Visual System In Sports

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The visual system is an essential part of the sensory system that is utilized in performing sports skills such as fielding and catching. Sports such as softball and baseball require an incredible amount of visual acuity and eye-hand coordination. Although, “eyesight is one of the key components in sports, athletes and coaches do not implement visual training into their training program” (Sivak, 1989). Rezaee, Ghasemi & Momeni (2012), state that the lack of visual training in sports is due to insufficient research findings showing a significance of the visual system in the success of athlete’s performance. Previous research has only been conducted in laboratories and clinical setting with heavy expense for the athletes, (Cross et. Al, 2011). …show more content…

Al, 2011). The human visual system relates to the muscular-skeletal system in that it responds to overload principle, (Rezaee, Ghasemi, & Momeni, 2012). The overload principle is described by the adaption the body experiences as the workload increases in frequency or intensity. It seems apparent that the overload principle can be applied to sports and that training sessions that overload the perceptual-visual, visual-motor and kinesthetic senses can lead to the improvement in readiness for competition, (Khanal, 2015). With little research in the field of sports environments, this current study will determine the effects of stroboscopic training with high school softball players performance on fielding and catching ground balls. Uncovering the effects of stroboscopic training may serve as an injury prevention or conditioning that can improve performance. In the movie, Major League the experience of baseball pitcher, Ricky Vaughn, provides a notable example of the interaction between vision and sports. A 99-mph fastball doesn’t mean much when you can’t see it well enough to hit or catch it, (Horn, Edmunds, & Daniels, …show more content…

All players on the Cincinnati Baseball team received normal preseason physicals and baseline tests. Before the baseball season started, the hitters, picked by head coach Brian Cleary, were given standard vision training exercises for 6 weeks. Observational methods were used in this study to compare batting statistics of the 2010 and 2011 team. In this study, researchers used various different method of vison training such as Dynavision, Tachistoscope, Brook Sting, Eyeport, Rotary, Strobe Glasses, Near Far Training and Saccades. It was found that the batting average went from 0.251 to 0.285 before and after vision training, (Clark et al., 2012). The vision training experienced by the Cincinnati baseball team showed a 0.034 improvement in batting average. The causal relationship of each individual batter’s improvement also increased the teams batting average from 12th in the Big East to a 4th place tie, (Clark et al, 2012). Overall the results of this study show a positive effect of vision training on batting. Because this relationship exists, it is noted that this effect could relate to other parts of the

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