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Conceptual Framework Explaining Recurrence Mechanisms of Unsafe Behaviors in High-Hazard Worksites

Oghenepawon David Obriki, Oluwakemi Motunrayo Arumosoye

2022Shodhshauryam International Scientific Refereed Research14 citationsDOIOpen Access PDF

Abstract

Unsafe behaviors remain a persistent challenge in high-hazard worksites, contributing significantly to accidents, near-misses, and operational disruptions. Despite widespread safety programs and regulatory compliance, recurrent unsafe acts continue to compromise worker safety and organizational performance. This presents a conceptual framework aimed at explaining the mechanisms underlying the recurrence of unsafe behaviors in high-risk occupational environments. The framework integrates individual, team, and organizational factors, mapping how cognitive, behavioral, and contextual influences interact to perpetuate unsafe actions. At the individual level, cognitive biases, risk perception errors, and fatigue contribute to lapses in judgment and decision-making that increase the probability of unsafe behavior. At the team level, peer influence, communication breakdowns, and coordination challenges amplify risk, particularly when group norms conflict with prescribed safety procedures. Organizational factors, including leadership commitment, safety culture, procedural enforcement, and learning systems, mediate the recurrence of unsafe behaviors by either reinforcing or discouraging risk-prone practices. The framework identifies recurrence pathways, illustrating how latent conditions, environmental pressures, and operational complexity combine to generate repeated unsafe acts. Critical intervention points are highlighted, emphasizing mechanisms such as behavioral feedback, continuous monitoring, training reinforcement, and knowledge codification to disrupt unsafe behavior cycles. By integrating behavioral science with organizational safety management, the framework provides a holistic approach to understanding and preventing recurring unsafe acts. The study contributes to safety science by offering a structured, theoretically grounded model that links human, social, and organizational dynamics to observable safety outcomes. Practically, it equips safety professionals, supervisors, and organizational leaders with actionable insights for designing targeted interventions, improving hazard awareness, and fostering a sustainable culture of safety in high-hazard worksites.

Topics & Concepts

Conceptual frameworkPsychologyPerceptionConceptual modelKnowledge managementOrganizational safetyIntervention (counseling)Social psychologyApplied psychologyHazardCognitionSafety behaviorsRisk perceptionOrganizational learningPoison controlCompromiseOccupational safety and healthSocial cognitive theorySociotechnical systemTransactive memoryProcess managementHuman factors and ergonomicsSafety cultureRisk analysis (engineering)Psychological safetyGrounded theoryOrganizational behaviorFlexibility (engineering)Structural equation modelingBehavioural sciencesPeer groupContext (archaeology)Public relationsUnexpected eventsThe Conceptual FrameworkBehavior changePatient safetyOccupational Health and Safety ResearchHuman-Automation Interaction and SafetyChemical Safety and Risk Management
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