1. Group Problem Solving and Anxiety During a Simulated Mountaineering Ascent
- Author
-
E Rosnet, Jerome Tougne, Thierry Letellier, Benjamin Paty, Dorothée Meynard, and Jean-Michel Martin
- Subjects
Altitude ,Mountaineering ,Simulated altitude ,Hypobaric chamber ,medicine ,Trait anxiety ,Anxiety ,Group problem solving ,medicine.symptom ,Group efficiency ,Psychology ,Social psychology ,General Environmental Science - Abstract
Eight mountaineers were placed in a hypobaric chamber to simulate oxygen depletion accompanying a mountain ascent. The aim was to examine the evolution of individual and group efficiency in problem solving and anxiety according to simulated altitude. Relationships within the group, state and trait anxiety, and individual and collective performance in problem solving were repeatedly assessed at simulated altitudes of 5000m, 6000m, 7000m, and 8000m. The decrease of individual performance in problem solving, shown to be simultaneous to the increase of state anxiety, had little effect on collective performance in problem solving. These results suggest (a) that the collective success could be due to the emergence of a positive common goal and a positive appraisal of the situation and (b) that the state anxiety could act as a mediator between the variation in altitude and its effects on individual performance. The relevance of these results to real mountaineering expeditions is discussed.
- Published
- 2007
- Full Text
- View/download PDF