The sea is dark and full of terrors.
There may or may not be water on Mars, but there are apparently Martians in the water. A fisherman is making waves after sharing footage of a bizarre, mystery sea creature that viewers have compared to an “alien.”
The clip was uploaded by Roman Fedortsov, a Russian trawlerman who photographs the sea monsters he’s accidentally snagged while trolling in the deep, Jam Press reported.
This bizarre bycatch, which the angler regularly posts for his over 600,000 Instagram followers, has included a toothsome wolffish, a critter with a Kardashian-evoking pout, and other animals whose existence suggests that our oceans might be as mysterious as deep space.
His latest monster clip included footage of a gray, bulbous-looking animal sitting on the railing of his ship.
Fedortsov identified the blob as a smooth lumpsucker, a species of marine ray-finned fish that grows to over a foot long and resides in the depths.
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Anyone order a cheeseburger? It’s another frightening Fedortsov find. Jam Press/@rfedortsov_official_account
The Lovecraftian critter caused quite a stir among Instagram users, who claimed it was evidence of extra-terrestrial existence.
“That is 100% an alien,” declared one viewer, while another wrote, “That’s the pet of aliens living underwater.”
“Kill it and burn it and don’t ever catch one of those again!” advised a third.
“Fished in Chernobyl?” quipped one wit, while another wrote, “Alien or predator?”
Others compared the fish to various cranially-endowed characters from popular media, including “Megamind,” the aliens from “Mars Attacks” and brainiac baddie Krang from the “Ninja Turtles” series.
However, the fish’s bloated body was likely not caused by a preternaturally-large cerebellum, but was rather a result of rapid pressurization changes during its journey to the surface.
This isn’t the first deep-sea denizen to make a splash of late.
Earlier this month, Gen Z TikTok users were moved to tears over the saga of a small anglerfish that perished shortly after swimming to the surface.