This thesis is a study of how environmental heating affects elite strength and power athletes in resistance exercise sessions. It examines how different combinations of temperature, modes of heating, and different exercises may result in different outcomes in muscular performance, hormone responses, athlete perceptions, and bodily responses. It is shown that intermittent heating at 32 °C may enhance squat exercise outcomes, with important implications for selecting environments to optimise outcomes from a resistance exercise session
The effects of heat tolerance on exercise performance has been observed by various investigators. Th...
Intermittent-sprint performance is reduced in hot environments and the impairment occurs without sig...
Objectives To evaluate how separate and combined climatic parameters affect peak core temperature du...
Background: Recent research has demonstrated the presence of heat being an effective stimulus for in...
The purpose of this study was to determine the effects of acute heat exposure upon muscularstrength,...
Background/Hypothesis: There has been little research investigating the use of external heat to enha...
The aim of the research was determine the influence of temperature on muscle metabolism ! and exerci...
CONTEXT: Exercise in hot environments increases body temperature and thermoregulatory strain. Howeve...
This study investigated the effects of heat exposure on physical and cognitive performance during an...
Athletic endurance competitions in hot environments have become more relevant in professional sports...
The use of training in the heat to enhance performance has become a ‘hot topic’ in the world of elit...
Exercising in the heat induces thermoregulatory and other physiological strain that can lead to impa...
Purpose: The aim of this study was to test the hypothesis that subjective thermal strain can reduce ...
Background: Hyperthermia (and associated health and performance implications) can be a significant p...
Traditional heat acclimation protocols apply constant heat stress and exercise intensity on a number...
The effects of heat tolerance on exercise performance has been observed by various investigators. Th...
Intermittent-sprint performance is reduced in hot environments and the impairment occurs without sig...
Objectives To evaluate how separate and combined climatic parameters affect peak core temperature du...
Background: Recent research has demonstrated the presence of heat being an effective stimulus for in...
The purpose of this study was to determine the effects of acute heat exposure upon muscularstrength,...
Background/Hypothesis: There has been little research investigating the use of external heat to enha...
The aim of the research was determine the influence of temperature on muscle metabolism ! and exerci...
CONTEXT: Exercise in hot environments increases body temperature and thermoregulatory strain. Howeve...
This study investigated the effects of heat exposure on physical and cognitive performance during an...
Athletic endurance competitions in hot environments have become more relevant in professional sports...
The use of training in the heat to enhance performance has become a ‘hot topic’ in the world of elit...
Exercising in the heat induces thermoregulatory and other physiological strain that can lead to impa...
Purpose: The aim of this study was to test the hypothesis that subjective thermal strain can reduce ...
Background: Hyperthermia (and associated health and performance implications) can be a significant p...
Traditional heat acclimation protocols apply constant heat stress and exercise intensity on a number...
The effects of heat tolerance on exercise performance has been observed by various investigators. Th...
Intermittent-sprint performance is reduced in hot environments and the impairment occurs without sig...
Objectives To evaluate how separate and combined climatic parameters affect peak core temperature du...