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The Acute Impact Of Stair Climbing On Vertical Jump Height, Matthew Grossman
The Acute Impact Of Stair Climbing On Vertical Jump Height, Matthew Grossman
Masters Theses
Vertical jump (VJ) is a strong determinant of explosive power in the trained and untrained population. There is agreement among the literature that vertical jump training can be improved through progression in specific training related to vertical jump. For example, plyometrics is a widely studied training method for increasing VJ, and has been generally accepted method for increasing VJ. Within the literature, training methods are continually being studied to improve athletic performance. Exploration of improvements outside of resistance training can provide further insight on enchancing athletic performance. The present study examined the acute impact of stair climbing (SC) on VJ. …
Effect Of A 7-Week Rock Climbing Class On Physical Fitness And Performance, Justin Scott Cargo
Effect Of A 7-Week Rock Climbing Class On Physical Fitness And Performance, Justin Scott Cargo
Masters Theses
The purpose of this study was to assess changes in physical fitness and performance by rock climbing twice a week over a 7-week time period. Rock climbing is on the rise in popularity as seen in the rise of indoor climbing gyms and the increase in rock climbing competitions (Wall, C. B., Starek, J. E., Fleck, S. J., & Byrnes, W. C., 2004). Notably, the International Federation of Sport Climbing has held the Climbing World Championships biennially since the first event in 1991 (Schoffl, Burtscher, & Coscia, 2013), which emphasizes the importance of this research to apply to training programs. …
Kinetic Asymmetries During Submaximal And Maximal Speed Running, Devon H. Frayne
Kinetic Asymmetries During Submaximal And Maximal Speed Running, Devon H. Frayne
Masters Theses
An important issue for sports scientists, coaches and athletes is an understanding of the factors within a running stride that can enhance or limit maximal running speed. Previous research has identified many sprint-related parameters as potential kinetic limiters of maximal Center of Mass velocity (Chapman and Caldwell, 1983b; Weyand et al., 2001). Bilateral asymmetry is present for many of these parameters during running; however the degree to which such asymmetries change as running speed increases is unknown. It was hypothesized that asymmetries in key sprinting parameters would be larger at maximal speed than all other tested speeds. Kinematics and kinetics …