系统神经科学方法测量大脑机制潜在的弹性-朝着优化性能

M. Paulus, A. Simmons, E. Potterat, K. Orden, J. L. Swain
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引用次数: 0

摘要

极端环境的特点是那些对个体的生理、情感、认知和/或社会处理资源提出高要求的情况。极端环境强烈扰乱身体和精神,这反过来又启动复杂的认知和情感反应策略。不同类型的极端环境可能有一些共同的方面,但也可能有独特的需求特征。例如,在南极探险中暴露在寒冷和孤立的环境中可能会导致极端的社会和感官剥夺,而暴露在军事作战行动中可能会导致极端的感官过载。很明显,存在许多不同类型的极端环境或情况,但不太清楚的是,个体的认知和情感反应是否与不同类型的极端环境一样多样。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Systems Neuroscience Approaches to Measure Brain Mechanisms Underlying Resilience—Towards Optimizing Performance
Extreme environments are characterized as those situations which place a high demand on the physiological, affective, cognitive, and/or social processing resources of the individual. Extreme environments strongly perturb the body and mind, which in turn initiate complex cognitive and affective response strategies. Different types of extreme environments may share some aspects but can also have unique demand characteristics. For example, exposure to the cold and isolated environment of an Antarctic expedition may result in extreme social and sensory deprivation, whereas exposure to military combat operations may entail extreme sensory overload. It is clear that there are many different types of extreme environments or situations, but it is less clear that an individual’s cognitive and affective responses are as varied as the different types of extreme environments.
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