Springer Science and Business Media LLC

This project brought together the constructs of goal and emotion regulation as a way of understanding college students’ well-being, building on previous work that identified the ability to disengage in goal pursuit and to redirect energy toward alternative goals as an important contributor to well-being. In Study 1, we assessed the amount of variance in well-being accounted for by measures of goal management, adding to the regression measures of student stress and self-compassion, the latter defined as a healthy form of self-acceptance and characterized as a tendency to treat oneself kindly in the face of perceived inadequacy. In Study 2, the stress scale was replaced by measures of perceived need and availability of support. Across studies, although factors such as goal management, stress, and need for and availability of support were important predictors of well-being, self-compassion accounted for a significant amount of additional variance in well-being.

Previous findings on the relationship between positive mood and global processing are often based on visual matching tasks that involve a choice between global and local strategies. Preferences for global processing in positive mood, however, do not imply a reduced ability to process locally. The present experiment tested the assumption that positive affect increases flexibility in cognitive processing as indicated by the ability to overcome global precedence, and to respond rapidly to non-dominant (local) features when the task necessitates it. Consistent with expectations, participants responded significantly faster to local targets after positive compared to neutral and negative prime words. The typical precedence of global over local processing observed after neutral and negative prime words was reversed after positive prime words. Findings support the assumption that positive affect increases cognitive flexibility. Furthermore, findings suggest that mood-related preferences in global versus local processing cannot be generalized to processing ability.