Snap Shot
- The question: Are eyewitnesses less accurate when they identify a person of a different race, and how should courts and counsel take that into account?
- What the research shows: Across more than five decades of research, people on average are more accurate at recognizing members of their own racial group than members of other groups, with fewer correct identifications and more false identifications of other-race faces. The effect is a general human tendency found in many groups, it grows with brief viewing and long delays, and it reflects how faces are perceived and remembered, not prejudice or anyone’s honesty.
- What it does not show: The effect is an average difference across many witnesses; it does not show that a particular cross-race identification is wrong or that a same-race identification is right. Its size varies across groups and studies, contact explains only a small part of it, training gains are laboratory findings of uncertain durability, and a high-confidence initial identification under sound procedures can remain informative.
- The law: The Supreme Court’s identification decisions do not address cross-race identification specifically, and the Biggers factors do not mention it. New Jersey (Cromedy, Henderson), Massachusetts (Bastaldo), and New York (Boone) provide cross-racial instructions; for courts-martial, the Army’s criminal law deskbook, citing Thompson, describes an instruction when cross-racial identification is a primary issue; Arizona’s RAJI Standard Criminal 45 has no specific cross-race factor, and Chapple governs expert testimony.
- Issues for each side: Prosecutors should document viewing conditions, use fair, blind lineups, record initial confidence, and seek independent corroboration rather than treat race as irrelevant; defense counsel should tie the effect to the specific conditions of the case and seek an instruction or expert testimony where the law provides, without presenting an average as proof of error.
On average, people remember and recognize the faces of their own racial group more accurately than the faces of other groups. The finding goes by several names (the cross-race effect, own-race bias, other-race effect) and is among the most consistently replicated results in research on face memory. It is a feature of ordinary perception and memory. It has been observed in people of many races and nationalities, it has not been found to depend on racial attitudes (Meissner & Brigham, 2001), and it says nothing about the honesty or character of any witness or any group. A witness who makes a cross-race identification error is mistaken, not untruthful.
The effect reaches court because eyewitness identification is often the central evidence of identity, and because cross-race identifications appear frequently among identification errors later shown to be wrong. In the Innocence Project’s count of 375 DNA exonerations in the United States from 1989 through 2020, eyewitness misidentification was a contributing factor in 69%, and 42% of those misidentifications were cross-racial (Innocence Project, n.d.). Exoneration data describe a selected group of cases and are not an error rate, but they explain why courts have asked whether jurors should be told about the effect.
This paper reviews the meta-analyses, the explanations offered for the effect, its effects on correct and false identifications, lineups and confidence, training and contact, field data, and the limits of the evidence, followed by federal, military, and Arizona law and other states’ jury instructions.
How Large and How Robust: The Meta-Analyses
Early meta-analyses found the own-race advantage to be consistent across studies (Shapiro & Penrod, 1986; Bothwell et al., 1989; Anthony et al., 1992). Meissner and Brigham (2001), the synthesis most often cited, combined 91 independent samples from 39 articles, with close to 5,000 participants in all. Its central result is a “mirror effect”: own-race faces drew both more correct recognitions (hits) and fewer false recognitions (false alarms) than other-race faces. Participants were about 1.4 times more likely to correctly identify a previously seen own-race face and about 1.56 times more likely to falsely identify a new other-race face. The overall effect on discrimination accuracy was moderate in size and accounted for about 15% of the variability across samples.
A three-level meta-analysis updated that work with 159 journal articles published from 1969 to 2021 (Lee & Penrod, 2022). It again found moderate pooled effects: people showed higher hit rates, lower false alarm rates, better discrimination, and more cautious response criteria for own-race faces than for other-race faces. Sensitivity and publication-bias analyses supported the robustness of the effect, and two moderators were stable: participant race (White versus non-White) and the retention interval between study and test.
The effect is not identical in every group. Meissner and Brigham (2001) found an own-race advantage among both Black and White participants, but a larger one on average among White participants, mostly because of differences in false alarms; the two groups did not differ on hits. A 2025 critical review of the studies included in the recent meta-analyses, which was not itself a new meta-analysis, noted that much of the research has focused on majority-race participants, most often White, viewing minority-race faces, that White participants showed a stronger effect on average in Lee and Penrod’s data, and that many studies of non-White participants did not find an own-race advantage (Töredi et al., 2025). The authors proposed, as a hypothesis for further research, that a witness’s minority-race status may help explain this pattern, and they concluded that the effect may be less general than often assumed and that studies should fully cross participant and face races and include a wider range of groups. These patterns describe how much the effect appears under particular research conditions; they say nothing about the abilities, honesty, or character of any group, and they mean that whether and how much the effect applies depends on the witness and the faces involved.
Hits, False Alarms, and Viewing Conditions
For the courtroom, the false-alarm side of the mirror effect is the more consequential. A missed recognition usually produces a failure to identify; a false alarm can produce the identification of an innocent person. Meissner and Brigham (2001) found that in most samples participants used a more liberal criterion for other-race faces, meaning they were more willing to say they recognized a face, and that longer retention intervals shifted responses toward more liberal responding to other-race faces. Lee and Penrod (2022) likewise found more stringent criteria for own-race faces.
Viewing conditions matter. In the 2001 meta-analysis, shorter study time increased the own-race advantage, largely through more false alarms, and using different photographs of a person at study and test increased it for hits and criterion (Meissner & Brigham, 2001). Brief exposure, a long delay, and a change in appearance are common in real cases. Whether the effect extends to verbal descriptions of a person, as opposed to recognition, is unclear in the research (Lane & Houston, 2021, pp. 37–39). In one laboratory study, alcohol reduced the own-race advantage, but it did so by lowering recognition of own-race faces rather than by improving recognition of other-race faces (Hilliar et al., 2010).
Why It Happens
One explanation, the perceptual expertise or contact account, is that skill at distinguishing one face from another is learned through experience, and most people have had more of that experience with their own group (Brigham & Malpass, 1985). Consistent with that account, own-race faces tend to be processed more holistically, and other-race faces more by separate features (Tanaka et al., 2004). Contact, however, explains only a small part of the effect: in the 2001 meta-analysis, self-reported interracial contact accounted for about 2% of the variability (Meissner & Brigham, 2001). An updated meta-analysis of 20 more years of data found a similar small relationship (r = −.15), some evidence that contact during childhood matters more than contact in adulthood, and stronger relationships when contact was manipulated experimentally than when it was self-reported (Singh et al., 2022).
Social-cognitive accounts emphasize how faces are categorized and how much effort goes into telling individuals apart. On this view, people tend to register an out-group face first by its category and attend less to the features that distinguish one individual from another, while they individuate in-group faces more readily. In one series of studies, middle-class White participants recognized White faces better than Black faces when the faces appeared in wealthy settings but not when they appeared in impoverished settings, consistent with the idea that categorizing a face as belonging to an out-group reduces individuation (Shriver et al., 2008). The categorization–individuation model combines these ideas, proposing that categorization, the motivation to individuate, and perceptual experience work together to produce the effect (Hugenberg et al., 2010). Reviews have concluded that neither perceptual expertise nor social cognition alone accounts for the data and that integrated models fit best (Sporer, 2001; Young et al., 2012). For legal purposes, the mechanism matters less than the consequence: other-race faces are often encoded with less individuating detail and are easier to confuse with similar faces.
Children and Field Studies
The effect appears in children as well as adults: in one study, children were more accurate with faces of their own racial group than with faces of another group (Pezdek et al., 2003). It also appears outside the laboratory. In a field study, convenience store clerks who had briefly interacted with customers of different racial and ethnic groups identified own-group customers more accurately than other-group customers (Platz & Hosch, 1988). In an archival study of 271 actual police cases, the rate at which witnesses identified the police suspect in photographic lineups was significantly higher in same-race than in cross-race cases (Behrman & Davey, 2001). Because archival data cannot show whether a suspect was guilty, a suspect-identification rate is not an accuracy rate, but the direction matches the laboratory work.
Lineups, Confidence, and the Initial Identification
Because other-race faces are more often falsely recognized, lineup procedures matter. The 2020 scientific recommendations call for fillers who fit the witness’s description so the suspect does not stand out, unbiased instructions, double-blind administration, and an immediate record of the witness’s confidence (Wells et al., 2020). These help in every case and matter most when conditions associated with a larger cross-race effect are present.
The research on confidence cuts in both directions. In one laboratory study, confidence was less well calibrated with accuracy for cross-race than for same-race lineup choices, because witnesses were overconfident when choosing a cross-race face; there was no cross-race difference for witnesses who said the person was not present (Dodson & Dobolyi, 2016). An analysis of four other datasets found that, when overall performance was above chance, accuracy at a given level of confidence did not differ significantly between same-race and cross-race faces, so that high-confidence cross-race identifications were about as accurate as high-confidence same-race identifications; the difference reappeared when performance was at chance (Nguyen et al., 2017). The broader synthesis of confidence research holds that initial confidence from a fair, properly administered first test is informative, while later confidence is not (Wixted & Wells, 2017). The cross-race findings suggest that a recorded initial confidence statement remains relevant in cross-race cases but should be read together with the viewing conditions.
Can Training or Contact Reduce the Effect?
Laboratory training can reduce the effect for the faces trained. White participants trained over several sessions to tell individual African American faces apart improved their discrimination of those faces, while participants who only sorted the same faces by race did not (Lebrecht et al., 2009), and individuation training improved recognition for the trained group of other-race faces relative to category-level training (Tanaka & Pierce, 2009). Instructions to individuate other-race faces before study reduced the effect in one study (Hugenberg et al., 2007), but a later series found that letting people control their study time did not reduce it, and an instruction to individuate led people to study other-race faces longer without significantly reducing the effect (Tullis et al., 2014). Contact, as noted above, has a small and consistent relationship with the effect (Singh et al., 2022).
The training studies trained people before they viewed the test faces; none shows that a memory already formed can be improved. They also used small samples, laboratory faces, and short follow-up; whether gains last and transfer to real witnessing has not been established. The practical safeguards are therefore procedural and educational: sound lineup practice, documentation of viewing conditions, and, where the law allows, instruction or expert testimony.
Limits of the Evidence
Most cross-race research uses university students viewing photographs or brief videos of strangers under low stakes, with face-recognition tests that differ from police lineups. Much of the research has tested White participants, and the effect is less consistent in some other pairings, including some studies of non-White and minority-race participants. Racial categories in the research are broad, are coded differently across studies, and do not capture the range of faces within a group; cross-ethnic comparisons within a racial category have a thinner research base. The effect is moderate on average and varies with viewing time, delay, and changes in appearance. Field and archival studies cannot verify ground truth. Above all, the research describes average differences across groups of witnesses; it cannot establish whether a particular witness correctly identified a particular person, and an expert should not suggest otherwise.
Questions to Ask About This Research
When the 1.4 and 1.56 figures from Meissner and Brigham (2001) are cited, counsel should ask what they measure: relative differences in hit and false-alarm rates under laboratory conditions, not the probability that a particular cross-race identification is wrong. When Lee and Penrod (2022) is offered to show that the effect is universal, counsel should ask which participant groups were studied and whether the effect was found in the group to which this witness belongs, since participant race moderated the effect and Töredi et al. (2025) reported that many studies of non-White participants did not find it. When a witness’s interracial contact is offered to show that the effect does not apply, counsel should ask how much contact explains: about 2% of the variability in 2001 and a correlation of about −.15 in Singh et al. (2022). When confidence research is cited, counsel should ask whether the study measured initial confidence at a fair first test and whether performance was above chance, because Dodson and Dobolyi (2016) and Nguyen et al. (2017) reached different conclusions under different conditions. When Behrman and Davey (2001) is cited as field support, counsel should ask whether accuracy, or only suspect choice, was measured. These questions are explained in “Reading Research Claims: A Guide for Attorneys” on this site.
The Cross-Race Effect and the Law
Federal and Military Standards
The constitutional framework for identification evidence does not address race specifically. Under Neil v. Biggers (1972) and Manson v. Brathwaite (1977), an identification that follows an unnecessarily suggestive police procedure is admissible if it is reliable under the totality of the circumstances, weighed through the witness’s opportunity to view, degree of attention, accuracy of the prior description, level of certainty, and the time elapsed. Perry v. New Hampshire (2012) limited that screen to suggestive circumstances arranged by law enforcement and pointed to cross-examination, jury instructions, and other trial safeguards for reliability concerns not caused by police suggestion; those safeguards are the usual route for estimator variables such as cross-race identification. Expert testimony is governed by Federal Rule of Evidence 702, as amended December 1, 2023 (the proponent must show it is more likely than not that the requirements are met), under Daubert v. Merrell Dow Pharmaceuticals, Inc. (1993) and Kumho Tire Co. v. Carmichael (1999), which extended gatekeeping to all expert testimony.
Several state high courts have adopted cross-racial instructions. The New Jersey Supreme Court in State v. Cromedy (1999) required a cross-racial instruction where identity is a critical issue and the cross-racial identification lacks corroboration by other evidence giving it independent reliability, and it did not require expert testimony as a precondition. State v. Henderson (2011) listed cross-racial identification among the estimator variables affecting reliability and called for enhanced jury instructions on them. In Commonwealth v. Bastaldo (2015), the Massachusetts Supreme Judicial Court directed that a cross-racial instruction be given unless all parties agree there was no cross-racial identification, while finding no comparable scientific consensus on cross-ethnic identification. In People v. Boone (2017), the New York Court of Appeals held that when identification is at issue and the witness and defendant appear to be of different races, the court must give a cross-race charge on request, telling jurors to consider whether the difference affected the accuracy of the identification; expert testimony is not a prerequisite.
In courts-martial, Military Rule of Evidence 321 makes an identification inadmissible on several grounds, including that it resulted from a lineup or other process so suggestive as to create a substantial likelihood of misidentification, or if due process requires exclusion; the rule does not mention race. The Army’s criminal law deskbook, citing United States v. Thompson (1990), states that a cross-racial identification instruction, tied to the Military Judges’ Benchbook eyewitness identification instruction, should be given when cross-racial identification is in issue, and that the mere fact that the witness and the accused are of different races does not require it; cross-racial identification must be a primary issue in the case. Practitioners should consult the current Benchbook. Expert testimony is assessed under Military Rule of Evidence 702 and United States v. Houser (1993); under Military Rule of Evidence 1102, the 2023 federal amendment to Rule 702 became part of the military rule in 2025 (Joint Service Committee on Military Justice, 2025), and practitioners should confirm the current text.
Arizona
Arizona’s standard identification instruction, RAJI (Criminal) Standard Criminal 45 (6th ed. 2022), tells jurors that the State must prove beyond a reasonable doubt that the in-court identification is reliable and lists factors drawn from Biggers: opportunity to view, degree of attention, accuracy of prior descriptions, certainty at the pretrial identification, and time between the crime and that identification. It does not name cross-race identification, but its final factor permits jurors to consider “any other factor that affects the reliability of the identification.” Arizona’s preliminary instruction that race should not influence jurors (Preliminary Criminal 2) addresses juror bias and is distinct from the perceptual effect discussed here. Suggestive pretrial procedures are tested at a Dessureault hearing (State v. Dessureault, 1969). State v. Chapple (1983), Arizona’s leading case on eyewitness expert testimony, held that excluding a qualified expert was an abuse of discretion on the facts of that case, where uncorroborated identifications were the central issue; admission otherwise remains within the trial court’s discretion, and an expert may explain the factors affecting reliability but may not opine on whether a particular witness is accurate (State v. Nordstrom, 2001). Arizona Rule of Evidence 702 was amended effective January 1, 2024, to track the 2023 federal amendment (Ariz. Sup. Ct. Order R-23-0004).
Special Issues in Legal Practice
The principles described above apply with equal force to every party in a legal proceeding. The science operates the same way regardless of who is asking the questions, and the research summarized here does not by itself favor either side. What differs between the parties is not the science but the vantage point — the particular places where these issues tend to surface, and the particular errors each party is best positioned to guard against. The two summaries below identify those recurring issues. They are offered for orientation, not as litigation strategy; in every case the controlling question is what the evidence in that case will, and will not, support, and the expert’s role is to inform the trier of fact rather than to advocate for either side.
Special Issues for Prosecutors
The research supports several propositions prosecutors can legitimately present. The cross-race effect is an average difference, moderate in size, that varies across groups and conditions; it does not make a cross-race identification unreliable as a class, and many cross-race identifications are correct. Under good viewing conditions and a fair first test, a high-confidence initial identification can remain informative (Nguyen et al., 2017; Wixted & Wells, 2017). Prosecutors are well positioned to strengthen cross-race identification evidence by documenting the viewing conditions and the initial description, using description-matched fillers and double-blind administration, recording the witness’s confidence at once, and developing corroboration independent of the identification.
The research also counsels caution. Treating a cross-race identification as if the replicated research on the effect did not exist overlooks a well-documented average tendency, which several jurisdictions address through jury instructions. The effect is larger with brief exposure, long delay, and changes in appearance, and witnesses can be overconfident when choosing other-race faces (Dodson & Dobolyi, 2016). A witness’s report of extensive contact with members of the accused’s group does not establish that the effect is absent, and certainty expressed for the first time at trial is not informative about the accuracy of the original identification, according to the confidence research (Wixted & Wells, 2017).
Special Issues for Defense
The research supports several propositions defense counsel can legitimately present. Across decades of studies and two large meta-analyses, on average, other-race faces draw fewer correct and more false identifications in laboratory studies, with the size varying by group and conditions, and witnesses tend, on average, to be more willing to choose. The effect grows with brief viewing and long delays, and it appears in field and archival data as well as the laboratory. Where the law provides, a cross-racial instruction or expert testimony that ties the research to the documented conditions of the case is a legitimate way to help the factfinder weigh the identification.
The research also counsels caution about its limits. The effect is probabilistic and does not show that a particular identification is mistaken; same-race identifications are also fallible. The effect is not uniform across groups, and many studies of non-White participants have not found an own-race advantage (Töredi et al., 2025), so its application to a particular witness should be considered rather than assumed. Testimony or argument that implies the effect reflects prejudice, or that a witness is untruthful, misstates the science. When an identification was made promptly, with high confidence, at a fair and blind first test, the research does not support treating it as unreliable solely because it was cross-racial.
This paper is for educational purposes only and is not legal advice. The author is a psychologist, not an attorney; summaries of law are general and must be verified against current authority or with a licensed attorney.
References
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Innocence Project. (n.d.). DNA exonerations in the United States (1989–2020). Retrieved November 2, 2026, from https://innocenceproject.org/dna-exonerations-in-the-united-states/
Joint Service Committee on Military Justice. (2025). Amendments to the Military Rules of Evidence since 1984 (G. E. Maggs, Ed.; 2025 ed.). https://jsc.defense.gov/Portals/99/MRE%20Amendments%202025.pdf
Lane, S. M., & Houston, K. A. (2021). Understanding eyewitness memory: Theory and applications. New York University Press.
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Lee, J., & Penrod, S. D. (2022). Three-level meta-analysis of the other-race bias in facial identification. Applied Cognitive Psychology, 36(5), 1106–1130. https://doi.org/10.1002/acp.3997
Meissner, C. A., & Brigham, J. C. (2001). Thirty years of investigating the own-race bias in memory for faces: A meta-analytic review. Psychology, Public Policy, and Law, 7(1), 3–35. https://doi.org/10.1037/1076-8971.7.1.3
Nguyen, T. B., Pezdek, K., & Wixted, J. T. (2017). Evidence for a confidence–accuracy relationship in memory for same- and cross-race faces. Quarterly Journal of Experimental Psychology, 70(12), 2518–2534. https://doi.org/10.1080/17470218.2016.1246578
Pezdek, K., Blandon-Gitlin, I., & Moore, C. (2003). Children’s face recognition memory: More evidence for the cross-race effect. Journal of Applied Psychology, 88(4), 760–763. https://doi.org/10.1037/0021-9010.88.4.760
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Legal Authorities
Commonwealth v. Bastaldo, 472 Mass. 16, 32 N.E.3d 873 (2015).
Daubert v. Merrell Dow Pharmaceuticals, Inc., 509 U.S. 579 (1993).
Kumho Tire Co. v. Carmichael, 526 U.S. 137 (1999).
Manson v. Brathwaite, 432 U.S. 98 (1977).
Neil v. Biggers, 409 U.S. 188 (1972).
People v. Boone, 30 N.Y.3d 521, 91 N.E.3d 1194 (2017).
Perry v. New Hampshire, 565 U.S. 228 (2012).
State v. Chapple, 135 Ariz. 281, 660 P.2d 1208 (1983).
State v. Cromedy, 158 N.J. 112, 727 A.2d 457 (1999).
State v. Dessureault, 104 Ariz. 380, 453 P.2d 951 (1969).
State v. Henderson, 208 N.J. 208, 27 A.3d 872 (2011).
State v. Nordstrom, 200 Ariz. 229, 25 P.3d 717 (2001).
United States v. Houser, 36 M.J. 392 (C.M.A. 1993).
United States v. Thompson, 31 M.J. 125 (C.M.A. 1990).
Fed. R. Evid. 702.
Mil. R. Evid. 321.
Mil. R. Evid. 702.
Mil. R. Evid. 1102.
Ariz. R. Evid. 702.
Ariz. Sup. Ct. Order R-23-0004 (2023).
Revised Arizona Jury Instructions (Criminal), Preliminary Criminal 2 and Standard Criminal 45 (6th ed. 2022).
Related topic papers: Eyewitness Memory · Face Recognition · Lineup Construction · Confidence and Accuracy · Children’s Face Recognition · Memory Expert Testimony
Related topics from Arizona Forensic Services: Courts-Martial