تاثیر سیستم‌های مغزی- رفتاری بر رفتار‌های تخریبگرانه تماشاگران فوتبال: نقش میانجیگر نوع عاطفه

هدف: رفتار‌های وندالیتی(تخریبگرانه) تماشاگران فوتبال به عنوان چالشی مهم در حوزه روانشناسی ورزش و رفتار جمعی، نیازمند بررسی عوامل روان‌شناختی و عصب شناختی موثر است. این پژوهش با هدف بررسی تاثیر سیستم‌های مغزی – رفتاری بر رفتار‌های وندالیتی و نقش میانجی نوع عاطفه (مثبت/منفی) انجام شد. مواد و روش ها: این مطالعه از نوع تحلیل مسیر بود که با استفاده از پرسشنامه‌های استاندارد شامل مقیاس عاطفه مثبت و منفی(panas)، پرسشنامه تخریبگرایی (وندالیسم)، و پرسشنامه شخصیتی گری-ویلسون انجام شد. جامعه آماری شامل تماشاگران فوتبال بود و داده‌ها با نرمافزار sasjmp-18 و روش تحلیل مسیر (مدل معادلات ساختاری) بررسی شدند. یافته‌ها: عاطفه منفی رابطه مثبت و معناداری با رفتار‌های تخریبگرانه داشت. عاطفه مثبت تاثیر معناداری بر رفتار‌های تخریبگرانه نشان نداد. اجتناب فعال با میانجیگری عاطفه منفی، رابطه معکوس و معناداری با رفتار‌های تخریبگرانه داشت. جنگ با میانجیگری عاطفه منفی، رابطه مثبت و معناداری با رفتار‌های تخریبگرانه نشان داد. عاطفه مثبت به عنوان میانجی در هیچیک از مسیر‌ها تاثیر معناداری نداشت. نتیجه‌گیری: عاطفه منفی نقش کلیدی در تبدیل راهبرد‌های سیستم‌های مغزی-رفتاری (به ویژه اجتناب فعال و جنگ) به رفتار‌های تخریبگرانه ایفا می‌کند، در حالی که عاطفه مثبت در این زمینه تاثیری ندارد. این یافته‌ها بر اهمیت مدیریت عاطفه منفی و تقویت راهبرد‌های مقابله‌ای سازگارانه برای کاهش رفتار‌های وندالیتی تاکید می‌کنند. پیشنهاد می‌شود مطالعه‌های آینده متغیر‌های تعدیل‌کننده دیگری مانند شدت عاطفه و زمینه‌های فرهنگی را نیز بررسی کنند.

effect of brain-behavioral systems on destructive behaviors of football spectators: the mediating role of emotion type

background and objectivefootball stadiums worldwide regularly witness destructive spectator behaviors ranging from minor vandalism to full-scale riots, presenting complex challenges for sports psychologists, event organizers, and law enforcement agencies. these aggressive outbursts not only compromise public safety but also incur substantial economic costs through property damage, legal liabilities, and increased security expenditures. while traditional explanations have focused on situational factors such as alcohol consumption, crowd density, and rivalry intensity, contemporary research increasingly recognizes the fundamental role of individual neuropsychological processes in shaping collective violence.this study anchors itself in gray's seminal reinforcement sensitivity theory (rst), which postulates three primary brain-behavioral systems governing human responses to environmental stimuli. the behavioral activation system (bas) drives approach behaviors in pursuit of rewards, potentially manifesting in excessive celebrations that escalate into property damage. the behavioral inhibition system (bis) mediates responses to conflicting stimuli, creating anxiety that may translate into defensive aggression. the fight-flight-freeze system (fffs) orchestrates primal reactions to immediate threats, often triggering violent confrontations. crucially, these neurobiological systems interact dynamically with emotional states, creating a complex web of influences on spectator conduct.the current investigation extends previous research by examining iranian football culture, where uniquely intense emotional investment in local clubs creates a potent laboratory for studying these phenomena. by employing an integrative model that combines neuropsychological theory with affective science, the study seeks to accomplish three primary objectives: first, to quantify the relative contributions of different brain-behavioral systems to destructive behaviors; second, to determine how positive and negative emotional states mediate these relationships; and third, to derive practical interventions that could mitigate stadium violence at both individual and collective levels. the research particularly focuses on the understudied role of emotion regulation as a potential buffer against the translation of neurobiological predispositions into actual destructive acts.materials and methodsthe research employed a rigorous path analysis methodology through structural equation modeling (sem), allowing for simultaneous examination of multiple direct and indirect relationships among latent constructs. participants comprised 159 actively engaged spectators drawn from the volatile environment of tehran's azadi stadium, home to iran's most passionate football rivalries. the sampling strategy employed a stratified quota approach to ensure representation across key demographic variables including age, gender, and seating zones, while also accounting for fan affiliation with major rival clubs.measurement instruments were carefully selected for their psychometric properties and cultural appropriateness. the positive and negative affect schedule (panas) captured transient emotional states with its well-validated 20-item structure, demonstrating excellent reliability in this context (cronbach's α = 0.88 for positive affect, 0.87 for negative affect). the vandalism questionnaire, adapted for iranian cultural contexts, assessed a spectrum of destructive tendencies through 10 behaviorally anchored items. most crucially, the gray-wilson personality questionnaire provided comprehensive operationalization of the three brain-behavioral systems, with particular attention to their behavioral manifestations in high-arousal environments.data collection occurred during high-stakes matches to maximize ecological validity, with trained researchers administering questionnaires during pre-match periods to establish baseline states. sophisticated analytical procedures using sasjmp-18 software incorporated confirmatory factor analysis to verify measurement models, followed by full structural equation modeling to test the hypothesized pathways.findingsthe study yielded nuanced insights into the psychoneurological underpinnings of spectator violence, with negative affect emerging as the dominant mediator between brain-behavioral systems and destructive actions. path coefficients revealed a particularly strong relationship between negative emotional states and subsequent destructive behaviors. this relationship proved most pronounced among spectators scoring high on fffs sensitivity, where negative affect amplified fight responses to perceived threats or provocations.the behavioral inhibition system demonstrated more complex effects, with its active avoidance component showing a significant inverse relationship with destructive behaviors when mediated through reduced negative affect. this suggests that certain neuropsychological profiles may actually confer protection against crowd violence through enhanced emotional regulation capabilities. conversely, the behavioral activation system's expected link to celebratory violence failed to materialize significantly, challenging conventional assumptions about reward-seeking behavior's role in stadium disorder.perhaps most surprisingly, positive affect states showed negligible mediating effects across all pathways, remaining statistically insignificant despite theoretical expectations. this null finding implies that the emotional dynamics of spectator violence may operate differently than everyday aggression, with negative emotions playing a disproportionately influential role. the study also uncovered important interaction effects, particularly how situational factors like match outcome and referee decisions moderated the strength of the observed relationships. these findings collectively paint a picture of football violence as primarily driven by threat perception systems rather than reward-seeking mechanisms, with emotional states serving as the critical conduit between neurobiological predispositions and behavioral outcomes.conclusionthis comprehensive investigation advances our understanding of football spectator violence by establishing negative affect as the pivotal psychological mechanism through which brain-behavioral systems translate into destructive actions. the research makes several important theoretical contributions, most notably by demonstrating the conditional nature of gray's reinforcement sensitivity theory in high-arousal collective settings. the findings suggest that traditional models of aggression may require modification when applied to sports environments, where threat perception systems appear to dominate over reward-seeking drives.from a practical standpoint, the study offers concrete recommendations for violence prevention strategies. emotion-regulation training programs targeting high-risk spectators could disrupt the negative affect mediation pathway, while stadium design modifications might reduce environmental triggers for fffs activation. security policies informed by these findings could shift from purely reactive measures to proactive interventions that address the neuropsychological roots of spectator violence. the research also highlights the potential benefits of early identification systems that flag at-risk individuals based on their brain-behavioral profiles and emotional regulation capacities.while the study's focus on iranian football culture presents certain limitations regarding generalizability, it simultaneously provides a valuable case study of how these dynamics operate in particularly volatile settings. future research directions should incorporate cross-cultural comparisons to establish universal patterns versus culture-specific manifestations. longitudinal designs could also illuminate how these relationships evolve over a spectator's lifetime.ultimately, this research bridges the gap between neurobiological theory and real-world application, demonstrating how psychological science can inform practical solutions to complex social problems. by elucidating the precise mechanisms through which brain systems and emotions interact to produce destructive behaviors, the study provides a foundation for more effective, evidence-based approaches to stadium safety and crowd management. the findings underscore the importance of moving beyond superficial explanations of sports violence to address its deep psychological underpinnings, offering hope for more peaceful and enjoyable sporting events in future.