This review examines the cardiovascular adaptations along with total body water and
plasma volume adjustments that occur in parallel with improved heat loss responses during …

Environmental heat stress can challenge the limits of human cardiovascular and
temperature regulation, body fluid balance, and thus aerobic performance. This minireview …

This article emphasizes significant recent advances regarding heat stress and its impact on
exercise performance, adaptations, fluid electrolyte imbalances, and pathophysiology …

Exercise in the heat can pose a severe challenge to human cardiovascular control, and thus
the provision of oxygen to exercising muscles and vital organs, because of enhanced …

Heat stress, whether passive (ie exposure to elevated environmental temperatures) or via
exercise, results in pronounced cardiovascular adjustments that are necessary for adequate …

Heat stress increases limb blood flow and cardiac output (Q̇) in humans, presumably in
sole response to an augmented thermoregulatory demand of the skin circulation. Here we …

Performing exercise, especially in hot conditions, can heat the body, causing significant
increases in internal body temperature. To offset this increase, powerful and highly …

A key but little understood function of the cardiovascular system is to exchange heat
between the internal body tissues, organs and the skin to maintain internal temperature …

A rise in body core temperature and loss of body water via sweating are natural
consequences of prolonged exercise in the heat. This review provides a comprehensive and …

It has been proposed that self‐paced exercise in the heat is regulated by an anticipatory
reduction in work rate based on the rate of heat storage. However, performance may be …