everyone with a hand in the justice system, from judges to attorneys to expert witnesses, should read this book. -- Katherine Ramsland, DeSales University, author of Beating the Devil's Game: A History of Forensic Science and Criminal InvestigationJudge Shelton's book hits the right balance: it clearly communicates the basic procedures used in each technique but does not dwell too much in any one area. For a very difficult subject matter, it is fairly easy to read, and the case studies really make the issues come alive. Judge Shelton is not afraid to point out the weaknesses both legally and scientifically of some of the procedures. -- Ron Bretz, Thomas M. Cooley Law SchoolThe book offers a searching examination of some of the most sacred of the sacred cows in the scientific evidence field, including: fingerprints, firearms comparisons, psychiatric evaluation, and so on. Former trial lawyer and current judge Donald Shelton has successfully put together an overview of the scientific issues that demand attention in light of modern legal principles. Forensic Science in Court will be a uniquely useful working tool for judges, lawyers, investigators and anyone who aspires to join those professions. It is thoroughly researched, thoughtfully presented and completely readable. -- Nick Rine, University of Michigan Law SchoolThis important book stands at the intersection of law, science, and technology, and it is essential reading for lawyers, judges, jurors, investigators, policy-makers, and citizens who care about their court system. In this highly readable book, Judge Shelton vividly illustrates that all too often forensic evidence does not meet the test of scientific validity. -- Nancy S. Marder, Professor of Law, Chicago-Kent College of LawJudge Shelton's book is a very readable, entertaining, concise, and enlightening account of the history of the use of forensic science evidence in criminal trials. This book is a valuable resource for lawyers, judges, and students. I highly recommend it. -- Thomas K. Clancy, Director, National Center for Justice and the Rule of Law; University of Mississippi School of LawTable of ContentsList of Figures Introduction Chapter 1: The History and Development of Forensic Scientific Evidence Chapter 2: The Problem of Junk Science Chapter 3: DNA—the New Gold Standard Admissibility of DNA at Trial Postconviction DNA Testing Chapter 4: The "Who" Question Fingerprint Evidence Handwriting Comparison Chapter 5: More "Who" Questions Hair Analysis Bite Mark Analysis Chapter 6: The "How" Question Toolmarks and Firearms Bullet Lead Comparison Fire, Explosion and Arson Evidence Bloodstain Pattern Evidence Chapter 7: The "Whether" Question: Social Science Evidence in Criminal Cases Eyewitness Identification Experts Forensic Abuse Syndromes Conclusions about Social Science Evidence Chapter 8: Jurors and Forensic Science Evidence The "CSI" Myth The "Tech" Effect "Negative" Evidence Voir Dire, Argument and Jury Instructions Chapter 9: Conclusions: Where Do We Go From Here? The Last Twenty Years—An Era of Doubt Daubert's Change in the Legal Standard for Admissibility The Emergence of DNA as a New Model for Forensic Scientific Evidence The Impact of DNA Exonerations The Impact of the National Academy of Sciences Report The Impact of New Technology Awareness by Jurors The Current State of Forensic Science Evidence in Criminal Cases Thoughts about the Future of Criminal Forensic Science Appendix: Recommendations of the National Research Council Strengthening Forensic Science in the United States: A Path Forward Notes Index About the Authors

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Book SynopsisThis book covers the basic science and neurobiology of violence and integrates this with clinical, legal, and ethical aspects of forensic psychiatry. Unique text which integrates the basic sciences, clinical, legal, and ethical aspects Highly illustrated. Numerous colour images in the basic sciences section further explain the text Succinct yet comprehensive coverage for instant access to the information The book is designed for postgraduate trainees in psychiatry wishing to specialise in forensic psychiatry, specialists in forensic psychiatry, mental health, criminal lawyers, and forensic psychologists. It will be an invaluable reference work for clinical psychologists, criminologists, sociologists, and other professionals working with forensic psychiatric patients such as members of the probation service, social workers, and nursing staff. Table of ContentsBasic sciences. Clinical forensic psychiatry. Legal Aspects of Forensic Psychiatry. Assessment in forensic psychiatry. Treatment. Prisons. Victims. Civil Matters. Ethical Issues. International comparisons of forensic psychiatry.

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Book SynopsisForensic Podiatry: Principles and Methods, Second Edition has been completely updated to reflect the latest developments and advancements in this changing field. New additions to the book, from the previous edition, include all new chapters on the expert witness, Frye Test, and Daubert Standard, as well as revised theories on gait analysis, bare footprint identification, and footwear examination. The new edition includes extensive case studies and an international compilation of current best practices.Since this text's first publication, the field of forensic podiatry has rapidly developed from relative obscurity to a dynamic, internationally recognized discipline. Forensic podiatrists have been able to advance improvements in the field, both in widening the range of applications and deepening the practice through improved techniques to strengthen evidentiary conclusions. Written by two pioneers in the field, Forensic Podiatry includes over oneTrade Review"This is the second edition … which has doubled in size since the first edition in 2011. It is supported by new and emerging knowledge, providing clear explanation of how forensic podiatry principles can be systematically used in forensic human identification … a key reference text for those training and working in the forensic science community and criminal justice systems."— Mr Nick Howsam, MSc, BSc (Hons), BSc (Hons); review in The Chartered Society of Forensic Sciences’ publication Interfaces, December 2017Table of ContentsGeneral Forensic Concerns. Podiatric Forensic Concerns. Mediciolegal Concerns.

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Book SynopsisPrimary Tooth Development in Infancy: A Text and Atlas describes the initial phase of human dentition. It includes more than 1,500 photographs of fetal and infant teeth up to the age of one year. The book presents each step in the developmental phases in photographs accompanied by concise explanatory text. The teeth are photographed from six different aspects: labial, lingual, mesial, distal, incisal, and from the root direction and includes CT images in some cases.Topics covered include morphology and development of primary dentition, discrimination criteria for human dentitions, forensic importance of direct and indirect measuring techniques, dental identification and age estimation from teeth, achieving dental evidence from oral autopsy, and age estimation formulae. The book also discusses the neonatal line concept of intrauterine life accompanied by corresponding scanning electron microscope photographs.A supplementary software program for age estiTrade Review"… I am fully confident that the authors have produced a flawless work that will fulfill the expected requirements in the field of forensic dentistry and identification studies, and enlighten the world of science with this Atlas."—From the Foreword by Prof. I. Hamit Hanci, Professor, Forensic Medicine Specialist, Head of the Institute of Forensic Sciences, Ankara University, Previous President of the Ankara University, Faculty of Medicine, Department of Forensic Medicine, President of the Forensic Scientists Society, Ankara, TurkeyTable of ContentsHuman Dentition and Notation. Human Dentition. Dental Development. Dental Structures. Functions of Dental Structures. Dental Discrimination, Notation and Recording. Photographing and Measuring Techniques for Dental Evidence. Forensic Importance of Dental Evidence. Scaling for Dental Evidences During Photographing. Photographing Technique for Dental Evidence. Measuring Techniques for Dental Evidence. Morphology and Development of Primary Dentition. Discrimination of Dentition. Morphology of Primary Dentition. The Development of the Primary Dentition. Dental Identification and Age Estimation from Teeth. Achieving Dental Evidence from Oral Autopsy. Identification from Teeth. Age Estimation Software. APPENDIX. Abbreviations. Glossary. Index.

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Book SynopsisForensic Biomechanics and Human Injury: Criminal and Civil Applications An Engineering Approach provides a concise, comprehensive overview of human anatomy and the biomechanical factors involved in human injury. It describes the methodologies used to compute the various forces, stresses, and energies required to injure the human body.The book covers the theoretical mathematics behind understanding how injuries occur, classifying certain types of injuries, age and biomechanical factors, impact loading, injury investigation, and the importance of expert witnesses and testimony in civil and criminal cases. It contains a significant number of sizes of all the pertinent materials in the human body, classified by age, sex, and in some instances by race, as well as stressstrain curves and tables of the strengths of these materials. Forensic Biomechanics and Human Injury provides a valuable source of information with tools to help the professional deteTable of ContentsIntroduction. Court System and Testimony. How Injuries Occur. Types of Injuries. The Need for Analysis. Biomechanical Terminology. Basic Elements of Anatomy. Strength of Human Biological Materials. Mechanics of Materials. Material Sizes of Humans. Statics and Dynamics. Errors, Sensitivity, Uncertainty, and Probability. Protective Structures and Their Effect. Examples of Analysis. Federal and Other Standards. Appendices.

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Book SynopsisNow in its second edition, Forensic DNA Evidence Interpretation is the most comprehensive resource for DNA casework available today. Written by leaders in the fields of biology and statistics, including a contribution from Peter Gill, the father of DNA analysis, the book emphasizes the interpretation of test results and provides the necessary formulae in an easily accessible manner. This latest edition is fully updated and includes current and emerging techniques in this fast-moving field. The book begins by reviewing all pertinent biology, and then provides information on every aspect of DNA analysis. This includes modern interpretation methods and contemporary population genetic models available for estimating DNA frequencies or likelihood ratios. Following a chapter on procedures for validating databases, the text presents overviews and performance assessments of both modern sampling uncertainty methods and current paternity testing techniques, including new guideliTrade Review"The second edition of Forensic DNA Evidence Interpretation … provides an extensive reference for analysts performing the complex process of DNA interpretation. As the forensic community confronts DNA interpretation inconsistencies, the timely release of this updated text provides a resource … for DNA practitioners to better understand current DNA interpretation methods."—Lyndsie N. Ferrara, Duquesne University, Pittsburgh, PA, USA; published in Forensic Science Review, January 2018 Table of ContentsBiological Basis for DNA Evidence. A Framework for Interpreting Evidence. Population Genetic Models. Relatedness. Validating Databases. Sampling Effects. Single Source Samples. Complex Profiles. The Continuous Model. Non-Autosomal Forensic Markers. Parentage Testing. Disaster Victim Identification, Identification of Missing Persons and Immigration Cases. DNA Intelligence Databases.

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Book SynopsisIn missing and unidentified investigations, an abyss of dissonance seems to exist between law enforcement and the community they serve that all too often creates grating wounds that may never heal. Utilizing Forensic Technologies for Unidentified Human Remains: Death Investigation Resources, Strategies, and Disconnects bridges this abyss.This is the first book that provides comprehensive coverage of the tools for forensic, law enforcement, and investigative professionals to explain how to utilize the vast repositories of online databases of evidence that can help investigators solve cold cases.Bringing together crucial information in a single, non-technical resource, the book reviews the use of the NCIC, CODIS, NamUs, IDENT, IAFIS, and NDIR databases. It employs a cross-disciplinary approach to forensic evidence and includes dozens of examples where these techniques have concluded in positive results.The book presents the material in a blended mTrade Review"I have recognized and acknowledged the work of George Adams for a number of years and share his passion to provide the families of unidentified murdered victims some closure in finally having their loved ones identified. ... George Adams has written this textbook entitled Utilizing Forensic Technologies for Unidentified Human Remains specifically for those families seeking closure and identification of their loved ones as well as the many law enforcement officers who have never worked an unidentified human remains case.Utilizing Forensic Technologies for Unidentified Human Remains is a masterful blend of ‘practice and theory.’ This textbook is the most comprehensive presentation of the combination of practical investigative protocols and the latest scientific forensic technology as it relates to the identification of unidentified human remains."—Vernon J. Geberth, M.S., M.P.S, Homicide and Forensic Consultant, Author of Practical Homicide Investigation, and Series Editor of Practical Aspects of Criminal and Forensic Investigations"This book provides an in-depth analysis and overview of concepts, resources and strategies, technological advances and challenges and integral human inputs particularly as it relates to leading investigations. Throughout the book, the central issue which becomes inescapable is the unconscious disconnect that occurs between law enforcement and the victims/families during the investigative stage. Understanding this disconnect is fundamental to enable better understanding and cooperation between parties which will allow parties to work better together and will inevitably redound to the benefit of all stakeholders."—Thame Pierre, The Chartered Society of Forensic Sciences"Overall, the book is certainly useful in starting to look at strategies for unidentified remains cases, particularly for an investigator. The forensic specialist will find a valuable insight into the thought processes leading investigations and a good reference for basic DNA and next-generation DNA analyses."—Dr René Gapert, The Chartered Society of Forensic Sciences"I have recognized and acknowledged the work of George Adams for a number of years and share his passion to provide the families of unidentified murdered victims some closure in finally having their loved ones identified. ... George Adams has written this textbook entitled Utilizing Forensic Technologies for Unidentified Human Remains specifically for those families seeking closure and identification of their loved ones as well as the many law enforcement officers who have never worked an unidentified human remains case.Utilizing Forensic Technologies for Unidentified Human Remains is a masterful blend of ‘practice and theory.’ This textbook is the most comprehensive presentation of the combination of practical investigative protocols and the latest scientific forensic technology as it relates to the identification of unidentified human remains."—Vernon J. Geberth, M.S., M.P.S, Homicide and Forensic Consultant, Author of Practical Homicide Investigation, and Series Editor of Practical Aspects of Criminal and Forensic InvestigationsTable of ContentsConcepts. Complacency. Biases. By the Numbers. Resources, Strategies, and Disconnects. DNA. CODIS and NMPDD. SCJIS and NCIC. NamUs. Metadata. Dental Resources. Translational Technologies. Next Generation Identification. Rapid DNA Technology and Sentinel Events. Next Generation Sequencing and Stable Isotope Analysis. Initial Strategy and Value-Based Leadership. Initial Strategy Development. Values-Based Leadership. Final Thoughts.

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Book SynopsisJust as people are captivated by murder mysteries, detective stories, and legal shows, they are also compulsively interested in the history of criminal justice. Looking Back in Crime: What Happened on This Day in Criminal Justice History? features a treasure trove of important dates and significant events in criminal justice history.Offering hundreds of facts with particular relevance to criminal justice, this unique textbook is written in a manner that is accessible to students and anyone else interested in the history of criminal justice. It presents at least one significant event for every day of the year; in some instances, there are several facts presented for the same date.Among the comprehensive listing of events there are famous and not-so-famous crimes; the development of law enforcement; criminal trials; passages of criminal laws; Supreme Court decisions; important dates related to prisons, punishment, and corrections; forensic milestones aTable of ContentsIntroduction. January. February. March. April. May. June. July. August. September. October. November. December. Index.

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Book SynopsisThis book focuses on four of the hallmarks of aging: aspartic acid racemization, advanced glycation end products, telomere shortening and mitochondrial mutations; describing their role in aging and diseases; and their application to age-at-death estimation in forensic sciences in greater depth, displaying the interconnecting pathways among these processes. An additional chapter related to Epigenetics and its role in aging, diseases, and forensic age estimation is also included. This book is aimed at a broad audience: from students being introduced to aging, diseases, and forensic science research to scientists in biomedicine and forensics complementing their knowledge in their respective fields while also increasing their knowledge in other disciplines.Table of ContentsAspartic Acid Racemization. Introduction to Aspartic Acid Racemization. Aspartic Acid Racemization on Aging. Aspartic Acid Racemization and Aging in Cartilaginous Tissue. Racemization and isomerization of Aspartyl Residues in Amyloid Peptides Involved in the Development of Alzheimer´s Disease. Aspartic Acid Racemization: Applications to Forensic and Archaeological Age Estimation. Advanced Glycation Endproducts. Advanced Glycation Endproducts: An Introduction. Advanced Glycation and Aging. AGE-RAGE Axis in the Aging and Diabetic Heart: Prime Target for Adjunctive Therapeutic Intervention. Advanced Glycation Endproducts in Aging Skin. Advanced Glycation Endproducts and Neurological Diseases. Advanced Glycation Endproducts for Age at Death Estimation. Telomeres. Introduction to Telomere Biology. Role of Telomeres in Aging. Telomeres and Cardiovascular Disease: Facts, Controversies and Limitations. Telomeres in Cancer. Forensic Application of Telomere Shortening in Age-at-death Estimation. Mitochondrial DNA Mutations. Introduction to Mitochondria Biology. Mitochondrial DNA Mutations and Aging. Mitochondrial DNA Mutations and Mitochondrial Diseases. Reproductive Approaches to Prevent the Transmission of Mitochondrial Diseases. Mitochondrial DNA Mutations and Neurodegenerative Diseases. An Overview of mtDNA Analysis for Age-at-death Estimation in Forensic Sciences. Epigenetics. Epigenetics: Its Role in Aging, Diseases and Biological Age Estimation.

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Book SynopsisOriginally published in 1982 by Pearson/Prentice-Hall, the Forensic Science Handbook, Third Edition has been fully updated and revised to include the latest developments in scientific testing, analysis, and interpretation of forensic evidence. World-renowned forensic scientist, author, and educator Dr. Richard Saferstein once again brings together a contributor list that is a veritable Who's Who of the top forensic scientists in the field. This Third Edition, he is joined by co-editor Dr. Adam Hall, a forensic scientist and Assistant Professor within the Biomedical Forensic Sciences Program at Boston University School of Medicine. This two-volume series focuses on the legal, evidentiary, biological, and chemical aspects of forensic science practice.The topics covered in this new edition of Volume I include a broad range of subjects including: Legal aspects of forensic science Analytical instrumentation to include: microspectrophotometry, infrared Spectroscopy, gTable of Contents1. Legal Aspects of Forensic Science[Gil I. Sapir]2. Forensic Paint Examination[Diana Wright, Daniel Kirby, and John Thornton]3. The Forensic Identification and Association of Human Hair[Richard E. Bisbing]4. A Guide to the Analysis of Forensic Household Dust Specimens and Their Statistical Significance [Nicholas Petraco and Nicholas D. K. Petraco]5. Fundamentals of Visible Microspectrophotometry in Forensic Science[Michael B. Eyring]6. Infrared Spectroscopy in the Forensic Sciences[Edward M. Suzuki]7. Forensic Characterization and Comparisons of Inks[Tatiana Trejos and Jose Almirall]8. Forensic Gas Chromatography[Thomas A. Brettell and David T. Stafford]9. Forensic Applications of High Performance Liquid Chromatography and Capillary Electrophoresis[David Northrup]10. Forensic Mass Spectrometry[Adam B. Hall and Richard Saferstein]11. Analysis of Body Fluids in Sexual Assault Cases[Edwin Jones]12. The Application of Capillary Electrophoresis in Forensic DNA Analysis[Bruce McCord]

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Book SynopsisForensic psychology plays an increasingly important role in criminal investigations and legal decision-making. Homicide: A Forensic Psychology Casebook guides readers through the practical aspects of homicide cases across the entire criminal justice system, from the investigative process to the criminal trial process, and beyond. Each chapter contains a description and analysis of selected cases and offenders, and provides a crime narrative and offender narrative to illustrate the underlying theory and practical considerations of homicide investigations. Criminal justice students and practitioners alike will benefit from the comprehensive scope of this text. In order to ensure fair and efficient criminal justice practices in the field of forensic investigation, there is still a need for conformity and standardization of sound protocols and approaches based on improved knowledge and education. This book is part of that effort to understand homicidal behavior and offendeTable of ContentsPreface. Typical Homicides. Disgruntled and Revenge Killers. Domestic Homicides.Chapter 4 Reactive Aggressive Offenders. Sexual and Paraphilic Homicides. Rape Slayers.Chapter 6 Sexual Sadistic Offenders. Necrophilic Offenders. Belief-Oriented Homicides. Cult Killers. Ideological and Mission-Oriented Offenders. Occult Killers. Special Offender Populations. Psychopathic and Antisocial Offenders. Psychotic Killers. Battered Women Murderers. Adolescent Offenders. Mentally Impaired Offenders. Epilogue.

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Book SynopsisThe ability to work with, and retrieve images, is vital to forensic and criminal case work. During a five-decade-long career, author John C. Russ has taught methods for image processing and measurement to thousands of students. Forensic Uses of Digital Imaging, Second Edition distills his classroom and workshop material to present the information most relevant to forensic science.Since the publication of the first edition, there have been many significant changes in technology that have revolutionized the ways digital images are used in forensic investigations. Fully updated, the second edition: Covers the widespread advancements of digital imaging photography and processing Discusses the increased power, storage capacity, and use of digital cameras, laptop computers, tablets, and cell phones in forensic science Gives real-world examples to illustrate comparisons between different processing options Includes hundreds of full-color imaTrade Review"This is the second edition of this book and it comprises five chapters covering equipment, processing, comparison and measurement, and the presentation of evidence. It covers the basics of all of these subject before progressing to more advanced techniques. The descriptions … and the examples given are clear and aid the reader in understanding the lesson. This book is a good overview of the technical side of forensic photography for those of us who have little experience … useful for those with more experience." – CSEye, November 2017, a publication of the Chartered Society of Forensic Sciences, UK "Forensic Uses of Digital Imaging, Second Edition … is highly technical and the text does a good job of breaking this down to a more readily understandable level. It covers a number of topics … important for a forensic photographer to understand to be truly competent in today’s world of complex technology … not addressed in detail in other reference books."—Brian Kohlhepp, Detective Division, Ross Township Police Department, Pittsburgh, PA, USA; published in Forensic Science Review, January 2018 Table of ContentsDigital Still and Video Cameras. Basic Image Processing and Enhancement. Advanced Processing Techniques. Comparison and Measurement. Interpreting and Presenting Evidence.

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Book SynopsisIn keeping with the spirit of the first edition, the second edition of this book displays the autopsy procedure in a step-wise, start-to-finish fashion. While the autopsy itself has changed little over the last 100 years, the adjunct procedurestoxicology, radiology, and DNA analysis, among othershave changed greatly. Original chapters are fully updated and modified to reflect changes in the last 15 years. Additionally, two new chapters have been added on natural death and organ/tissue donation.Table of ContentsApproach to the Autopsy. Circumstantial and Medical History. External Examination: The Preliminary Examination. External Examination, Specific Forensic Injuries. Specific Body Areas. Internal Examination: Opening of Body Cavities and Initial Assessment. Organ and Tissue Removal. Individual Organ Examination. Head, Brain, Skull and Spinal Cord. Microscopic Examination. Postmortem Laboratory Analysis. Natural Death. Organ and Tissue Donation.

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Book SynopsisThis robust, dynamic, and international field has grown to include interdisciplinary research, continually improving methodology, and globalization of training. Reflecting the diverse nature of the science from experts who have shaped it, Forensic Anthropology: A Comprehensive Introduction Second Edition builds off of the success of the first edition and incorporates standard practices in addition to cutting-edge approaches in a user-friendly format, making it an ideal introductory-level text.Table of Contents AcknowledgementsAbout the EditorsAbout the ContributorsPrefacePart 1: Forensic Anthropology and the Crime SceneChapter One: Forensic Anthropology in the United States: Past and PresentMariaTeresa A. Tersigni-Tarrant and Natalie R. LangleyChapter Two: Skeletal Remains as EvidenceMarin A. Pilloud and MariaTeresa A. Tersigni-TarrantChapter Three: Forensic Archaeology: Survey Methods, Scene Documentation, Excavation, and Recovery MethodsDenise ToChapter Four: Forensic TaphonomyJames Pokines and MariaTeresa A. Tersigni-TarrantPart 2: The Skeleton and Skeletal DocumentationChapter Five: Human OsteologyMariaTeresa A. Tersigni-Tarrant and Natalie R. LangleyChapter Six: Human Odontology and the Dentition in Forensic AnthropologyDebra Prince Zinni and Kate M. CrowleyChapter Seven: Skeletal Examination and DocumentationLee Meadows JantzPart 3: Skeletal Individuation and AnalysesChapter Eight: Sex Estimation of Unknown Human RemainsGregory E. BergChapter Nine: Ancestry Methods: The Importance, The History And The PracticeM. Katherine Spradley and Katy E. WeisenseeChapter Ten: Age Estimation MethodsNatalie R. Langley, Alice F. Gooding, MariaTeresa A. Tersigni-TarrantChapter Eleven: Stature EstimationNatalie R. LangleyChapter Twelve: Pathological Conditions as Individuating Traits in a Forensic ContextDavid Hunt and Kerriann MardenChapter Thirteen: Analysis of Skeletal TraumaNatalie R. LangleyChapter Fourteen: Introduction to Fordisc 3 and Human Variation – StatisticsRichard L. Jantz and Stephen D. OusleyPart 4: Human Identification and Advanced Forensic Anthropology ApplicationsChapter Fifteen: Time Since Death Estimation and Bone Weathering: The Postmortem IntervalRebecca J. Wilson-Taylor and Angela M. DautartasChapter Sixteen: Methods of Personal IdentificationAngi M. Christensen and Bruce E. AndersonChapter Seventeen: Mass Fatalities, Mass Graves and the Forensic Investigation of International CrimesPierre Guyomarc’h and Derek CongramChapter Eighteen: Advanced Scene Topics: Fire and ComminglingJoanne Bennett Devlin and Nicholas P. HerrmannAppendix A: Application of Dentition In Forensic AnthropologyDebra Prince Zinni and Kate M. CrowleyAppendix B: Age Estimation in Modern Forensic AnthropologyBridget F. B. Algee-HewittGlossaryIndex

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Book SynopsisForensic document examination is the study of physical evidence and physical evidence cannot lie. Only its interpretation can err. Only the failure to find it, or to hear its true testimony can deprive it of its value.âRoy Huber This is a comprehensive update of Huber and Headrick's seminal work on handwriting examination. New coverage includes a review of forensic handwriting examination research, handwriting analysis training and proficiency, revised methods and procedures, an updated listing and clarification of terminology and electronic signatures, the analysis of digitized handwriting, and other related technological advances. The book includes updated photographs, several added illustrations, and advances in techniques based on the scientific research conducted in the area over the last 20 years.Features of the new edition include: The latest on electronic signatures, digital handwriting, automated handwriting verification, and the many advances in tTable of ContentsIntroduction. The World of Documents. 1. History of Forensic Document Examination 2. The Development of Handwriting 3. The Discrimination of Handwriting 4. Premises for the Identification of Handwriting 5. Fundamentals of the Identification Process 6. Discrimination and Identification of Handwriting 7. Special Problems in the Discrimination and Identification of Writing 8. Extrinsic Factors Influencing Handwriting 9. Intrinsic Factors Influencing Handwriting 10. Requirements and Results 11. The Diagnosis of Handwriting Identification 12. Handwriting, Document Analysis, and Electronic Media 13. Evaluating Document Examiner Competency 14. Science and Handwriting Identification 15. Terminology References Appendix A

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Book SynopsisNow in its Third Edition, Practical Bomb Scene Investigation explores the investigative process that improvised explosive device (IED) specialists undertake at the scene of an explosion. Providing easy-to-understand, step-by-step procedures for managing and processing a bomb scene, it enables investigators to find the evidence and then make sense of what is found. The book is not only a roadmap on how to find and collect evidence and assess the scene, but also provides instruction on identifying the bombmaker''s signature through latent print, DNA, explosive residue, metallurgical, and toolmark examination and forensic analysis.Trade Review"Tom Thurman’s Practical Bomb Scene Investigation provides basic and practical knowledge, enhanced by case studies, his extensive personal experiences and lessons learned. The third edition is the most updated, detailed and relevant guide for post blast investigations." – Chief Superintendent (ret.) Michael Cardash, Former Deputy Head of Israel National Police Bomb Disposal Division "Practical Bomb Scene Investigation has become a standard in the field for a reason. James T. Thurman writes from the unique perspective of a practitioner who has worked some of the highest profile bombing cases in US history. He brings a unique voice which blends technical explanations applied through a pragmatic perspective. This text is a valuable reference for academics and responders alike." – Dr. Kirk Yeager"Professor Thurman’s book is an essential guide for explosion investigators. It is comprehensive, detailed and a fabulous reference guide. No explosion scene investigator should be without it." – Richard Hahn, FBI Retired, Crime Scene Manager at Oklahoma City Bombing"Practical Bomb Scene Investigation, Second Edition is currently required reading for the IABTI Certified International Post Blast Investigators (CIPBI) Certification Program. This third edition will be a welcome addition. I am impressed with the attention to detail and increased references and this text is a must for bomb technicians and investigators. I highly recommend this book for anyone who is looking to expand their knowledge in the explosive field and post blast investigations." – Jake Bohi CIPBI, Phoenix Police Department Bomb Squad (Retired), International Association of Bomb Technicians and Investigators Assistant International Director, Professional Certification Program ChairmanTable of ContentsDedicationAcknowledgementsAbout the AuthorForwardIntroductionChapter One: Explosion Theory and DynamicsChapter Two: Identification and Recognition of Commercial, Improvised, and Military ExplosivesChapter Three: Improvised Explosive Device Components: Pre- and Post-Blast IdentificationChapter Four: Investigation of the Explosion Scene and Collection of EvidenceChapter Five: Bomb Scene Investigator and Weapons of Mass DestructionChapter Six: Introduction to the Identification of Military OrdnanceChapter Seven: Capabilities of the Forensic Laboratory: Reading the Bomber’s SignatureChapter Eight: Tactical Post-Blast InvestigationAppendix A: Chart of Explosive ProductsAppendix B: United States and Foreign Names of Explosives, Part I and Part IIAppendix C: Access Control LogAppendix D: Guidelines for the Prevention of Contamination of Explosives EvidenceAppendix E: Personnel Resources for the Bomb Scene InvestigationAppendix F: Supplies and Equipment for the Bomb Scene InvestigationAppendix G: Administrative WorksheetAppendix H: Narrative DescriptionAppendix I: Evidence Recovery LogAppendix J: Latent Print Lift LogAppendix K: Photographic LogAppendix L: Diagram LogAppendix M: Explosive Residue Swabbing InstructionsAppendix N: Standard Military Ordnance Color Coding SystemAppendix O: Bomb Threat Stand-Off DistancesAppendix P: Table of Bioterrorism Agent PropertiesAppendix Q: Table of Chemical Agent PropertiesGlossaryIndex

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Book Synopsis"Stealing the Network: How to Own the Box is a unique book in the fiction department. It combines stories that are fictional, with technology that is real. While none of the stories have happened, there is no reason why they could not. You could argue it provides a road map for criminal hackers, but I say it does something else: it provides a glimpse into the creative minds of some of today’s best hackers, and even the best hackers will tell you that the game is a mental one." – from the Foreword to the first Stealing the Network book, How to Own the Box, Jeff Moss, Founder & Director, Black Hat, Inc. and Founder of DEFCON For the very first time the complete Stealing the Network epic is available in an enormous, over 1000 page volume complete with the final chapter of the saga and a DVD filled with behind the scenes video footage! These groundbreaking books created a fictional world of hacker superheroes and villains based on real world technology, tools, and tactics. It is almost as if the authors peered into the future as many of the techniques and scenarios in these books have come to pass. This book contains all of the material from each of the four books in the Stealing the Network series. All of the stories and tech from: How to Own the Box How to Own a Continent How to Own an Identity How to Own a Shadow Plus: Finally - find out how the story ends! The final chapter is here! A DVD full of behind the scenes stories and insider info about the making of these cult classics!Trade Review"Stealing the Network: How to Own the Box is a unique book in the fiction department. It combines stories that are fictional with technology that is real." --Jeff Moss, Founder and CEO of Black HatTable of ContentsStealing the Network: How to Own the Box (Annotated); Stealing the Network: How to Own a Continent (Annotated); Stealing the Network: How to Own an Identity (Annotated); Stealing the Network: How to Own a Shadow (Annotated); Stealing the Network: The Final Chapter

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Book SynopsisThis new resource focuses on many recent advances in recycling and reuse of materials, outlining basic tools and novel approaches. It covers such important issues as e-waste recycling, bio-mass recycling, vermitechnology, recovery of metals, polymer recycling, environmental remediation, waste management, recycling of nanostructured materials, and more. Also included is coverage of new research in the use of laser spectroscopy, pyrolysis, and recycled biomaterials for biomedical applications.Table of ContentsRecycling of Materials and Reduction of Waste. Chemical Recycling of Polyurethane Foams: A Review. Importance of Reusing and Recycling Electronic Wastes. Products from Clothing Waste. Recycling Solid Waste by Co-Processing. Feedstock Recycling of Automobile Shredder Residue. Modification and Reuse of Polyvinyl Chloride Using Polyaniline and Conducting Fillers. Recyclability of EPDM Rubber by Chemical Modification. Wetting Studies as Enablers for Recycling and Reuse of Microfluidic Devices. Proposal for Recycling Organic and Inorganic Materials in an Ecological Park. Removal of Mercury (II) Using Immobilized Papain: Experiment, Modeling, and Optimization. Studies on Effect of Coconut Pith on Thermoplastic Vulcanizates Based on Recycled Polypropylene/Reclaimed Ethylene Propylene Diene Rubber Composites. Calcium Lactate as a Promising Coagulant for the Pre-Treatment of Lignin Containing Wastewater. Preparation and Characterization of Wood-Plastic Composite by Plastic Waste and Saw Dust. Recycling of PVC Waste by Fabrication of NBR-PVC Blend.

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Book Synopsis

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Book SynopsisDelves into the world of medical examiners to uncover the intricate web of social, legal, and moral issues in which they operate. This work reveals how medical examiners speak to the living on behalf of the dead.Trade Review"Postmortem is a revelatory account of how medical examiners use the tools of modern science to discern causes of suspicious deaths. Timmermans takes us deep into the grisly world of forensic investigators, with gripping stories from the autopsy table and vivid descriptions of the morgue's back rooms. His greatest contribution is to explain how and why medical examiners gained the authority to tell us why we die, and to help us understand what their perspective reveals and conceals. An unforgettable book." - Eric Klinenberg, author of Heat Wave "Postmortem is a wake-up call to forensic pathology.... This book should be viewed as provocative, rather than threatening, and should be a stimulus for important discussions and action by the forensic pathology community." - Journal of the American Medical Association"

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Book SynopsisIntroduction to Statistics for Forensic Scientists is an essential introduction to the subject, gently guiding the reader through the key statistical techniques used to evaluate various types of forensic evidence.Trade Review“It deserves a place in the library of any serious forensic scientist and I congratulate the author on his achievement.” (Significance, 1 March 2006) "…it does a wonderful job of connecting forensic science to the field of statistics." (Technometrics, August 2007)Table of ContentsPreface. List of Figures. 1. A short history of the statistics in the law. 1.1 History. 1.2 Some recent uses of statistics in forensic science. 1.3 What is probability?. 2. Data types, location and dispersion. 2.1 Types of data. 2.2 Populations and samples. 2.3 Distributions. 2.4 Location. 2.5 Dispersion. 2.6 Hierarchies of variation. 3. Probability. 3.1 Aleatory probability. One throw of a six-sided die. A single throw with more than one outcome of interest. Two-sided dice. 3.2 Binomial probability. 3.3 Poisson probability. 3.4 Empirical probability. Modelled empirical probabilities. Truly empirical probabilities. 4. The normal distribution. 4.1 The normal distribution. 4.2 Standard deviation and standard error of the mean. 4.3 Percentage points of the normal distribution. 4.4 The t-distribution and the standard error of the mean. 4.5 t-testing between two independent samples. 4.6 Testing between paired observations. 4.7 Confidence, significance and p-values. 5. Measures of nominal and ordinal association. 5.1 Association between discrete variables. 5.2 X2 test for 2 x 2 table. 5.3 Yules Q. 5.4 X2 tests for greater than 2 x 2 tables. 5.5 02 and Cramers V2. 5.6 The limitations of X2 testing. 5.7 Interpretation and conclusions. 6. Correlation. 6.1 Significance tests for correlation coefficients. 6.2 Correlation coefficients for non-linear data. 6.3 The coefficient of determination. 6.4 Partial correlation. 6.5 Partial correlation controlling for two or more covariates. 7. Regression and calibration. 7.1 Linear models. 7.2 Calculation of a linear regression model. 7.3 Testing 'goodness of fit'. 7.4 Testing coefficients a and b. 7.5 Residuals. 7.6 Calibration. A linear calibration model. Calculation of a confidence interval for a point. 7.7 Points to remember. 8. Evidence evaluation. 8.1 Verbal statements of evidential value. 8.2 Evidence types. 8.3 The value of evidence. 8.4 Significance testing and evidence evaluation. 9. Conditional probability and Bayes' theorem. 9.1 Conditional probability. 9.2 Bayes' theorem. 9.3 The value of evidence. 10. Relevance and the formulation of propositions. 10.1 Relevance. 10.2 Hierarchy of propositions. 10.3 Likelihood ratios and relevance. 10.4 The logic of relevance. 10.5 The formulation of propositions. 10.6 What kind of propositions can we not evaluate?. 11. Evaluation of evidence in practice. 11.1 Which database to use. Type and geographic factors. DNA and database selection. 11.2 Verbal equivalence of the likelihood ratio. 11.3 Some common criticisms of statistical approaches. 12. Evidence evaluation examples. 12.1 Blood group frequencies. 12.2 Trouser fibres. 12.3 Shoe types. 12.4 Airweapon projectiles. 12.5 Height description from eyewitness. 13. Errors in interpretation. 13.1 Statistically based errors of interpretation. Transposed conditional. Defender's fallacy. Another match error. Numerical conversion error. 13.2 Methodological errors of interpretation. Different level error. Defendant's database fallacy. independence assumption. 14. DNA I. 14.1 Loci and alleles. 14.2 Simple case genotypic frequencies. 14.3 Hardy-weinberg equilibrium. 14.4 Simple case allelic frequencies. 14.5 Accounting for sub-populations. 15. DNA II. 15.1 Paternity - mother and father unrelated. 15.2 Database searches and value of evidence. 15.3 Discussion. 16. Sampling and sample size estimation. 16.1 Estimation of a mean. 16.2 Sample sizes for t-tests. Two sample t-test. One sample t-test. 16.3 How many drugs to sample. 16.4 Concluding comments. 17. Epilogue. 17.1 Graphical models and bayesian networks. Graphical models. Bayesian networks. 17.2 Kernel density estimation. 17.3 Multivariate continuous matching. Appendix A: Worked solutions to questions. Appendix B: Percentage points of the standard normal distribution. Appendix C: Percentage points of t-distributions. Appendix D: Percentage points of X2-distributions. Appendix E: Percentage points of beta-beta distributions. Appendix F: Percentage points of f-distributions. Appendix G: Calculating partial correlations using excel software. Appendix H: Further algebra using the "third law". References. Index.

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Book SynopsisThe vast majority of modern criminal investigations involve some element of digital evidence, from mobile phones, computers, CCTV and other devices. Digital Forensics: Digital Evidence in Criminal Investigations provides the reader with a better understanding of how digital evidence complements traditional scientific evidence and examines how it can be used more effectively and efficiently in a range of investigations. Taking a new approach to the topic, this book presents digital evidence as an adjunct to other types of evidence and discusses how it can be deployed effectively in support of investigations. The book provides investigators/SSMs/other managers with sufficient contextual and technical information to be able to make more effective use of digital evidence sources in support of a range of investigations. In particular, it considers the roles played by digital devices in society and hence in criminal activities. From this, it examines the role and nature of evidentTrade Review?This book presents digital evidence as an adjunct to other types of evidence and discusses how it can be deployed effectively in support of investigations.? (Reviews, May 2009)Table of ContentsPreface vii Acknowledgments xi List of Tables xii List of Figures xiii 1 Introduction 1 1.1 Key developments 1 1.2 Digital devices in society 5 1.3 Technology and culture 6 1.4 Comment 7 2 Evidential Potential of Digital Devices 9 2.1 Closed vs. open systems 10 2.2 Evaluating digital evidence potential 17 3 Device Handling 19 3.1 Seizure issues 21 3.2 Device identification 31 3.3 Networked devices 36 3.4 Contamination 40 4 Examination Principles 43 4.1 Previewing 43 4.2 Imaging 47 4.3 Continuity and hashing 48 4.4 Evidence locations 49 5 Evidence Creation 55 5.1 A seven-element security model 56 5.2 A developmental model of digital systems 60 5.3 Knowing 61 5.4 Unknowing 63 5.5 Audit and logs 68 6 Evidence Interpretation 69 6.1 Data content 69 6.2 Data context 83 7 Internet Activity 85 7.1 A little bit of history 85 7.2 The ISO/OSI model 86 7.3 The internet protocol suite 90 7.4 DNS 94 7.5 Internet applications 96 8 Mobile Devices 109 8.1 Mobile phones and PDAs 109 8.2 GPS 116 8.3 Other personal technology 118 9 Intelligence 119 9.1 Device usage 119 9.2 Profiling and cyberprofiling 121 9.3 Evaluating online crime: automating the model 124 9.4 Application of the formula to case studies 126 9.5 From success estimates to profiling 129 9.6 Comments 129 10 Case Studies and Examples 131 10.1 Introduction 131 10.2 Copyright violation 131 10.3 Missing person and murder 133 10.4 The view of a defence witness 137 Appendix A The “Aircraft Carrier” PC 141 Appendix B Additional Resources 145 B.1 Hard disc and storage laboratory tools 145 B.2 Mobile phone/PDA tools 146 B.3 Live CDs 146 B.4 Recommended reading 146 Appendix C SIM Card Data Report 149 References 157 Index 161

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