Strategic Management & Leadership
Distinguishing Mood and Emotion: Implications for High-Performance Regulation
External / Open Access
Abstract
Distinguishing mood from emotion has long posed challenges for psychology, with persistent definitional ambiguity limiting both theoretical precision and applied effectiveness. Our early work, identified duration and cause attribution as the most reliable markers differentiating short-lived, event-linked emotions from more diffuse, enduring moods. Researchers further advanced understanding by conceptualising emotions as feedback signals that support learning and adaptation, while the 4Rs model translated these insights into applied practice by embedding cause attribution within affect regulation. This paper integrates these conceptual, functional, and applied perspectives to demonstrate why accurate classification of affective states is a functional necessity in high-performance contexts. I propose that misclassifying moods and emotions may contribute to inefficient deployment of self-regulatory resources, whereas distinguishing states based on cause attribution may support more targeted and efficient regulation. Drawing on examples from sport, healthcare, performing arts, military operations, and corporate leadership, this paper synthesizes existing work to highlight the practical implications of the mood–emotion distinction for applied psychology.
Full Title
Distinguishing Mood and Emotion: Implications for High-Performance Regulation
Primary Author
Andrew M. Lane
Publication Type
Journal Article
Year
2026
Journal
Brain Sciences
Volume / Issue
Vol. 16, No. 2
Pages
231
Category
Strategic Management & Leadership
Institution
External / Open Access
Access
Open Access
Added to Library
March 24, 2026
Cite This Publication
APA
Andrew M. Lane (2026). Distinguishing Mood and Emotion: Implications for High-Performance Regulation. *Brain Sciences*, 16(2), 231.
MLA
Andrew M. Lane. "Distinguishing Mood and Emotion: Implications for High-Performance Regulation." *Brain Sciences*, vol. 16, no. 2, 2026, pp. 231.
DOI
https://doi.org/10.3390/brainsci16020231