This study compared the performance and physiological adaptations of short-term repeated-
sprint training in HOT [40° C and 40% relative humidity (RH)] and COOL (20° C and 40 …

This study examined the effects of pre-cooling duration on performance and neuromuscular
function for self-paced intermittent-sprint shuttle running in the heat. Eight male, team-sport …

Purpose: To examine the effect of a hot humid (HH) compared with a hot dry (HD)
environment, matched for heat stress, on intermittent-sprint performance. In comparison with …

Whether precooling is beneficial for exercise performance in warm climates when heat
acclimatised is unclear. The purpose of this study was to determine the effect of precooling …

Pre-conditioning strategies to potentiate performance are a common feature of pre-
competition routines. The elevation of muscle temperature is seen as a vital component of …

The aim of this study was to investigate acute performance and physiological responses to
the manipulation of exercise-to-rest ratio (E: R) during repeated-sprint hypoxic training …

This study examined the effects of active warm up on thermoregulatory responses and
intermittent-sprint cycle performance in hot conditions (35.5±0.6° C, RH 48.7±3.4%). Eight …

It is unknown whether a passive warm-up or an active warm-up performed at an intensity
based on lactate thresholds could improve prolonged intermittent-sprint performance either …

PURPOSE: Team sports contain high-intensity sprints separated by active recovery (AR)
and passive recovery (PR). The beneficial effects of AR on repeated-sprint performance, for …

Applying heat training interventions in a team sports setting remains challenging. This study
investigated the effects of integrating short-term, repeat sprint heat training with passive heat …