Title of article :
The Role of Traumatic Experiences and Cognitive Emotion Regulation Strategies in Predicting High-risk Behaviors among Adolescents
Author/Authors :
falahatdoost, Mozhgan Student Research Committee - University of Social Welfare & Rehabilitation Sciences - Tehran, Iran , Barati, Fatemeh Student Research Committee - University of Social Welfare & Rehabilitation Sciences - Tehran, Iran , Ansari, Mobarakeh Department of Clinical Psychology - University of Social Welfare & Rehabilitation Sciences - Tehran, Iran , Mohammadi, Zahra Department of Clinical Psychology - University of Social Welfare & Rehabilitation Sciences - Tehran, Iran
Abstract :
The goal of the present study was to investigate adolescents’ tendency to engage in high-risk behaviors based on traumatic life experiences and adaptive and maladaptive emotion regulation strategies.
Method: A descriptive/correlational design was used. The participants included 220 adolescents (154 girls and 66 boys) who were selected among high-school students in Shiraz, using a convenience sampling method. The Traumatic Experiences Checklist (TEC), the Iranian Adolescents Risk-taking Scale (IARS), and the Cognitive Emotion Regulation Strategies Questionnaire (CERQ) were used collect data. The data were analyzed using descriptive statistics, Pearson correlation coefficient, and regression analysis.
Results: According to the results, among traumatic experiences, only emotional abuse (P<0. 001), and among maladaptive cognitive emotion regulation strategies, only rumination (P<0. 001) had a significant effect on high-risk behaviors. In addition, no significant relationship was found between adaptive cognitive emotion regulation strategies and tendency to engage in high-risk behaviors.
Conclusion: The results suggest that providing training on emotion regulation can help students select adaptive emotion regulation strategies in coping with high-risk situations.
Keywords :
Emotion regulation strategies , Traumatic experiences , High-risk behaviors
Journal title :
Astroparticle Physics