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Description
I haven't posted here in forever!!! Sorry for the long wait, I'm sorry to say I've kinda moved on from Cephalexo. Instead I've been working a lot on my friend's jar project. (I'll link them here if they have a deviantart account)

These Abhorrents come from a fictional scenario, in which creatures and plants, common in aquatic jar ecosystems (such as bladder snails, copepods, hydroids, aquatic isopods and so on) are placed in an ocean-sized jar environment, several kilometers long.

Abhorrents are a very large group of animals descended from hydroids. Most have multiple tentacles, eyes, and various methods of propulsion. Some are benthic and drag themselves along the ground, some are sessile and filter feed, but most are pelagic filling niches similar to siphonophores and jellyfish. Some Abhorrents such as the Truffula Felifins are filterfeeders and can reach tremendous sizes. A few species even have a symbiosis with algae, benefiting from photosynthesis.

Description
I haven't posted here in forever!!! Sorry for the long wait, I'm sorry to say I've kinda moved on from Cephalexo. Instead I've been working a lot on my friend's jar project. (I'll link them here if they have a deviantart account)

These Abhorrents come from a fictional scenario, in which creatures and plants, common in aquatic jar ecosystems (such as bladder snails, copepods, hydroids, aquatic isopods and so on) are placed in an ocean-sized jar environment, several kilometers long.

Abhorrents are a very large group of animals descended from hydroids. Most have multiple tentacles, eyes, and various methods of propulsion. Some are benthic and drag themselves along the ground, some are sessile and filter feed, but most are pelagic filling niches similar to siphonophores and jellyfish. Some Abhorrents such as the Truffula Felifins are filterfeeders and can reach tremendous sizes. A few species even have a symbiosis with algae, benefiting from photosynthesis.