Scientists film the most deeply ever fish on the sea floor with Japan

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A cruise of a depth of 8,336 meters (over 27,000 feet) just above the sea floor, the young crawl became the deepest fish that scientists have ever filmed during the probe in the abyss in the northern quiet oceans.

Scientists from the University of Western Australia and Tokyo University for Sea Science and Technology are free from snail footage taken last September by sea robots in deep trenches with Japan.

Along with the recording of the deepest scratches, scientists physically caught two other samples at 8,022 meters and set another record for the deepest catch.

Earlier, the deepest mistakes in 2008 have ever been observed. Year 7.703 meters, while scientists could never collect fish from anywhere below 8,000 meters.

“What is important is that it will show how much a certain type of fish will go to the ocean,” Seasy Biologist Alan Jamieson, founder Minderoo Deep Sea Research Center, who led an expedition.

Scientists in the trenches record Japan as part of a ten-year study in the deepest population of fish in the world. You crawl members of the Liparidae family, and while most snappers live in shallow water, others survived in some of the biggest depths ever recorded, Jamieson said.

During the two month survey last year, three “Landers” – automatic sea robots equipped with high resolutions – fell in three trenches – Japan, Izu-Ogasavara and Riukiu trenches – in different depths.

In the row of Izu-Ogasavara, the footage showed the deepest mistakes that are quietly floated together with other crabs on the sea floor.

Jamieson classified fish as juveniles and said that younger sea glands often remain as deep as to avoid them greater predators who swim in a shallow depth.

Another recording from 700 and 8,200 meters in the same trench showed a colony of fish and crack-based mixtures related to the submarine robot.

Pictures of two trapped errors – identified as Pseudoliparis Beliavi – Provide a rare view of unique features that help deep sea species to survive an extreme environment.

They have tiny eyes, transparent body and their lack of bladder, which helps other fish, works in their advantage, Jamieson said.

The professor said that the quiet oricable ocean was especially suitable for vivid activity due to hot southern electricity, which encourages marine wholes to go deeper, while her abundant sea life provides a good food source for lower feeders.

Scientists would like to learn more about creatures living in extreme depths, but costs are the limit, Jamieson said, adding that only each Lander has $ 200,000 to meet and operate.

“The challenges are that technology is expensive and scientists do not have much money,” he said.