心肺适能
自感劳累
应用心理学
描述性统计
心理学
团体运动
感知
结果(博弈论)
分位数
医学
统计
物理疗法
心率
数学
运动员
数理经济学
放射科
神经科学
血压
作者
Tzlil Shushan,Dean Norris,Shaun J. McLaren,Martin Buchheit,Tannath J. Scott,Steve Barrett,Antonio Dello Iacono,Richard J Lovell
标识
DOI:10.31219/osf.io/5ankf
摘要
Purpose: To survey team-sports practitioners on current practices and perceptions of submaximal fitness tests (SMFT). Methods: A convenience sample of team-sports practitioners completed an online survey (September to November 2021). Descriptive statistics was used to obtain information of frequencies. A mixed-model quantile (median) regression was employed to assess the differences between perceived influence of extraneous factors. Results: A total of 66 practitioners (74 protocols) from 24 countries completed the survey. Time-efficient and non-exhaustive nature were considered as the most important features of implementation. Practitioners prescribed a range of SMFT, administered mostly on a monthly or weekly basis, but scheduling strategies appeared to differ across SMFT categories. Cardiorespiratory/metabolic outcome measures were collected in most protocols (n=61; 82%), with the majority monitoring heart rate-derived indices. Subjective outcome measures (n=33; 45%) were monitored exclusively using ratings of perceived exertion. Mechanical outcome measures (n=19; 26%) included either a combination of locomotor outputs (e.g., distance covered), or variables derived from micro-electrical mechanical systems. The perceived influence of extraneous factors on measurement accuracy varied according to outcome measure, and a lack of consensus amongst practitioners was present. Conclusions: Our survey showcases the methodological frameworks, practices, and challenges of SMFT in team sports. The most important features for implementation perhaps support the use of SMFT as a feasible and sustainable tool for monitoring in team sports. The wide variety of protocols, scheduling strategies, outcome measures, along with their associated collection and analytical techniques may reflect the absence of robust evidence regarding the application of SMFT in team sports.
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