Forensic science Books

Book SynopsisAs our understanding of genetics increases, its application to criminal justice becomes more significant. This timely book examines the use of genetic information both in criminal investigations and during the trial process. It discusses current scientific understanding and considers some potential legal, ethical and sociological issues with the use of genetic information.The author draws together debates from scientists, ethicists, sociologists and lawyers in order to understand how the criminal justice system currently reacts, and ought to react, to the new challenges presented by genetic evidence. She asks the important question of where priorities should lie: whether with society's desire to be protected from crime, or with an individual's desire to be protected from an unwanted intrusion into his or her genome. Topics include rights of privacy and consent in obtaining DNA samples, evidentiary issues in court, the impact of genetic evidence on punishment theory and sentencing, and genetic discrimination.This book will be of use to criminal and medical law students, along with academics, practitioners and policymakers interested in exploring the various criminal law issues in relation to genetics. It will also be of interest to criminal justice, philosophy, ethics, sociology and psychology students and academics looking explore the legal issues involved in such a topic.Trade Review'Genetics, Crime and Justice is a work of significance. This book enlightens its readers? ? to the debate revolving around human genetics and criminal justice, and provokes thought on? ?how to address the competing interests of society and the individual. Overall, the book presents? ?to its readers, those new to the field or its? ? followers, a comprehensive understanding of the role? ?of genetics in relation to criminality and the judicial system along with the myriad of issues?? surrounding them.?' -- Midhat Farzeen, ?International Social Science Review‘For a reader who is new to the area, Genetics, Crime and Justice provides a useful overview of the legal, ethical and social issues pertaining to the broad area encapsulated by the book. The reader who is familiar with some sections of the book’s scope will likely gain something of interest from the other connected topics Wilson considers. There is significant merit in such a work — one that brings together this diverse but thematically connected body of knowledge.’ -- Current Issues in Criminal JusticeTable of ContentsContents: Preface 1. Introduction, 2. History of Genetics and Criminal Justice, 3. Use of Genetics in Criminal Investigations 4. The “Criminal Gene”, 5. The “Criminal Gene” Argument in the Courts 6. The Impact of a ‘Criminal Gene’ Argument on Punishment Theory 7. Introduction to Ethical Issues 8. Concluding Thoughts Index

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Book SynopsisThis book discusses the intense practical and theoretical challenges of forensic science evidence and the pivotal role it plays in modern criminal proceedings. A global team of prominent scholars and practitioners explores the contemporary challenges of forensic science evidence and expert witness testimony from a variety of theoretical, practical and jurisdictional perspectives.Both the methodological integrity and the reliability of forensic science have been questioned in recent official reports and inquiries. The wide-ranging contributions to this book offer thorough and far-reaching explorations of the institutional organisation of forensic science, its epistemological and methodological foundations, and its procedural regulation, applications and evaluation in jurisdictions across Europe and beyond. The development and reform of expert evidence law and procedural regulation are reconsidered from a range of legal and scientific perspectives. Brimming with comparative and interdisciplinary insight, this book also explores the transnational dimensions of contemporary forensic science, assessing its value and appropriate uses as expert evidence in criminal investigations, prosecutions and trials.This contemporary book will be essential reading for scholars, advanced students, practitioners and policymakers concerned with the role of forensic science in the administration of criminal justice.Contributors include: S. Carr, E. Cunliffe, G. Edmond, S. Farrar, A. Gallop, R. Graham, L. Heffernan, E.J. Imwinkelried, A. Jackson, A.C. McCartney, M.M. Muhamad, E. Piasecki, P. Roberts, M. Stockdale, G. Tully, J. Vuille, T. Ward, T.J. WilsonTrade Review'As courts struggle to assimilate scientific evidence, so scientists struggle to justify its reliability. These excellent essays written by lawyers, scientists and regulators canvass the institutional responses to these struggles in various adversarial and non-adversarial jurisdictions, vividly providing up-to-date, critical and valuable insights into the myriad of problems faced.' --Andrew Ligertwood, The University of Adelaide, Australia'Such is the importance of scientific evidence in criminal trials and civil suits that this edited collection should be required reading for law practitioners and expert witnesses alike. Significant and thought-provoking insights are offered in each of the 13 chapters, with contributions from forensic scientists and legal scholars.' --Pamela Ferguson, University of Dundee, UKTable of ContentsContents: Introduction: Forensic Science, Evidential Reliability and Institutional Reform Paul Roberts and Michael Stockdale 1. Making Sense of Forensic Science Evidence Paul Roberts 2. Re-assessing Reliability Gary Edmond 3. Admissibility, Reliability and Common Law Epistemology Tony Ward 4. Regulating Forensic Science Gillian Tully 5. Clarifying the ‘Reliability’ Continuum and Testing its Limits: Biometric (Fingerprint and DNA) Expert Evidence Sophie Carr, Angela Gallop, Emma Piasecki, Gillian Tully, and Tim J Wilson 6. Re-examining the ‘Reliability’ of Forensic Pathology Evidence Tim J Wilson, Adam Jackson, Angela Gallop and Emma Piasecki 7. Reliability by Procedural Rule Reform? Expert Evidence and the Civil-Criminal-Family Procedure Rules Trichotomy Michael Stockdale 8. Expert Evidence Law Reform in Ireland Liz Heffernan 9. Regulating Expert Evidence in US Courts: Measuring Daubert’s Legacy Edward J Imwinkelried 10. A New Canadian Paradigm? Judicial Gatekeeping and the Reliability of Expert Evidence Emma Cunliffe 11. Reliability and Reform of Expert Evidence in Malaysia’s Developmental State: Putting the Cart before the Horse? Salim Farrar and Mohd Munzil Bin Muhamad 12. Forensic Science Evidence in Non-adversary Criminal Justice Systems Joëlle Vuille 13. ‘All We Need to Know’? Questioning Transnational Scientific Evidence Carole McCartney and Rick Graham Index

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Book SynopsisBuilt on a large body of research relating specifically to forensic psychologists and prison life more generally, this book examines how this professional discipline has become central to life within the modern prison. Exploring a number of themes, it takes the reader behind the scenes of forensic psychological practice in Her Majesty's prisons.

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Book SynopsisThe fifth edition of the best-selling Principles in Forensic Toxicology continues in the tradition of excellence in academic publishing. With over 10 years of classroom-tested and continually updated content, the new edition contains significant updates and 7 new chapters on new topics including drug-facilitated crimes, derivatization, quantitation, measurement uncertainty/traceability, statistics, oral fluid testing, and drugs in embalmed specimens. Part One covers the major sub-disciplines of forensic toxicology in addition to pharmacological concepts. Part Two addresses specimen preparation, laboratory testing and instrumental analysis, while Part Three discusses common analytes including cocaine, opioids, alcohol, and marijuana. Adopted for courses in many of the top universities for forensic science and used by respected medical examiner’s offices and crime laboratories worldwide, Principles of Forensic Toxicology prepares the next generation of forensic toxicologists and continues to be an important reference in professional practice.Table of ContentsPart 1: Introduction.- Post Mortem Forensic Toxicology.- Human Performance Toxicology.- Drug-Facilitated Sexual Assault.- Forensic Drug Testing.- Performance enhancing Drug Testing.- Drug Testing in Pain Management.- Pharmacokinetics and Pharmacodynamics.- Part II. Specimen Preparation.- Spectrophotometry.- Chromatography.- Derivatization.- Immunoassy.- Mass Spectrometry.- Quantitation.- Method Validation.- Measurement Uncertainty and Traceability.- Statistics in Forensic Toxicology.- Part III Analytes.- Alcohol.- Benzodiazapines.- Gammahydroxybutyric acid,- Miscellaneous Central Nervous System Depressants.- Opioids.- Cocanie.- Cannabis.- Amphetamines-Sympathomimetic Amines,- Hallucinogens and Psychedelics.- Antidepressants and Neuroleptics.- Miscellaneous Therapeutic Drugs.- Carbon Monoxide/Cyanide.- Inhalants.- Metals.- Part III Special Topics.- Stability of Drugs of Abuse in Biological Systems.- Postmortem Redistribution of Drugs.- Postmortem Clinical Testing.- Pharmacogenomics.- Hair Drug Testing.- Oral Fluid Testing.- Meconium Drug Testing.- Drugs in Embalmed Tissues.

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Book SynopsisBayes Factors for Forensic Decision Analyses with R provides a self-contained introduction to computational Bayesian statistics using R. With its primary focus on Bayes factors supported by data sets, this book features an operational perspective, practical relevance, and applicability—keeping theoretical and philosophical justifications limited. It offers a balanced approach to three naturally interrelated topics:Probabilistic Inference - Relies on the core concept of Bayesian inferential statistics, to help practicing forensic scientists in the logical and balanced evaluation of the weight of evidence.Decision Making - Features how Bayes factors are interpreted in practical applications to help address questions of decision analysis involving the use of forensic science in the law.Operational Relevance - Combines inference and decision, backed up with practical examples and complete sample code in R, including sensitivity analyses and discussion on how to interpret results in context.Over the past decades, probabilistic methods have established a firm position as a reference approach for the management of uncertainty in virtually all areas of science, including forensic science, with Bayes' theorem providing the fundamental logical tenet for assessing how new information—scientific evidence—ought to be weighed. Central to this approach is the Bayes factor, which clarifies the evidential meaning of new information, by providing a measure of the change in the odds in favor of a proposition of interest, when going from the prior to the posterior distribution. Bayes factors should guide the scientist's thinking about the value of scientific evidence and form the basis of logical and balanced reporting practices, thus representing essential foundations for rational decision making under uncertainty.This book would be relevant to students, practitioners, and applied statisticians interested in inference and decision analyses in the critical field of forensic science. It could be used to support practical courses on Bayesian statistics and decision theory at both undergraduate and graduate levels, and will be of equal interest to forensic scientists and practitioners of Bayesian statistics for driving their evaluations and the use of R for their purposes.This book is Open Access.Table of ContentsPart I - Introduction to the Bayes Factor (Likelihood Ratio)Presents the principal statistic discussed throughout this book: the Bayes factor, in the context of forensic science, more often known as the likelihood ratio. Subsections of this part: clarify the different roles (known as, respectively, the ‘investigative’ and ‘evaluative’ role) that forensic scientists may assume in their daily work articulate the reasons why forensic scientists should adhere to a Bayesian framework of inference in order to ensure coherence in their inferential and decision-making tasks formally describe what the Bayes factor is and how it relates to coherent decision analysis describe the advantages that Bayes factors offer in assessing, articulating and communicating the value of scientific evidence in general, and in legal proceedings in particular Part II - Bayes Factor for Investigative PurposesDeals with a peculiar task of the forensic scientist, known as the ‘investigative mode’ (i.e., one of the two main modes of functioning introduced in Part I). That is, in forensic settings, it may well be the case that a potential source (i.e., a suspect) is not available for comparative purposes, in particular in early stages of the legal process. Notwithstanding, data and measurements on recovered material (e.g., seized on a crime scene) can be used for an investigative purpose. In this mode of working, scientists can offer to investigative authorities (or, in a more general perspective, mandating parties) information to help discriminate between general propositions concerning, for instance, the characterizing features of the source that left the recovered material (e.g., gender, externally visible traits such as hair and eye color, handedness, etc.). At this stage in the process, the scientist tries to help answer questions such as ‘what happened?’ in the case under investigation, or ‘what can we infer about the offender?’. In this context, the Bayes factor can be used as a statistic to measure and help decide how to classify, for example, objects and substances on which measurements have been made. This use of the Bayes factor will be explained through practical examples involving topics such as handwriting characteristics, toner from printers in questioned document examination, drugs of abuse, toxicology, forensic anthropology and forensic DNA profiling (listing is not exhaustive and may evolve during the writing of the book). Both univariate and multivariate data will be considered, with or without replicates, and involving different statistical distributions (i.e. Binomial, Poisson, Normal, etc.). The examples refer to realistic forensic applications as they may be encountered in judicial contexts and the forensic practitioner’s own field of activity. Data will be selected from published literature or from the author’s own records. R sample code will be specified and explanations will be included on how to interpret results in context and convey their meaning appropriately.Part III - Bayes Factor for Evaluative PurposesFocuses on the scientist’s role in a more advanced stage of the legal process. That is, situations in which the evaluation of scientific findings will take into account a potential source of the recovered material (e.g., a suspect or an object/tool). This kind of reporting is typically required when scientists need to communicate their results for use at trial. It is of utmost importance at this juncture that scientists express the value of the observed data and findings under competing hypotheses, focusing on a potential (i.e., known) source versus an alternative source (e.g., propositions such as ‘the recovered item comes from the same source as the control material’, and ‘the recovered item is from a source that is different from that of the control material’). The Bayes factor is the central inferential concept for such expressions of weight of evidence. In this part of the book, too, examples will be chosen with the intention to reflect realistic scenarios as they may arise in current judicial practice. In particular, the outline will consider uni- and multi­-variate data from scenarios related to microtraces (e.g., glass and paint fragments), handwriting and drugs of abuse. Besides computational R code, this chapter will also include (i) sensitivity analyses to provide readers with a means to further investigate the properties of the proposed evaluative procedures based on the Bayes factor, and (ii) decision theoretic extensions to outline how to interface expressions of weight of evidence with the broader perspective of coherent decision-making. Part IV - ConclusionSummarizes the key messages developed throughout this book, emphasizing (i) the contribution of an extended use of the Bayes factor in a normative decision framework, and (ii) the role of the Bayes factor as the relevant statistic for both investigative and evaluative tasks that characterize current forensic science.

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Book SynopsisThis open access handbook presents a trustable craniofacial superimposition methodological framework. It includes detailed technical and practical overviews, and discussions about the latest tools and open problems, covering the educational, technical, ethical, and security aspects of this forensic identification technique. The book will be of particular interest to researchers and practitioners in forensic anthropology and forensic ID, and also researchers in computational intelligence.It is the final result of a European project, New Methodologies and Protocols of Forensic Identification by Craniofacial Superimposition (MEPROCS). The project collaborators who contributed to this handbook are: S. Damas, O. Ibáñez, M.I. Huete, T. Kahana, C. Wilkinson, E. Ferguson, C. Erolin, C. Cattaneo, P.T. Jayaprakash, R. Jankauskas, F. Cavalli, K. Imaizumi, R. Vicente, D. Navega, E. Cunha, A.H. Ross, E. Veselovskaya, A. Abramov, P. Lestón, F. Molinero, E. Ruiz, F. Navarro, J. Cardoso, F. Viegas, D. Humpire, R. Hardiman, J. Clement, A. Valsecchi, B.R. Campomanes-Alvarez, C. Campomanes-Alvarez, A.S. Çağdır, T. Briers, M. Steyn, M. Viniero, D.N. Vieira, and O. Cordón.Table of ContentsIntroduction to Craniofacial Superimposition.- Importance of Craniofacial Superimposition in Forensic Identification: Historical Perspective.- Relationships Between the Skull and the Face in the Forensic Realm.- Craniofacial Superimposition Techniques.- Craniofacial Superimposition: The State of the Art.- Ethical and Legal Issues in Craniofacial Superimposition.- Experimental Study of Methodologies, Tools and Criteria.- MEPROCS Craniofacial Superimposition Framework.- MEPROCS Framework Validation.- Conclusions.- Appendices.- References.

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Book SynopsisThis handbook covers tested and proven DNA forensic testing methodologies, forensic bioinformatics techniques, case studies and current forensic legal framework for investigation of variety of crimes and provides a clinching evidence for speedy justice. DNA testing is widely used for forensic purposes and is changing the paradigm of (crime) investigation. The book contains chapters on usage of ultramodern DNA collection kits, presents era evidence collection and preservation, high-end DNA sample analysis in laboratory, DNA legislation, expert evidences, challenging and successful case studies, data generation and application of AI and IoT techniques for DNA data analysis, DNA databanks and training manpower to facilitate timely reporting to the requesting agencies. This handbook equips and enables police, investigators and crime analysis laboratories with knowhow of high-end tools, procedures and techniques to link or exclude a criminal to a crime. It is expected that this will be used by first responders, police, forensic analysts, judiciaries, evidence handlers and students and scholars of criminology and forensic sciences worldwide. The intention to write this handbook is to make DNA technology and its importance reach every common man and professional for correctly using it as a tool as and when required. This is quite evident that awareness of DNA technology has increased at a reasonable pace. Courts and investigating agencies are convinced and confident with its accuracy, reliability and unmatched peace delivered by various techniques of DNA fingerprinting and DNA profiling.Table of ContentsThe Master Molecule in Witness Box (With some Case Studies) Collection, Preservation, retention, safety and Handling of DNA Evidences Chain of Custody – Dos and Don’ts Extraction and Analysis of DNA Samples in Laboratory Handling Mixed DNA Samples with the help of Forensic Bioinformatics Maintaining Standards and Calibration of DNA Testing Equipment DNA Based Identification in Mass Disaster Cases Using DNA Technologies in Sexual Offenses DNA Legislations – Challenges and Opportunities Developing DNA Databases and revolutionizing the Forensic Investigation Modernization of Police DNA Forensics Wing DNA Forensic Trainings for Police and Law enforcement Agencies Next Generation Technologies – Forensic Bioinformatics, LIMS, RFID, Biometrics, AI and IOT in modernising Crime Laboratories. Rapid DNA Identification and Best Practices

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Book SynopsisComprehensively addresses ethics in forensics beyond the laboratory. This title presents case studies to illustrate ethical dilemmas. It places forensic ethics within the canons of the legal and medical systems.Trade Review"Downs, a medical examiner and consultant, and Swienton, a forensic attorney and consultant, provide forensic and criminal justice practitioners, crime scene investigators and photographers, law enforcement training centers, police academies and local agencies, and forensic consultants and scientists with a guide to ethics in forensic science. It contains 17 chapters by forensic science, law, and other specialists from the US who discuss the history of ethics, provide brief synopses of major theorists, and address topics like the religious perspective of applied ethics in forensics; general ethical dilemmas; codes of ethics in forensic science societies and other organizations (education, business, religion, medicine, etc.); the Sexual Assault Nurse Examiner model; teaching ethics; criminal investigation, crime lab and crime scene, and judicial ethics; the post-conviction process; whistleblowers; and ethics in law enforcement, for child abuse prosecutors and defense attorneys, in testimony of forensic practitioners, and in media." --Reference and Research Book News, Inc. "This book attempts to answer the question: "When is ethical, ethical, and when is it not?" Its contributors write on topics such as general forensic ethical dilemmas; codes of ethics as spelled out by forensic science societies; ethics in SANE practice; how to teach ethics; ethics in law enforcement, criminal investigations, crime laboratories, and crime scene investigations; and ethics for attorneys, prosecutors, and expert witnesses." --Evidence Technology Magazine, July-August 2012Table of Contents1. A Brief History of Ethics Jennifer Downs 2. The Forensic Practitioner’s Quest for Truth Fr. William Willoughby, III, Sister Elena Thompson, and J.C. Upshaw Downs 3. General Forensic Ethical Dilemmas Jay A. Siegel 4. Codes of Ethics in Forensic Science Societies: The Organizational Parameters of Morality and Conduct Kenneth E. Melson 5. Ethical Foundations for SANE Practice Linda E. Ledray and Susan Chasson 6. Ethics Codes in Other Organizations: Structures and Enforcement J.C. Upshaw Downs and Anjali Ranadive Swienton 7. Teaching Ethics Max M. Houck and Robin T. Bowen 8. Ethics in Law Enforcement; Defining the Thin Blue Line Fred E. Stephens 9. Criminal Investigational Ethics James Markey 10. Ethics in the Crime Laboratory and in Crime Scene Investigations Barry A.J. Fisher 11. Ethics for Child Abuse Prosecutors – A Call to Leadership Rachelle L. Carnesale 12. Ethical Duties of Attorneys and Experts in Cases Involving Forensic Evidence, from the Perspective of the Defense Andrea Roth 13. Ethics in Testimony Joseph P. Bono, Anjali Ranadive Swienton and J.C. Upshaw Downs 14. Judicial Ethics Haskell M. Pitluck 15. Ethics, Forensics, and the Post-Conviction Process Jules Epstein 16. Whistle Blowers J.C. Upshaw Downs 17. Ethics in Media Anjali Ranadive Swienton and J.C. Upshaw Downs

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Table of Contents1. Introduction2. Ignitable Liquid Products3. ASTM E16184. General Production Processes of Ignitable Liquid Products5. Fire Debris Analysis Methods6. Interferences in Identification of Ignitable Liquid Products7. Guidance for the Identification of Ignitable Liquids in Fire Debris

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Book SynopsisThis book details several important medicinal plants, their occurrence, plant compounds and their chemical structures, and pharmacological properties against various human diseases. It also gives information on isolation and structural elucidation of phytocompounds, bio-assays, metabolomic studies, and therapeutical applications of plant compounds.Table of ContentsSection 1: Medicinal plants. Gloriosa Superba, A Source Of The Bioactive Alkaloid Colchicine: Chemistry, Biosynthesis And Commercial Production. Botany, Phytochemistry And Pharmacological Activities Of Leea Species. Centella Asiatica (L.) Urb., an endowment from traditional medicine. The Importance Of Iranian Borage (Echium Amoenum Fisch. Mey): A Critical Review. Section 2: Plant metabolites and bioactive compounds. Plant Metabolites As New Leads To Drug Discovery- Approaches And Challenges. Introduction To Herbs And Their Therapeutical Potential: Recent Trends. Curcumin As A Potential Therapeutic For Alzheimer's Disease: A Multi-Targeted Approach. Black Cumin (Nigella Sativa L.): Bioactive Compounds And Health Benefits. Indian Tropical Fruits And Role Of Their Bioactive Compounds Against Human Diseases. Plant Alkaloids: Classification, Isolation And Drug Development. The Role Of Phytocompounds In Cosmeceutical Applications. Rosmarinic Acid: Sources, Properties, Applications And Biotechnological Production. Section 3: Bioactive potential of medicinal plants and treatment against diseases. Scientific Validation Of The Usefulness Of Withania Somnifera Dunal In The Prevention Of Diseases. Plant Essential Oils And Anticancer Properties: An Update. Isolation, Extraction, Preclinical And Clinical Studies On Major Anticancer Compounds Of Natural Origin. Anticancer Properties Of Medicinal Plants Listed In The Herbal Pharmacopoeia Of The United Mexican States.

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Book SynopsisHandbook of Forensic Photography is the most-comprehensive, definitive reference for the use of photography in the capture and presentation of forensic evidence. The intent is to inform the reader about the most complete and up-to-date methods to capture and reproduce images that most accurately represent the evidence.With the rise in importance of forensic science, crime and accident scene documentation has likewise increased in importanceânot the least of which has been forensic photography. The need to use accepted practice and protocols to guarantee the authenticity of images for evidence documentation is paramount for using it in court. And as with any discipline, there is an art to the science of forensic photography.Contributing authors from various backgroundsâeach experts in their fieldâhave provided numerous case examples, best practices, and recommendations for recognizing, recording, and preserving evidence using cameras and the latest digital image technology, including video and other imaging technologies. Chapters present such topics as videography, drone photography, underwater photography, crime scene photography, autopsy photographs, fire documentation, forensic odontology, and more. The book closes with coverage of courtroom displays, presenting imaging evidence and expert witness testimony in the courtroom.Handbook of Forensic Photography is a must-have reference for experienced crime scene photographers, death and crime scene investigators, police, and forensic professionalsâincluding medical examiners, odontologists, engineers, and forensic anthropologistsâwho frequently need to capture investigative photographs in the course of investigations.Table of Contents1. Forensic Photography: The Purpose. 2. Fair and Accurate Representation. 3. Development of Agency Standard Operating Procedures. 4. Getting Ready to Go. 4A. Using a Tripod. 4B. Mirrors and Go-Kits. 5. Visual Storytelling. 6. Digital Processing of Evidentiary Photography. 6A. Impression and Pattern Evidence. 7. Necessary Hardware: Operating, Holding, and Focusing. 7A. Light Metering for Exposure. 7B. High Dynamic Range (HDR). 8. Photography in Technical Investigations. 9. Three-Dimensional Photography and Its Applications. 10. Human Vision and Low-Light Photography. 10A. Existing Light Photography. 10B. Painting Evidence with Light. 10C. Dealing with Retroreflective Light. 11. Macrophotography. 12. Image Rectification and Angular Correction. 13. Firearms and Toolmarks. 13A. Bullet Trajectory Laser Photography. 14. Questioned Documents. 14A. Photography and Human Vision. 15. Clandestine or Surveillance Photography. 16. Videography. 17. Surveillance Videos Capture the Path of a Killer (Forensic Analysis). 18. Working the Field/Accident Scene. 19. Laser Scanning. 20. Large Scene Investigation. 21. Photographing Crime Scenes. 21A. Public and Private Scene Investigations: Fire, Crash, and Crime Scenes. 21B. Crime Scene Photogrammetry. 21C. Single-Photo Perpective Photogrammetry. 22. Aerial Coverage from Light Planes and Helicopters. 23. Drone Photography. 24. Inspection for Auditing Conditions. 25. Water and Underwater Photography. 26. Forensic Fire and Explosion Photography. 27. Injury Photography. 28. Documenting Findings in Interpersonal Violence. 29. Autopsy Photography. 30. Entomological Photograph Protocols. 31. Forensic Odontology. 32. Photography and Forensic Archaeology. 33. Forensic Anthropology and Photography. 33A. Forensic Facial Analysis. 33B. Forensic Age Progression. 33C. Forensic Facial Reconstruction and Postpartum Depiction. 34. Photography for Publication. 35. The Role of the Forensic Scientist as Expert Witness in Court. 36. Technology for Courtroom Displays and Demonstrative Presentations.and Expert Witness. 37. Teaching Forensic Photography in the 21st Century.

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Book SynopsisAnimal abuse is well established as a gateway crime linked to other forms of antisocial behaviors and broader criminal violence. Increased awareness of the link between animal abuse and criminal behavior has led many states to mandate cross-reporting between agencies overseeing the welfare of families and of animals. Investigating Animal Abuse Crime Scenes: A Field Guide is designed for first respondersâsuch as animal control officers and police officersâas well as forensic scientists and other criminal justice professionals who are tasked with processing and analyzing animal crime scenes and evidence. The book serves equally as a useful resource for those in the field and laboratory, in addition to those professionals who are further along in the investigative and judicial process. The book addresses the key areas that must be considered in a thorough investigation of an animal abuse crime. This starts with general crime sceTable of ContentsAuthors. Contributors. Acknowledgments. Introduction. 1 The Role of the Animal Control Officer and First Responders. 2 Securing the Scene and First Actions. 3 Search and Seizure. 4 Documenting the Crime Scene. 5 Locating Physical Evidence. 6 Collection and Packaging of Evidence. 7 Special Considerations for Crime Scene Investigation and Evidence Processing of Animal Abuse. 8 Large-Scale Animal Abuse Cases. 9 Animal Abuse Involving Large Animals. 10 Releasing the Scene. 11 Biological Evidence. 12 Trace and Chemical Evidence. 13 Pattern Evidence. 14 Drugs and Controlled Substances. 15 Digital Evidence. 16 The Forensic Veterinarian at the Crime Scene. 17 Physical Examination of Living Victims. 18 Postmortem Interval. 19 The Forensic Necropsy. 20 Nonaccidental Injury. 21 Neglect and Hoarding. 22 Animal Sexual Abuse. 23 Animal Fighting. 24 Forensic Toxicology. 25 Report Writing and Court Testimony. Appendix A: Evidence Collection and Packaging Summary. Appendix B: Nonveterinary Crime Scene Kit. Appendix C: Example Veterinary Forensic Forms. Index.

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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 aTable 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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Wastewater Analysis for Substance Abuse | BookCurl

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