Match demands and physiological determinants

Datson, N; Julian, R; Drust, B.

Research article (book contribution) | Peer reviewed

Abstract

Football is a high-intensity, intermittent activity requiring players to cover match distances in excess of 10 km, undertake periods of high-speed and sprinting activity, as well as conduct multiple changes of direction. The specific nature of these activities varies according to each player’s tactical role, together with a myriad of other contextual factors. The physical demands of women’s football, particularly around high-speed activities, are evolving as the game becomes more professionalised and, as such, it is important that players possess the necessary fitness qualities to cope with these increased demands. Physical performance testing is used within applied settings to evaluate these fitness qualities at both an individual and group level. Test reference values are readily available for football players across several different tests for aerobic and anaerobic capacity, speed, strength (absolute and lower limb) and anthropometric characteristics. Despite a wealth of reference values, it is important to note that such information must be contextualised for the specific group of players, and practitioners should engage with coaches and key stakeholders regarding the important information for match-play models and training outcomes.

Details about the publication

PublisherForsyth, J; Roberts, C
Book titleWomen's Football: From Science to High Performance
Page range26-40
Publishing companyRoutledge
Place of publicationNew York
StatusPublished
Release year2024
Language in which the publication is writtenEnglish
ISBN9781003381914
DOI10.4324/9781003381914
Link to the full texthttps://www.taylorfrancis.com/books/edit/10.4324/9781003381914/women-football-claire-marie-roberts-jacky-forsyth?refId=a10a2320-9aa3-4104-8013-dc5ee23e6be4&context=ubx
KeywordsHigh-Intensity, Total Distance, GPS, Tracking, Performance

Authors from the University of Münster

Julian, Ross Anthony
Professorship of Neuromotor Behavior and Exercise (Prof. Voelcker-Rehage)