Bodies remain on Mount Everest. Why?

Could they possibly just be burned and maybe only some ashes removed?

With what fuel? I don’t think a dessicated body would maintain combustion very well without some additional flammable material.

Well yes. I’m talking soaking the body with say gasoline first.

Gasoline burns hot enough (1500 F) for cremation, which takes 1400-1800 F, but cremation usually takes 2-2.5 hours or more. I think you’d need a lot of gas, which would be heavy to carry up.

Or in other words, “your damnedest until it’s no longer safe for you” begins a lot sooner than people who’ve never been there think.

The Sherpa are also generally anti- body recovery. They have very strong cultural reasons for doing this. From another message board:

Everest politics is a surprisingly diverse and complex area. The answer to any question that starts “Why don’t they…” is usually “It’s stunningly impractical to do at that altitude” Climbers attempting the summit have virtually no carrying capacity - they can effectively only carry what they need to survive and very little else. They effectively exhaust themselves walking a mile, which takes all day.

The more you read on Everest, the more you realize that it’s not that people turn savage, but in fact the decisions that get made there are logical in the context.

(E: That’s not me in the quote! I’m way too lazy to climb everest!)

It could also be really dangerous, depending on the weather conditioins.

In these discussions I always find it odd how worked-up people get about corpses on a mountain half a world away. No one winds up in the Everest death zone by accident, you not only have to want to go there, you have to work your ass off to get there at all.

Certainly by now it’s well know that those who die on the mountain stay on the mountain. Certainly, anyone going up towards the summit sees the dead lining the way. They make their choice, no one is forced to take that path.

Again - why is it so disturbing to people that people who chose to attempt the summit, or made it and died on the way back down, are still there?

I don’t want to speak for everyone, but I personally don’t care morally about them staying up there. I’m interested in the engineering/problem solving aspect of the discussion. Regardless of how impractical, it’s a fun thought exercise.

Yeah well, but if money was no object, you could make a special lighter / higher power versions of the Eurocopter AS350 / B3 which would be capable of taking off from the peak of Everest carrying a passenger. The issue is no one is willing to pay for such a specialised helicopter as the currently available version is already fine for all rescues in the Alps and the US. It’s only the himalayas where you’d need an even more powerful / lighter version.

The B3 can already take off with a single passenger at altitudes of up to 7000 meters and it was a stripped down version which landed (with no passenger) on the peak of Everest. It would seem to be only a matter of more power / less weight to increase it’s maximum take off altitude to above 8000 meters with a passenger.

Me too. If there was a compelling case for removing them on moral/economic/hygiene/safety grounds, there would probably be a solution in place already - open discussion of stuff like this - regardless of how impossible/impractical it really is - is how people learn stuff, which is what this board is supposed to be about.

I suppose if you had a ST type transporter…

See for example the case of David Sharp.

That was a very interesting post, Jaguars! - thanks!

One of those links has an image of Jack Nicholson’s frozen body from “The Shining.”

I guess you have all seen Terminator 2. When frozen liquid metal robot is shot even once, it explodes to pieces. Wouldnt frozen climber react the same way? After that it would be really easy to carry back. Naturally you would have to glue it back together before it starts to melt. And not tell the relatives how you retrieved it of course!

Being frozen by liquid nitrogen isn’t quite the same as being frozen on Everest. You’d have to carry up a lot of liquid nitrogen, perhaps via helium balloons?

If that were the only consideration, then a chain saw would be the way to go.

Nah. Dynamite. That way the stiff does his own trekking back down, too !

Speaking of which, is there any sort of anti-avalanche devices up there by Everest like the recoiless rifles they use in the Rockies (I think) and other areas? And by “anti-avalanche” I mean “avalanche-causing”.