Physiological Effects of Power Volleyball

Conlee, R. K.; McGown, Carl; Fisher, Abigail; Dalsky, G. P.; Robinson, Katherine Cowan

doi:10.1080/00913847.1982.11947167

Cited by 16 publications

(15 citation statements)

References 11 publications

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“…In our study, the evaluation of anaerobic power using the Wingate Anaerobic Test gave similar values to those found in the literature for elite volleyball players (Evstifiev, 1977;Conlee, McGown, Fisher, Dalsky, & Robinson, 1982; to those in other sports (Smith & Stokes, 1985;Inbar & Bar-Or, 1986;McLaren, 1990;Smith, et al, 1992;Kasabalis, 1998). These results indicate that specific volleyball training develops physical capacities at all competitive levels so volleyball players develop necessary anaerobic power.…”

Section: Resultssupporting

confidence: 56%

Relationship between Anaerobic Power and Jumping of Selected Male Volleyball Players of Different Ages

2005

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The aim of the present study was to evaluate the anaerobic power of elite male volleyball players, using the Wingate Anaerobic Test to examine the relationship between anaerobic power and jumping performance. Athletes (n=56) and Nonathletes (n=53) were divided into three age groups: Adults (18-25 yr.), Juniors (15-16 yr.), and Youth (10-11 yr.). Measurements of height, body mass, vertical jump and Wingate scores indicated higher values for athletes. The specific training effects of anaerobic power were more pronounced at the age of 10-11 years than for Nonathletes. A significant correlation coefficient between peak power and vertical jump was found for Athletes (r=.86) and for the total group (r=.82). These results indicated that vertical jump may predict the maximal anaerobic power and could be used by coaches as a practical and easy-to-apply field screening test for evaluation in volleyball training.

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Section: Resultssupporting

confidence: 56%

Relationship between Anaerobic Power and Jumping of Selected Male Volleyball Players of Different Ages

2005

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“…Better to understand the data obtained changes in the physiological functions of basketball players in the course of performing special exercises, allows their interpretation. The results of the study of physiological shifts in the body of basketball players in the performance of special exercises were consistent with the information that the parameters of physiological changes are correlated with the influence of different exercises (Cormery, 2008;Robert, McGown, Fisher, Dalsky, & Robinson, 2017;Sallet, Perrier, Ferret, Vitelli, & Baverel, 2005). Therefore, this allows them to be correlated by changing the parameters of the exercises (McArdle, Katch, & Katch, 1991;Koryagin & Blavt, 2018).…”

Section: Duscussionsupporting

confidence: 83%

“…The obtained results extend and supplement the data that increase of efficiency of a training process is possible on the basis of deep analysis of influence of physical activity on an organism of athletes (Karpowicz & Karpowicz, 2013;Bosco et al, 1983;Robert et al, 2017).…”

Section: Duscussionsupporting

confidence: 81%

Training Effect of Special Basketball Exercises

Koryahin

Блавт

Doroshenko

et al. 2020

Teor. metod. fiz. vihov.

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The study objective is to evaluate the immediate training effect under the influence of changes in the parameters of physical activity in special exercises on the basis of physiological changes in the body of basketball players. Materials and methods. The study used empirical methods of measuring heart rate during competitions, pulmonary ventilation values, О2 consumption during physical work, О2-debt, “excess” CО2, methods of mathematical statistics. Results. An empirical study has shown that the exercises used in the preparation of basketball players differ significantly in the nature of physiological action. The greatest physiological shifts in the body of basketball players determine the exercise, which is performed intensively or repeatedly with maximum intensity. The smallest physiological shifts were found when performing free throws. Conclusions. The magnitude and orientation of the immediate training effect of special exercises in basketball depend on the combination of the effects of all the main indicators of physical activity – the type of exercises used, their intensity and duration, duration of rest, the number of repetitions.

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“…Volleyball is commonly classified as an "interval" sport, which uses both anaerobic and aerobic metabolism [3,4,[12][13][14]; whereas volleyball players can be categorized as "power athletes" [15]. Thus volleyball training should develop the power of legs and improve players' strength and/or velocity.…”

Section: Discussionmentioning

confidence: 99%

Changes of Power-Velocity Relationship in Volleyball Players During an Annual Training Cycle

Buśko¹

2009

Human Movement

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Volleyball is a sport involving short and intensive physical efforts during training and competition [1,2]. Volleyball players' fitness relies on their force, power output and jumping ability [3,4]. Although the players' power output is measured on a cycloergometer, its value depends, however, on the amount of external loading [2]. Different authors have examined the force-velocity (F-v) and power-velocity (P-v) relationships, measured during cycloergometer exercises in different groups of athletes [5,6] and discussed the effects of specific training exercises on the force-velocity relationship [7][8][9]. Their results suggest that sport training can influence the correlation mentioned [5][6][7]. With the exception of Häkkinen's work [10] discussing changes of force and jumping ability in female volleyball players during the competitive season, there have been no studies, however, examining changes in the force-velocity and power-velocity relationships in volleyball players during an annual training cycle. The aim of the present study was to follow changes of the maximal power output and powervelocity relationship in male volleyball players during an annual training cycle. Material and methodsThe study was granted approval of the Research Ethics Committee. The sample consisted of six male volleyball players from the Polish Volleyball League aged 25.0 ± 5.3 years, with body height of 195.2 ± 7.2 cm and body weight of 91.2 ± 14.7 kg. The measurements were performed before the preparatory period (I), after the first competitive season (II) and after the second competitive season (III).The force-velocity (F-v) and power-velocity (P-v) relationships were determined on the basis of results of exercises performed on a Monark 874 E cycloergometer connected to a PC, using the MCE 4.0 software package. After adjusting the ergometer saddle and handlebars each subject performed the tests in a stationary position, without lifting off the saddle, with his feet strapped onto the pedals. Each player performed five 10-second maximal cycloergometer tests with increas- ABSTRACTPurpose. The aim of the study was to follow the changes of maximal power output and power-velocity relationship in male volleyball players during an annual training cycle. Basic procedures. The study was conducted on six first-league volleyball players: age 25.0 ± 5.3 years, body height 195.2 ± 7.2 cm and body mass 91.2 ± 14.7 kg. Force-velocity and power-velocity relations were determined from five maximal cycle ergometer exercise tests, 10 s each, with increasing external loads amounting to 2.5, 5.0, 7.5, 10.0 and 12.5% of body weight, respectively. There were 2-min breaks between the tests. Maximal power output was computed from power-velocity curves. Maximal power output and power-velocity relationships were determined before the preparatory period (I), after the first competitive season (II) and after the second competitive season (III). Main findings. Significant increases occurred in the maximal power output from 12.80 ± 0.79 (preparatory period) to ...

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Physiological Effects of Power Volleyball

Cited by 16 publications

References 11 publications

Relationship between Anaerobic Power and Jumping of Selected Male Volleyball Players of Different Ages

Relationship between Anaerobic Power and Jumping of Selected Male Volleyball Players of Different Ages

Training Effect of Special Basketball Exercises

Changes of Power-Velocity Relationship in Volleyball Players During an Annual Training Cycle

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