Chen Shuyao, Zmijewski Piotr, Bradley Paul S
Typewind Ltd, UK.
Jozef Pilsudski University of Physical Education in Warsaw, 00-809 Warsaw, Poland.
Biol Sport. 2025 Mar 24;42(3):257-268. doi: 10.5114/biolsport.2025.148535. eCollection 2025 Jul.
This study aimed to (1) establish reference values for the match running performances of thirteen specialised positions at the men's UEFA Euro's 2024, (2) examine positional performances across various game periods and (3) add various layers of match context to the demands by combining physical, technical, tactical and individual information. All fifty-one games at the tournament were evaluated by analysing optical tracking data alongside match events. During matches, central and defensive midfielder subsets covered more total distance than other positions (P < 0.01; Effect Size [ES]: 1.4-3.1). Wide defender subsets in addition to attacking midfielders and forwards playing as a pair covered greater high-intensity running and sprinting distance (≥20.0 and ≥25.0 km · h) than centre back subsets, defensive midfielders and lone forwards (P < 0.01; ES: 0.9-2.7 and 1.3-2.1). The peak high-intensity running distance in a 1-min period was greater for wide defender subsets compared to centre backs playing in a four-defender system (P < 0.01; ES: 0.9-1.2). More solo runs into key play areas occurred for attacking midfielders and wide forwards than centre back subsets (P < 0.01; ES: 0.9-2.1). Wide forwards performed more solo runs into the penalty area than other positions (P < 0.05; ES: 0.9-2.0). While centre back subsets recovered the ball more often compared to wide defenders, central and attacking midfielders in addition to forward subsets (P < 0.01; ES: 0.8-2.2). These findings provide contemporary evidence regarding the specific positional demands encountered during international matches. This information could serve as a basic framework for practitioners when developing position-specific training.
(1)确定2024年男子欧洲足球锦标赛13个专业位置的比赛跑动表现参考值;(2)考察不同比赛时段的位置表现;(3)通过结合体能、技术、战术和个人信息,为比赛要求增添多层次的比赛背景信息。通过分析光学跟踪数据以及比赛事件,对锦标赛中的所有51场比赛进行了评估。比赛期间,中场核心球员和防守型中场球员子集的总跑动距离比其他位置更多(P < 0.01;效应量[ES]:1.4 - 3.1)。边后卫子集以及作为搭档的攻击型中场和前锋的高强度跑动和冲刺距离(≥20.0和≥25.0公里·小时)比中后卫子集、防守型中场和单前锋更多(P < 0.01;ES:0.9 - 2.7和1.3 - 2.1)。与采用四后卫体系的中后卫相比,边后卫子集在1分钟内的最高强度跑动距离更大(P < 0.01;ES:0.9 - 1.2)。攻击型中场和边锋进入关键进攻区域的单人跑动次数比中后卫子集更多(P < 0.01;ES:0.9 - 2.1)。边锋进入禁区的单人跑动次数比其他位置更多(P < 0.05;ES:0.9 - 2.0)。虽然与边后卫相比,中后卫子集更多地夺回球权,但中场核心球员、攻击型中场以及前锋子集也较多(P < 0.01;ES:0.8 - 2.2)。这些发现为国际比赛中遇到的特定位置需求提供了当代证据。这些信息可为从业者制定特定位置训练时提供一个基本框架。