Department of Allied Health Professions, Sport and Exercise, University of Huddersfield, Huddersfield, UK.
Social and Behavioral Sciences Department, The MITRE Corporation, McLean, VA, USA.
J Sports Sci. 2022 Jan;40(1):3-15. doi: 10.1080/02640414.2021.1957344. Epub 2021 Nov 30.
The penalty kick in soccer is arguably one of the most highly visible and high-pressured sporting situations in the world. This study examined the effect of a high-pressure protocol on penalty shooting performance, and the associated psychological and psychophysiological responses to, and perceptions of that protocol. A sequential mixed-method research design was employed wherein the experimental condition consisted of a repeated-measures design with pressure as the within-participants factor (low-pressure, high-pressure). Quantitative data collection was complemented with a semi-structured interview. Twenty professional footballers took part. The Immediate Anxiety Measurement Scale (IAMS) and Pressure Likert-type scale were administered prior to both conditions. The NeXus-10 biofeedback system recorded players' heart rate and respiration rate. Outfield players took five penalty kicks to four targets to the goal, under low and high-pressure. Pressure, cognitive anxiety, and respiration rate significantly increased in the high-pressure condition. After controlling for the level of pressure experienced in the high-pressure condition, bivariate variable error performance significantly increased (i.e., players were more variable in their grouping of shots under stress). Qualitative data indicated the 6-step high-pressure protocol predominantly evoked the distraction mechanism. This research provided first insight into the experiences of professional footballers to a simulated high-pressure penalty protocol.
足球中的点球可以说是世界上最受关注和高压的体育情况之一。本研究考察了高压方案对点球射门表现的影响,以及对该方案的相关心理和心理生理反应和感知。采用顺序混合方法设计,实验条件包括压力作为参与者内因素(低压力、高压力)的重复测量设计。定量数据收集辅以半结构化访谈。20 名职业足球运动员参加了比赛。在两种情况下之前,都进行了即时焦虑测量量表(IAMS)和压力李克特量表的测量。NeXus-10 生物反馈系统记录了球员的心率和呼吸率。在低压力和高压力条件下,外场球员向四个球门中的五个目标踢了五次点球。在高压力条件下,压力、认知焦虑和呼吸率显著增加。在控制高压力条件下经历的压力水平后,双变量误差性能显著增加(即,球员在压力下分组射门时更具可变性)。定性数据表明,6 步高压方案主要引发了分心机制。这项研究首次深入了解了职业足球运动员对模拟高压点球方案的体验。