10 Questions
What has contributed to climbing Everest becoming significantly safer for Western guides and members in recent years?
Increased use of bottled oxygen
Which ailment can be minimized by prophylactically dosing with dexamethasone above twenty-two thousand feet on Everest?
High-altitude cerebral edema (HACE)
Why is the use of dexamethasone mentioned in the context of climbing Everest?
To minimize the risk of contracting specific high-altitude ailments
What is a factor that has NOT contributed to the increased safety for Western guides and members climbing Everest?
Reduced reliance on bottled oxygen
What is a potential consequence of contracting high-altitude cerebral edema (HACE) or high-altitude pulmonary edema (HAPE) on Everest?
Potentially fatal ailments
Why is the risk greater for Sherpas climbing Everest compared to non-Sherpas?
Sherpas do all the physically demanding jobs on Everest.
What contributes to the difference in fatality rates between Sherpas and Westerners climbing Everest?
The weight of backpacks carried by Sherpas.
Why do non-Sherpas account for fewer deaths on Everest compared to Sherpas?
Non-Sherpas carry heavier loads.
How does the use of bottled oxygen vary between Sherpas and Western climbers on Everest?
Sherpas receive less bottled oxygen than Western climbers.
What role does dexamethasone play in the safety of climbers on Everest?
Dexamethasone usage does not impact climbing safety.
Explore the evolving safety trends in climbing Everest. Learn about the factors contributing to increased safety for Western guides and members, while considering the contrasting risks faced by Sherpas. Delve into the use of bottled oxygen and other safety measures in modern Everest expeditions.
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