A number of studies have used global positioning systems (GPS) to report on positional
differences in the physical game demands of rugby union both on an average and singular …

The assessment of competitive movement demands in team sports has traditionally relied
upon global positioning system (GPS) analyses presented as fixed-time epochs (eg, 5–40 …

Closely matching training session exertions with actual match-play intensities ensures
players are physically prepared for competition. The movement patterns of four typical rugby …

This study attempted to use Global Positioning System (GPS) devices to obtain information
on elite Under-19 rugby union forward and back players with regard to selected movement …

Understanding the most demanding passages of European Super League competition can
optimise training prescription. We established positional and match half differences in peak …

In this paper we report on two studies that investigated the physical demands of professional
rugby league match-play. Instudy one, National Rugby League (NRL) and National Youth …

In rugby union, published analyses of actions and movements of players during matches
have been limited to small samples of games at regional or national level. OBJECTIVES: To …

This study assessed the positional and temporal movement patterns of professional rugby
union players during competition using global positioning system (GPS) units. GPS data …

Global Positioning System (GPS) technology is commonly utilized in team sports, including
rugby union. It has been used to describe the average running demands of rugby union …

The purpose of this study was to quantify movement demands of elite international age
grade (U20) rugby union players during competitive tournament match play. Forty elite …