How individuals regulate emotions in the face of loss has important consequences for well-being and health, but we know little about which emotion regulation strategies are most effective for older adults for whom loss is ubiquitous. The present laboratory-based study examined effects of three emotion regulation strategies (i.e., detachment, positive reappraisal, or acceptance in response to film clips depicting loss) on subjective emotional experiences, physiology, and perceptions of emotion regulation success and motivation in healthy older adults (N ϭ 129, age range ϭ 64 -83). Results showed that, first, detachment decreased emotional experiences across the board; positive reappraisal decreased negative and increased positive emotional experiences; while acceptance did not alter emotional experiences. Second, detachment decreased physiological arousal (driven by increases in interbeat interval and decreases in respiration rate) whereas positive reappraisal and acceptance did not alter physiological arousal compared with "just watch" trials. Third, individuals felt most successful and willing to put forth their best effort when implementing acceptance, while they felt least successful and least willing to put forth their best effort for positive reappraisal. These findings illuminate longstanding discussions regarding how individuals can best regulate emotions in the face of loss. They show that older adults can regulate their emotional experiences and (to a lesser extent) their physiology with detachment numbing emotional experiences and decreasing physiological arousal; positive reappraisal brightening emotional experiences; and acceptance resulting in the highest perceptions of success and motivation. Thus, each emotion regulation strategy appears to be most effective in specific domains for older adults.

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Parent–child relationships are hotbeds of emotion and play a key role in mental health. The present proof-of-concept study examined facial expressions of emotion during adolescent–parent interactions and links with internalizing mental health symptoms. Neutral, negative, and positive facial expressions were objectively measured in 28 parent–adolescent dyads during three 10-min dyadic interactions. Internalizing mental health symptoms were measured using anxiety and depressive symptom questionnaires. Data were analyzed using actor–partner interdependence modeling. Results revealed that higher levels of (a) adolescents’ neutral facial expressions as well as (b) parents’ negative facial expressions were associated with higher levels of adolescents’ mental health symptoms. Findings did not support a robust link between (c) positive expressions and mental health symptoms. Together, these results demonstrate the utility of facial expressions of emotion during parent–child interactions as behavioral correlates of adolescents’ internalizing mental health symptoms, highlight the need for replication with larger samples, and suggest directions for future research.

When confronted with an emotion prototype (e.g., loss), individuals may experience not only target emotions (e.g., sadness), but also nontarget emotions (emotions that are atypical or incongruent with an emotion prototype; e.g., gratitude in response to loss). What are the cognitive correlates of nontarget emotions? Drawing from models of emotion generation, the present laboratory-based study examined associations between aspects of executive functioning (i.e., working memory, inhibition, verbal fluency) and the subjective experience of positive and negative nontarget emotions in response to sad and awe film clips in 129 healthy older adults. Findings showed that (a) lower working memory was associated with higher levels of positive and negative nontarget (but not target) emotions in response to sad and awe film clips. Moreover, (b) associations were specific to working memory and not found for other aspects of executive functioning. Associations were (c) robust when accounting for age, gender, education, target emotion and physiological arousal (except for negative nontarget emotions in response to the sad film clips). Finally, (d) findings were driven by awe, happiness, calm, and gratitude for the sad film clips and disgust, fear, sadness, compassion, happiness, love, and excitement for the awe film clips. Overall, these findings show a link between lower working memory function and elevated nontarget emotional experiences in late life. Directions for future research are discussed.

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