Recently, Lund and Iyer (L&I) raised an argument regarding the use of likelihood ratios in court. In our view, their argument is based on a lack of understanding of the paradigm. L&I argue that the decision maker should not accept the expert’s likelihood ratio without further consideration. This is agreed by all parties. In normal practice, there is often considerable and proper exploration in court of the basis for any probabilistic statement. We conclude that L&I argue against a practice that does not exist and which no one advocates. Further we conclude that the most informative summary of evidential weight is the likelihood ratio. We state that this is the summary that should be presented to a court in every scientific assessment of e...
The likelihood ratio (LR) is a probabilistic method that has been championed as a ‘simple rule ’ for...
Forensic scientists have come under increasing pressure to quantify the strength of their evidence, ...
The probative value of forensic science evidence (such as a shoeprint) varies widely depending on ho...
Recently, Lund and Iyer (L&I) raised an argument regarding the use of likelihood ratios in court. In...
A recent article (Lund and Iyer, 2017) provides, in the words of its title, a closer look at the lik...
Evidential value is measured by a likelihood ratio. This ratio has two components, the probability, ...
27 pages, 12 figures27 pages, 12 figuresWhen presenting forensic evidence, such as a DNA match, expe...
In the debate as to whether forensic practitioners should assess and report the precision of the str...
The use of the Bayes factor (BF) or likelihood ratio as a metric to assess the probative value of fo...
Abstract: Issues of development of modern approaches to probabilistic assessment of forensic researc...
Likelihood ratios are increasingly being adopted to convey expert evaluative opinions to courts. In ...
The introduction of DNA evidence has transformed human individu-alisation in criminal litigation, bu...
Stiffelman [1] gives a broad critique of the application of likelihood ratios (LRs) in forensic scie...
The likelihood ratio (LR) is a probabilistic method that has been championed as a ‘simple rule ’ for...
Forensic scientists have come under increasing pressure to quantify the strength of their evidence, ...
The probative value of forensic science evidence (such as a shoeprint) varies widely depending on ho...
Recently, Lund and Iyer (L&I) raised an argument regarding the use of likelihood ratios in court. In...
A recent article (Lund and Iyer, 2017) provides, in the words of its title, a closer look at the lik...
Evidential value is measured by a likelihood ratio. This ratio has two components, the probability, ...
27 pages, 12 figures27 pages, 12 figuresWhen presenting forensic evidence, such as a DNA match, expe...
In the debate as to whether forensic practitioners should assess and report the precision of the str...
The use of the Bayes factor (BF) or likelihood ratio as a metric to assess the probative value of fo...
Abstract: Issues of development of modern approaches to probabilistic assessment of forensic researc...
Likelihood ratios are increasingly being adopted to convey expert evaluative opinions to courts. In ...
The introduction of DNA evidence has transformed human individu-alisation in criminal litigation, bu...
Stiffelman [1] gives a broad critique of the application of likelihood ratios (LRs) in forensic scie...
The likelihood ratio (LR) is a probabilistic method that has been championed as a ‘simple rule ’ for...
Forensic scientists have come under increasing pressure to quantify the strength of their evidence, ...
The probative value of forensic science evidence (such as a shoeprint) varies widely depending on ho...