The Tell-Tale Heart: Self-Esteem and Physiological Responses to Social Risk

Risky social situations afford the chance to obtain social rewards like acceptance and belonging but also afford the chance of suffering social costs like rejection and social pain. Extant research indicates that social risk triggers approach motivations in higher self-esteem individuals (HSEs) but...

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Main Author: Huang, Eric
Other Authors: Stinson, Danu
Language:English
en
Published: 2013
Subjects:
Online Access:http://hdl.handle.net/1828/4898
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spelling ndltd-uvic.ca-oai-dspace.library.uvic.ca-1828-48982015-01-29T16:52:24Z The Tell-Tale Heart: Self-Esteem and Physiological Responses to Social Risk Huang, Eric Stinson, Danu rewards costs social pain challenge threat behavior activation inhibition heart rate reactivity sociometer acceptance rejection belonging motivation self-regulation Risky social situations afford the chance to obtain social rewards like acceptance and belonging but also afford the chance of suffering social costs like rejection and social pain. Extant research indicates that social risk triggers approach motivations in higher self-esteem individuals (HSEs) but produces avoidance motivations in lower self-esteem individuals (LSEs; e.g., Stinson et al., 2010). However, no research has investigated the mechanisms that explain this effect: Why does social risk polarize HSEs’ and LSEs’ social motivations? I propose that self-esteem and social risk interact to activate two primal regulatory systems: the challenge-threat evaluation system and the Behavioral Activation-Inhibition Systems. I test this hypothesis by examining whether self-esteem and social risk interact to predict physiological responses consistent with these primal regulatory systems. Participants experienced either a low or high risk social situation, and heart rate reactivity was measured throughout the studies. Across two experiments, for HSEs (i.e., participants scoring one standard deviation above the sample mean), higher social risk increased heart rate reactivity, suggesting activation of challenge appraisals and the behavior activation system. For LSEs (i.e., participants scoring one standard deviation below the sample mean), higher social risk decreased heart rate reactivity, suggesting activation of threat appraisals and the behavior inhibition system. My research provides evidence that the social regulatory function of self-esteem may have developed from more primal regulatory systems, an observation that increases the comprehensiveness of current self-esteem theories. Graduate 0451 0989 0621 huange@uvic.ca 2013-09-03T20:10:43Z 2014-08-10T11:22:05Z 2013 2013-09-03 Thesis http://hdl.handle.net/1828/4898 English en Available to the World Wide Web
collection NDLTD
language English
en
sources NDLTD
topic rewards
costs
social pain
challenge
threat
behavior
activation
inhibition
heart rate
reactivity
sociometer
acceptance
rejection
belonging
motivation
self-regulation
spellingShingle rewards
costs
social pain
challenge
threat
behavior
activation
inhibition
heart rate
reactivity
sociometer
acceptance
rejection
belonging
motivation
self-regulation
Huang, Eric
The Tell-Tale Heart: Self-Esteem and Physiological Responses to Social Risk
description Risky social situations afford the chance to obtain social rewards like acceptance and belonging but also afford the chance of suffering social costs like rejection and social pain. Extant research indicates that social risk triggers approach motivations in higher self-esteem individuals (HSEs) but produces avoidance motivations in lower self-esteem individuals (LSEs; e.g., Stinson et al., 2010). However, no research has investigated the mechanisms that explain this effect: Why does social risk polarize HSEs’ and LSEs’ social motivations? I propose that self-esteem and social risk interact to activate two primal regulatory systems: the challenge-threat evaluation system and the Behavioral Activation-Inhibition Systems. I test this hypothesis by examining whether self-esteem and social risk interact to predict physiological responses consistent with these primal regulatory systems. Participants experienced either a low or high risk social situation, and heart rate reactivity was measured throughout the studies. Across two experiments, for HSEs (i.e., participants scoring one standard deviation above the sample mean), higher social risk increased heart rate reactivity, suggesting activation of challenge appraisals and the behavior activation system. For LSEs (i.e., participants scoring one standard deviation below the sample mean), higher social risk decreased heart rate reactivity, suggesting activation of threat appraisals and the behavior inhibition system. My research provides evidence that the social regulatory function of self-esteem may have developed from more primal regulatory systems, an observation that increases the comprehensiveness of current self-esteem theories. === Graduate === 0451 === 0989 === 0621 === huange@uvic.ca
author2 Stinson, Danu
author_facet Stinson, Danu
Huang, Eric
author Huang, Eric
author_sort Huang, Eric
title The Tell-Tale Heart: Self-Esteem and Physiological Responses to Social Risk
title_short The Tell-Tale Heart: Self-Esteem and Physiological Responses to Social Risk
title_full The Tell-Tale Heart: Self-Esteem and Physiological Responses to Social Risk
title_fullStr The Tell-Tale Heart: Self-Esteem and Physiological Responses to Social Risk
title_full_unstemmed The Tell-Tale Heart: Self-Esteem and Physiological Responses to Social Risk
title_sort tell-tale heart: self-esteem and physiological responses to social risk
publishDate 2013
url http://hdl.handle.net/1828/4898
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