Psychophysiological aspects of distress in extreme professions

The study focuses on psychophysiological aspects of distress in specialists employed in extreme professions characterized by high risk, uncertainty, and increased responsibility. The article analyzes the mechanisms of distress formation in professional activity and examines the influence of emotional regulation, cognitive factors, and physiological responses on behavioral stability and performance. Distress is shown to function not only as a reaction to extreme conditions but also as a complex state affecting emotional regulation, somatovegetative processes, and behavioral strategies. Special attention is given to the relationship between distress, adaptive resources, self-regulation, and professional resilience in extreme environments. The methodological framework of the study includes an analysis of scientific literature on the psychophysiology of stress and extreme professional activity, a comparative analysis of approaches to the study of distress, as well as an empirical investigation of personality and regulatory factors associated with vulnerability and resilience to distress in specialists of extreme professions. The empirical part employed psychological assessment methods aimed at evaluating emotional stability, self-control, and behavioral regulation under conditions of uncertainty. Correlation analysis using Spearman’s rank correlation coefficient was applied to examine relationships between personality characteristics and indicators of behavioral regulation. The scientific novelty lies in the integrated interpretation of distress as a psychophysiological phenomenon shaping professional functioning in extreme occupations. Mechanisms linking distress with emotional regulation, cognitive processes, and behavioral responses are clarified, along with its role in resilience to occupational stressors. The findings demonstrate that distress intensity depends on the nature of extreme factors, individual characteristics, and adaptive capacity. The results may be applied in the development of prevention programs, psychological support systems, and resilience-enhancing interventions for professionals in extreme fields.