As the baby boomers grow into older adulthood, the number of Americans aged 65+ rises 175% over the next twenty years when older adults will comprise ~20% of the population by the year 2030. As such, understanding the psychological and neural mechanisms supporting their emotional health and well-being is of the utmost importance. Happily, while cognitive abilities decline, older adults report more positive emotion in their daily lives and preferentially attend to and remember positive stimuli and events. Exactly why older adults exhibit these positivity biases is not yet clear, however. Among the possible reasons, how older adults regulate their emotion has been advanced as a potentially key factor in need of further investigation. Evidence suggests that older adults have chronically activated goals to regulate their emotion and effectively use strategies that influence the situations in which they place themselves, how they attend to them, and how their emotions manifest in overt behavior. However, one can't - and perhaps shouldn't - always try to avoid, modify, ignore or suppress expressive responses to the stressful health/mortality-related situations that become frequent in older age. Another regulatory option would be to use reappraisal, a cognitive strategy whereby changing one's interpretation of events changes one's emotional responses to them. Reappraisal is among the most effective and beneficial regulatory strategies for maintaining mental, physical and social health. Unfortunately, it isn't yet clear whether older adults are adept at using reappraisal, and what psychological and neural mechanisms determine their level of reappraisal skill. Of the few studies focusing on reappraisal in aging, some suggest impairment and others do not. Here we use fMRI to systematically examine whether, when and why older adults are effective at reappraisal. As such, this proposal responds directly to FOA PAR- 11-337's's call for applications that examine social, affective and cognitive behaviors of relevance to aging at the behavioral, psychological and neurobiological levels. Guided by a model of the neural systems supporting effective reappraisal in young adults, we will test hypotheses about the contexts where reappraisal ability could be impaired - or intact - in aging. We hypothesize that the extent to which an older adult can effectively reappraise depends on two kinds of factors, each a focus of one of our Specific Aims.
Under Aim 1 we will conduct two experiments examining the extent to which older adults ability to reappraise depends on specific cognitive processes involved in the reappraisal strategies/tactics that are deployed.
Under Aim 2 we will conduct two more experiments asking how older adults ability to reappraise depends on their goals to decrease or increase emotion, and whether their chronic regulatory goals lead them to effectively initiate regulation on their own. Together, these studies could have important implications for understanding both normal and abnormal emotional health in older age and foster development of interventions that enhance well- being and the ability to cope with the stress associated with the physical and cognitive decline of older age.
While growing evidence that older adults report more positive emotion has led to the suggestion that they are skilled emotion regulators, this hypothesis is only beginning to be tested directly. Using a combination of behavioral and functional imaging methods, this proposal aims to determine whether, when, and how older adults may be effective at using cognitive reappraisal, which is one of the most powerful and flexible emotion regulatory strategies. The ultimate goal is development of a multi-level model that can explain both normal and abnormal variation in emotion and its regulation across the lifespan, thereby providing a means for identifying individuals whose well-being is at risk and charting a course towards possible behavioral interventions.
|Silvers, Jennifer A; Hubbard, Alexa D; Chaudhury, Sadia et al. (2016) Suicide attempters with Borderline Personality Disorder show differential orbitofrontal and parietal recruitment when reflecting on aversive memories. J Psychiatr Res 81:71-8|
|Gilead, Michael; Boccagno, Chelsea; Silverman, Melanie et al. (2016) Self-regulation via neural simulation. Proc Natl Acad Sci U S A 113:10037-42|
|Martin, Rebecca E; Ochsner, Kevin N (2016) The Neuroscience of Emotion Regulation Development: Implications for Education. Curr Opin Behav Sci 10:142-148|
|Satpute, Ajay B; Nook, Erik C; Narayanan, Sandhya et al. (2016) Emotions in ""Black and White"" or Shades of Gray? How We Think About Emotion Shapes Our Perception and Neural Representation of Emotion. Psychol Sci 27:1428-1442|
|Reeck, Crystal; Ames, Daniel R; Ochsner, Kevin N (2016) The Social Regulation of Emotion: An Integrative, Cross-Disciplinary Model. Trends Cogn Sci 20:47-63|
|Silvers, Jennifer A; Hubbard, Alexa D; Biggs, Emily et al. (2016) Affective lability and difficulties with regulation are differentially associated with amygdala and prefrontal response in women with Borderline Personality Disorder. Psychiatry Res 254:74-82|
|DorÃ©, Bruce; Ort, Leonard; Braverman, Ofir et al. (2015) Sadness shifts to anxiety over time and distance from the national tragedy in Newtown, Connecticut. Psychol Sci 26:363-73|
|Zerubavel, Noam; Bearman, Peter S; Weber, Jochen et al. (2015) Neural mechanisms tracking popularity in real-world social networks. Proc Natl Acad Sci U S A 112:15072-7|
|Denny, Bryan T; Inhoff, Marika C; Zerubavel, Noam et al. (2015) Getting Over It: Long-Lasting Effects of Emotion Regulation on Amygdala Response. Psychol Sci 26:1377-88|
|Denny, Bryan T; Ochsner, Kevin N (2014) Behavioral effects of longitudinal training in cognitive reappraisal. Emotion 14:425-33|
Showing the most recent 10 out of 11 publications