Eyewitness identification research has reliably shown that accurate identifications are faster than inaccurate identifications. Recently, D. Dunning and S. Perretta (2002) claimed that an identification latency of 10–12 s not only best discriminates between accurate and inaccurate identifications but also produces extremely high accuracy rates, approaching 90%. Consistent with predictions from recognition memory theory, however, we show that the optimum time boundary varies with overall response latency under manipulations of retention interval and nominal lineup size, and that the accuracy rate inside the optimum time boundary is much less impressive than previously reported. We outline directions for clarifying the accuracy and latency relationship to assist the reliable diagnosis of identification accuracy.
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Notes
Values of Cohen's f greater than .4 are considered large effects, while the cut-off values for small and medium effects are .1 and .25, respectively.
Time boundary analyses can also be conducted by computing the log odds ratio at each time boundary. As the log odds ratio analyses produce the same pattern of results as the chi square analyses, we report only the chi square analyses.
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ACKNOWLEDGMENTS
This research was supported by grants A00104516 and DP0556876 from the Australian Research Council.
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Brewer, N., Caon, A., Todd, C. et al. Eyewitness Identification Accuracy and Response Latency. Law Hum Behav 30, 31–50 (2006). https://doi.org/10.1007/s10979-006-9002-7
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DOI: https://doi.org/10.1007/s10979-006-9002-7