|
- 2017
心理弹性、认知情绪调节策略与海军官兵疲劳反应的关系DOI: 10.16781/j.0258-879x.2017.12.1572 Abstract: 目的 探讨心理弹性、认知情绪调节策略与海军官兵疲劳反应之间的关系。方法 抽取海军某部846名现役军人进行问卷调查,包括认知情绪调节策略量表(CERQ-C)、心理弹性量表(CD-RISC)、中文版多维疲劳量表(MFI-20),运用SPSS 21.0软件进行数据分析。结果 非适应性情绪调节策略与海军官兵疲劳反应呈正相关(P<0.01),心理弹性3维度与海军官兵疲劳反应均呈负相关(P<0.01);心理弹性和认知情绪调节策略均可独立解释疲劳反应方差变异,其中自强(β=-0.206,P<0.05)、适应性策略(β=-0.229,P<0.01)对海军官兵疲劳反应有负向预测作用。非适应性策略(β=0.406,P<0.01)对海军官兵疲劳反应有正向预测作用。心理弹性在适应性策略和海军官兵疲劳之间的中介效应值为0.53×(-0.36)=-0.19,z=7.02;在非适应性策略和海军官兵疲劳之间的中介效应值为(-0.30)×(-0.36)=0.108,z=5.12。结论 认知情绪调节策略既可以直接影响海军官兵疲劳反应,也可以通过心理弹性的中介效应发挥间接影响。Objective To investigate the relationship between resilience, cognitive emotion regulation strategies and fatigue reaction of navy soldiers. Methods A total of 846 soldiers were selected from a navy troop by convenience sampling method, and were tested by cognitive emotion regulation questionnaire-Chinese version (CERQ-C), Connor-Davidson resilience scale (CD-RISC) and multidimensional fatigue inventory scale (MFI-20). SPSS 21.0 software were used to analyze the relationship between the variables. Results Non-adaptive emotion regulation strategy was positively correlated with fatigue reaction in the soldiers (P<0.01), and the three dimensions of resilience were negatively correlated with fatigue reaction in the soldiers (P<0.01). Both resilience and cognitive emotion regulation strategies could independently explain the variance of fatigue reaction of the soldiers, in which self-improvement (β=-0.206, P<0.05) and adaptive strategies (β=-0.229, P<0.01) had significant negative predictive effects on fatigue reaction of soldiers, while non-adaptive strategies (β=0.406, P<0.01)had significant positive predictive effects on fatigue reaction. The mediating effective value of resilience on adaptive strategies and fatigue reaction of soldiers was 0.53×(-0.36)=-0.19, z=7.02, and on non-adaptive strategies and fatigue reaction of soldiers was (-0.30)×(-0.36)=0.108, z=5.12. Conclusion Cognitive emotion regulation strategies has direct effect on fatigue reaction of navy soldiers, and it also has indirect influence on the fatigue reaction through the mediating effect of resilience
|