Faculty of Kinesiology, University of Split , Croatia.
J Sports Sci Med. 2011 Mar 1;10(1):157-63. eCollection 2011.
Inadequately adopted fundamental movement skills (FMS) in early childhood may have a negative impact on the motor performance in later life (Gallahue and Ozmun, 2005). The need for an efficient FMS testing in Physical Education was recognized. The aim of this paper was to construct and validate a new FMS test for 8 year old children. Ninety-five 8 year old children were used for the testing. A total of 24 new FMS tasks were constructed and only the best representatives of movement areas entered into the final test product - FMS-POLYGON. The ICC showed high values for all 24 tasks (0.83-0.97) and the factorial analysis revealed the best representatives of each movement area that entered the FMS-POLYGON: tossing and catching the volleyball against a wall, running across obstacles, carrying the medicine balls, and straight running. The ICC for the FMS-POLYGON showed a very high result (0.98) and, therefore, confirmed the test's intra-rater reliability. Concurrent validity was tested with the use of the "Test of Gross Motor Development" (TGMD-2). Correlation analysis between the newly constructed FMS-POLYGON and the TGMD-2 revealed the coefficient of -0.82 which indicates a high correlation. In conclusion, the new test for FMS assessment proved to be a reliable and valid instrument for 8 year old children. Application of this test in schools is justified and could play an important factor in physical education and sport practice. Key pointsAll 21 newly constructed tasks demonstrated high intra-rater reliability (0.83-0.97) in FMS assessment. High reliability was also noted in the FMS-POLYGON test (0.98).A high correlation was found between the FMS-POLYGON and TGMD-2 which is a confirmation of the new test's concurrent validity.The research resolved the problem of long and detailed FMS assessment by adding a new dimension using quick and effective norm-referenced approach but also covering all the most important movement areas.New and validated test can be of great use primarily in school practice for physical education teachers and FMS experts.
儿童早期未充分发展的基本运动技能(FMS)可能会对其日后的运动表现产生负面影响(Gallahue 和 Ozmun,2005)。因此,人们认识到在体育教育中需要进行有效的 FMS 测试。本文旨在构建和验证一种新的适用于 8 岁儿童的 FMS 测试方法。共有 95 名 8 岁儿童参与了测试。共构建了 24 项新的 FMS 任务,只有各运动区域中最具代表性的任务才会被纳入最终的测试产品——FMS-POLYGON。24 项任务的 ICC 值均较高(0.83-0.97),因子分析也揭示了每个运动区域中最具代表性的任务,它们共同构成了 FMS-POLYGON:对墙抛接球、跨越障碍物跑、持药球跑和直线跑。FMS-POLYGON 的 ICC 值非常高(0.98),因此证实了该测试的内部评分者信度。同时,还使用“粗大运动发育测试”(TGMD-2)对其进行了效标关联效度检验。FMS-POLYGON 与 TGMD-2 之间的相关分析显示相关系数为-0.82,表明两者具有高度相关性。综上所述,该新的 FMS 评估测试已被证明适用于 8 岁儿童,是一种可靠且有效的工具。在学校中应用该测试是合理的,并且可以在体育教育和运动实践中发挥重要作用。关键点:在 FMS 评估中,所有 21 项新构建的任务都表现出了较高的内部评分者信度(0.83-0.97)。FMS-POLYGON 测试的信度也很高(0.98)。FMS-POLYGON 与 TGMD-2 之间存在高度相关性,这证实了新测试的同时效度。该研究通过采用快速有效的常模参照方法增加了新的维度,解决了 FMS 评估时间长、内容详细的问题,同时涵盖了所有最重要的运动区域。新的、经过验证的测试可在学校体育教育中为体育教师和 FMS 专家提供很大帮助。