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Part 8 of Everyday Everest, my new Podcast series, drops today with chapters 25, 26 and 27. I'll continue my annual coverage as usual.
Based on my 2020 Virtual Everest series, Everyday Everest follows a fictional team of nine climbers and their personal Sherpas from leaving home to trekking to base camp, acclimatizing, and finally, on their summit push, returning home. I'll have a twenty-minute episode a few times weekly for the next two months.
In Part 8, our protagonist, Harper, and the team arrive at Camp 2 to continue acclimatization. The Mt. Everest Guides lead, John Paul, begins to explain how acclimatization works: "'Acclimatization' is a strange word that evokes many emotions. Fundamentally it means adapting the human body to an altitude where it was not designed to survive. Even though the percentage of oxygen in the air on Everest's summit is the same as on a beach in Rio, there are fewer molecules available to inhale. That's because there is less atmospheric pressure; thus, the oxygen, nitrogen, and carbon dioxide molecules spread out. It's the opposite of what a diver experiences with the pressure increasing as a diver goes deeper. Harper feels more weight, more pressure, whereas a climber has less available oxygen. That's why it's called 'thin air.’"
Climb On!
Alan
Memories are Everything
By Alan Arnette5
4545 ratings
Part 8 of Everyday Everest, my new Podcast series, drops today with chapters 25, 26 and 27. I'll continue my annual coverage as usual.
Based on my 2020 Virtual Everest series, Everyday Everest follows a fictional team of nine climbers and their personal Sherpas from leaving home to trekking to base camp, acclimatizing, and finally, on their summit push, returning home. I'll have a twenty-minute episode a few times weekly for the next two months.
In Part 8, our protagonist, Harper, and the team arrive at Camp 2 to continue acclimatization. The Mt. Everest Guides lead, John Paul, begins to explain how acclimatization works: "'Acclimatization' is a strange word that evokes many emotions. Fundamentally it means adapting the human body to an altitude where it was not designed to survive. Even though the percentage of oxygen in the air on Everest's summit is the same as on a beach in Rio, there are fewer molecules available to inhale. That's because there is less atmospheric pressure; thus, the oxygen, nitrogen, and carbon dioxide molecules spread out. It's the opposite of what a diver experiences with the pressure increasing as a diver goes deeper. Harper feels more weight, more pressure, whereas a climber has less available oxygen. That's why it's called 'thin air.’"
Climb On!
Alan
Memories are Everything

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