Cubothamnos, More Commonly Called A Cube Bush, Are Small Sedereamischos, They Have Evolved A Strange

cubothamnos, more commonly called a cube bush, are small sedereamischos, they have evolved a strange cuboid shape for seemingly no reason, they are very popular among ◗ta gardeners do to how easy to care for they are, the only downside being the burs they grow, these burs evolved to cling onto the archeina of vulperhynchus to help spread the clusters of cube bushes to the maximum size they can reach, leading to large patches riddling the steppe, they produce pheromone like chemicals which keep the burs clinging to whatever organism they're on, these chemicals tend not to last farther out then a few inches off of the cubothamnos producing them before becoming indistinguishable from the air around them, as well as decaying into free particles fairly fast, meaning that the burs won't fall off their “host” until they are removed from the chemicals, this does also mean that cube bush clusters have a distinct scent to them, smelling sweet almost to a sickly degree, they also have evolved to connect their roots and share nutrients they gain, if you have any questions about these oddly cuboid sedereamischos please don't be afraid to ask im more than happy to answer them

ichthyoantepod, more commonly called a newttailed legfish, are the closest living ichthyongiu relative to gibates, their tail is filled with small spurs made out of a material analogous to telluric cartilage, they are one of the only amphibious organisms on ngiu◗, being able to last up to a day on land, though they are far more comfortable in the ammonia due to their body being adapted for swimming more than terrestrial locomotion, they also lack any form of food on land due to the way their digestive system and teeth are structured, they usually only leave the ammonia they inhabit to avoid predation from histocephalus or troops of nectosarcus, though the amount of terrestrial predators make this risky, they also will frequently leave the body of ammonia they inhabit to wander to a close by different body of ammonia, their diet primarily consists of sifting through the substrate they walk over as well as scraping lapsiphyte off of rocks, as well as rarely scraping flesh off of bones the same way, if you have any questions about this seelenlos please dont be afraid to ask im more than willing to answer

cylindostraco, more commonly called a rolling clearback, these are small ostoexoapo which have the closest thing to a true exoskeleton a coelostracan can get, being an almost skin tight shell which has very little in terms of pigmentation, this is due to specialized structures on their back similar to the chromatophores of telluric cephalopods which let them camouflage to match the colour of their environment, if they feel threatened they will roll into a ball and use their shell to ward off their prey, similar to telluric isopods, they have been observed using their colour adjustment to attract mates, flashing bright vibrant colours in unique patterns in hopes of showing their fitness to their mate, if the mate reciprocates they will also flash trying to match their potential mates pattern, they will then mate and go their separate ways, laying their young in nutrient rich areas like fruits and nuts, they eat eggs and larvae of ostoexoapo as well as the sap flowing through sedereamischos, if you have any questions about this seelenlos please dont be afraid to ask im more than happy to answer

histocephalus, more commonly called an algaeheaded ribbontail, are ichthyongiu which use a form of offensive mimicry to attract their prey, growing archiena similar to the filaments of algae on anemedromeus, and then breaching the surface of the ammonia with their heads and then striking when their prey swims near in order to attempt to consume what they presume to be anemedromeus, primarily xenodignathus, their tails are used for mating selection, if a histocephalus encounters another if they wish to mate they will judge the size of their potential mates tail and the potential mate will do the same, if you have any questions whatsoever about this seelenlos please dont be afraid to ask im more than willing to answer

platydromeus, more commonly called a flat scuttler, are small ostoexoapo which are primarily scavangers, though they do hunt when corpses are scarce, when they mate they essentially have a time limit to find a prey to lay their eggs within before they hatch within the oviparent, most of the time platydromeus will lay their eggs inside their host without killing it in order to give their young a higher chance of survival, when they hatch they will consume their first meal from the inside out and then dig into the ground and go into a dormant state as they mature, if the oviparent does not lay their eggs in time their young will canibalize the oviparent, similar to almost all other ostoexoapo they will mate with any mature flat scuttler they come across, which means in order to avoid their own young once theyve been layed they will generally go as far away as they can if you have any questions at all please dont be afraid to ask im more than overjoyed to answer

nectosarcus, more commonly called ammonia pushers, are small ostoexoapo, which swim around the bodies of ammonia they live in and search for thalasentomo larvae and ichthyongiu fries, as well as eggs and corpses, though they can frequently travel in groups called troops and hunt larger prey, troops tend to end in most members mating with each other over a big kill and then swimming away, theyre about 30cm long, their feet are shaped almost like spoons which help them swim better than if they were just the standard limbs of an ostoexoapo, though not as effective as the fins which evolved in marine pachyostracans and fresh ammonia hemipterygi, if you have any questions whatsoever about this organism please dont be afraid to ask im more than happy to answer