Twight lightzone
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She deposited a few krill into O.G.’s tank and within seconds the morsels were in the maw of the squishy pink fish. Bitondo said, grabbing a pinch of krill from a plastic cup. “When he first came in, he wasn’t eating at all,” Ms. in June 2019 with the goal of figuring out whether the species could be kept alive in captivity. This bottom-dwelling, deep-sea fish, found off the coast of Japan, looks less like a fish and more like a wad of pink chewing gum that has spent several hours in a hot car. Bitondo prepared a meal in a dark, cramped room in the back of the aquarium for one of her favorite organisms, a salmon snailfish named “O.G.” Most of the early attempts failed, but each one has revealed something new about the needs of deep-sea species.Īlicia Bitondo, a senior aquarist at the aquarium, is familiar with the challenges of caring for these creatures. Over the past two decades, the Monterey Bay Aquarium has attempted to keep dozens of different deep-sea species alive in captivity. “We’re looking for things that are going to look good and are representative of what’s actually down here,” said Paul Clarkson, the aquarium’s director of husbandry operations. In the ship’s control room, the song “Under Pressure,” by Queen and David Bowie, played as pilots from the research institute directed the Ventana, one of their larger remote-operated vehicles. The creatures they sought were hidden by darkness in an underwater canyon that, although starting just hundreds of feet from shore, is as deep and steep as the Grand Canyon. They were searching Monterey Bay’s submarine canyon for bottom-dwelling species to scoop up, study and hopefully put on display.
![twight lightzone twight lightzone](https://www.mondo-digital.com/twilightzone.jpg)
On a sunny day in mid-February, before the coronavirus pandemic halted operations, scientists from MBARI and aquarists from Monterey Bay headed out aboard the Rachel Carson, a 135-foot-long deep-sea research vessel. With the advance of technology, it is finally becoming possible to bring some of these fragile beings to the surface. Many of these organisms possess soft, gelatinous bodies - an adaptation to the physical pressures of the ocean depths, but which at sea level provides all the structural integrity of a wet Kleenex. The Monterey Bay Aquarium and its partner organization, the Monterey Bay Aquarium Research Institute (MBARI), both backed by the Packard Foundation, have two large ships and several remotely operated vehicles at their disposal, some with robotic arms, high-definition cameras, state-of-the-art sensors and a variety of devices designed to suck and grab delicate deep-sea animals from the water.