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Deep-Sea Mission Off Hawaii Reveals Mysterious, Alien-Like Creatures

"What we know about the ocean is less than the surface of the moon," said one scientist involved in the expedition off Hawaii's Big Island.

Posted on September 29, 2016, at 11:32 p.m. ET

Federal researchers just returned from a deep-sea expedition near Hawaii’s Big Island to identify why the waters surrounding the archipelago are so abundant in biodiversity, while nearby areas are like sea deserts.

A glass squid that was found off the coast of Hawaii's Big Island.
Noaa / AP

A glass squid that was found off the coast of Hawaii's Big Island.

Scientists with the National Oceanic and Atmospheric Administration told the Associated Press researchers took samples from depths of 1,500 to 2,000 feet using trawling nets.

Noaa / AP

Jack Kittinger, the senior director of the Hawaii program at Conservation International, said some areas in the ocean have more marine diversity than others and they want to better understand what combination of currents, temperature, and topography contribute to this.

Swallower fish that were found off the coast of Hawaii's Big Island.
Jessica Chen / AP

Swallower fish that were found off the coast of Hawaii's Big Island.

Researchers believe part of the reason that the area is so rich with life is that the seafloor dramatically rises as it reaches the surface, bringing with it unique nutrients. They hope to use their findings to pinpoint management and policy needs.

A spookfish that was found off the coast of Hawaii's Big Island.
Jessica Chen / AP

A spookfish that was found off the coast of Hawaii's Big Island.

"What we know about the ocean is less than the surface of the moon," Kittinger said.

A Commerson's frogfish that was found off the coast of Hawaii's Big Island.
Noaa / AP

A Commerson's frogfish that was found off the coast of Hawaii's Big Island.

Another recent mission by Conservation International and the University of Hawaii explored further off the coast of the Big Island at a group of seamounts, which are active and dormant underwater volcanoes that are also rich in biodiversity, probably for many of the same reasons.

Robotic arms on the Pisces V submersible open a bag of bait on the Cook seamount during a manned dive to the previously unexplored volcano.
Caleb Jones / AP

Robotic arms on the Pisces V submersible open a bag of bait on the Cook seamount during a manned dive to the previously unexplored volcano.

"My goal today is to ... find out what's living on them, find out how they support ocean life, what their effect is from ocean currents and essentially what drives the ocean, what makes the ocean what it is," said Conservation International's Greg Stone, a marine biologist on the mission.

Deep sea coral and sponges sit on the summit of the Cook seamount, seen from the Pisces V submersible during a dive to the underwater volcano.
Caleb Jones / AP

Deep sea coral and sponges sit on the summit of the Cook seamount, seen from the Pisces V submersible during a dive to the underwater volcano.

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