The cognitive load resulting from stadium violence and its effect on attention accuracy among football referees.

Abstract

The current research aimed to investigate the impact of cognitive load resulting from stadium violence on the attentional precision of football referees, while determining the predictive power of this load in explaining the variance in attentional performance. The researcher adopted a descriptive approach (correlational and predictive) alongside a quasi-experimental method. The study was conducted on a sample of (59) elite-level referees (international and first-class) registered with the Libyan Football Federation for the (2025/2026) sports season, selected via a comprehensive census method to ensure the representation of those most exposed to high-pressure matches. Data were collected using robust instruments, including the NASA Task Load Index (NASA-TLX) and the Continuous Visual Attention Test (CVAT).
Findings revealed that referees suffer from high levels of dual cognitive load (intrinsic and extraneous). A strong and statistically significant inverse correlation of (-0.74) was found between cognitive load and attentional precision. Regression analysis results demonstrated a high predictive capacity for cognitive load, accounting for (54.9%) of the variance in attentional deficiency. Furthermore, significant differences in cognitive efficiency were observed in favor of referees with lower cognitive loads. The study concludes that stadium violence acts as "cognitive noise," leading to partial attentional blindness and instantaneous cognitive burnout. This transforms the referee from a technical decision-maker into a defensive consumer of limited mental resources. Consequently, the research emphasizes the necessity of adopting mental isolation strategies and psycho-cognitive training programs to safeguard the referee's cognitive integrity and ensure officiating justice under field pressures.