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• W2956049029 abstract "3D multiple object tracking (3D MOT) aids in improving working memory and spatial awareness by stressing foveal and peripheral vision while demanding multi-faceted attentional focus. 3D MOT also improves cognitive processing which may improve the ability to rapidly extract data from the environment thereby enhancing decision making capabilities. These attributes have the potential to enhance sports performance. PURPOSE: The purpose of this study was to determine if 3D MOT training increases in-game performance during a competitive season. METHODS: 79 athletes from four NCAA DIII collegiate athletic teams (ice hockey n=34; lacrosse n=45) participated. Athletes were assigned to either a 3D MOT (n=38) training intervention or control (C) group (n=41). Athletes completed 24 sessions of 3D MOT training, 2-4 times per week over 12 weeks during the respective competitive seasons. At the conclusion of the seasons, independent samples t-tests were used to compare performance measures (game statistics) between 3D MOT and C groups for ice hockey (men’s and women’s combined), men’s lacrosse, and women’s lacrosse. RESULTS: There were no significant differences in performance measures between 3D MOT and C groups for ice hockey (p>0.05). For men’s lacrosse, faceoff winning percentage was significantly different (p=0.000) with the C group having a greater faceoff winning percentage versus the 3D MOT group (30% vs. 0%). For all other performance measures there were no significant differences (p>0.05) between groups. For women’s lacrosse, there were significant differences for assists (p=0.045), points (p=0.034), shots (p=0.035), and free-position shots (p =0.014) with the 3D MOT group having lower values versus C. CONCLUSIONS: Athletic performance is multifactorial in uncontrolled environments such as competitive ice hockey and lacrosse, which may suggest that performance benefits of 3D MOT training may be overshadowed by the complexities of game play. The significant differences found between groups may be due to player skill differences versus a 3D MOT effect. Further research is warranted to determine the effectiveness of 3D MOT training and its impact on sport performance." @default.
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• W2956049029 date "2019-06-01" @default.
• W2956049029 modified "2023-09-27" @default.
• W2956049029 title "Effect Of 3d Multiple Object Tracking Training On Collegiate Ice Hockey And Lacrosse Game Performance" @default.
• W2956049029 doi "https://doi.org/10.1249/01.mss.0000563393.34307.b1" @default.
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