2011
DOI: 10.1016/j.beth.2010.09.002
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Intolerance of Uncertainty and Decisions About Delayed, Probabilistic Rewards

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Cited by 166 publications
(170 citation statements)
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References 38 publications
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“…The manipulations have included tasks such as overt behavioral assessments, a typing task, bead selection tasks, and a cold pressor task. The results have indicated people with higher IU 1) prefer immediately available rewards, even when they are less probable or less valuable (Luhmann, Ishida, & Hajcak, 2011); 2) are less confident about high risk decisions, but also less likely to change their decisions despite receiving new information (Jensen, Kind, Morrison, & Heimberg, 2014); 3) are more likely to seek additional information to increase certainty in nonclinical samples (Jacoby et al, 2014;Jacoby, Abramowitz, Reuman, & Blakey, this issue;Ladouceur, Talbot, & Dugas, 1997;Rosen & Knäuper, 2009), though not consistently in clinical samples (Sternheim, Startup, & Schmidt, 2011); 4) are more likely to increase certainty by behaving, reacting, or deciding more slowly in clinical (Jacoby et al, 2014) and nonclinical samples (Jacoby et al, 2014;Jacoby et al, this issue;Thibodeau et al, 2013); and 5) are more likely to be distressed by uncertainty in clinical (Jacoby et al, 2014) and nonclinical samples (Jacoby et al, this issue). Taken together, these experimental results suggest that manipulating uncertainty may adversely impact behaviors and decision-making, even with relatively low levels of perceived threat.…”
Section: What Is Known?mentioning
confidence: 89%
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“…The manipulations have included tasks such as overt behavioral assessments, a typing task, bead selection tasks, and a cold pressor task. The results have indicated people with higher IU 1) prefer immediately available rewards, even when they are less probable or less valuable (Luhmann, Ishida, & Hajcak, 2011); 2) are less confident about high risk decisions, but also less likely to change their decisions despite receiving new information (Jensen, Kind, Morrison, & Heimberg, 2014); 3) are more likely to seek additional information to increase certainty in nonclinical samples (Jacoby et al, 2014;Jacoby, Abramowitz, Reuman, & Blakey, this issue;Ladouceur, Talbot, & Dugas, 1997;Rosen & Knäuper, 2009), though not consistently in clinical samples (Sternheim, Startup, & Schmidt, 2011); 4) are more likely to increase certainty by behaving, reacting, or deciding more slowly in clinical (Jacoby et al, 2014) and nonclinical samples (Jacoby et al, 2014;Jacoby et al, this issue;Thibodeau et al, 2013); and 5) are more likely to be distressed by uncertainty in clinical (Jacoby et al, 2014) and nonclinical samples (Jacoby et al, this issue). Taken together, these experimental results suggest that manipulating uncertainty may adversely impact behaviors and decision-making, even with relatively low levels of perceived threat.…”
Section: What Is Known?mentioning
confidence: 89%
“…To advance our understanding of the associations between the latent IU construct and a broad range of behaviors, researchers should investigate behaviors characterized by higher-order processes (e.g., probability-based decisionmaking) as well as common daily behaviors (e.g., public speaking). Researchers should address whether behaviors are driven by uncertainty itself or by the emotional consequences associated with uncertainty (Luhmann et al, 2011), as well as understanding the compounding influence of anticipated reinforcers (e.g., threat, reward). Moreover, a variety of experimental studies should be designed to elucidate whether uncertainty and the latent IU construct are associated with WHAT UNCERTAINTIES REMAIN?…”
Section: What Is Unknown?mentioning
confidence: 99%
“…Strong empirical findings link high IU (and high IA to a lesser extent) with affective, cognitive, and behavioral outcomes such as clinically-significant anxiety and depression, increased stress, maladaptive coping, lower quality of life, avoidance of novel situations, information processing and recall biases (favoring absolutists interpretations and recall of uncertainty-marked information), diminished behavioral performance, and impulsive decisionmaking (Birrell, Meares, Wilkinson, & Freeston, 2011;Dugas et al, 2005;Erez & Nouri, 2010;Kornilova & Kornilov, 2010;Luhmann, Ishida, & Hajcak, 2011;Rosen et al, 2014). Some studies have also shown that a high tolerance for uncertainty is associated with greater creativity (Kornilova & Kornilov, 2010;Erez & Nouri, 2010).…”
Section: Responses Within the Uncertain Statementioning
confidence: 99%
“…IU may also lead people to behave in ways that reduce the time spent in uncertainty, which they find difficult. Luhmann et al (2011) found that those with higher IU were 5 more likely to repeatedly choose smaller and fewer probable awards if they were immediately made aware of the outcome, than larger and more probable rewards that would require a longer period of uncertainty before outcomes.…”
Section: Introductionmentioning
confidence: 99%
“…Although IU is thought to be associated with particular cognitive, affective, and behavioral responses to uncertain situations (Dugas, Schwartz, & Francis, 2004), few studies have explored specific behaviors in relation to IU or its two subfactors (Luhmann, Ishida, Hajcak, 2011;Thibodeau et al, 2013). There is some evidence that IU shapes people's behavior.…”
Section: Introductionmentioning
confidence: 99%