The study of human factors in forensic science informs our understanding of the interaction between humans and the systems they use. The Expert Working Group (EWG) on Human Factors in Forensic DNA Interpretation used a systems approach to conduct a scientific assessment of the effects of human factors on forensic DNA interpretation with the goal of recommending approaches to improve practice and reduce the likelihood and consequence of errors. This effort resulted in 44 recommendations. The EWG designed many of these recommendations to improve the production, interpretation, evaluation, documentation, and communication of DNA comparison results.
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Previous quantitative studies applying Routine Activity Theory (RAT) to cybercrime victimization produced mixed results. Through semi-structured interviews with cybersecurity experts, the current study aims to qualitatively reevaluate the applicability of RAT to cyber-dependent crime, specifically data theft from organizations. An in-depth assessment of environmental factors appearing to affect data thieves’ actions resulted in concrete operationalizations of theoretical concepts. Importantly, we highlight the distinction between target selection and strategic choices made during the attack. Furthermore, RAT appeared to be as relevant, if not more, for explaining offender actions during an attack as for the initial convergence of offenders and digital targets.
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The findings from a bloodstain pattern analysis (BPA) may assist in formulating or falsifying scenarios that are considered in the investigative stages of a criminal investigation. When a case proceeds to trial the bloodstain pattern expert may be asked about the relevance of their findings given scenarios that are proposed by the prosecution and defense counsel. Such opinions provided by an expert are highly relevant to police investigation or legal proceedings, but the reasoning behind the opinion or implicit assumptions made by the expert may not be transparent.A proper framework for the evaluation of forensic findings has been developed since the late twentieth century, based on the hierarchy of propositions, Bayesian reasoning and a model for case assessment and interpretation. This framework, when implemented in casework, mitigates some of the risks of cognitive biases, and makes the reasoning and scientific basis for the opinion transparent. This framework is broadly used across forensic science disciplines. In this paper we describe its application to the field of BPA using a case example from the Netherlands Forensic Institute (NFI).
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