State v. Henderson and the New Model Jury Charges - New Jersey ...
State v. Henderson and the New Model Jury Charges - New Jersey ...
State v. Henderson and the New Model Jury Charges - New Jersey ...
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a-8-08.opn.html<br />
court failed to instruct <strong>the</strong> jury that people may have greater difficulty in<br />
identifying members of a different race. See <strong>State</strong> v. Cromedy, 158 N.J. 112, 121-<br />
23, 132 (1999) (citing social science studies). After <strong>the</strong> decision, DNA tests led<br />
to Cromedy’s exoneration.<br />
But DNA exonerations are rare. To determine whe<strong>the</strong>r statistics from such<br />
cases reflect system-wide flaws, police departments have allowed social<br />
scientists to analyze case files <strong>and</strong> observe <strong>and</strong> record data from real-world<br />
identification procedures.<br />
Four such studies -- two from Sacramento, California <strong>and</strong> two from London,<br />
Engl<strong>and</strong> -- produced data from thous<strong>and</strong>s of actual eyewitness identifications.<br />
See Bruce W. Behrman & Sherrie L. Davey, Eyewitness Identification in Actual<br />
Criminal Cases: An Archival Analysis, 25 Law & Hum. Behav. 475 (2001)<br />
(compiling records from fifty-eight live police lineups from area around<br />
Sacramento); Bruce W. Behrman & Regina E. Richards, Suspect/Foil<br />
Identification in Actual Crimes <strong>and</strong> in <strong>the</strong> Laboratory: A Reality Monitoring<br />
Analysis, 29 Law & Hum. Behav. 279 (2005) (assessing 461 photo <strong>and</strong> live<br />
lineup records from same area); Tim Valentine et al., Characteristics of<br />
Eyewitness Identification that Predict <strong>the</strong> Outcome of Real Lineups, 17 Applied<br />
Cognitive Psychol. 969 (2003) (analyzing 584 lineup records from police<br />
stations in <strong>and</strong> around London); Daniel B. Wright & Anne T. McDaid,<br />
Comparing System <strong>and</strong> Estimator Variables Using Data from Real Line-Ups, 10<br />
Applied Cognitive Psychol. 75 (1996) (evaluating 1,561 records from same area).<br />
For <strong>the</strong> larger London study, 39% of eyewitnesses identified <strong>the</strong> suspect, 20%<br />
identified a filler, <strong>and</strong> 41% made no identification. See Wright & McDaid, supra,<br />
at 77. Thus, about one-third of eyewitnesses who made an identification (20 of<br />
59) in real police investigations wrongly selected an innocent filler. The results<br />
were comparable for <strong>the</strong> Valentine study. See Valentine, supra, at 974. Across<br />
both Sacramento studies, 51% of eyewitnesses identified <strong>the</strong> suspect, 16%<br />
identified a filler, <strong>and</strong> 33% identified no one. See Behrman & Davey, supra, at<br />
482; Behrman & Richards, supra, at 285. In o<strong>the</strong>r words, nearly 24% of those<br />
who made an identification (16 of 67) mistakenly identified an innocent filler.<br />
Although <strong>the</strong> studies revealed alarming rates at which witnesses chose<br />
innocent fillers out of police lineups, <strong>the</strong> data cannot identify how many of <strong>the</strong><br />
http://njlaw.rutgers.edu/collections/courts/supreme/a-8-08.opn.html[4/15/2013 6:04:23 PM]