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Perceived team and player efficacy in hockey
1Department of Kinesiology, Michigan State University, East Lansing 48824, USA. dfeltz@msu.edu
The Journal of Applied Psychology
|September 8, 1998
Summary
Team efficacy, not player efficacy, predicts collegiate ice hockey team performance. Team efficacy also dynamically adjusts with wins and losses throughout the season.
Area of Science:
- Sport Psychology
- Motor Learning
- Social Psychology
Background:
- Understanding the interplay between individual and team perceptions of capability is crucial in competitive sports.
- Previous research has explored efficacy beliefs, but the specific dynamics in collegiate ice hockey across a season require further investigation.
Purpose of the Study:
- To analyze the seasonal patterns of team and player efficacy in collegiate ice hockey.
- To investigate the relationships between player efficacy, team efficacy, and objective team performance.
- To determine how efficacy beliefs fluctuate in response to game outcomes (wins and losses).
Main Methods:
- Assessed team and player efficacy beliefs for 6 collegiate ice hockey teams before 32 games.
- Utilized official game statistics, factor analyzed to create a composite measure of team performance (performance outcome).
- Employed consensus analysis to assess belief homogeneity and meta-analysis of regression equations to examine predictive relationships.
Main Results:
- Players demonstrated homogeneous efficacy beliefs regarding their own and their team's capabilities.
- Team efficacy was a superior predictor of team performance compared to player efficacy.
- Team efficacy significantly increased after wins and decreased after losses, while player efficacy remained unaffected by game outcomes.
Conclusions:
- Shared perceptions of team capability are prevalent in collegiate ice hockey.
- Team efficacy is a more potent driver of on-ice success than individual player efficacy.
- Team efficacy is a dynamic construct, responsive to competitive results, highlighting its importance in sustained performance.