Yiannaki Christopher, Barron David J, Collins Dave, Carling Christopher
Centre for Research in Sports Performance, Myerscough College, Bilsborrow, Preston, United Kingdom.
Institute of Coaching and Performance, University of Central Lancashire, Preston, United Kingdom.
Biol Sport. 2020 Jun;37(2):147-156. doi: 10.5114/biolsport.2020.93040. Epub 2020 Feb 11.
Anecdotal evidence suggests that futsal can aid talent development for 11 a-side soccer through the potential for transfer of the game's skills and constraints. However, additional scientific research is necessary to enhance understanding of the technical and physical demands of futsal and the potential returns for soccer player development. Accordingly, this study examined selected characteristics of physical (internal and external loads) and technical performance in international futsal match-play in order to study the potential of these for skill transfer and aiding soccer player development. Performance was investigated in futsal players (n = 16, 25.74±4.71 years) belonging to a national team during an international tournament. Pre-tournament fitness testing determined maximum heart rate (MHR) via the Yo-Yo IR1 test (194.6±11.1 beats min) to aid interpretation of internal load via heart rate measures during match-play. External load (accelerations and deceleration events) was measured using an inertial movement unit. Finally, post-tournament analysis of selected technical events was performed. Results reported a mean heart rate value during 'court time' of 164.7±22.3 beats min, which as a percentage of participants' MHR was 87.7%±4.4%, and a mean peak MHR of 98.3±2.5%. Results showed 2.16±0.25 accelerating (>1.5 m·s) and 2.78±0.13 decelerating (>1.5 m·s) events per player per minute. Team statistics included 647 passing, ~51 dribbling and 78 set play events per team per game. Match analyses showed that 77.3% of ball receptions were completed with the sole of the foot. Assessment of two-footedness showed 80.1±16.7% of individual possessions used the dominant foot to receive and 84.1±10.7% to pass the ball thereby displaying strong foot dominance. These results have quantified characteristics of elite futsal match-play that are no doubt intrinsically related to the environmental and task constraints of the sport. In addition to enhancing understanding of futsal, there are potential learning returns and implications for skills transfer and the development of soccer players.
轶事证据表明,五人制足球可以通过转移比赛技能和限制条件,帮助培养11人制足球的人才。然而,需要更多的科学研究来加深对五人制足球技术和体能要求以及足球运动员发展潜在回报的理解。因此,本研究调查了国际五人制足球比赛中身体(内部和外部负荷)和技术表现的选定特征,以研究这些特征在技能转移和帮助足球运动员发展方面的潜力。在一项国际比赛中,对属于国家队的五人制足球运动员(n = 16,25.74±4.71岁)的表现进行了调查。赛前体能测试通过Yo-Yo IR1测试确定最大心率(MHR)(194.6±11.1次/分钟),以帮助在比赛期间通过心率测量来解释内部负荷。使用惯性运动单元测量外部负荷(加速和减速事件)。最后,对选定的技术事件进行赛后分析。结果报告,在“场上时间”内的平均心率值为164.7±22.3次/分钟,占参与者MHR的百分比为87.7%±4.4%,平均峰值MHR为98.3±2.5%。结果显示,每名球员每分钟有2.16±0.25次加速(>1.5米/秒)和2.78±0.13次减速(>1.5米/秒)事件。球队统计数据包括每场比赛每队647次传球、约51次运球和78次定位球事件。比赛分析表明,77.3%的接球是用脚底完成的。对双脚使用情况的评估显示,80.1±16.7%的个人控球使用优势脚接球,84.1±10.7%的个人控球使用优势脚传球,从而显示出很强的脚优势。这些结果量化了精英五人制足球比赛的特征,这些特征无疑与这项运动的环境和任务限制有着内在联系。除了加深对五人制足球的理解外,对于技能转移和足球运动员的发展还有潜在的学习回报和启示。