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Articles

Can training improve eyewitness identification? The effect of internal feature focus on memory for faces

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Pages 927-945 | Received 07 Sep 2015, Accepted 09 Jun 2017, Published online: 31 Jul 2017
 

ABSTRACT

Evidence suggests that individuals rely on external features such as hair and face shape when processing and recognising unfamiliar faces. This is problematic in a forensic setting because hairstyle can be changed easily. In two studies we examined whether training individuals to focus more on the stable, internal features of the face (e.g. eyes, nose and mouth) and hence less on the changeable external features would improve identification accuracy. In Study 1, participants were instructed to focus on: (1) internal features, (2) external features, or (3) both internal and external features. Participants’ eye movements were monitored while they studied target faces, which they later tried to identify from an array that included the target with a changed appearance. In Study 2, participants were instructed to focus on: (1) internal features, (2) external features, or (3) given no instructions. Participants were required to identify target faces from line-ups, where they were presented either unchanged or with an altered hairstyle. Results suggested that training individuals to attend to internal features of unfamiliar faces may improve identification accuracy in the common situation where external features have changed between presentation and identification. However, internal feature focus may decrease identification accuracy when external features are unchanged.

Disclosure statement

No potential conflict of interest was reported by the authors.

Notes

1. The eye-tracker was developed by Hamish MacDougall for the purposes of this study. Please contact authors for further details.

2. The own race bias was also investigated in this study, however no significant effects were found and thus it will not be discussed further.

Additional information

Funding

This research was supported by Australian Research Council Grants LP0989719 (Paterson and Kemp) and LX883067 (Kemp).

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