When exercise is performed at >70%VO2max in a high ambient temperature ( ≥ 35oC), ventilation (VE) is higher at any given workload than when it is performed in a moderate temperature of ̴16oC.

70%VO2max in a high ambient temperature ( ≥ 35oC), ventilation (VE)

Case questions Endurance exercise presents considerable challenges to the major body systems, particularly when undertaken in high environmental temperatures. The athlete may take several different measures before and during endurance exercise to improve performance and to avoid untoward consequences. However, despite these precautions, the athlete may experience a variety of different problems ranging from unpleasant to life threatening. 1. When exercise is performed at >70%VO2max in a high ambient temperature ( ≥ 35oC), ventilation (VE) is higher at any given workload than when it is performed in a moderate temperature of ̴16oC. i. What mechanisms might underlie this effect? On the basis of recent evidence, which is/are the more likely to be important? ii. On the basis of what is known of how different physiological mechanisms adapt in high environmental temperatures (eg sweating, cutaneous…………………………………………

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