Under the sun: adaptation effects to changes in facial complexion

Abstract Background Many Western people enjoy sunshine, and through the sun’s stimulated increase in melanin, the skin tone or skin complexion will darken (and lighten again during winter). Although the initial salience of such a new look is remarkable – especially in the face – we seem to adapt to...

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Published in:BMC Psychology
Main Authors: Sandra Utz, Ronja Mueller, Tilo Strobach, Claus-Christian Carbon
Format: Article
Language:English
Published: BMC 2023-04-01
Subjects:
Online Access:https://doi.org/10.1186/s40359-023-01148-9
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author Sandra Utz
Ronja Mueller
Tilo Strobach
Claus-Christian Carbon
author_facet Sandra Utz
Ronja Mueller
Tilo Strobach
Claus-Christian Carbon
author_sort Sandra Utz
collection DOAJ
container_title BMC Psychology
description Abstract Background Many Western people enjoy sunshine, and through the sun’s stimulated increase in melanin, the skin tone or skin complexion will darken (and lighten again during winter). Although the initial salience of such a new look is remarkable – especially in the face – we seem to adapt to this new look relatively quickly. Research on face adaptation in general repeatedly showed that the inspection of manipulated versions of faces (so-called adaptor faces) leads to a change of the perception of subsequently presented faces. The present study investigates face adaptation to very natural changes in faces such as changes in complexion. Methods During the adaptation phase in the present study, participants saw faces with either strongly increased or decreased complexion. After a pause of 5 min, participants had to identify the veridical (non-manipulated) face out of two faces (a face slightly manipulated in complexion combined with the non-manipulated face) during a test phase. Results Results show strong adaptation effects to decreased complexion intensities. Discussion It seems that we are updating our facial representations in memory quite quickly (i.e., optimizing our processing through adaptation) and seem to sustain those new representations over a certain timespan (at least 5 min). Our results demonstrate that changes in complexion draw our attention for deeper analysis (at least with decreased complexion). However, it loses its informative quality quickly via fast and relatively sustainable adaptation.
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spelling doaj-art-b3fa8ff18a794e8da8d99f9925583df72025-08-19T21:42:12ZengBMCBMC Psychology2050-72832023-04-0111111010.1186/s40359-023-01148-9Under the sun: adaptation effects to changes in facial complexionSandra Utz0Ronja Mueller1Tilo Strobach2Claus-Christian Carbon3Department of General Psychology and Methodology, University of BambergBamberg Graduate School of Affective and Cognitive Sciences (BaGrACS), University of BambergDepartment of Psychology/Institute for Cognitive and Affective Neuroscience (ICAN), Medical School HamburgDepartment of General Psychology and Methodology, University of BambergAbstract Background Many Western people enjoy sunshine, and through the sun’s stimulated increase in melanin, the skin tone or skin complexion will darken (and lighten again during winter). Although the initial salience of such a new look is remarkable – especially in the face – we seem to adapt to this new look relatively quickly. Research on face adaptation in general repeatedly showed that the inspection of manipulated versions of faces (so-called adaptor faces) leads to a change of the perception of subsequently presented faces. The present study investigates face adaptation to very natural changes in faces such as changes in complexion. Methods During the adaptation phase in the present study, participants saw faces with either strongly increased or decreased complexion. After a pause of 5 min, participants had to identify the veridical (non-manipulated) face out of two faces (a face slightly manipulated in complexion combined with the non-manipulated face) during a test phase. Results Results show strong adaptation effects to decreased complexion intensities. Discussion It seems that we are updating our facial representations in memory quite quickly (i.e., optimizing our processing through adaptation) and seem to sustain those new representations over a certain timespan (at least 5 min). Our results demonstrate that changes in complexion draw our attention for deeper analysis (at least with decreased complexion). However, it loses its informative quality quickly via fast and relatively sustainable adaptation.https://doi.org/10.1186/s40359-023-01148-9ComplexionFace adaptationFace perceptionFace memoryFace recognitionSkin color
spellingShingle Sandra Utz
Ronja Mueller
Tilo Strobach
Claus-Christian Carbon
Under the sun: adaptation effects to changes in facial complexion
Complexion
Face adaptation
Face perception
Face memory
Face recognition
Skin color
title Under the sun: adaptation effects to changes in facial complexion
title_full Under the sun: adaptation effects to changes in facial complexion
title_fullStr Under the sun: adaptation effects to changes in facial complexion
title_full_unstemmed Under the sun: adaptation effects to changes in facial complexion
title_short Under the sun: adaptation effects to changes in facial complexion
title_sort under the sun adaptation effects to changes in facial complexion
topic Complexion
Face adaptation
Face perception
Face memory
Face recognition
Skin color
url https://doi.org/10.1186/s40359-023-01148-9
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