Corsets used to contain whalebone, which is an antiquated term for baleen. This allowed most women in Victorian times to filter feed on krill in the open sea.

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Corsets used to contain whalebone, which is an antiquated term for baleen. This allowed most women in Victorian times to filter feed on krill in the open sea.

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So what kind of critters live in the oceans of the Baleen world? Critters like these!
Tube fish are odd "fish" indeed, having evolved a way to remove up to half their body in an emergency situation or to escape a predator. It's very hard to guess the true age of a tube fish, since many shed their lower halves at at least one point or another. It's a rare gem of a specimen indeed that lives to be long.
They keep most of their organs in the first two segments of their body, with the third and fourth growing back ups as they grow larger.
Tidal Baleens have learned how to raise and farm tube fish, and successfully 'harvest' the lower segments once a year from their costal farms. They make sure the fish are well fed and safe the rest of the year, and as such it's a pretty useful relationship for both.
Unlike on earth, the tri-limb body plan panned out and continued to evolve on the baleen world. Primarily in the ocean.
Spiral Jellies and tripods are all related, where as the spiral fish is related much, much further down the family line. Spiral jellies eat similar to earth jellyfish, where they catch and filter planktons and the like from the water.
Both tripods are detrivores, eating the detritus that falls to the sea floor and mixes into the sand.
Can you help me think of a reason for a creature that gets their food on land to have a Baleen looking mouth?
lives on land but still filter feeds from the water
filter feeds out of the air
uses its big comb-like teeth to scrape food out of the grass or other foliage
actually eats tiny critters in sand or loose mud, so it takes whole mouthfuls of muck and then shoves its face in the water to filter out the critters
Custom adopt commission for Nerosferos
Made as part of an ongoing project of mine, called "Pterraforming", featuring an alternate Earth (dubbed "Pterearth") where the K-T extinction event was less severe. Not all that original, I know, but really it's an excuse to work on a group of Pteranodon descendants that survived to become the dominant pterosaurs, and, in the case of the water, the dominant tetrapods; The Archopterans
This is a rework of my Pteroviathans, the largest of the "seawing" pterosaurs ever to exist, and the largest animal ever to live on Pterearth. While (on average) they tend to be shorter than blue whales, they are much heavier, and are built like literal submarines. They fill a similar niche to the blue whale, but are a bit more ornery and able to eat things a blue whale could never dream of. Pteroviathans are part of the "crown" seawings (pterocetaceans), which are the most advanced forms that have evolved. They all share a melon formed from modified salt glands, highly specialized flippers and bones, and a unique respiratory system that allows them to change their buoyancy similar to the chambers within the hull of a sub. They also possess an unusual tissue, derived from skeletal muscle tissue, that essentially acts like fat, but for storing oxygen. This allows them to so saturate their body with oxygen that they can stay submerged for hours!
Another interesting adaptation is the transformation of their pycnofibers that actually mirrors the evolution of teeth. The body pycnofibers are formed into "psuedodenticals", which are convergent and function to the dermal denticles of sharks. In the pterocetaceans, these pycnofibers have actually worked their way into the mouth, forming new "teeth" made of keratin. In "baleen" forms these "teeth" are similar to the flight feathers of birds, whereas in "toothed" forms they mimic both cetacean and shark teeth, depending on the species.
The hearing is especially advanced in pterocetaceans, being extremely hypertropied to the point some species have gone completely blind! Multiple gel-like structures on the jaw and on the forehead (the "melon" mentioned earlier) help both amplify outgoing sound while also helping to focus sound towards the ear, which like whales are internal. The entire jaw is formed into the auditory system, having special sound amplifying properties and having a radar-dish like shape in the back that helps funnel sound. This allows them to hunt for food and watch for predators in a near 360 degree range, even in the dark, while also not needing to put extra resources into reinforcing the eyes for underwater life.
Seawings, as a group, have near total dominion over aquatic tetrapod niches on Pterearth, the only other fully marine animals they share the water with being turtles and snakes. No other group has fully returned to the water. They simply can't. There's no room for them. Seawings were the first animals to return to the sea after the K-T mass extinction event, being able to revert to a more pelagic lifestyle by reactivating genes that laid dormant in the ancestral protoarchopteran. This allowed them to fully return to the sea when mammals were still only becoming semiaquatic on Earth, giving them a head start. This, combined with the young's ability to fly (which allows them to spread far and wide, into bodies of water not otherwise accessible by swimming or walking alone) and the ability to give live birth, meant that they took the waters by storm, and once they were in, they blocked anything else from following the same path. So on Pterearth, the pterosaurs rule the sea completely.
So the only competition they had was from each other.
Today, the pterocetaceans are the most widespread and speciated group of seawings, their advanced features allowing them an edge over their competing relatives. Over 200 species are known, ranging from passive filter feeders, to lunge feeders, to grazers, to carnivores that hunt fish, other seawings, and even pelagic birds and pterosaurs. In the north and far south, there are even psuedocrocodiles that pick up where their cold blooded contemporaries cannot survive. They are, in essence, kings among kings. And the mighty pteroviathan is the highest of all.

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horse world
Four scrimshawed whalebone and baleen busks, made by sailors for their sweethearts as love tokens, 19th century
🦷While some whales have teeth as big as a slice of pizza, others have none. Instead, those whales have baleen—a hard, fringed material that hangs from each side of the roof of the mouth like vertical blinds. 🐋Baleen is no sorry replacement for teeth, though—it is an extremely efficient filter-feeding device that works like a gigantic sieve to capture tiny crustaceans and fish. Photo: Teddy Llovet, CC BY-NC 2.0, flickr #AnimalFacts #whales #baleen #dyk #nature #oceans #OceanLife #MarineBiology https://www.instagram.com/p/Ck_1tCLv96u/?igshid=NGJjMDIxMWI=