(I had this saved for months, never finished it until now honestly) While Evolutionary history has, so far atleast, focused on the descendants of the Sea Nuts for their current dominance over the ocean, the Gurgesaxum would be often overlooked despite their sheer numbers, and being the other line of the earliest animalogues ever to evolve. They were evolving their own kin, and such came the Exovdellae. Sanguilacina (Below) and Radiiprocax (Above) are the descendants of the Gurgesaxum, primarily inhabiting the Benthic Zone of the Ocean. Compared to their distant peers, these species have been given favor to look past the need for an exoskeleton, able to specialize into other body plans. Cruolobus are the descendants of the Sangullacina that have chosen to continue their existence as motile swimmers. Evolving a fin stretching along most of it's body both for aerodynamics and as a sign for mates, the Raddiprocax are suited for travelling fast through conglomerations and rough terrain. Their mouth houses dozens of layers of scrapers akin to a hagfish able to scrape detritus along the seafloor and other animals. They act as scavengers that are able to absorb dissolved organic matter directly across their skin, though this gets them involved in scuffles against the much larger Siuloir. Evolving a form of proto-echolocation, they are able to apply high pitch vibrations to other mates, where they will then fertilize and broadcast spawn hundreds of fertilized plankton eggs across the seafloor. Cruolobus, while still scavengers, have decidedly foregone sea motility. Descending onto land, slow feeders will group up to eat detritus and animal corpses when possible. They have evolved a single complex eye made from crystallized material that allows them to see what is ahead of them. They are surprisingly motile, wriggling through substrate and complex reefs with little problem. Similar to their kin, they are also broadcast spawners. Both species normally are found in the Deep Sea, Hydrothermal Vents, Conglomerations, and Reefs.
