The moderating role of athletic mental energy in the relationship between pessimism and burnout among athletes competing in university sports competitions

Recent findings in sports psychology have shed light on the complex interplay between cognitive mindsets and psychological fatigue among competitive student-athletes. A comprehensive study recently published in Frontiers in Psychology investigated the moderating effects of athletic mental energy on the relationship between pessimism and athlete burnout. Conducted among track and field competitors at the Turkish University Athletics Championships, the research underscores how specific psychological resources can buffer athletes against the debilitating effects of negative thinking and chronic performance pressure.

Background and Event Chronology

The empirical investigation took place against the backdrop of the Turkish University Athletics Championships, a premier national collegiate sporting event organized annually by the Turkish University Sports Federation (TUSF). The data collection window spanned May 16 to May 18, 2025, capturing athletes actively engaged in high-stakes competition at the national collegiate level.

To understand the catalysts of burnout in collegiate sports, researchers note that student-athletes frequently navigate rigorous dual demands: maintaining academic rigor while enduring punishing, high-intensity training schedules. When persistent stress outpaces recovery, athletes face elevated risks of physical and emotional exhaustion, sport devaluation, and a diminished sense of personal accomplishment—the classic triad of athlete burnout. Within this high-pressure environment, psychological traits such as optimism and pessimism dictate how competitors appraise failure and regulate their emotions. While optimism acts as a protective shield, pessimism often initiates a cycle of disengagement, heightened anxiety, and vulnerability to burnout.

Methodology and Participant Demographics

The study employed a quantitative correlational research design, focusing on a cohort of student-athletes recruited via convenience sampling from 38 participating universities. Out of an initial pool of 311 attendees, data from 235 eligible track and field athletes (85 female, 150 male) aged 18 to 28 years (mean age 20.96) were finalized for statistical evaluation after rigorous screening for outliers and missing values.

Participants completed a comprehensive battery of validated assessment tools administered face-to-face in the arena stands. These instruments included a researcher-developed Personal Information Form, the Athletic Mental Energy Scale (AMES), the Athlete Pessimism Scale (APS), and the Athlete Burnout Questionnaire (ABQ). The cohort represented diverse athletic disciplines: 65.1% competed in running events, 19.1% in jumping events, and 15.7% in throwing events. Furthermore, the participants exhibited substantial competitive pedigree, with a mean sporting experience of 8.20 years. Notably, 31.1% had previously represented the national team, 43.8% boasted national-level competitive achievements, and 24.3% had attained international success.

Key Empirical Findings and Moderation Analysis

Data analysis via Pearson’s correlation and Hayes’ PROCESS macro revealed critical insights into the dynamics connecting pessimism, mental energy, and burnout. As hypothesized, pessimism demonstrated a significant positive association with athlete burnout ($r = 0.334, p < 0.01$), confirming that negative cognitive appraisals of past performance exacerbate feelings of exhaustion and detachment.

Conversely, specific dimensions of athletic mental energy—specifically vigor ($r = -0.171, p < 0.01$) and motivation ($r = -0.159, p < 0.05$)—exhibited significant negative associations with burnout. The core revelation of the study, however, lay in its moderation models. Total athletic mental energy acted as a significant negative moderator ($beta = -0.940, Delta R^2 = 0.018, p < 0.05$), proving that the positive relationship between pessimism and burnout weakens as an athlete’s overall mental energy increases.

A deeper examination of the subdimensions revealed that confidence ($beta = -1.002, Delta R^2 = 0.029, p < 0.05$), tirelessness ($beta = -0.914, Delta R^2 = 0.031, p < 0.01$), and concentration ($beta = -1.096, Delta R^2 = 0.039, p < 0.01$) exerted profound buffering effects. Simple slope analyses confirmed that when these specific psychological resources were high, the detrimental impact of pessimism on burnout was substantially mitigated. Interestingly, dimensions such as vigor, motivation, and calmness did not demonstrate statistically significant moderating effects, suggesting that cognitive clarity, sustained effort endurance, and self-belief play more dominant protective roles under severe psychological friction.

Institutional Implications and Expert Perspectives

The implications of these findings extend far beyond the athletics track, offering actionable frameworks for sports federations, collegiate athletic departments, and coaching staff. Sports psychologists emphasize that managing athlete burnout cannot rely solely on physical load monitoring or reducing training intensity. Instead, interventions must adopt a holistic approach that actively cultivates psychological resources.

Coaches and performance specialists are encouraged to design training environments that foster positive cognitive restructuring, helping athletes reframe failure and reduce catastrophic pessimistic thinking. By integrating targeted psychological skills training (PST) focused on sharpening concentration, reinforcing self-efficacy, and building mental endurance, practitioners can equip student-athletes with the resilience required to withstand competitive pressures.

Broad Impact and Future Directions

While the study offers valuable contributions to sports science, authors and independent reviewers have highlighted several methodological boundaries that must guide future research. Because the study utilized a cross-sectional design, causal inferences cannot be definitively drawn. Longitudinal studies and experimental intervention trials are necessary to track how athletic mental energy fluctuates over a competitive season and whether targeted mental training can permanently alter burnout trajectories.

Additionally, because the sample was drawn from university competitors—many of whom balance dual identities as students and amateur athletes—generalizing these findings to elite professional circuits or younger adolescent populations requires caution. Future inquiries are encouraged to incorporate broader demographic controls and explore environmental factors such as coach-athlete relationships, social support networks, and academic stressors.

Ultimately, the research emphasizes that safeguarding athletes against burnout requires dismantling cognitive risk factors like pessimism while actively reinforcing mental energy. By viewing mental energy as a dynamic psychological reservoir rather than a fixed trait, sports organizations can better protect the long-term well-being and sustainable performance of competitors at all levels.