Skip to main content

Research Repository

Advanced Search

Using microtechnology to evaluate the between and within match variability of professional Twenty20 cricket fast bowlers

Abt, Grant; Bray, James; Fogarty, Mark

Authors

Profile Image

Dr Grant Abt G.Abt@hull.ac.uk
Reader (Associate Professor) of Sport and Exercise Physiology, Department for Sport, Health and Exercise Science

Profile Image

Dr James Bray J.Bray@hull.ac.uk
Lecturer in Sport Physiology and Nutrition

Mark Fogarty



Abstract

This study assessed the between- and within-match variability of external training load measures during two consecutive Twenty20 cricket seasons in professional fast bowlers. Global positioning system (GPS) and accelerometer data (PlayerLoad™) were collected from eight fast bowlers in 17 matches of domestic Twenty20 competition. Using GPS-accelerometry systems the variables selected for analysis were; total distance, low speed running distance (≤14.4 km.h-1), high-speed running distance (≥14.4 km.h-1), total sprint distance (≥18 km.h-1), number of sprint efforts (n), peak speed (km.h-1) and PlayerLoad™ (arbitrary units; AU). These variables were further categorised into specific reference periods; between-match (overall and bowling only) and within-match (between-over). Data were log transformed and the coefficient of variation (CV) and between-subject standard deviation determined (both expressed as percentages). The data shows that between-match variability was greatest in high-speed running distance (32.9% CV), total sprint distance (49.0% CV) and number of sprint efforts (48.0% CV). Similarly, within-match between-over data was greatest in high-speed running distance (12.8% CV), total sprint distance (17.1% CV) and number of sprint efforts (12.3% CV), yet this variability was markedly reduced compared to between-match observations. The results show that global measures of external training load (total distance and PlayerLoad™; 5.5-13.3% CV) are relatively stable, yet high-speed locomotive activities exhibit a larger degree of variability both between- and within-match. These findings have importance for practitioners, who seek to facilitate performance by informed training prescription based on replicating match demands.

Citation

Abt, G., Bray, J., & Fogarty, M. (2016). Using microtechnology to evaluate the between and within match variability of professional Twenty20 cricket fast bowlers. Professional strength and conditioning, 43(December), 19-26

Journal Article Type Article
Acceptance Date Nov 8, 2016
Publication Date 2016-12
Deposit Date Feb 15, 2017
Publicly Available Date Dec 10, 2018
Journal Professional strength and conditioning
Peer Reviewed Peer Reviewed
Volume 43
Issue December
Pages 19-26
Keywords GPS, Training load, Team sport, PlayerLoad™, Time motion analysis
Public URL https://hull-repository.worktribe.com/output/448342
Publisher URL https://www.uksca.org.uk/uksca-iq-article/monitoring/1783/using-microtechnology-to-evaluate-the-between-and-within-match-variability-of-professional-twenty20-cricket-fast-bowlers
Additional Information This is a description of an article published in Professional strength and conditioning, 2016. The publishers were contacted to query the Green OA policy but did not respond. If they contact us to request a take down we will do so immediately.

Files





You might also like



Downloadable Citations