Socioemotional selectivity theory

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Socioemotional selectivity theory (SST; developed by Stanford psychologist Laura L. Carstensen) is a life-span theory of motivation. The theory maintains that as time horizons shrink, as they typically do with age, people become increasingly selective, investing greater resources in emotionally meaningful goals and activities. According to the theory, motivational shifts also influence cognitive processing. Aging is associated with a relative preference for positive over negative information in attention and memory (called the "positivity effect").

Overview[edit]

Because they place a high value on emotional satisfaction, older adults often spend more time with familiar individuals with whom they have had rewarding relationships.[1] This selective narrowing of social interaction maximizes positive emotional experiences and minimizes emotional risks as individuals become older. According to this theory, older adults systematically hone their social networks so that available social partners satisfy their emotional needs.[1]

The theory also focuses on the types of goals that individuals are motivated to achieve. Knowledge-related goals aim at knowledge acquisition, career planning, the development of new social relationships and other endeavors that will pay off in the future. Emotion-related goals are aimed at emotion regulation, the pursuit of emotionally gratifying interactions with social partners and other pursuits whose benefits can be realized in the present.

When people perceive their future as open ended, they tend to focus on future-oriented and development- or knowledge-related goals, but when they feel that time is running out and the opportunity to reap rewards from future-oriented goals' realization is dwindling, their focus tends to shift towards present-oriented and emotion- or pleasure-related goals.[1] Research on this theory often compares age groups (e.g., young adulthood vs. old adulthood), but the shift in goal priorities is a gradual process that begins in early adulthood. Importantly, the theory contends that the cause of these goal shifts is not age itself, i.e., not the passage of time itself, but rather an age-associated shift in time perspective.[1]

This justified shift in perspective is the rational equivalent of the psychological perceptual disorder known as "foreshortened future," in which an individual, usually a young and physically healthy individual, unreasonably believes (either consciously or unconsciously) that his/her time horizons are more limited than they actually are, with the effect that the individual undervalues long-term goals and long-run pleasure and instead disproportionately pursues short-term goals and pleasure, thereby diverting resources from investment for the future and often even actively reducing his/her long-term prospects.

Cross-cultural incidence[edit]

Researchers have found that across diverse samples – ranging from Norwegians to Catholic nuns to African-Americans to Chinese Americans[clarification needed] to European-Americans – older adults report better control of their emotions and fewer negative emotions than do younger adults.[1] At the same time, culture seems to color how aging-related effects impact one's emotional life: Whereas older Americans were shown to de-emphasize negative experiences more than younger Americans, no such effect has been observed in Japan. Instead, older Japanese were shown to assign a greater value to positive aspects of otherwise negative experiences than younger Japanese, whereas no such effect has been observed in the U.S.[2]

Positivity effect in older adults[edit]

In perception[edit]

Studies have found that older adults are more likely than younger adults to pay attention to positive than negative stimuli (as assessed by the dot-probe paradigm and eye-tracking methods). However, the effect also differs across cultures. For example, Hong Kong Chinese looked away from happy stimuli and more towards fearful stimuli,[3] and the difference in attention pattern was related to differences in self-construal.[4]

In recall[edit]

The term positivity effect also refers to age differences in emotional attention and memory. As people get older, they experience fewer negative emotions and they tend to look to the past in a positive light.[5] In addition, compared with younger adults' memories, older adults' memories are more likely to consist of positive than negative information and more likely to be distorted in a positive direction. This version of the positivity effect was coined by Laura L. Carstensen's research team.[6] There is a debate about the cross-cultural generalizability of the aging-related positivity effect, with some evidence for different types of emotional processing among Americans as compared to Japanese.[7]

Hypothesized causes[edit]

One theory of the positivity effect in older adults' memories is that it is produced by cognitive control mechanisms that improve and decrease negative information due to older adults' greater focus on emotional regulation.[5] Research shows an age-related reversal in the valence of information processed within the medial prefrontal cortex (MPFC). In younger adults, more MPFC activity was found in the presence of negative stimuli compared to positive stimuli whereas in older adults this was reversed.[citation needed]

However, the positivity effect may be different for stimuli processed automatically (pictures) and stimuli processed in a more controlled manner (words). Compared to words, pictures tend to be processed more rapidly and they engage emotion processing centres earlier. Automatic stimuli are processed in the amygdala and dorsal MPFC, whereas controlled stimuli are processed in the temporal pole and ventral MPFC. Compared to younger adults, older adults showed less amygdala activation and more MPFC activation for negative than positive pictures. Increased motivation to regulate emotion leads older adults to actively engage the mPFC differently from younger adults, which in turn yields diverging amygdala activation patterns.[8] The opposite pattern was observed for words. Although older adults showed a positivity effect in memory for words, they did not display one for pictures. Thus, the positivity effect may arise from ageing differences in MPFC use during encoding.[9]

See also[edit]

References[edit]

  1. ^ a b c d e Santrock, J.W. (2008). A Topical Approach to Life-Span Development. New York, NY: McGraw-Hill.[page needed]
  2. ^ Grossmann, Igor; Karasawa, Mayumi; Kan, Chiemi; Kitayama, Shinobu (2014). "A cultural perspective on emotional experiences across the life span". Emotion. 14 (4): 679. PMID 24749641. doi:10.1037/a0036041. 
  3. ^ Fung, H. H.; Lu, A. Y.; Goren, D.; Isaacowitz, D. M.; Wadlinger; Wilson, H. R. (2008). "Age-related positivity enhancement is not universal: older Chinese look away from positive stimuli". Psychology and Aging. 23 (2): 440–6. PMID 18573017. doi:10.1037/0882-7974.23.2.440. 
  4. ^ Fung, H. H.; Isaacowitz, D. M.; Lu, A. Y.; Li, T. (2010). "Interdependent self-construal moderates the age-related negativity reduction effect in memory and visual attention". Psychology and Aging. 25 (2): 321–9. PMID 20545417. doi:10.1037/a0019079. 
  5. ^ a b Mather & Carstensen 2005.
  6. ^ Carstensen, L. L. (2006). "The Influence of a Sense of Time on Human Development". Science. 312 (5782): 1913–1915. PMC 2790864Freely accessible. PMID 16809530. doi:10.1126/science.1127488. 
  7. ^ Grossmann, I; Karasawa, M; Kan, C; Kitayama, S (2014). "A cultural perspective on emotional experiences across the life span". Emotion. 14 (4): 679–92. PMID 24749641. doi:10.1037/a0036041. 
  8. ^ St. Jacques, P; Dolcos, F; Cabeza, R (2010). "Effects of aging on functional connectivity of the amygdala during negative evaluation: A network analysis of fMRI data". Neurobiology of Aging. 31 (2): 315–327. PMC 3541693Freely accessible. PMID 18455837. doi:10.1016/j.neurobiolaging.2008.03.012. 
  9. ^ Leclerc, C.; Kensinger, E. (2011). "Neural processing of emotional pictures and words: A comparison of young and older adults". Developmental Neuropsychology. 36 (4): 519–538. PMID 21516546. doi:10.1080/87565641.2010.549864. 

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