Attraction
While faces in general appear to be better
remembered that other homogenous pictorial material, some experimenters
have noted that faces differ in their memorability. Cross, Cross,
and Daly (1971) suggest that one characteristic distinguishing more memorable
faces from less memorable ones is ‘beauty.’ They reported that when
subjects were asked to identify faces as attractive they were more likely
to recognize them in comparison to those who had not previously viewed
the faces. Cross et al. required their subjects to scan an array
of photographs to select the attractive faces without setting a specific
time limit, which in part could have influenced their results. Cross
et al. offer the hypothesis that attractive faces are more actively attended
to, but studies in verbal learning indicate that evaluative judgments of
words are associated with their ease of recall. For example, Amster
(1964) found that the words evaluated as ‘good’ were recalled better than
words rated ‘bad’, which in turn were more readily recalled than neural
words. These results were attributed both to associative effects
of evaluative words and to the possibility of facilitation due to affective
arousal. The associative effects of the evaluated words refer to
those interpretations of the ‘good’ and ‘bad’ words by the participants.
The affective arousal effects are the emotional feelings the subjects experience
when they paired the ‘good’ and ‘bad’ words with the ‘attractive’ and ‘unattractive’
faces. Thus, if ‘beautiful’ faces elicit positive evaluations, which
presumably they do, the superior recall in beautiful faces in Cross et
al.’s experiment might be attributable to facilitative effects comparable
with those in verbal learning.
In the case of verbal materials, it is possible
that both associative and arousal effects would operate; but with faces,
the arousal effects are likely to be greater than the associative effects.
Investigations of the effects of arousal become more marked with increasing
time after initial learning (McLean, 1969; Kleinsmith and Kaplan, 1963).
If attractive and unattractive faces do result in greater arousal than
neutral faces, there should be less retention of neutral (versus attractive
and unattractive) faces with increasing time between presentation and recognition.
Shepherd and Ellis (1973) looked at this topic and found that the memorability
of women’s faces is effected by their attractiveness, although this effect
was significant only after an interval of five weeks. This suggests
that retention of attractive individuals in more significant after an extended
amount of time has passed between tests. Fleishman, Buckley, Klosinsky,
Smith and Tuck (1976) ran a study similar to the previous one, but instead
they offered another suggestion, which asks you to remember the faces by
specific cues or features.
Facial and vocal characteristics have the
power to influence subjects, especially if they are asked to determine
whether or not the person being studied seems ‘good’ or ‘bad’.
Yarmey (1993) used this concept and applied it to his research by looking
at faces and memory and the law. He found significant a correlation
between the facial traits of men and their vocal characteristics that differentiated
‘good guys’ from ‘bad guys’.
Research has also shown that attractive people
are seen as more socially skillful, kind, outgoing and sensitive as opposed
to unattractive people (Dion, Berscheid & Walster, 1972). Larrance
and Zuckerman (1981) agreed that the attractiveness stereotype might foster
social skills. Also that they are better at expressing pleasant affects
but not at sending and expressing unpleasant effects. They found
this to be true because a smile that is deemed attractive may have advantages
over an unattractive frown, although an attractive frown and an unattractive
frown were both seen undesirable. Adams (1977, a cited by Larrance
& Zuckerman, 1981) claimed that confirmation of stereotypes takes place
in four stages; attractive people 1) receive favorable expectations from
others 2) enjoy better social lives 3) develop better self-concepts 4)
manifest confident interpersonal relationships. Attractive people
are better at communicating an effective message because they are seen
as more skilled in sending nonverbal messages (Larrance & Zuckerman,
1981).
Not only are attractive people believed to
be more skillful in persuasion and exhibiting characteristics that parallel
persuasion, but they are also form superior self-concepts compared to unattractive
people. One’s self-concept in developed and influence the most during
adolescence where one discovers their physical appearance which exerts
a lasting influence on their personality development (Jackson, Sullivan
& Ames, 1987). Galper and Hochberg (1971) looked at this notion
of retention and faces and noted that the characteristics of smiling and
non-smiling expressions may play a role in recognition. This leads
one to believe that expressional variation offers a topic for investigating
the properties by which faces are discriminated and remembered.
Race
Expressional variation within faces may include
faces that do not resemble your own, maybe that of a different race. For
many years, it has been suspected that face’s of one’s own race are recognized
more accurately than faces of other races (Feingold, 1914). And this
notion continues to hold true though research conducted by Zebrowitz, Montepare
& Lee (1993) which revealed that people of one race showed equally
high agreement regarding the traits of own and other-race faces.
Brigham & Malpass (1985) claim that there is an own-race bias in recognition
accuracy when it comes to race and face perception in connection with our
long-term memories. The own-race bias appears powerful and is not
easily changed by experimental instructions or manipulations. For
example, the effect is not influenced by an experimental design that encourages
different levels of cognitive processes (Devine & Malpass, 1985).
Some earlier studies (e.g. Malpass & Kravitz,
1969) had suggested that the own-race bias may be stronger among whites
than among blacks. Barkowitz and Brigham (1982) also found a significant
degree of own-race bias in recognition accuracy only among the white participants.
Overall, they found a significant gender difference in retention.
The male and female participants did poorer when they were asked to recall
the photos of the males opposed to the females. Their explanation for differential
recognition is derived from the intergroup contact theory, which argues
that differential recognition stems from limited experience with members
of other groups. Chiroro and Valentine (1995) found that their participants
recognized own-race faces more accurately and more confidently than they
recognized other-race faces. The own-race bias, an idea where individuals
favor individuals of their own-race by remembering familiar faces.
They also found the own–race bias was determined by the participant’s contact
with members of another race. The own-race bias came into effect
with those who had low contact with another race. Within the current
study, the own-race bias will be tested with Caucasian participants to
avoid any previous predictions about its effect on a cross-cultural population.
The participants will view Caucasian and other race (African American and
Asian) photos to separate whom they remember and whom they do not.
This research deserves further research to answer questions of testing
procedures and discrimination.
Purpose of Current Investigation
The literature shows that typical faces are
poorly discriminated on tests of recognition than are atypical faces, an
effect that is suggested to evoke similar findings for attractive or likable
faces. Vokey and Read (1992) tested the effect of typicality on recognition
as a function of familiarity and memorability and they found that familiarity
decreased discrimination, and the memorability component enhanced it, supporting
the hypothesis. Faw (1990) suggests that the reported studies, which
look at the memory of faces compared with names, may have several flaws
within the tests that distract the subjects. He shows that by putting
the subject in a distractor-free environment, along with a conventional
recognition test, the results are significant. This suggests that
the method in which a subject is tested will prove to be more beneficial
when the researcher administers a test, which is limited to pictorial and
literal information on paper; opposed to slides, videos and audio equipment.
The data that Glenberg and Grimes (1995) collected
shows that not only do subjects need a distraction-free environment but
they also need pictures to generate rough personality schemas, which are
then used to help organize the memory for the position statements.
The participants were asked to view political candidates, and when the
pictures were presented the subjects generated a greater number of characteristics
for those candidates than those candidates whose positions were unaccompanied
by pictures. Although, Dallett, Wilcox, and D’Andrea (1968) claimed
that pictorial materials appear to be remembered directly through mechanisms
which are unaffected by manipulations. With this understanding, the
researcher of this study will opt to administer photographs with a brief
description of the individuals shown.
It is predicted that people are remembered
by means of their race as well as their level of attractiveness. One might
also predict a significant main effect for the level of attractiveness
and for the interaction between the sex of the stimulus. An interaction
may not be found between the sex and race of the stimulus and the interval
length between the tests. It is hypothesized that a significant difference
will be found when the participants view and recall the photos on the levels
of attractiveness, race and time between the stimulus photographs and tests.
Significance is expected to be found in the retention of the attractive
and unattractive photographs when they are compared cross-culturally. Within
this study, it will be proven to show, that attractive people are remembered
more so than unattractive people are and, that you are more likely to remember
members of your own race.
Subjects
The subjects were 20 Caucasian, undergraduate
students from St. Anselm College, who were enrolled in Introduction to
Psychology courses. They received partial credit towards their final
grade by serving as participants in this study. Ten males and ten females
were tested on their retention on two separate accounts. At the end
of the study the subjects were debriefed on the nature of the study.
Materials
The stimulus photographs were taken
from a 1997 Central High School (Manchester, NH) yearbook. The photographs
were pre-rated on levels on attractiveness. There were 20 male photos
and 20 female photos that were pre-rated and narrowed down to six photos
for each gender. The independent raters judged the photos on levels of
attractiveness by means of Likert scale from 1-7, one being very unattractive
and seven being very attractive (see Appendix E). Their scores were
analyzed using a median split. The three photographs that received the
highest rating for their respective category (gender, race and attractiveness)
were selected as the stimulus photographs, yielding a total of 12 stimulus
photographs. The photographs that scored the highest and lowest extremes
as well as the median score represent each of the three levels of attractiveness:
attractive, moderately attractive, and unattractive. Within each
category there were two photographs: one Caucasian and the other-race photo
was either African American or Asian. Once the photos were cropped,
the researcher placed the six male photos (three Caucasian and three other)
with descriptive paragraphs. Then the researcher then continued to
do the same with the six female photos (three Caucasian and three other)(see
Appendix F). The paragraph consisted of several factors such as their name,
number of siblings, extra-curricular activities, and plans for college.
The paragraph’s information did not vary too much between the levels of
attractiveness or in the different races. There were two paragraph formats
for which the photos were placed with. The researcher was interested
to find a difference in retention within the participants on attractive
and unattractive Caucasians and the attractive Caucasians and attractive
others. The photos will be cropped to fit above each paragraph. In
the first session the photos were studied with the paragraphs, and then
just the photos are used when the test taking occurs (see Appendix G).
The researcher’s reasoning for this in to test the immediate retention
for the photos. When the participants returned three days later,
once again, they received the photos without the paragraphs and the characteristic
questionnaire. The difference in the participant’s memory within the testing
scenarios will be analyzed prove significance with attractiveness and race
over time, separately and in conjunction with each other.
The first test consisted of a set of personal
characteristics that were adopted from the Age Stereotyping study by William
Levin (1988). The stimulus photographs were once again copied onto
paper, but this time they were paired with the sixteen seven-point semantic
items (one will stand for the most negative and seven, the most positive
evaluations)(see Appendix C).
A questionnaire will also be administered
to the subjects but at two different time intervals immediately after and
then again, three days later (see Appendix D). This questionnaire
was accompanied by the stimulus photographs, which were used as a cues
to help the participants answer a series of yes or no and fill-in-the-blank
questions regarding the information that was in the biographical paragraphs.
The researcher will use this test to measure the retention on the photos
by comparing the immediate testing day to the one three days later.
The scores of this test will be based on what they remember instead of
what they do not remember.
Procedure
The testing took place in two sessions,
to control for gender. The males and females participated in this
study at different times and neither group was informed of another group
being tested. The first session consisted of an introduction and
brief description of what was going to occur. Informed consent was
also given at this time (see Appendix A). Once the testing occurred
the researcher administered the six photographs and the six paragraph the
accompanied each one. To have a greater control on gender the participant
viewed, rated and answered questions that pertained to the photos of the
opposite sex. After ten minutes of viewing time the photos with the
accompanying paragraphs were collected. Then those same photos were
passed back to the participants but now without the paragraphs (see Appendix
G). The participants also received William Levin’s characteristic
rating scale for each photo as well as the questionnaire that asked questions
about the individual paragraphs. Upon completion of the tests the
participants were dismissed and reminded to return in three days to complete
the study, to be debriefed and to receive credit for their participation.
When the participants returned three
days later in two separate sessions (males and females) they were handed
the sheet of photos without the paragraphs along with the second questionnaire,
which was tailored to asking question about the paragraphs. Once
they had all finished, the researcher debriefed them upon the nature of
the study (see Appendix B) and they were dismissed.
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Insert Table 1 and Figure 1 About Here
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Overall, in agreement with the reviewed literature
and the predicted results, there was a significant main effect when race
was studied over time. As hypothesized, Caucasians faces were remembered
significantly better than that of other-race faces. F (1, 18)= .000,
p < .01. A significant main effect was also found for the interaction
between gender of the participant and the race of the stimulus. F
(1, 18)= .024, p < .05. Analysis shows that the male participants
did not remember other-face individuals as well as the females did.
Which goes on to prove that an own-race bias is shown for the male participants.
--------------------------------
Insert Figure 2 and 3 About Here
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It is proven to show that as time increases
our memory decreases. This time effect is a crucial component to
the nature of this study as a foundation for which the theories of race
and attraction are based. A significant difference in memory for
faces was found. F = (1,18), p < .01. There was not a significant
difference in time and attraction, although there was a significant main
effect for time and race. It is shown that as time increased, the
retention of the Caucasian faces remained somewhat constant when the immediate
testing time was compared to testing three days later. As predicted,
and supported, the other-race faces were forgotten over time, as the race
bias comes into effect. F = (1, 18), p < .005.
--------------------------------
Insert Figure 4 and 5 About Here
--------------------------------
References
Adams, G.R. & Read, D. (1983).
Personality and Social Influence of Attractive and Unattractive College
Women. Journal of Psychology, 114 (2), 151-157.
Amster, H. (1964). Evaluative Judgement
and Recall in Incidental Learning. Journal of Verbal Learning and
Verbal Behavior, 3, 466-473.
Barkowitz, P. & Brigham, J.C.
(1982). Recognition of Faces: Own Race Bias, Incentive and Time Delay.
Journal of Applied Social Psychology, 12, 225-268.
Brigham, J.C. & Malpass, R.S. (1985).
The Role of Experience and Contact in the Recognition of Faces of Own-
and Other-Race Persons. Journal of Social Issues, 41 (3), 139-155.
Chance, J.E. & Goldstein, A.G.
(1987). Retention interval and face recognition: Response Latency
Measures. Bulletin of the Psychonomic Society, 25 (6), 415-418.
Chance, J.E., Goldstein, A.G., &
McBride, L. (1975). Differential Experience and Recognition
Memory for Faces. Journal of Social Psychology, 97, 243-253.
Chiroro, P. (1995). An Investigation
of the Contact Hypothesis of the Own-Race Bias in Face Recognition.
The Quarterly Journal of Experimental Psychology, 48A (4), 879-894.
Cross, J.F., Cross, J., & Daly,
J. (1971). Sex, Age and Race and Beauty as Factors in Recognition
of Faces. Perception and Psychophysics, 10, 393-396.
Dallett, K., Wilcox, S.G., & D’Andrea,
L. (1968). Picture Memory Experiments. Journal of Experimental
Psychology, 76 (2), 312-320.
Devine, P.G., & Malpass, R.S. (1985).
Orienting Strategies in Differential Face Recognition. Personality
and Social Psychology Bulletin, 11, 33-40.
Dion, K., Berscheid, E. & Walster, E.
(1972). What is Beautiful is Good. Journal of Personality and
Social Psychology, 24 (3), 285-290.
Ellis, H.D. (1975). Recognizing
Faces. British Journal of Psychology, 66 (4). 409-426.
Faw, H.W. (1990). Memory for Faces and Names:
A Fair Comparison. American Journal of Psychology, 103 (3), 317-326.
Fleishman, J.J., Buckley, M.C., Klosinsky,
M.J., Smith, N., Tuck, B. (1976). Judged Attractiveness in Recognition
in Women’s Faces. Perceptual and Motor Skills, 43, 709-710.
Galper, R.E., & Hochberg, J. (1971) Recognition
Memory for Photographs of Faces. American Journal of Psychology,
84 (3), 351-354.
Glenberg, A.M., & Grimes, T. (1995).
Memory and Faces; Pictures Help You Remember Who Said What. Personality
and Social Psychology Bulletin, 21 (3), 67-71.
Goldstein, A.G., & Chance, J.E. (1971).
Visual Cognition for Complex Configurations. Perception and Psychophysics,
9, 237-241.
Jackson, L.A., Sullivan, L.A., & Ames,
J.S. (1987). Gender, Gender Role and Physical Appearance.
Journal of Psychology, 121 (1), 51-56.
Klatzky, R.L., Martin, G.L., & Kane, R.A.
(1982). Influence of Social – Category Activation on Processing of
Visual Information. Social Cognition, 1, 95-109.
Kleinsmith, L.J., & Kaplan, S. (1963).
Paired Associate Learning As a Function of Arousal and Interpolated Interval.
Journal of Experimental Psychology, 65, 190-193.
Langlois, J.H. & Roggman, L.A. (1990).
Attractive Faces are Only Average. Psychological Science, 1 (2), 115-121.
Larrance, D.T. & Zukkerman, N. (1981).
Facial Attractiveness and Vocal Likeability as Determinants of Nonverbal
Sending Skills. Journal of Personality, 49 (4), 349-362.
Levin, W.C. (1988). Age Stereotyping.
Research of Aging, 10 (1), 134-147.
Malpass, R.S., & Kravitz, J. (1969).
Recognition for Faces of Own- and Other-Race. Journal of Personality
and Social Psychology, 13, 330-334.
McLean, P.D. (1969). Inducted Arousal and
Time of Recall as Determinants of Paired Associate Recall. British
Journal of Psychology, 60, 57-62.
Scapinello, K.F., & Yarmey, A. D. (1970).
The Role of Familiarity and Orientation in Immediate and Delayed Recognition
of Pictorial Stimuli. Psychonomic Science, 21, 329-331.
Shephard, J.W., & Ellis, H.D. (1973).
The Affect of Attractiveness on Recognition Memory for Faces. American
Journal of Psychology, 86 (3).
Solso, R.L. & McCarthy, J.E. (1981).
Prototype Formation: Central Tendency Model vs. Attribute-frequency Model.
Bulletin of the Psychonomic Society, 17 (1), 10-11.
Solso, R.L. & McCarthy, J.E.
(1981). Prototype Formation: A Case of Pseudo-Memory. British
Journal of Psychology, 72, 499-503.
Vokey, J.R., & Read, J.D. (1992). Familiarity,
Memorability, and the Effect of Typicality on the Recognition of Faces.
Memory and Cognition, 20 (3), 291-302.
Yarmey, A.D. (1993). Stereotypes and Recognition
Memory for Faces and Voices of Good Guys and Bad Guys. Applied Cognitive
Psychology, 7, 419-431.
Yin, R.K. (1969). Looking at Upside
Down Faces. Journal of Experimental Psychology, 81, 141-145.
Zebrowitz, L.A., Montepare, J.M., Lee, K.H.
(1993). They Don’t All Look Alike: Individuated Impressions of Other
Racial Groups. Journal of Personality and Social Psychology, 65 (1),
85-101.