Examination of internal training load parameters during the selection, preparation and competition phases of a mesocycle in elite field hockey players

Abstract

This investigation examined the magnitude of correlation between a global marker of exercise stress derived through ratings of perceived exertion (sRPE)- and a heart rate (HR)-derived training load during specific phases of a competitive mesocycle in elite field hockey players. Sixteen (n = 16) female field hockey players training as part of a national team were monitored over a six-week training block consisting of a player selection phase, a preparation phase and a competition phase. HR- and sRPE-derived training loads were recorded for each participant after on-field training sessions and international competition throughout the mesocycle. A significant correlation between sRPE- and HR-derived training loads was observed over the complete mesocycle [r = 0.83, 90% CL (0.77:0.88)]. The selection phase revealed a large correlation [r = 0.54, 90% CL (0.33:0.70], while a very large correlation was observed during the preparatory phase [r = 0.74, 90% CL (0.58:0.85)]. The competition phase revealed a moderate correlation over four international test matches [r = 0.48, 90% CL (0.05:0.70)]. This investigation sheds new light on the varying magnitude of correlation between sRPE- and an HR-derived training load during specific phases of a mesocycle in elite field hockey players training within a national team.

Keywords:

• Athlete monitoring
• exercise stress
• team sport
• international competition

Acknowledgements

The authors would like to acknowledge the support, dedication and contributions from each participating athlete. The results of the current study do not constitute endorsement of the products utilised by the authors or the International Journal of Performance Analysis in Sport.