Explore what happens to your body when you don’t acclimate to altitude and the dangers of altitude sickness. — If you…
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In the video, Andrew Lovering explains the physiological changes that occur in the body when at the top of Mount Everest. He discusses the decreased oxygen levels, resulting in hypoxia, and the body’s adaptations to cope with the extreme conditions. Lovering also mentions the potential risks and health issues that climbers face at high altitudes, such as pulmonary and cerebral edema.
Conclusion
Overall, reaching the top of Mount Everest puts the body under immense stress due to hypoxia and extreme cold. The body’s ability to adapt to these conditions is crucial for survival, but it also leads to various health risks for climbers.
FAQs
Q: What are the physiological changes that occur at high altitudes?
A: At high altitudes, the body experiences hypoxia due to decreased oxygen levels, leading to various adaptations and potential health issues.
Q: What are the risks of climbing Mount Everest?
A: Climbers face risks such as pulmonary and cerebral edema, hypothermia, and altitude sickness due to the extreme conditions at high altitudes.
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Climb mount everostafaria…"Yah Mon Cool Sonsation", Bumba clot.
Cells can’t repair themselves at 8,000m plus.. so just living makes you die. There’s no way to survive. Your only hope? Get up and down before your body shuts down. And that happens before your mind.. be careful.
Anatoli Nikolaevich Boukreev (Анато́лий Никола́евич Букре́ев; January 16, 1958 – December 25, 1997) was a Soviet and Kazakh mountaineer who made ascents of 10 of the 14 peaks—those above 8,000 m (26,247 ft)—without supplemental oxygen From 1989 through 1997, he made 18 successful ascents of peaks above 8000 m.
great video very informative thank you
High altitude can also result in an inflated ego.
Love the you use meters
Nah 1500m isn't much like i live at 1300-1400m and i climb 600-1000m gain once in a while i don't feel any thing
1:35 oh thank god that the tallest mountain in poland is only 2499m not 2500 :))
An underestimated risk which are not many people aware of are blood clots. Blood gets "thicker", a lot of people are dehydrated and blood pressure in the legs is different than on sea level. A lot of people suffer from thrombosis or blood clots in their lungs when going above 2500m.
Can anyone tell what this editing and animation called? Where i can learn this
This is American…. should measure in feet, not meters.
It cannot be said enough times: No one reaches the summit of Everest without the Sherpas. NO ONE past, present or future, including the greatest Western mountaineers, so show some humility. If you did not carry all the supplies to ABC, if you did not fix all the rope and the ladders yourself, you did not solo independently. FULL STOP!
So even base camp is dangerous????
What if you could land a plane or helicopter on the top and then open the door and experience that pressure drop suddenly with no acclimation? How long would that take to kill you? I know the Japanese used to put prisoners in vacuum chambers.
wow!
Loved this video, so much, love the animation, love it so much, great explanation
I have a question, how bad is this for your heart?
Yeah, those that’s not legitimate….. because they die coming down descending….. That’s not accurate legitimacy for making it to the top.
And many people drink alcohol, which this place is the oxygen in the blood… no matter how much oxygen you breed the body will not accept it….. because of the alcohol level in the blood…… also a factor in the death of those who climb and descend…..
Does this happen when we get on an airplane