Difference between revisions of "Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction."
From OptimalScience
AyeshPerera (talk | contribs) (Created page with "== Total Support == == Nuanced Support == == Contradictory ==") |
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== Total Support == | == Total Support == | ||
| + | It was concluded that the hand-to-hand combat experiences of these soldiers (a) imposed stressors from a variety of sources, (b) required coping responses comprising a swift and accurate interpretation of environmental conditions and rapid deployment of problem focused strategies, and (c) evoked a constellation of powerful physiological and psychological reactions. Implications of this study for military personnel include the importance of “expecting the unexpected” in seemingly routine yet potentially hazardous combat operations, an emphasis on developing highly automated | ||
== Nuanced Support == | == Nuanced Support == | ||
== Contradictory == | == Contradictory == | ||
Revision as of 15:03, 25 May 2020
Total Support
It was concluded that the hand-to-hand combat experiences of these soldiers (a) imposed stressors from a variety of sources, (b) required coping responses comprising a swift and accurate interpretation of environmental conditions and rapid deployment of problem focused strategies, and (c) evoked a constellation of powerful physiological and psychological reactions. Implications of this study for military personnel include the importance of “expecting the unexpected” in seemingly routine yet potentially hazardous combat operations, an emphasis on developing highly automated
