緒論:本研究目的主要瞭解實施動作教育課程對國小二年級學童粗大動作技能表現 的影響。方法:採準實驗設計,以文山區某國小二年級共 47 名學童為研究對象,動作教 育組 24 人 (7.33 歲 ± .48);傳統教學組 23 人 (7.30 歲 ± .47),實驗組進行 8 週 (16 節 課) 動作教育課程,對照組則進行傳統體育課程,以「粗大動作發展測驗第二版」進行 前、後測,所得資料以獨立樣本 t 考驗、相依樣本 t 考驗處理,各項統計考驗顯著水準定 為 α = .05。結果:國小二年級學童接受動作教育課程後,整體粗大動作技能與移動性粗 大動作技能顯著優於傳統教學組,但操作性動作技能則未達顯著差異。結論:在國小階 段實施動作教育課程能有效促進兒童粗大動作技能發展。
Introduction: The gross motor skill of children are a key factor influencing the future development of high quality motor skills. Therefore, there are stage and planned action education programs designed to improve the social problems of children in physical activity, obesity and prolonged sitting. The purpose of this study was to investigate the effect of applying movement education to children on the movement skills of second grade students. Methods: The quasi-experiment design was used in this study. Two classes of second grade students were selected as participants from an elementary school in Taipei City, Taiwan. Twenty-four students (n = 24, M= 7.33yrs, SD = .48) receiving the movement education physical education instruction were categorized into experimental group, and twenty-three students (n = 23, M = 7.30yrs, SD = .47) receiving traditional teaching as comparable group. Both group met twice a week for 40 minutes per session in the duration of 8 weeks. Primary data analysis of a Independent sample t-test and paired Sample t-test. The statistical test of significance level set at α=.05. Results: There was significantly improved on Locomotor motor skill and Object Control motor skill after the Movement Skill Curriculum intervention. The second grade students of experiment group had significance better scores on gross motor skill, Locomotor motor skill than the control group, but the Object Control motor skill had no significant differences. Conclusion: This study concluded that the movement education program positively affected gross motor development in students.
粗大動作發展測驗第二版;學校體育;動作技能;動作學習
TGMD-2 (test of gross motor development2nd edition); physical education; movement skills; motor learning