Katić Ratko, Grgantov Zoran, Jurko Damir
Faculty of Natural Sciences, Mathematics and Kinesiology, University of Split, Split, Croatia.
Coll Antropol. 2006 Mar;30(1):103-12.
The aim of the study was to identify motor structures in elite female volleyball players aged 14-17, and to assess the effect of these motor structures on their technical and situation efficiency. For this purpose, a battery of 12 motor tests as predictor variables, and a set of six technical elements and evaluation of performance quality as criterion variables were applied in a sample of 147 female volleyballers aged 14-15 and a sample of 50 female volleyballers aged 16-17. Analysis of variance between subgroups within the groups of volleyballers aged 14-15 and those aged 16-17 showed the results on all motor tests to improve with the increase in situation performance, which was especially pronounced in the tests assessing explosive strength and agility. The same held true for the results on all tests assessing volleyball techniques, spike and block in particular. In both samples, factor analysis of motor tests isolated two factors underlain by the generation and regulation of strength, and the mechanism of speed regulation. Canonical correlation analysis between the motor regulatory mechanisms and technical elements revealed determination of the mechanisms of strength and technical efficiency in both samples. Regression correlation analysis showed the mechanisms of strength regulation and speed to be good predictors of game performance in female volleyballers aged 14-15 and 16-17, whereby the mechanism of strength regulation had greater effect on the game performance than the mechanism of speed regulation. Regression correlation analysis also revealed the set of 6 techniques evaluated to be a good predictor of situation efficiency in both groups of female volleyballers aged 14-15 and 16-17. The block and spike techniques were found to be the best predictors of game performance quality in the former, and the techniques of spike and block in the latter. Based on the results obtained, a possible model of selection for supreme score achievement in female volleyball is described.
该研究的目的是识别14至17岁精英女排运动员的运动结构,并评估这些运动结构对其技术和比赛效率的影响。为此,在147名14至15岁的女排运动员样本和50名16至17岁的女排运动员样本中,采用了一组12项运动测试作为预测变量,以及一组6项技术要素和表现质量评估作为标准变量。对14至15岁和16至17岁女排运动员组内亚组之间的方差分析表明,所有运动测试的结果都随着比赛表现的提高而改善,这在评估爆发力和敏捷性的测试中尤为明显。所有评估排球技术的测试结果也是如此,尤其是扣球和拦网。在两个样本中,运动测试的因子分析分离出了两个因素,其基础是力量的产生和调节以及速度调节机制。运动调节机制与技术要素之间的典型相关分析揭示了两个样本中力量机制和技术效率的相关性。回归相关分析表明,力量调节机制和速度是14至15岁和16至17岁女排运动员比赛表现的良好预测指标,其中力量调节机制对比赛表现的影响大于速度调节机制。回归相关分析还表明,在14至15岁和16至17岁的两组女排运动员中,所评估的6项技术是比赛效率的良好预测指标。在前一组中,拦网和扣球技术被发现是比赛表现质量的最佳预测指标,在后一组中则是扣球和拦网技术。基于获得的结果,描述了一个可能的女排最高得分成就选拔模型。