Rugby Union (RU) involves various movement patterns (MP) which includes walking, jogging and sprinting. Substantial physiological differences exist between backs and forwards. The diversity of physiological requirements of each positional group results in a range of physiological stress experienced by players. Game demands and training loads needs to be quantified to maximize the physiological benefits of training an improve performance
<div><p>This study compared the movement demands of elite international Under-20 age grade (U20s) an...
The aim of this study was (a) to examine the physiological demands of competitive Rugby League match...
Austin, DJ, and Kelly, SJ. Positional differences in professional rugby league match play through th...
Cunniffe, B, Proctor, W, Baker, JS, and Davies, B. An evaluation of the physiological demands of eli...
Closely matching training session exertions with actual match-play intensities ensures players are p...
Background. Global positioning system (GPS) technology can provide accurate, non-invasive, real-time...
Introduction: Global positioning system (GPS) technology provides accurate, real-time movement patte...
Background. Global positioning system (GPS) technology can provide accurate, non-invasive, real-time...
Hartwig, TB, Naughton, G, and Searl, J. Motion analyses of adolescent rugby union players: A compari...
The purpose of this study was to utilise global-positioning system (GPS) technology to quantify the ...
Purpose: To quantify the duration and position-specific peak running intensities of international ru...
This study assessed the positional and temporal movement patterns of professional rugby union player...
PURPOSE: In team sports, fatigue is manifested by a self-regulated decrease in movement distance and...
This study attempted to use Global Positioning System (GPS) devices to obtain information on elite U...
This study compared the movement demands of elite international Under-20 age grade (U20s) and senior...
<div><p>This study compared the movement demands of elite international Under-20 age grade (U20s) an...
The aim of this study was (a) to examine the physiological demands of competitive Rugby League match...
Austin, DJ, and Kelly, SJ. Positional differences in professional rugby league match play through th...
Cunniffe, B, Proctor, W, Baker, JS, and Davies, B. An evaluation of the physiological demands of eli...
Closely matching training session exertions with actual match-play intensities ensures players are p...
Background. Global positioning system (GPS) technology can provide accurate, non-invasive, real-time...
Introduction: Global positioning system (GPS) technology provides accurate, real-time movement patte...
Background. Global positioning system (GPS) technology can provide accurate, non-invasive, real-time...
Hartwig, TB, Naughton, G, and Searl, J. Motion analyses of adolescent rugby union players: A compari...
The purpose of this study was to utilise global-positioning system (GPS) technology to quantify the ...
Purpose: To quantify the duration and position-specific peak running intensities of international ru...
This study assessed the positional and temporal movement patterns of professional rugby union player...
PURPOSE: In team sports, fatigue is manifested by a self-regulated decrease in movement distance and...
This study attempted to use Global Positioning System (GPS) devices to obtain information on elite U...
This study compared the movement demands of elite international Under-20 age grade (U20s) and senior...
<div><p>This study compared the movement demands of elite international Under-20 age grade (U20s) an...
The aim of this study was (a) to examine the physiological demands of competitive Rugby League match...
Austin, DJ, and Kelly, SJ. Positional differences in professional rugby league match play through th...