Abstract

High-altitude exposure induces complex physiological adaptations that can be harnessed for both athletic performance and health. Mount Erciyes (2270–3346 m) provides a natural laboratory for studying hypobaric hypoxia and its effects on human physiology. This paper reviews acute and chronic responses to altitude, including ventilatory, hematological, and cellular adaptations, as well as potential risks such as acute mountain sickness. Furthermore, the Erciyes model demonstrates how high-altitude environments can be integrated into sports training, wellness programs, and medical tourism.

Keywords

erciyes, high-altitude, physiology, health tourism