Novel scientific methods in court

2021 ◽  
Vol 5 (3) ◽  
pp. 349-357
Author(s):  
Lucina Hackman ◽  
Niamh Nic Daeid

In recent decades the use of forensic science in investigations and therefore its subsequent presentation within the courts has increased exponentially, fuelled by an increase in scientific advances, development of databases and greater access to scientists and their expertise. This explosion in the use of forensic evidence has not been limited to one single scientific domain, as there are a broad range of scientific disciplines, encompassed by the general umbrella term' forensic science'. Many of these involve commonly applied methodologies and are accepted by the courts with limited scrutiny. Where tensions exist concerning the use of science in the courtroom is when novel or emerging sciences and scientific techniques are introduced. This may be particularly evident when the demands of the investigatory phase, where those working want to apply all possible tools at their disposal to gather as much evidence as possible and the needs of the courts, where the evidence must scientifically robust and admissible for it to be presented before a jury, come together. This paper examines the implications for the court for emerging or novel sciences and scientific techniques. In such cases, the potential rewards of implementing the scientific process and the information these may contribute to an investigation provides a temptation to investigators to push for their operational use, with the unintended consequence of posing an issue to the court when considering whether to admit the evidence into the judicial process.

2011 ◽  
Vol 5 (1) ◽  
pp. 202-220
Author(s):  
Juanita Van der Walt ◽  
Rose Luke

One of the cornerstones of the judicial process is the presentation of evidence in a court of law. The integrity of evidence is vital to reassure the courts that the correct procedures were followed throughout all the processes it was subjected to. In South Africa, the Forensic Science Laboratory (FSL) in Pretoria analyses and stores evidence. The storage facility within the FSL should contribute to the prevention of evidence contamination or degradation thereby also leading to improved service quality and output to its customers. The proper delivery of evidence can lead to the conviction of suspects and to the freedom of the innocent. This study investigates the storage facilities at the FSL to determine whether these are appropriate to ensure the integrity of evidence throughout all the processes it goes through and to recommend actions to continue to add value to the judicial system.


2019 ◽  
Vol 6 (1) ◽  
pp. 255-288 ◽  
Author(s):  
Jason M Chin ◽  
Gianni Ribeiro ◽  
Alicia Rairden

Abstract The mainstream sciences are experiencing a revolution of methodology. This revolution was inspired, in part, by the realization that a surprising number of findings in the bioscientific literature could not be replicated or reproduced by independent laboratories. In response, scientific norms and practices are rapidly moving towards openness. These reforms promise many enhancements to the scientific process, notably improved efficiency and reliability of findings. Changes are also underway in the forensic. After years of legal-scientific criticism and several reports from peak scientific bodies, efforts are underway to establish the validity of several forensic practices and ensure forensic scientists perform and present their work in a scientifically valid way. In this article, the authors suggest that open science reforms are distinctively suited to addressing the problems faced by forensic science. Openness comports with legal and criminal justice values, helping ensure expert forensic evidence is more reliable and susceptible to rational evaluation by the trier of fact. In short, open forensic science allows parties in legal proceedings to understand and assess the strength of the case against them, resulting in fairer outcomes. Moreover, several emerging open science initiatives allow for speedier and more collaborative research.


Author(s):  
K. Culbreth

The introduction of scanning electron microscopy and energy dispersive x-ray analysis to forensic science has provided additional methods by which investigative evidence can be analyzed. The importance of evidence from the scene of a crime or from the personal belongings of a victim and suspect has resulted in the development and evaluation of SEM/x-ray analysis applications to various types of forensic evidence. The intent of this paper is to describe some of these applications and to relate their importance to the investigation of criminal cases.The depth of field and high resolution of the SEM are an asset to the evaluation of evidence with respect to surface phenomena and physical matches (1). Fig. 1 shows a Phillips screw which has been reconstructed after the head and shank were separated during a hit-and-run accident.


2017 ◽  
Author(s):  
Jason Chin

The CSI Effect posits that exposure to television programs that portray forensic science (e.g., CSI: Crime Scene Investigation) can change the way jurors evaluate forensic evidence. The most commonly researched hypothesis under the CSI Effect suggests that shows like CSI depict an unrealistically high standard of forensic science and thus unreasonably inflate the expectations of jurors. Jurors are thus more likely to vote to acquit, and prosecutors face higher burden of proof. We review (1) the theory behind the CSI Effect, (2) the perception of the effect among legal actors, (3) the academic treatment of the effect, and (4) how courts have dealt with the effect. We demonstrate that while legal actors do see the CSI Effect as a serious issue, there is virtually no empirical evidence suggesting it is a real phenomenon. Moreover, many of the remedies employed by courts may do no more than introduce bias into juror decision making or even trigger the CSI Effect when it would not normally occur (i.e., the self-fulfilling prophesy). We end with suggestions for the proper treatment of the CSI Effect in courts, and directions for future scholarly work.


2020 ◽  
pp. 016555152096104
Author(s):  
Alfonso Quarati ◽  
Juliana E Raffaghelli

Open research data (ORD) have been considered a driver of scientific transparency. However, data friction, as the phenomenon of data underutilisation for several causes, has also been pointed out. A factor often called into question for ORD low usage is the quality of the ORD and associated metadata. This work aims to illustrate the use of ORD, published by the Figshare scientific repository, concerning their scientific discipline, their type and compared with the quality of their metadata. Considering all the Figshare resources and carrying out a programmatic quality assessment of their metadata, our analysis highlighted two aspects. First, irrespective of the scientific domain considered, most ORD are under-used, but with exceptional cases which concentrate most researchers’ attention. Second, there was no evidence that the use of ORD is associated with good metadata publishing practices. These two findings opened to a reflection about the potential causes of such data friction.


2020 ◽  
Author(s):  
Carolyn Levinn ◽  
Michael Pluth

<p>By only publishing the positive and successful results of our research, we as a field are limiting scientific advances and exercising poor stewardship of financial resources. By moving toward norms that include disseminating failed, unexpected, and tangential results, we have the opportunity to not only increase the efficiency of science, but also advance new discoveries. Of the broad scientific disciplines, chemistry in particular is poised to take advantage of already-existing, relatively low-barrier approaches to change the scientific publishing culture.</p>


Author(s):  
Eliot McIntrie ◽  
Alex Chubaty ◽  
Steve Cumming ◽  
David Andison ◽  
Ceres Barros ◽  
...  

Prediction from models and data in Ecology has a long history and can be made from many types of statistical, simulation, and other classes of models. To date, our ability to use the predictive approach as a tool for developing, validating, updating, integrating and applying models across scientific disciplines and to influence management decisions, policies and the public has been hampered by disparate perspectives on prediction and inadequate tools. We present a coherent perspective that follows a Predictive Ecology approach based on 5 principles: Reusable, Freely available and Interoperable models, built around a Continuous workflow, which are Tested automatically (PERFICT). We describe the SpaDES toolkit that helps implement these principles. We outline some benefits for society of working with these principles, including 1) speeding up scientific advances; 2) data science advances; and 3) improving science-policy integration.


2021 ◽  
Vol 12 (2) ◽  
Author(s):  
Rebecca Hicks

Despite modern perceptions of science as an apolitical, irreligious, democratizing force, science has historically been a tool used by individuals and organizations for their own purposes. In the case of late European empires, science and scientific “progress” were valuable tools for agendas of Christianization and civilization. Moreover, scientists and scientific methods could be used to further the types of work needed to grow empire – such as a map-making and exploration. However, the relationship between science and empire was not limited to imperial domination. Scientists and scientific bodies could also use the tools of empire to further their scientific work. The Royal Astronomical Society is an excellent example of the “use” of empire – most of its funding came from imperial pundits looking to entrench British superiority. Among the various scientific disciplines practiced in the nineteenth century, astronomy played an interesting role in entrenching the relationship between science and empire – particularly as it was practiced on the fringes of the British empire. Growing empires necessitated the creation and proliferation of new technologies that in turn made practicing science in recently acquired colonies much easier. The interconnected web of new technologies, scientists, and imperial structures of power and politics combined with scientific desires, colonial ideals, race relations, and imperial economies of trade and knowledge to produce an incredibly complicated vision of science. Astronomy, in its looking to the heavens, reflected back upon earthly issues to ultimately reveal the tangled ideologies that permeated British imperial science at this time. This story of British imperial astronomy is meant to complicate modern notions of what science is and has been.


The present work addresses the impact of modern scientific techniques of investigations on the rights of accused. The dramatic scientific breakthroughs in forensic science like new scientific instrumentation, DNA typing and physical evidence databases have contributed to evidence in criminal proceedings over the years. A systematic change in investigations can be brought by applying the 7 basic principles of forensic science capable of giving impartial results. Increasing the reliance on objective forms of evidence, result oriented investigation based on scientific methods will prevent futile harassment of accused.


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