Never Before Seen Sea Creatures Filmed in World's Deepest Abyss

Low-gas blood allows them to live in such massive pressures.
This is because there is no gas in it to compress - the fluid of
the blood is essentially incompressible - meaning their
structure stays intact allowing bodily functions to work right.

a reply to: SentientCentenarian

a reply to: lostbook

The pressure 11km below the seas surface is so great we won't be able to get down there until we have some crazy @$$ tech, like being able to negate the affects of gravity or atleast a structure to house a camera that can withstand 15,750 psi or 1,086 bars. . . . . Yikes.

originally posted by: 191stMIDET
a reply to: lostbook

The pressure 11km below the seas surface is so great we won't be able to get down there until we have some crazy @$$ tech, like being able to negate the affects of gravity or atleast a structure to house a camera that can withstand 15,750 psi or 1,086 bars. . . . . Yikes.

Ha, I stand very corrected! James Cameron (yes, THAT James Cameron) went to the bottom of the trench in 2012 10,900 meters or 6.381 miles one hell of a strong tin can to handle 1,100 x earth's surface pressure!!

originally posted by: 191stMIDET

originally posted by: 191stMIDET
a reply to: lostbook

The pressure 11km below the seas surface is so great we won't be able to get down there until we have some crazy @$$ tech, like being able to negate the affects of gravity or atleast a structure to house a camera that can withstand 15,750 psi or 1,086 bars. . . . . Yikes.

Ha, I stand very corrected! James Cameron (yes, THAT James Cameron) went to the bottom of the trench in 2012 10,900 meters or 6.381 miles

one hell of a strong tin can to handle 1,100 x earth's surface pressure!!

Ok, I thought so. I remember hearing about someone going to the very bottom. I didn't know it was James Cameron. Thanks!!

originally posted by: Drawsoho
Low-gas blood allows them to live in such massive pressures.
This is because there is no gas in it to compress - the fluid of
the blood is essentially incompressible - meaning their
structure stays intact allowing bodily functions to work right.

a reply to: SentientCentenarian

Is it possible to temporarily alter a human's blood to do this? That would be so exciting, if so.

That's a well lit ocean floor. Cool images

originally posted by: UnBreakable
a reply to: lostbook

Waiting for photos of USO bases.

And mermaids - real ones.

originally posted by: Elentarri

originally posted by: UnBreakable
a reply to: lostbook

Waiting for photos of USO bases.

And mermaids - real ones.

Can't forget the Mermaids..........