People typically show excellent memory for information that is central to an emotional event but poorer memory for peripheral details. Not all studies demonstrate memory narrowing as a result of emotion, however. Critically important emotional information is sometimes forgotten; seemingly peripheral details are sometimes preserved. To make sense of both the general pattern of findings that emotion leads to memory narrowing, and findings that violate this pattern, this review addresses mechanisms through which emotion enhances and impairs memory. Divergent approaches to (...) characterising information as central versus peripheral are also addressed. By directly contrasting these approaches, and the evidence supporting them, this review helps to clarify when and how emotion enhances memory and provides directions for future research. Evidence shows that memory narrowing as a result of emotion, and a number of violations of the memory narrowing pattern, can be explained by the view that emotion enhances memory for information relevant to currently active goals. (shrink)

The broaden‐and‐build theory (CitationFredrickson, 1998, Citation2001) hypothesises that positive emotions broaden the scope of attention and thought‐action repertoires. Two experiments with 104 college students tested these hypotheses. In each, participants viewed a film that elicited (a) amusement, (b) contentment, (c) neutrality, (d) anger, or (e) anxiety. Scope of attention was assessed using a global‐local visual processing task (Experiment 1) and thought‐action repertoires were assessed using a Twenty Statements Test (Experiment 2). Compared to a neutral state, positive emotions broadened the scope (...) of attention in Experiment 1 and thought‐action repertoires in Experiment 2. In Experiment 2, negative emotions, relative to a neutral state, narrowed thought‐action repertoires. Implications for promoting emotional well‐being and physical health are discussed. (shrink)

Over twenty years of research have examined the cognitive consequences of positive affect states, and suggested that positive affect leads to a broadening of cognition (see review by Fredrickson, 2001). However, this research has primarily examined positive affect that is low in approach motivational intensity (e.g., contentment). More recently, we have systematically examined positive affect that varies in approach motivational intensity, and found that positive affect high in approach motivation (e.g., desire) narrows cognition, whereas positive affect low in approach motivation (...) broadens cognition (e.g., Gable & Harmon-Jones, Citation2008a; Harmon-Jones & Gable, 2009). In this article we will review past models and present a motivational dimension model of affect that expands understanding of how affective states influence attentional and cognitive breadth. We then review research that has varied the motivational intensity of positive and negative affect and found that affect of low motivational intensity broadens cognitive processes, whereas affect of high motivational intensity narrows cognitive processes. (shrink)

Experimental induction of sad mood states is a mainstay of laboratory research on affect and cognition, mood regulation, and mood disorders. Typically, the success of such mood manipulations is reported as a statistically significant pre- to post-induction change in the self-rated intensity of the target affect. The present commentary was motivated by an unexpected finding in one of our studies concerning the response rate to a well-validated sad mood induction. Using the customary statistical approach, we found a significant mean increase (...) in self-rated sadness intensity with a moderate effect size, verifying the “success” of the mood induction. However, that “success” masked that, between one-fifth and about one-third of our samples reported absolutely no sadness in response to the mood induction procedure. We consider implications of our experience for emotion research by commenting upon the typically overlooked phenomenon of nonresponse, suggesting changes in reporting practices regarding mood induction success, and outlining future directions to help scientists determine why some subjects do not respond to experimental mood induction. (shrink)