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INTERPERSONAL RELATIONS AND GROUP PROCESSES
Managing Motivational Conflict: How Self-Esteem and Executive
Resources Influence Self-Regulatory Responses to Risk
Justin V. CavalloColumbia University
John G. HolmesUniversity of Waterloo
Grainne M. FitzsimonsDuke University
Sandra L. MurrayUniversity at Buffalo, State University of New York
Joanne V. WoodUniversity of Waterloo
This article explores how self-esteem and executive resources interact to determine responses to motivational
conflict. One correlational and 3 experimental studies investigated the hypothesis that high and low self-esteem people undertake different self-regulatory strategies in risky situations that afford opportunity to
pursue competing goals and that carrying out these strategies requires executive resources. When such
resources are available, high self-esteem people respond to risk by prioritizing and pursuing approach goals,
whereas low self-esteem people prioritize avoidance goals. However, self-esteem does not influence responses
to risk when executive resources are impaired. In these studies, risk was operationalized by exposing
participants to a relationship threat (Studies 1 and 2), by using participants self-reported marital conflict
(Study 3), and by threatening academic competence (Study 4). Executive resources were operationalized as
cognitive load (Studies 1 and 2), working memory capacity (Study 3), and resource depletion (Study 4). When
executive resources were ample, high self-esteem people responded to interpersonal risk by making more
positive relationship evaluations (Studies 1, 2, and 3) and making more risky social comparisons following a
personal failure (Study 4) than did low self-esteem people. Self-esteem did not predict participants responses
when executive resources were impaired or when risk was absent. The regulatory function of self-esteem may
be more resource-dependent than has been previously theorized.
Keywords: risk regulation, self-esteem, executive control
Romantic partners and avid skiers Dennis and Charlotte descend
from the chairlift and find themselves atop a particularly difficult
slope. After the long ride, a confident Dennis eagerly begins to
race down the hill, while a less self-assured Charlotte ultimately
decides to ski to a slightly easier portion of the slope. As they ride
the lift to the next hill, they become immersed in a taxing discus-
sion about renovating their new house. Though the second hill is
as difficult as the first, they both ski down it at a moderate pace and
enjoy their run.
Although it may seem strange that Dennis and Charlotte would
behave differently when skiing on one difficult hill but not the
other, we propose that this example reflects self-regulatory re-
sponses to risk that are shaped by self-esteem and the availability
of executive resources. In the present research, we test the hypoth-esis that self-esteem serves as the foundation of a resource-
dependent regulatory system that functions to resolve motivational
conflict in situations that afford the opportunity to pursue opposing
goals. When people have sufficient executive resources, they re-
solve situational goal conflict in ways that are consistent with their
chronic motivational agendas. In particular, and in line with prior
research (Cavallo, Fitzsimons, & Holmes, 2009; Murray, Holmes,
& Collins, 2006; Murray, Rose, Bellavia, Holmes, & Kusche,
2002), we suggest that high self-esteem people (HSEs) like Dennis
This article was published Online First June 4, 2012.
Justin V. Cavallo, Department of Psychology, Columbia University;
John G. Holmes, Department of Psychology, University of Waterloo,
Waterloo, Ontario, Canada; Grainne M. Fitzsimons, Fuqua School of
Business, Duke University; Sandra L. Murray, Department of Psychology,University at Buffalo, State University of New York; Joanne V. Wood,
Department of Psychology, University of Waterloo.
This research was supported by a doctoral fellowship awarded to Justin
V. Cavallo by the Social Sciences and Humanities Research Council of
Canada. Study 3 was supported by a grant from the National Institute of
Mental Health (MH 60105-08) awarded to Sandra L. Murray.
Correspondence concerning this article should be addressed to Justin V.
Cavallo, Department of Psychology, Columbia University, 406 Schermer-
horn Hall, 1190 Amsterdam Avenue MC 5501, New York, NY, 10027.
E-mail: [email protected]
Journal of Personality and Social Psychology, 2012, Vol. 103, No. 3, 430451 2012 American Psychological Association 0022-3514/12/$12.00 DOI: 10.1037/a0028821
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respond to regulatory conflict in a relatively approach-directed
way by pursuing reward in the face of risk. In contrast, we suggest
that low self-esteem people (LSEs) like Charlotte become more
attentive to risk and less willing to pursue positive outcomes.
However, when executive resources are impaired, as they were for
Dennis and Charlotte during their taxing discussion, we hypothe-
size that self-esteem is less influential in determining regulatoryresponses to risk.
We test our predictions in one correlational study and three
experimental studies. Using a variety of operationalizations of
executive resource depletion, we examine how such depletion
interacts with self-esteem to determine responses to regulatory
dilemmas that arise when people face riskthat is, situations in
which opportunities to obtain rewards are coupled with potential
hazards. In doing so, we present a novel perspective on traditional
theorizing about individual differences in self-esteem. As we detail
shortly, the impact of self-esteem on a number of regulatory
phenomena may be more dependent on executive resources than
has been previously believed.
Regulating Situated Goal Conflict
Self-regulatory conflict is a ubiquitous part of daily life. People
often hold multiple goals of varying strength that compete for
psychological and tangible resources, and conflict can occur when
pursuing one goal inhibits ones ability to pursue an alternative
goal (Emmons, King, & Sheldon, 1993). Although the structure of
this conflict may differ (Cavallo & Fitzsimons, 2011), it often
takes the form of an approachavoidance conflict in which the goal
to obtain a positively valenced reward is entwined with a goal to
avoid a negative outcome. For example, one might be tempted to
eat a delicious cupcake but experience conflict because doing so
would thwart ones goal of losing 10 pounds. Existing research has
focused largely on how people resolve a goal conflict that ariseswhen tempting short-term goals threaten progress toward longer
term objectives (Fishbach, Friedman, & Kruglanski, 2003; Fish-
bach & Zhang, 2008; Shah, Friedman, & Kruglanski, 2002; Trope
& Fishbach, 2000). However, little is known about how people
reconcile motivational conflict that occurs in situations that afford
the opportunity to pursue goals that are equivalent in immediacy
and importance.
Such regulatory conflict is highly prevalent in interpersonal
relationships. At the broadest level, many interdependent situa-
tions put the fundamental goal of seeking belongingness and
intimacy (Baumeister & Leary, 1995) in conflict with the motiva-
tion to avoid the pain of social rejection (G. MacDonald & Leary,
2005). Fostering intimate connections with others requires people
to cede control over their personal outcomes to others, an action
that makes people vulnerable to social pain if the other person is
unresponsive to ones needs (Murray, Aloni, et al., 2009; Murray
et al., 2006). For example, excusing a partners bad behavior may
ultimately foster closeness (Rusbult, Verette, Whitney, Slovik, &
Lipkus, 1991) if he or she is receptive, but it also leaves one
susceptible to rejection should that partner continue to behave
badly.
This motivational tension between connectedness and self-
protection is most acute when people face interpersonal risk. We
define interpersonal riskas situations that afford opportunities for
both gain and loss. In relationships, risky situations might call a
partners responsiveness or the relationships quality or stability
into question, perhaps by highlighting sources of conflict. Such
situations afford people the opportunity to seek connection with
their partners, quelling the threat of rejection and enhancing rela-
tionship quality as a result. However, they also afford people the
opportunity to protect themselves from rejection by distancing
themselves psychologically or behaviorally from their partners,thus preempting the sting of imminent rejection. Risky situations
that afford opportunities to pursue both approach- and avoidance-
directed goals provide an ambiguous guide to self-regulation.
When competing situational affordances are roughly equivalent in
incentives and costs, people must prioritize one goal over the other
if they are to enact a coherent cognitive and behavioral response
(Cacioppo, Gardner, & Berntson, 1999).
Prior research examining self-regulatory dynamics has sug-
gested that executive resources may play a central role in allowing
people to reconcile the goal conflict posed by risky situations. We
use the encompassing term executive resources to describe the
various cognitive processes that are essential in guiding self-
regulation and exerting self-control (Baumeister, Schmeichel, &
Vohs, 2007). These resources govern several aspects of effective
goal pursuit, such as inhibiting dominant responses (Engle, 2002;
Richeson & Trawalter, 2005) and sustaining attentional focus
(Kane, Bleckley, Conway, & Engle, 2001; Payne, 2005). When
people attempt to reconcile goal conflict by engaging in one goal
over a motivationally opposing one, they are likely to utilize these
executive-dependent cognitive processes to do so. Gawronski and
Bodenhausens (2006) associative-propositional evaluative model
makes a similar point. Namely, when people experience inconsis-
tency between nonconscious and more deliberate attitudes, they
often resolve it by using propositional reasoning, which requires
executive control. However, growing evidence has suggested that
such executive resources are in limited supply (Baumeister et al.,
2007); burdening or depleting such resources also reduces theirinfluence on self-regulation (Vohs et al., 2008). As such, impair-
ment of these resources is often detrimental to peoples ability to
enact a preferred behavior or goal (Vohs, Baumeister, & Ciarocco,
2005). Thus, we contend that executive resources are critical in
peoples determination to pursue one situational goal over another
and, furthermore, that impairing these resources restricts goal
prioritization that is essential in resolving regulatory conflict.
Self-Esteem and Risk Regulation
When people face situated goal conflict, executive control alone
is likely not sufficient to allow people to implement a clear
regulatory response. That is, people must not only be able to
prioritize one goal over another, they must also determine which
goal they are going to pursue. In some contexts, the nature of the
situation offers a clearer affordance for pursuing one goal over
another. For example, if skiers Dennis and Charlotte were to find
themselves deciding whether to traverse an area of the ski slope
that was unattended and clearly marked as being dangerous, they
may both choose to avoid the severe risk and forgo the relatively
unappealing reward. However, many risky situations afford
roughly equal opportunity to pursue both goals. When situational
affordances present an ambiguous guide to self-regulation, we
propose that peoples chronic motivational agendas serve to direct
regulatory responses. Specifically, we hypothesize that self-esteem
431MANAGING MOTIVATIONAL CONFLICT
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serves as the foundation of a regulatory system that serves to shape
responses to risk by aligning situational goals with chronic moti-
vations.
High self-esteem people are more chronically approach-
motivated than low self-esteem people are, whereas low self-
esteem people are chronically more avoidance-motivated (Heim-
pel, Elliot, & Wood, 2006). In situations of riskthat is, whenthere is the potential for both gain and loss within the same
contextHSEs and LSEs direct themselves toward goals consis-
tent with these chronic motivational preferences and resist the
influence of alternative goals that the risky situation affords. Spe-
cifically, HSEs respond to risk by prioritizing approach-directed
goals and set aside the competing opportunities to protect them-
selves from risk. LSE, in contrast, direct their regulatory efforts to
prioritize situational goals that reflect their chronic motivation to
avoid negative outcomes, forgoing opportunities for reward.
Many investigations of interpersonal risk regulation have pro-
vided evidence for these divergent regulatory strategies.1 When
facing risky interpersonal situations, HSEs respond by pursuing
opportunities for closeness more vigorously. For example, they
evaluate their relationships more positively when under relation-
ship threat than they otherwise do (Murray et al., 2002), a tactic
reflective of the motivation to draw their partner closer and pursue
intimacy despite the inherent risk of rejection. Their approach-
directed responses to risk extend beyond relationship-specific con-
texts to contexts that are more general. HSEs facing relationship
threat focus broadly on situational rewards and direct their regu-
latory efforts toward it, for example by making riskier financial
decisions in hopes of obtaining greater reward (Cavallo et al.,
2009). In contrast, LSEs react to interpersonal risk by prioritizing
self-protection goals. They implement these strategies by derogat-
ing their partners and their relationships (Murray et al., 2002), a
tactic that serves to blunt the pain of rejection they believe to be
imminent (Murray, Derrick, Leder, & Holmes, 2008; Murray et al.,2006). This regulatory strategy also influences responses outside
of relationship domains. LSEs exposed to relationship threat show
greater aversion to risk generally, for example, by becoming more
conservative when making decisions in which opportunity for
reward is coupled with potential for loss (Cavallo et al., 2009).
Self-Esteem as an Executive-Based Regulatory System
In the present research, we integrate literature on the importance
of executive resources to self-regulation and the moderating role of
self-esteem in responses to risk to elucidate the processes by which
people manage motivational conflict. We propose that when goal
affordances in risky situations create goal conflict, people utilize
executive resources to prioritize situational goals that fit with their
chronic motivational agendas. We examine this within the context
of self-esteem, which has been shown to have a profound influence
on how people regulate risk, particularly in interpersonal domains.
We contend that when people have sufficient executive resources
available to them, HSEs and LSEs will be able to prioritize and
pursue goals that fit with their chronic regulatory concerns, and as
such, self-esteem will predict goal-directed responses to risk.
When such resources are usurped or taxed, HSEs and LSEs will be
unable to implement their preferred self-regulatory aims (Muraven
& Baumeister, 2000), and thus the impact of self-esteem on
self-regulation will be mitigated.
This logic contrasts somewhat with a common assumption about
the nature of self-esteems influence. Although no one, to our
knowledge, has made this issue explicit, our reading of the liter-
ature suggests that self-esteem is often conceptualized as shaping
self-regulation relatively automatically. This may be because much
of the literature examining the role of self-esteem on responses to
threat has examined how people deal with threats to the self-concept rather than goal conflict specifically. When given negative
feedback about their performance, HSEs appear more motivated to
reaffirm their self-worth than LSEs do. For HSEs, the activation of
a self-enhancement goal may indeed be relatively automatic, given
the lack of another, conflicting goal. For example, HSEs often
downplay the validity of the negative feedback, compare them-
selves more favorably to others, and more readily recruit positive
thoughts about themselves, whereas LSEs often do not defend
against negative feedback in the same way (Beauregard & Dun-
ning, 1998; Blaine & Crocker, 1993; Dodgson & Wood, 1998;
Park, 2010; see vanDellen, Campbell, Hoyle, & Bradfield, 2011,
for an extensive review). Because such investigations have focused
on how people cope with threats to deeply ingrained beliefs aboutthe self, most investigations have assumed that HSEs and LSEs
regulatory responses to threat arise with little deliberation and
mental control. However, the role of executive control in shaping
regulatory responses to other types of situationsnamely, those
that afford the opportunity to pursue competing goalshas not yet
been investigated directly.
It is important to note when the role of conscious control has
been studied in the former context, the approach has been to
investigate the extent to which the tactics that people use to
implement regulatory goals rely on such control. For example,
Dodgson and Wood (1998) demonstrated that HSEs demonstrated
greater cognitive accessibility of strengths versus weaknesses after
receiving negative feedback, suggesting that this particular means
of obtaining a self-enhancement goal requires little mental effort.
However, it has also been generally assumed that the overarching
goal that such tactics serve (in this example, self-enhancement) is
adopted by HSEs and LSEs relatively automatically. However, we
propose that deciding which goal to pursue requires some level of
cognitive resources. The behavioral processes involved in imple-
menting it may unfold relatively automatically, but executive
control is required for HSEs and LSEs to select goals consistent
with their broader motivations. In this way, we focus on how
executive resources and self-esteem shape regulatory responses at
the strategic, rather than tactical, level (e.g., Scholer, Stroessner, &
Higgins, 2008).
Of course, the influence of self-esteem on regulatory responses
to risk may be automatic in some respects (Bargh, 1994). Forexample, it is highly unlikely that people are aware that the
motivations adopted to deal with interpersonal risk can guide
self-regulation in unrelated domains, as has been shown in previ-
1 It is important to note that in these relationship-specific investigations
of risk regulation, self-esteem is often used as a proxy for chronic trust in
a partners regard. Although individual differences in chronic trust are
central in guiding interpersonal risk regulation, we contend that HSEs and
LSEs chronic motivational preferences also play an important role in
shaping responses to goal conflict afforded by both relational and nonre-
lational risky situations.
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zation of avoidance goals that match their chronic goal orientation
(Heimpel et al., 2006). Thus, assessing relationship evaluations
allowed us to observe the extent to which participants
relationship-specific responses to risk reflected a preference for
approach or a preference for avoidance in the reconciliation of goal
conflict. We expected to replicate the finding that HSEs and LSEs
differentially shift relationship evaluations when facing threat,depending on whether they have sufficient executive resources
(i.e., are under low cognitive load) or not (i.e., are taxed by high
cognitive load).
Additionally, we measured participants willingness to pursue
reward over risk by assessing their self-reported global approach
motivation and their willingness to make risky decisions to obtain
rewards outside of relational domains. Prior research (Cavallo et
al., 2009) has demonstrated that relationship-specific risk elicits
differential global shifts in approach motivation among HSEs and
LSEs, suggesting the activation of a more general mind-set. HSEs
bolster their approach goals and pursue reward in the face of risk,
whereas LSEs inhibit these goals. We expected to replicate this
finding in the present study among participants who had fullexecutive resources available to them. We hypothesized that under
low cognitive load, self-esteem would predict responses to risk
such that, relative to LSEs, HSEs would make more positive
relationship appraisals, report greater approach motivation, and be
more willing to make risky decisions, even when those decisions
were accompanied by risk. We expected the impact of self-esteem
to be attenuated when executive resources were taxed (i.e., partic-
ipants were under high cognitive load). Moreover, we expected
that HSEs under low load would show greater evidence of
approach-directed responses to risk than would HSEs under high
load, whereas LSEs under low load would be less willing to
approach positive outcomes than would high-load LSEs.
Method
Participants. Participants were 55 undergraduates (44 fe-
male, 11 male; Mage 20.85 years, SD 1.62) from the Univer-
sity of Waterloo who were currently in dating relationships
(Mlength 27.53 months, SD 21.55).
Procedure. Participants believed the study examined cogni-
tive processing and memory. Participants began by completing a
measure of self-esteem and were then instructed to read a passage
from which they would be later asked to recall details. This
passage served as our induction of relationship threat (Cavallo et
al., 2009). It contained a short vignette of a fictional couple
engaging in several common activities (e.g., preparing dinner,
attending a movie). Accompanying these events were descriptionsof research findings ostensibly collected at the University of Wa-
terloo demonstrating how people tend to overestimate the quality
of their relationships. These annotations implied that the common
behaviors exhibited by the couple belied a lack of mutual respon-
siveness. For example, one of these annotations began, Many
romantic couples regularly cooperate and share responsibilities.
One surprising fact that we have discovered is that this cooperation
is frequently motivated by self-interest. Though the passage de-
scribed a fictional couple, prior research has demonstrated that
these materials activate relationship threat among both HSE and
LSE participants (Cavallo et al., 2009; Murray et al., 2011). When
participants had read the passage, the experimenter sat them at a
computer that guided them through the remainder of the session.
Participants were then assigned randomly to cognitive load
condition. In the high-load condition, participants were asked to
learn a nine-digit alphanumeric string and rehearse it for the
duration of the study. In the low-load condition, this string con-
tained only three digits (Gilbert & Hixon, 1991). Participants thencompleted measures of relationship quality, approach-motivation
strength, and risky decision making. We ensured that participants
were rehearsing their alphanumeric string by asking them to report
it three times throughout the experimental session. To maintain the
cover story, the computer asked participants 10 questions at sev-
eral points during the sessionquestions that required them to
recall details from the passage. These questions served not only as
a means to keep the threat salient but also as a manipulation check
that assessed participants comprehension of the passage. When
participants had completed the study, they were debriefed and
thanked for their participation.
Measures.
Self-esteem. Rosenbergs (1965) 10-item scale was used to
measure self-esteem. Participants responded to each item on a
7-point scale ranging from 1 (strongly disagree) t o 7 (strongly
agree) rather than Rosenbergs original 4-point scale. Scores were
averaged across the 10 items ( .84).
Relationship appraisals. As an index of the extent to which
participants shifted their relationship appraisals as a function of
risk, participants responded to a series of items on 7-point scales,
with higher scores indicating more positive relationship appraisals.
Three items ( .89) adapted from Rusbult, Martz, and Agnew
(1998) assessed participants satisfaction with their romantic rela-
tionship (e.g., My relationship makes me very happy). An ad-
ditional three items ( .88) assessed participants commitment
to their romantic partners (Rusbult et al., 1998). Participants
feelings of closeness to their partners were assessed with thetwo-item ( .79) Subjective Closeness Inventory (Berscheid,
Snyder, & Omoto, 1989). As well, participants optimism about
the future of their romantic relationship was assessed with a
seven-item scale in which they were asked to evaluate the likeli-
hood that they and their partner would be together across six
different times ranging from 2 months to a lifetime (T. K. Mac-
Donald & Ross, 1999). These six items were aggregated ( .94),
with higher scores indicating more optimistic predictions about
relationship longevity.
Approach strength. To assess the strength of participants
approach motivation, we used a measure originally developed by
Lockwood, Jordan, and Kunda (2002) to assess promotion-
oriented goal pursuit (Higgins, 1997). Prior research has demon-
strated that this measure indexes the strength of participants
approach motivation (i.e., their focus on obtaining rewards; Cav-
allo et al., 2009; Summerville & Roese, 2008). Participants indi-
cated their endorsement of nine statements (e.g., In general, I am
focused on achieving positive outcomes in my life) using a 1 (not
at all true of me) to 9 (very true of me) scale, and responses were
averaged across all items ( .78).
Risky decision making. We also assessed participants focus
on positive outcomes indirectly by presenting participants with
two hypothetical scenarios in which they had to indicate the extent
to which they would endorse a risky but relatively rewarding
course of action (e.g., accepting a high-paying job offer with
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uncertain job security) over a safer but less appealing alternative
(e.g., a lower paying but more secure offer). Following Cavallo et
al. (2009), participants indicated how likely they would be to
engage in the risky alternative in each scenario on a 1 ( not at all
likely) to 7 (extremely likely) scale. Reliability for these two items
was low (r .45), but the pattern of responding was similar for
both, so we averaged across the two items.
Results
To test our hypothesis that self-esteem would moderate re-
sponses to relationship threat when participants had full executive
resources but would fail to do so when participants were under
cognitive load, we first created a composite measures of connect-
edness (satisfaction, closeness, commitment, and optimism, each
transformed to a z score and averaged; .86). We submitted all
dependent variables to a hierarchical regression analysis. Follow-
ing Aiken and West (1991), the dummy-coded main effect of
cognitive load (0 low load, 1 high load) and centered
self-esteem scores were entered on the first step, while the two-
way interaction was entered on the second step. Simple effectswere calculated at one standard deviation above and below the
mean. For clarity, regression coefficients are presented in Table 1,
and we discuss only the simple effects involving the hypothesized
interaction below. Predicted values are reported in Table 2.
Recall of threat passage. To ensure that participants fully
understood the threat passage and that the introduction of our
cognitive load manipulation did not reduce the salience of the
threat, we assessed how accurate participants were in recalling
details from the passage (e.g., on what day did the couple attend
the movie?). Results suggest that participants understood the pas-
sage well, inasmuch as they answered 83.64% of questions cor-
rectly (SD 10.99). Importantly, the load manipulation did not
significantly detract from participants recall of the passage, F(1,
53) 1.26, p .27, indicating that participants under high load
remembered the details of the manipulation as well as did those
who were under low load.
Connectedness. Examination of participants relationship
connectedness scores revealed a pattern of results that supported
our hypothesis. As we predicted, the interaction between cognitive
load and self-esteem was significant. When participants had full
use of their executive resources (i.e., low-load condition), HSEs
reported being significantly closer to their partners than did LSEs
( .68), t(51) 3.47, p .001. However, HSEs and LSEs
ratings of closeness did not differ when they were under high
cognitive load ( .002), t(51) 0.01, p .99. Further, HSEs
who had full use of executive resources (i.e., low-load condition)
reported marginally greater connectedness to their partners than
did HSEs in the high-load condition ( .32), t(51) 1.82,
p .08. Conversely, LSE participants in the low-load condition
reported less connectedness relative to those who were in thehigh-load condition ( .36), t(51) 1.98, p .05.
Approach strength. Examination of participants approach
strength again revealed the hypothesized interaction. Though this
effect was marginally significant (see Table 1), examination of the
simple slopes revealed that as expected, HSEs reported signifi-
cantly greater approach strength than did LSEs in the low-load
condition ( .56), t(51) 2.86, p .01, and this difference was
again eliminated in the high-load condition ( .08), t(51)
0.45, p .65. HSEs self-reported approach motivation was rel-
atively unaffected by the cognitive load manipulation ( .02),
t(51) 0.73, p .47. However, as predicted, LSEs reported
significantly weaker approach motivation in the low-load condi-
tion than in the high-load condition ( .65), t(51) 2.54, p
.01.
Risky decision making. Analysis of participants risk-taking
scores revealed a similar pattern. As predicted, the two-way inter-
action was significant. When they had sufficient executive re-
sources, HSEs reported significantly greater willingness to partake
in the risky options than did LSEs ( .59), t(51) 2.97, p .01.
In contrast, as predicted, this self-esteem difference was not ob-
served when participants were placed under cognitive load (
.10), t(51) 0.57, p .57. Examination of the simple effects
revealed that as we hypothesized, HSEs in the low-load condition
were riskier than were HSEs in the high-load condition ( .53),
Table 1Summary of Regression Analyses in Study 1
Dependent measure
Cognitive loadcondition
(low vs. high)a Self-esteemaCognitive load
Self-esteemb
t t t
Connectedness .01 0.09 .28 2.11 .52 2.65
Approach strength .23 1.78 .28 2.13 .37 1.86
Risky decision making .06 0.44 .19 1.41 .53 2.63
a Error terms are based on 52 degrees of freedom. b Error terms are based on 51 degrees of freedom.p .10. p .01.
Table 2
Predicted Scores for the Condition Self-Esteem Interactions
in Study 1
Dependent measure
Low self-esteem High self-esteem
Low load High load Low load High load
Connectedness 0.60 0.01 0.53 0.01Approach strength 6.65 7.63 7.81 7.79Risky decision making 4.86 5.68 6.06 5.49
Note. Low and high self-esteem refer to participants one standard devi-ation below and above the mean, respectively.
435MANAGING MOTIVATIONAL CONFLICT
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t(51) 2.05, p .046, whereas cognitive load made LSEs
significantly less risky ( .66), t(51) 2.52, p .02.
Discussion
The results of Study 1 provide the first experimental demon-
stration that HSEs and LSEs differential regulatory responses torisk require executive resources. When they had ample executive
resources (i.e., low load), HSEs prioritized approach-directed
goals. They bolstered their relationship appraisals, reported height-
ened global approach motivation, and made riskier decisions rel-
ative to cognitively taxed HSEs. In contrast, LSEs who had ample
executive resources responded to a risky relationship situation by
decreasing the priority of these goals relative to cognitively taxed
LSEs. They downplayed their relationship appraisals, inhibited
general approach motivation, and ultimately were more attentive to
risk in their decision making. As anticipated, HSEs were more
willing to approach positive outcomes than LSEs were when
participants were under low cognitive load. However, high cogni-
tive load eliminated this self-esteem difference, suggesting that
cognitive busyness disrupted HSEs and LSEs ability to align
situational goal pursuit with their chronic regulatory agendas.
In addition to replicating prior research (Murray et al., 2002)
showing shifts in relationship evaluations as a function of self-
esteem among participants in the low-load condition, the present
study also demonstrated that underlying motivational shifts can
affect self-regulation outside of that domain in which risk is
activated. While the risky decision-making measure used in this
study involved hypothetical scenarios, prior research has suggested
that the divergent self-regulatory patterns of HSEs and LSEs are
also likely to shape decisions that have real and meaningful con-
sequences (Cavallo, Fitzsimons, & Holmes, 2009, Study 4). We
suggest that when regulatory resources are depleted, self-esteem
would again have little bearing on these decisions, as people areunable to implement their preferred self-regulatory strategy.
The results of the first study challenge the way that self-esteem
is traditionally represented in the literature. Many commentaries
on regulatory differences between HSEs and LSEs have tacitly or
overtly speculated that such differences arise relatively automati-
cally from ingrained beliefs about self-worth (e.g., Baumeister,
Heatherton, & Tice, 1993; Brown & Smart, 1991; Heatherton &
Vohs, 2000; J. V. Wood, Giordano-Beech, & Ducharme, 1999).
LSEs, in particular, exhibit many potentially destructive patterns
of thought and behavior that have often been characterized as
habitual (e.g., Blaine & Crocker, 1993; Murray, Holmes, MacDon-
ald, & Ellsworth, 1998; Sommer & Baumeister, 2002). However,
the implementation of such strategies may be more dependent on
executive resources than was previously realized, particularly
when situations offer the possibility for both gain and loss. HSEs
and LSEs may be equally capable of responding similarly to risk
but usually implement different regulatory strategies that lead to
divergent outcomes.
In many previous investigations of self-esteems role in shaping
cognition and behavior, the conditions may have been such that
people had ample executive resources, and thus self-esteems
impact was unfettered. However, this study suggests that self-
esteem may be less influential when such resources are dimin-
ished. Because daily life often involves situations in which exec-
utive resources are taxed, the extent to which these resources allow
self-esteem to shape various outcomes has important implications
for understanding of how self-esteem truly functions. Given these
implications, and because our claim that executive resources are
critical in determining HSEs and LSEs responses to risk runs
counter to conventional thinking about the nature of self-esteem
differences, we felt that it was important to demonstrate that the
findings of Study 1 were robust by replicating them in Study 2.One limitation of Study 1 was that it lacked a no-threat com-
parison group. All participants in this study were exposed to
interpersonal risk, and as a result, the findings are subject to
alternative interpretations. For example, it may be that cognitive
load impaired participants ability to properly comprehend and
consider the dependent measures. Self-esteems lack of influence
in the high-load condition may not have resulted from a disruption
of regulatory processes but instead from this methodological arti-
fact. We sought to rule out this explanation in Study 2 by dem-
onstrating that burdening executive resources influences responses
only in the presence of risk and not when it is absent.
Study 2In Study 2, we employed a design similar to that in the previous
study but added a control group in which participants were not
threatened. In this study, we chose to focus exclusively on partic-
ipants relationship-specific appraisals. Constructs such as rela-
tionship satisfaction and commitment are typically seen as difficult
to shift in experimental designs due to their relative stability (cf.
Finkel, Rusbult, Kumashiro, & Hannon, 2002). In hopes of repli-
cating the shifts in these evaluations that we observed in Study 1,
we again assessed these relationship-specific responses in Study 2.
Additionally, we also assessed how accepted participants felt by
their partners. Perceived acceptance serves a primary role in the
risk regulation system by influencing risk appraisal. HSEs respond
to risk by embellishing the extent to which their partner acceptsthem, thus facilitating pursuit of preferred connectedness goals.
LSEs, in contrast, exaggerate their partners lack of affection when
facing risk, thereby enabling them to pursue their self-protection
goals (Murray et al., 2006, 2002). Given this, we expected that the
effects of our experimental manipulations would extend beyond
participants own relationship appraisals as observed in Study 1
and shape feelings of acceptance, a metaperspective on the part-
ners relationship appraisals, in Study 2.
In this study, we expected to find a three-way Self-Esteem
Threat Cognitive Load interaction. We further expected the
two-way Self-Esteem Threat interaction to be significant under
conditions of low, but not high, cognitive load. We also expected
to observe simple effects of both self-esteem and threat when
participants were not under cognitive load. Specifically, when
participants had full use of their executive resources, we expected
threatened HSEs to make more positive relationship appraisals
than would threatened LSEs. When participants were not threat-
ened, and thus there was no goal conflict for self-esteem to
arbitrate, we expected to observe small or no differences between
HSEs and LSEs (Murray et al., 2006). Put in terms of the simple
effects of threat, we expected nonbusy HSEs to report more-
positive relationship evaluations in the threat condition than in the
control condition. In contrast, we expected nonbusy LSEs to report
less-positive relationship evaluations in the threat condition than in
the control condition. When executive resources were taxed, we
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did not expect threat to predict different regulatory responses as a
function of self-esteem. Indeed, the inability for threatened HSEs
and LSEs to resolve goal tension in their preferred direction would
result in them taking no directed action toward a specific goal and
thus would lead them to respond in a way similar to that of
participants who were not threatened.
Method
Participants. One hundred twenty-one undergraduates (90
female, 31 male; Mage 20.13 years, SD 1.83) from the
University of Waterloo who were currently in dating relationships
(Mlength 22.32 months, SD 16.54) participated in exchange for
course credit.
Procedure. The procedure was similar to that used in Study
1. After completing the Rosenberg (1965) self-esteem scale (
.73), participants were presented with a written passage and in-
structed to read it carefully. Participants were assigned randomly
to threat and no-threat conditions. Those in the threat condition
were given the same passage used in Study 1. Those in the
no-threat condition were given a control version (Cavallo et al.,2009). In this control vignette, the fictitious research findings
suggested that people generally underestimate their relationship
quality and that the interpretations of the couples behaviors iden-
tified how seemingly mundane events can be reflective of mutual
caring. In contrast to the threat passage, this passage was not
designed to activate interpersonal risk. When participants had
finished reading the passage, the experimenter directed them to a
computer that guided them through the remainder of the session.
Again, participants who were assigned to the high-cognitive-load
condition were instructed to learn and rehearse a nine-digit alpha-
numeric string, whereas those assigned to the low-load condition
were told to rehearse a three-digit string. Following this, partici-
pants completed the same measures of relationship satisfaction
( .90), commitment ( .78), closeness ( .71), and
optimism ( .93) as in Study 1. Additionally, participants
completed a five-item measure ( .70) that captured partici-
pants beliefs about their partners acceptance and continued re-
sponsiveness (e.g., I am confident that my partner accepts and
loves me). They responded to each item on a scale ranging from
1 (strongly disagree) to 7 (strongly agree). To assess positive (
.82) and negative ( .89) affect, participants completed the state
measure of the Positive and Negative Affect Schedule (PANAS;
Watson, Clark, & Tellegen, 1988) using a 7-point scale. To ensure
that participants had attended to the written passage and to the
cognitive load instructions, they were asked to recall the alphanu-
meric string and details about the passage three times throughout
the session. When participants had completed the study, they were
debriefed and thanked for their participation.
Results
To test our hypothesis that self-esteem would moderate the
influence of relationship threat on relationship appraisals when
participants had full use of executive resources but would fail to do
so when these resources were taxed by cognitive load, we submit-
ted the dependent measures to hierarchical regression analyses in
which the dummy-coded main effects of threat (0 no threat, 1
threat) and cognitive load (0 low load, 1 high load), as well
as centered self-esteem scores, were entered on the first step. All
two-way interactions were entered on the second step, while the
three-way interaction was entered on the final step. Simple effects
were calculated at one standard deviation above and below the
mean. For clarity, regression coefficients are presented in Table 3,and we discuss only the simple slopes and simple effects involving
the hypothesized interaction below. Predicted values are reported
in Table 4.
Recall of threat passage. As in Study 1, participants were
generally accurate in the recall of correct details from the passage
(M 88.22%, SD 11.78). Cognitive load had no impact on
accuracy, F(1, 119) 1.62, p .21, nor did recall vary between
the threat and no-threat passages, F(1, 119) 1.05, p .31.
Mood. Analysis of participants mood ratings revealed no
differences in positive, F(1, 119) 1, or negative, F(1, 119) 1,
affect as a result of the threat manipulation. Importantly, the
cognitive load manipulation also did not significantly affect par-
ticipants mood (all Fs 1), suggesting that their responses cannot
be attributed to unintended shifts in affect caused by our experi-
mental design.
Connectedness. We again created a composite measure of
connectedness ( .86) from participants relational evaluations.
As anticipated, a significant three-way interaction emerged on this
measure (see Figure 1). When participants were under low cogni-
tive load, there was a significant two-way interaction between
self-esteem and threat ( .52), t(113) 3.47, p .001. As we
predicted, however, self-esteem did not interact with threat when
Table 3
Summary of Regression Analyses in Study 2
Dependent measure
Cognitive loadcondition (low
vs. high)a
Relationshipthreat
condition(no threat vs.
threat)a Self-esteema
Cognitiveload
Relationshipthreatb
Cognitive load Self-esteemb
Relationshipthreat Self-
esteemb
Cognitive load Relationshipthreat Self-
esteemc
t t t t t t t
Connectedness .02 0.17 .01 0.17 .43 5.18 .23 1.77 .41 3.73 .25 2.20 .36 2.65
Perceived acceptance .02 0.22 .02 0.28 .43 5.18 .19 1.43 .41 3.61 .23 2.03 .36 2.65
a Error terms are based on 117 degrees of freedom. b Error terms are based on 114 degrees of freedom. c Error terms are based on 113 degrees offreedom.p .10. p .05. p .01.
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participants were under high cognitive load ( .05), t(113)
0.30, p .77.
We then decomposed the significant two-way Threat Self-
Esteem interaction for people not under cognitive load and exam-
ined the simple effects of both self-esteem and threat. The simple
effects for self-esteem and threat were consistent with our expec-
tations. As in Study 1, HSEs reported greater connectedness than
did LSEs when under threat ( 1.02), t(113) 7.79, p .001.
However, HSEs and LSEs did not differ significantly in the ab-
sence of threat ( .26), t(113) 1.52, p .13. HSEs under
threat tended to feel more connected to their partners than did
HSEs who were not threatened ( .26), t(113) 1.80, p .08.
In contrast and as anticipated, LSEs under threat reported being
less close to their partners than did nonthreatened LSEs (
.50), t(113) 3.21, p .002. None of the simple effects of
threat or self-esteem were significant for participants under cog-
nitive load (all ps .20).
Perceived acceptance. A similar pattern of results emerged
for participants perceptions of their partners acceptance. The
three-way interaction was again significant, as was the two-way
interaction between self-esteem and threat when participants were
under low cognitive load ( .53), t(113) 3.34, p .001, butnot when participants were under high cognitive load.
Decomposing the significant Self-Esteem Threat interaction
for low-load participants revealed the predicted simple effects of
self-esteem and threat. Threatened HSEs reported feeling more
accepted by their partners than did threatened LSEs ( 1.00),
t(113) 7.61, p .001, whereas HSEs and LSEs did not differ
significantly when not faced with relationship threat ( .27),
t(113) 1.54, p .13. Moreover, HSEs tended to feel that their
partners accepted them more when threatened than when not
threatened ( .26), t(113) 1.80, p .08. LSEs, in contrast,
felt less accepted when threatened ( .47), t(113) 3.03, p
.003. None of the simple effects of self-esteem or threat were
significant for participants under high cognitive load (all ps .27).
Discussion
The results of Study 2 replicated those of Study 1 and provided
additional support for our hypothesis. When participants were
under relationship threat and had full executive resources, self-
esteem moderated their responses to interpersonal risk: HSEs and
LSEs diverged drastically in their evaluations of their relation-
ships. In comparison to participants in the control condition, HSEs
tended to exhibit greater positivity, suggesting that they actively
bolstered relationship appraisals to counteract feelings of vulner-
ability. In contrast, threatened LSEs seemed to devalue their rela-
tionships. This active derogation of their relationships is indicative
of a self-protective response commonly observed in risk regulation
research, whereby people reduce the psychological stakes frompotential rejection by distancing themselves from partners (Murray
et al., 2002, 2006).
As we predicted, this pattern did not emerge when participants
were under high cognitive load. HSEs and LSEs made equally
positive relationship appraisals regardless of relationship threat
when their executive resources were taxed. Moreover, people in
the threat condition resembled those in the no-threat condition,
suggesting that cognitive load disrupted risk regulation processes.
Studies 1 and 2 provided initial experimental support for our
hypothesis that self-esteem and executive resources are critical in
resolving goal conflict. Buoyed by these results, we sought to
examine whether this phenomenon would generalize beyond a
laboratory context in Study 3.
Study 3
Do self-esteem and executive resources operate this same way
in real-life situations of interpersonal riskin the daily negotia-
tions of closeness versus self-protection among married couples?
And would our results replicate with new operationalizations of
approach/avoidance of risk, of executive resources, and of indi-
viduals resolution of the goal conflict? In this study, we examined
responses to interpersonal risk among a sample of newly married
couples. We indexed interpersonal risk via participants own self-
reported marital conflict. We theorized that newlyweds who re-
Table 4
Predicted Scores for High and Low Self-Esteem Participants in Each Condition in Study 2
Dependent measure
Low self-esteem High self-esteem
No threat/lowload
No threat/highload
Threat/lowload
Threat/highload
No threat/lowload
No threat/highload
Threat/lowload
Threat/highload
Connectedness 0.11 0.21 0.94 0.12 0.33 0.05 0.76 0.18Perceived acceptance 6.13 6.02 5.45 6.27 6.51 6.20 6.89 6.31
Note. Low and high self-esteem refer to participants one standard deviation below and above the mean, respectively.
Figure 1. Relationship connectedness as a function of condition and
self-esteem in Study 2.
438 CAVALLO, HOLMES, FITZSIMONS, MURRAY, AND WOOD
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ported more frequent and intense conflict with their partners would
more consistently face the kinds of conflict-of-interest situations
that put connectedness and self-protection goals in conflict (cf.
Murray, Bellavia, Rose, & Griffin, 2003). Rather than placing
participants under cognitive load as we did in Studies 1 and 2, we
operationalized executive resources as chronic working memory
capacity. Individual differences in working memory capacity(WMC) are a key determinant of peoples ability to control self-
regulatory behavior and override automatic determinants of goal
pursuit (Hofmann, Gschwendner, Friese, Wiers, & Schmitt, 2008).
As in the previous studies, we measured participants relation-
ship appraisals to gauge reconciliation of this situated goal con-
flict. Rather than focus on participants perceptions of their own
satisfaction and commitment, we assessed how they viewed their
partners valuation of the relationship. The results of Study 2 were
consistent with prior research demonstrating that in the face of
interpersonal risk, HSEs and LSEs perceptions of their partners
relational appraisals tend to mirror their own. That is, HSEs
respond to threat by bolstering their partners dedication to the
relationship, whereas LSEs tend to perceive their partners as lessinvested in the relationship (Murray et al., 2002). We sought to
replicate this effect in Study 3, as these perceptions play a critical
role in determining the extent to which one feels positively re-
garded by his/her partner and thus are essential to relationship
functioning (Murray et al., 2006).
We predicted that among participants with sufficient execu-
tive resources (i.e., those with high chronic working memory
capacity), self-esteem would interact with self-reported conflict
to determine perceptions of a partners connectedness. We
predicted that among participants who reported greater relation-
ship conflict, self-esteem would predict relationship appraisals
such that HSEs would report greater perceived connectedness
than would LSEs. Among participants who reported little rela-
tionship conflict, meaning that the goal tension between ap-proach and avoidance is relatively absent, we anticipated that
self-esteem would not be predictive of perceived connected-
ness. For people with high working memory capacity, we also
anticipated a simple effect of threat such that HSEs who re-
ported greater conflict would feel their partners were more
connected to the relationship than would HSEs who reported
less conflict. Conversely, we expected that LSEs who reported
greater conflict would feel their partners were less connected to
them than would LSEs who reported less conflict.
When executive resources were diminished (i.e., among partic-
ipants with low chronic working memory capacity), we again did
not expect self-esteem to interact with self-reported conflict. We
anticipated that when such resources are unavailable to facilitatehigh-conflict HSEs and LSEs engagement in preferred regulatory
strategies, their evaluations of their partners connectedness would
be similar.
Method
Participants. One hundred fifty-nine married couples who
had previously completed a larger longitudinal study of newly-
weds (see Murray, Aloni, et al., 2009; Murray, Holmes, et al.,
2009) participated for $150. Marriages averaged 48.96 months in
length (SD 10.06).
Procedure. As part of a larger study, participants first com-
pleted the measure of working memory capacity and the same
measure of self-esteem used in Studies 1 and 2 ( .88). They
then completed measures of conflict, perceived partner commit-
ment, and perceived partner closeness (described below).
Measures.
Working memory capacity. Following Hofmann et al. (2008),we assessed working memory capacity ( .76) with a task that
presented participants with a set of four to eight equations involv-
ing a mixture of addition and subtraction (e.g., 3 5 8, 11 7
5). These were presented sequentially on a computer screen for 3 s,
followed by a 1-s interstimulus interval. Participants were asked to
complete two tasks simultaneously. During the initial presentation,
they had to indicate whether each equation was true or false, and
they were tasked with remembering the result of each equation and
entering them in the correct sequence (e.g., 8, 5) at the end of the
set. Thus, participants had to memorize the sequence of results,
while being engaged in a distracting secondary task. Participants
completed two practice and 10 test trials. WMC was computed by
adding the number of correctly entered sequences weighted by the
number of equations in each set.
Conflict. To assess the extent to which couples regularly
faced relationship threat, we assessed the frequency and intensity
of relational conflict using five items (e.g., How often do you and
your partner have arguments or disagreements? In general, how
serious are your arguments and disagreements?). Participants
responded to these items on 7-point scales, and responses were
averaged such that higher numbers indicated greater conflict (
.91).
Perceived partner commitment. We assessed participants
agreement with three items tapping the degree to which they felt
partners were committed to them (e.g., My partner is deeply
committed to maintaining our marriage; My partner wants to
spend the rest of his/her life with me). Participants responded toeach item on a scale ranging from 1 (strongly disagree) t o 7
(strongly agree), and responses were averaged ( .95).
Perceived partner closeness. Participants reports of their
partners closeness were assessed with four items (e.g., My part-
ner is very much in love with me; My partner is closer to me
than any other person in his/her life). Participants indicated their
agreement with these statements on a 7-point scale ranging from 1
(strongly agree) to 7 (strongly agree), and responses were indexed
across all four items ( .93).
Results
Because both perceived commitment and perceived closeness
tap the partners perceived connection to the relationship, we
created a composite measure of perceived connectedness by stan-
dardizing and averaging responses to these measures ( .92). As
in Study 2, we expected to observe a three-way interaction be-
tween WMC, self-esteem, and threat (operationalized as relation-
ship conflict). Specifically, when people were high in WMC and
living in a high conflict (i.e., high threat) relationship, we expected
people who were high in self-esteem to perceive their partner as
more close and committed. However, we did not expect such
regulatory responses among people high in WMC to emerge in the
absence of risk. In contrast, when people were low in WMC, we
did not expect self-esteem to predict perceptions of the partners
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closeness and commitment in either high-conflict or low-conflict
relationships.
Given the dependent nature of our data, we used structural
equation modeling to test our hypotheses because it allows both
actor and partner effects and estimates pooled effects across gen-
der (Kenny, 1996; Kenny & Cook, 1999; Kenny, Kashy, & Cook,
2006). We examined participants perceived connectedness withthe predictors of self-esteem, working memory capacity, and re-
ported conflict, as well as all two- and three-way interactions. We
estimated the intercepts and correlations among exogenous vari-
ables and the correlations between the residuals. Table 5 lists
coefficients that are pooled across gender because model tests that
compared unconstrained and constrained paths revealed no signif-
icant differences.
As we predicted, we found a significant three-way interaction
between self-esteem, WMC, and conflict predicting self-reported
perceived connectedness ( .07, z 2.17, p .03). Decom-
posing this interaction revealed a two-way interaction between
self-esteem and conflict (i.e., threat level) among those high in
chronic WMC ( .17, z 2.59, p .01). Self-esteem andconflict did not significantly interact among participants who were
low in working memory capacity ( .01, z .22, p .82).
We then decomposed the significant Self-Esteem Conflict
interaction into both the simple effects of self-esteem and the
simple effects of conflict. For people high in WMC, self-esteem
predicted feelings of perceived connectedness among people who
experienced high chronic conflict, with HSEs reporting greater
partner connectedness than did LSEs ( .31, z 3.63, p
.001). When chronic conflict was low, HSEs and LSEs with high
WMC felt their partners were equally connected ( .03, z
.27, p .79). This again suggests that self-esteem is less influ-
ential in determining self-regulatory outcomes when motivational
conflict is absent. Decomposing the interaction into the simple
effects of conflict on perceived connectedness among high WMC
participants revealed that high-conflict LSEs felt their partners
were less connected than did low-conflict LSEs ( .53, z
5.52, p .001). In contrast, HSEs who reported higher levels of
conflict did not significantly differ in perceived connectedness
from HSEs who reported lower levels of conflict ( .17, z
1.50, p .13).
Discussion
The results of Study 3 provided a conceptual replication of the
experimental findings in Studies 1 and 2 and again demonstrated
that executive resources play a critical role in moderating the
influence of self-esteem on responses to goal conflict. Among
newlywed couples, those who have frequent and intense conflictregularly face tension between their goals to deepen intimacy with
their new spouse and to protect themselves from feelings of hurt or
rejection at the hands of this person. When respondents had high
working memory capacity and thus had a wealth of regulatory
resources at their disposal, HSEs reported higher levels of per-
ceived connectedness than did LSEs. This finding is highly con-
sistent with past research on interpersonal risk regulation, which
has shown that peoples relationship appraisals shift in response to
relationship threats. HSEs respond to risk by making more positive
relationship evaluations and attributing more positive evaluations
to their partners (Murray et al., 2002), suggesting they are moti-
vated to seek connection when risk is salient. In contrast, LSEs
respond to risk by derogating their relationships and their partners
(Murray et al., 2002), suggesting that they are oriented towardminimizing the importance of the relationship when faced with
risk. However, this pattern of results did not occur among partic-
ipants who had low working memory capacity. Additionally, it did
not occur when participants reported little conflict. This finding
supports our hypothesis that self-esteem is influential primarily in
situations of risk. When risk is minimal and there is little tension
between approach and avoidance goals that requires resolution,
HSEs and LSEs have no impetus to prioritize one goal over the
other, and thus they perceive their relationships similarly.
Taken together, the results of Studies 1, 2, and 3 indicate that
executive resources are fundamental in governing how self-
esteem influences responses to risky situations. These results
have important implications for understanding interpersonalrisk regulation processes. When executive resources were min-
imal, HSEs and LSEs responses to threat were indistinguish-
able from those of participants who were not under threat,
providing the strongest evidence thus far that risk regulation is
an executive-based system. These findings imply that for HSEs,
executive resources allow them to prioritize approach-directed
connectedness goals adaptively. By recruiting compensatory,
positive beliefs about their relationships, HSEs protect their
interpersonal relationships from threat. In contrast, for LSEs,
executive resources enable them to reinforce chronic self-
protection goals. When such resources are impaired, LSEs
appear to be better off; they feel as committed and as satisfied
as HSEs even in higher conflict relationships. Because LSEs
generally have more unwarranted insecurities and probably
experience motivational conflict more regularly than do HSEs
(Murray, Holmes, Griffin, Bellavia, & Rose, 2001), it is likely
that having sufficient ability to exert executive resources un-
dermines LSEs relationship quality (see also Murray, Aloni, et
al., 2009; Murray et al., 2008). We discuss the implications of
this finding further in the General Discussion section.
Together the three studies described thus far suggest that self-
esteem is essential to regulatory functioning when responding to
interpersonal risk and that executive resources play a critical role
in allowing it to do so. We hypothesize that this regulatory process
is not limited to interpersonal contexts but also guides behavior
Table 5
Results of Structural Equation Modeling Analysis in Study 3
Showing Perceived Connectedness
Predictor b z
Working memory capacity (WMC) .009 2.43Self-esteem (SE) .089 1.86
Conflict .364 9.11WMC SE .005 1.23WMC Conflict .008 2.64SE Conflict .069 1.82
WMC SE Conflict .006 2.17
Note. Comparative fit index 1.00; root-mean-square error of approx-imation .000. 2(14, N 152) 13.39, p .50. p .10. p .05. p .01.
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outside of these contexts as well; that is, we suggest that self-
esteem will require executive resources to shape responses to other
kinds of risks. The results of Study 1 support this hypothesis, in
that interpersonal risk spurred regulatory behavior in noninterper-
sonal domains (i.e., on self-reported goals and on risky decision
making). However, if these processes are truly global, nonrela-
tional risks should also trigger them. We tested this idea in Study4 by examining the effects of self-esteem on reactions to a threat
to academic competence.
Study 4
Evidence from prior research has suggested that self-esteem
plays a critical role in regulating responses to risk in domains
other than interpersonal ones. That is, when situational contexts
offer opportunities for reward that are coupled with risk, HSEs
tend to set aside risk in pursuit of positive outcomes, whereas
LSEs forgo potential rewards and protect themselves from
negative outcomes (Cavallo et al., 2009). Research examining
how self-esteem influences social comparison processes follow-
ing a failure experience (J. V. Wood, Giordano-Beech, Taylor,
Michela, & Gaus, 1994) illustrates this pattern. After experi-
encing a personal failure, comparing ones own performance to
others can be inherently risky. On the one hand, such compar-
isons might serve a beneficial self-regulatory function. They
might allow people to assess why they failed and thereby
suggest means of improvement (Festinger, 1954; Gibbons &
Buunk, 1999; Taylor & Lobel, 1989). On the other hand, doing
so is perilous because comparing oneself to others can highlight
ones shortcomings and have a detrimental impact on mood and
self-worth (Brickman & Bulman, 1977; Tesser, Millar, &
Moore, 1988). Thus, social comparisons in the face of failure
are likely useful for ultimate goal success (Carver & Scheier,
1998) but potentially costly in terms of protecting a positivesense of self. When presented with such a conflict between
goals to improve in an important domain and goals to protect
the ego, HSEs and LSEs tend to show differential preference for
risky social comparison information (Baumeister, Tice, & Hut-
ton, 1989; J. V. Wood et al., 1994) that we believe corresponds
to their responses to interpersonal risk observed in Studies 13.
When they fail, HSEs show a greater willingness to make
social comparisons than do LSEs, at least in contexts in which
such comparisons could inform further action (J. V. Wood et
al., 1994). Though making comparisons after failure carries the
risk that such comparisons may be unflattering, HSEs are
inclined to set aside these concerns when the information
gleaned from them will be beneficial (J. V. Wood et al., 1994).
In contrast, LSEs often avoid making such comparisons and
thereby protect themselves from further blows to their self-
evaluation while forgoing potential rewards (Baumeister et al.,
1989; J. V. Wood & Lockwood, 1999). We hypothesized that
this self-esteem difference in social comparison following
threat also results from executive-based regulatory processes.
That is, when people face conflict between the goal to protect their
self-esteem and the goal to obtain diagnostic information that
fosters improvement, we theorize that HSEs require executive
resources to set aside risks and pursue potential rewards. In con-
trast, LSEs relinquish opportunities for improvement and instead
use executive resources to pursue goals that will guard them from
risk. Thus, we theorize that when such resources are depleted or
disrupted, people will be unable to prioritize their preferred goal
and as such, self-esteem will have little bearing on responses to
failure.
In Study 4, we tested this hypothesis by having participants
complete a test that ostensibly assessed a skill that was central to
academic success. This test also served as a manipulation ofexecutive resources. In service of conceptual replication, in place
of the cognitive load manipulation from Studies 1 and 2, the task
instructions required participants to engage in an easy or difficult
act of self-control. Such acts require exertion of executive strength
and thereby deplete resources available for subsequent tasks (Mu-
raven & Baumeister, 2000). Although such processes are theoret-
ically distinct from cognitive load and working memory capacity,
we anticipated that taxing regulatory ability this way would have
similar implications for HSEs and LSEs regulatory responses to
situated goal conflict. Half of the participants received (false)
negative feedback about their performance after taking the test. We
then provided all participants with an opportunity to make social
comparisons.
To provide a context that would elicit an approach/avoidance
conflictoffering both risk and rewardour social comparison
context differed from those in most previous comparison studies.
Specifically, participants believed they would perform two tasks,
and their opportunity to make social comparisons fell between the
two tasks. That is, participants were told that the second task
would allow them the opportunity to use any social comparison
information they had garnered from the first task (cf. J. V. Wood
et al., 1994, 1999). In addition, the social comparison information
available to participants was more informative than that available
through most social comparison measures (J. V. Wood, 1996);
rather than learning merely others scores, participants could os-
tensibly learn others strategies for earning such scores.
We predicted that HSEs and LSEs would differ in their will-ingness to make social comparisons following failure only when
the test did not deplete executive resources. In this condition, we
predicted that HSEs would be more likely to compare themselves
to others after receiving failure feedback than LSEs would be. In
contrast, we predicted that receiving neutral feedback would be
unlikely to create situated goal conflict, and thus self-esteem
would not influence social comparison in this condition. We also
predicted that HSEs would be more willing to make social com-
parisons following failure relative to control participants, whereas
LSEs would be less willing to engage in these risky comparisons
following failure.
Moreover, we anticipated that these differences would be exac-
erbated by the relative degree of risk posed by high- and low-per-
formance social comparison targets. That is, we anticipated that
relative to control participants, HSEs who experienced failure
would be particularly willing to compare themselves to targets that
performed poorly, as this context would afford greater opportunity
to pursue self-improvement with minimal risk. Similarly, we an-
ticipated that LSEs who experienced failure (relative to control
LSEs) would be especially likely to avoid social comparisons with
high-performance targets. Comparing themselves to these targets
would entail heightened risk of experiencing further decrements in
their self-worth and thus afford LSEs greater opportunity to pursue
preferred self-protection goals. However, when participants re-
sources were depleted, we did not expect self-esteem to interact
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with failure feedback, as such resources are necessary for HSEs
and LSEs to implement the divergent regulatory strategies that
shape their social comparison behavior.
Method
Participants. One hundred fifty-four undergraduate partici-pants participated in the study in exchange for course credit. The
data from six participants who failed to complete the writing task
were eliminated automatically by our server, and two participants
denied us permission to use their data after being debriefed about
the deception used in the study, leaving 146 participants (103
female, 43 male; Mage 20.10, SD 1.57).
Procedure. Participants who volunteered for an online study
on cognitive performance were sent a web link that directed them
to the study. After first completing the Rosenberg (1965) self-
esteem scale ( .92), participants were presented with a task that
ostensibly measured verbal integration. In the introductory text
(adapted from Di Paula & Campbell, 2002), participants were told
that this construct was highly important for university students.
They read that those who score highly on the test tend to have
higher averages, are more likely to be successful in admission to
graduate school and in the job market and are generally successful
in academic and career endeavors. Participants were informed
that they would have 5 min to write a short story and that their
writing sample would be immediately transmitted to a secure
database and scored electronically on several metrics. They were
told that these metrics would then be standardized and presented to
them as a score ranging from 0 to 100, with higher scores indi-
cating greater verbal integration ability. After reading these in-
structions, participants proceeded to this task, which actually
served as the manipulation of executive resource depletion.
Participants in both conditions were given 6 min to write a story
about a recent trip they had taken. They were told that the storymay be fictional or based on true events but must be written from
the first-person perspective. In the depletion condition, participants
were instructed not to use the letters a or n anywhere in their story.
This restriction required participants in this condition to regulate
their writing, thereby consuming their executive resources. In the
no-depletion condition, participants were instructed not to use the
letters q or z in their story, a task that required less self-regulation
and thus was less taxing of their executive ability (Schmeichel,
2007; Schmeichel & Vohs, 2009).
After this writing task, participants were presented with their
verbal integration feedback, which was ostensibly derived from an
electronic analysis of their writing. In the failure-feedback condi-
tion, participants were presented with a score of 55 out of a
possible 100 points and were told this score reflected poor
performance on the integration task. Those in the no-feedback
condition were told that their score had been successfully com-
puted but would not be presented due to a computer error on the
remote server. As a manipulation check, participants were asked to
indicate how well they thought they had done on the verbal
integration task on a scale ranging from 1 ( very poor) to 7 (excel-
lent).
After viewing this feedback, participants were informed that
they would be able to take another verbal integration test later in
the session. They were told that to assist them in the subsequent
task, they would be given the opportunity to view strategies for
completing the task that were provided by prior participants.
Participants read that the researchers had identified four specific
prior participants whose feedback would be particularly useful.
These four prior participants served as targets of social compari-
son. Targets were mixed in terms of their own performance, with
two targets presented as having high scores (i.e., 85 and 88 out of
100) and two presented as having relatively low scores (i.e., 27 and32 out of 100).
After participants viewed summary information, they were
shown each targets strategies individually in a counterbalanced
order. Each of the four pages displayed the targets verbal inte-
gration score followed by a short paragraph describing the targets
advice for improvement. The strategies were of roughly equal
length for each target and were intentionally broad. For example,
one of the high-performance targets suggested that participants
watch the timer to make sure you dont run out of time, and one
of the low-performance targets suggested that participants pay
close attention to the instructions so that they did not inadver-
tently use the prohibited letters. Instructions atop each page in-
formed participants they could skip over any strategies they were
not interested in seeing. The computer recorded the amount of time
(in seconds) that participants spent viewing each strategy, and this
served as our behavioral dependent measure of social comparison.
We theorized that devoting time to reading and interpreting each
strategy would reflect a desire to use this information to improve
their verbal integration ability (for similar logic see Butler, 1992).
This measure can be classified as a looking measure of social
comparison, which is underutilized in social comparison research
(J. V. Wood, 1996). In this instance, this measure offers to par-
ticipants not only a choice of comparison target (high performance
vs. low performance) but whether to seek comparisons or avoid
them altogether. Thus, participants choices provide a behavioral
reflection of self-regulation in this approach/avoidance conflict.
Participants completed the same measures of positive ( .91)and negative ( .91) affect used in Study 2 and were then asked
to complete the verbal integration task again, this time writing
about a value that was important to them and having no restrictions
placed on the letters they were able to use. This task served not
only as a means to maintain the cover story but also as a self-
affirmation task that would offset any negative effects stemming
from our earlier feedback manipulation or from resource depletion
(Fein & Spencer, 1997; Schmeichel & Vohs, 2009). Participants
were then thanked and fully debriefed.
Results
To test our hypothesis that HSEs and LSEs would differ in their
desire to compare themselves to others after failure feedback, but
not after neutral feedback, and that these differences would emerge
only when executive resources were available, we used a data
analysis strategy similar to that employed in Study 2. The depen-
dent measures were regressed onto the dummy-coded main effects
of test feedback (0 neutral feedback, 1 failure feedback),
resource depletion (0 not depleted, 1 depleted), and centered
self-esteem scores on the first step of a hierarchical regression anal-
ysis. All two-way interactions were entered on the second step, and
the three-way interaction was entered on the third step. Again, all
simple effects were calculated at one standard deviation above and
below the mean of participants self-esteem scores.
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Manipulation check. Analysis of participants perceived per-
formance on the verbal integration task revealed that the manipu-
lations were effective. Results revealed a main effect of feedback
such that, as intended, participants in the failure feedback condi-
tion (M 3.29) believed they performed more poorly than did
those in the neutral feedback condition (M 3.99; .19),
t(142) 2.46, p .02. There was also a main effect of depletionsuch that those in the depletion condition (M 2.98) believed they
performed more poorly than did those in the no-depletion condi-
tion (M 4.30; .36), t(142) 4.70, p .001. This result
is indicative of the greater difficulty of the depleting task, which
required more response inhibition. Finally, there was a marginal
main effect of self-esteem ( .14), t(142) 1.91, p .06,
indicating that HSE participants were more assured of their verbal
integration ability than were LSEs. Importantly, there were no
significant interactions among these variables (all ps .50),
indicating that self-esteem did not moderate the effectiveness of
the experimental manipulations.
Mood. As in Study 2, one-way analyses of variance revealed
no significant differences in positive or negative affect as a func-tion of resource depletion or of failure feedback, all Fs(1, 145)
1, suggesting that mood was not a factor in this experiment.
Social comparison. Analysis of the mean time participants
spent viewing each target revealed that participants generally spent
more time examining the strategies of the high-performance tar-
gets (M 37.85, SD 21.37) than they did the strategies of the
low-performance targets (M 27.54, SD 48.59), F(1, 145)
6.02, p .02. However, this difference was not affected by either
of the experimental manipulations or by self-esteem (all ps
.13).2
Low-performance targets. We first examined if our exper-
imental manipulations and self-esteem influenced the time partic-
ipants spent examining low-performance targets. The coefficients
for the full regression model are presented in Table 6, and only the
relevant simple effects are discussed here. The predicted values
from this analysis are displayed in Table 7. The three-way inter-
action was marginally significant, yet examination of the simple
effects revealed support for our predictions. Similar to the case in
Studies 2 and 3, the Test Feedback Self-Esteem interaction was
significant among participants who were not cognitively depleted
( .42), t(139) 2.46, p .02, but did not emerge among
depleted participants (p .90), nor were any of the simple effects
significant in the depletion condition (all ps .68).
We decomposed the significant two-way interaction into both
the simple effects of self-esteem and the simple effects of threat.
As predicted, nondepleted HSEs who received failure feedback
spent more time viewing low-performance social comparison tar-gets than did nondepleted LSEs who received this feedback (
.57), t(138) 3.52, p .001. However, nondepleted HSEs and
LSEs spent equal time viewing the targets when they received
neutral feedback ( .02), t(138) 0.11, p .92. Nonde-
pleted HSEs who received failure feedback spent more time view-
ing the targets relative to nondepleted HSEs who received neutral
feedback ( .41), t(138) 2.49, p .01. In contrast, nonde-
pleted LSEs who received failure feedback spent less time viewing
the targets than did nondepleted LSEs who received neutral feed-
back ( .18), t(138) 1.07, p .29, although this effect was
not significant.
High-performance targets. Our examination of the time
participants spent viewing information about high-performance
targets again revealed a marginally significant three-way interac-
tion. As with the low-performance targets, exploration of the
simple effects revealed a significant Test Feedback Self-Esteem
two-way interaction among nondepleted participants ( .43),
t(139) 2.44, p .02. However, neither this interaction nor anyof the simple effects were significant for depleted participants (all
ps .46).
Decomposition of the significant two-way interaction revealed
that when participants were not depleted and received failure
feedback, HSEs devoted more time to making social comparisons
than did LSEs ( .44), t(138) 2.70, p .01, as we hypoth-
esized. However, this self-esteem difference did not emerge when
nondepleted participants received neutral feedback ( .15),
t(138) 0.83, p .41. As we expected, HSEs who were not
depleted spent more time examining targets after receiving failure
feedback than