Scientist Falls 70 Feet Into Mountain Crevasse. Not Only Does He Live, He Also Got it on Camera

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Disclaimer: Adult language and blood.

Western Kentucky University professor John All was conducting climate research in Nepal on Monday when he suddenly fell into a crevasse, breaking his arm, five ribs and dislocating his shoulder.

"It probably took me four or five hours to climb out. I kept moving sideways, slightly up, sideways, slightly up, until I found an area where there was enough hard snow that I could get an ax in and pull myself up and over," he told HLN's RightThisMinute.

"I knew that if I fell at any time in that entire four or five hours, I, of course, was going to fall all the way to the bottom of the crevasse. Any mistake, or any sort of rest or anything, I was going to die."

See the rest of his ordeal below:

Cute Critter of the Day: Have You Seen Octogoat?

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Cute Critter of the Day: Have You Seen Octogoat?
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This eight-legged goat was also born with both male and female reproductive organs to a farmer named Zoran Paparic in Croatia. He said he couldn't believe what he was seeing and had to call a neighbor to confirm he wasn't crazy. Paparic plans to keep the goat as a pet if it survives.

It would be truly amazing if this spider goat would not only survive, but thrive after it starts shooting web, swinging between buildings and fighting crime in honor of his slaughtered Uncle Billy. One can only hope...

Gif of the Day: A Breathtaking Mothership Supercell

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Gif of the Day: A Breathtaking Mothership Supercell View Fullscreen
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A supercell thunderstorm is characterized by a sustained and powerful rotating updraft. These storms originate in unstable air accompanied by a particular type of changing wind direction at various altitudes in the atmosphere; a common combination supportive of supercells is a southerly or southeasterly wind near ground level and a southwesterly or westerly wind higher up in the atmosphere.

This combination of changing wind directions creates a horizontal rolling motion in the lower atmosphere. The same rapidly rising air motions that form the thunderstorm turn this horizontal rotation into a vertical rotation, and in the case of this particular storm, this rotation is spectacularly evident in the circular striations, or layers, visible in the cloud structure.

The structure of supercell thunderstorms allows rain and hail to fall well away from the source of the warm, unstable air fueling the storm, so these storms do not choke on their own rain-cooled air. In some cases this allows supercell thunderstorms to stay intact for hours, covering tens or even hundreds of miles. In the process they can produce giant hail, very high winds, and tornadoes.