Effect of Field Hockey Activity-Based Training on Physical Performance and GPS-Derived Running Variables

Abstract

PURPOSE: This study aimed to verify the effects of a field hockey activity-based high-intensity interval training program on hockey related physical performance and global positioning system (GPS)-derived variables. METHODS: A total of 20 players who were full-time professional players were divided into two groups: the general training (GT) and field hockey activity-based training (FHT) groups. Before and after the two groups underwent the 6-week training program, the Yo-Yo intermittent recovery test (YYIR) and the 20-m sprint dribbling and arrowhead dribbling tests were conducted, and GPS-derived run ning variables during practice matches were collected (including low-intensity running distance, high-intensity running distance, sprint distance, proportion of low- and high-intensity distances to total distance, and bouts of sprint). The rate of improvement was calculated using all collected data relative to baseline values. RESULTS: After the 6-week training program, the FHT group showed a higher rate of improvement in covered distance (p<.001), VO2max in YYIR Level 1 (p<.001), sprint dribbling (p<.01), and arrowhead dribbling (p<.001) compared to the GT group. In addi tion, the FHT group showed a significant increase in the proportions of high-intensity running distance to the total distance (p<.001). CONCLUSIONS: These results suggest that a 6-week field hockey activity-based high-intensity training program is an effective method for improving players’ dribbling skills and high-intensity movements.