Mycoplatus, More Commonly Called A Flat Wart, These Small Solumykitas Are The Closest Living Relatives

mycoplatus, more commonly called a flat wart, these small solumykitas are the closest living relatives to the mycoarbor of the shadow forest, even being viewed by amature ◗ta scholars to be simply neotonous members of the same genus, though genetic evidence shows theyre simply closely related genre, they produce mass amounts of spores which tend to cover the entire fruiting body of the flatwart in small patches, they tend to be reabsorbed alongside the fruiting body when the resource abundance that gave them enough nutrients to create it diminishes, if you have any questions about this organism please dont be afraid to ask im more than happy to answer

acanthostomata, more commonly called a pick mouth, are unique for ostoexoapo, completely removing their salivary glands which give the ostoexoapo their unique circular mouth instead going for a thin extendable proboscis which they use to probe a bowl flower for its nectar, they have also evolved small filaments around their mouth to catch nectar in this form of mutualism with the sedereamischos, they do face an issue most ostoexoapo lack, due to their thin proboscis their reproduction is rather difficult, they will find a mate and get as much reproductive material as they can hold, then spend the rest of their lifespan laying around a thousand eggs in a specific area nearby a bowl flower then go to it, consume as much nectar as possible, then lay near their eggs and die, this will provide their young with enough nutrients to consume in order to mature and develop their wings and gather their own nectar, if you have any questions at all about this seelenlos please dont be afraid to ask im more than overjoyed to answer

anemedromeus, more commonly called skeletal algae, are small populous freefloating amphiamischos, using their solumykitas symbiotes as a skeleton of sorts, helping them keep their general shapes, they resemble the ancient prephotosynthetic ancestor of nodomuscos [called pseudozoans], causing a large amount of discourse amongst ◗ta scholars about the fossils of nodomuschos, solumykitas, sedereamischos, etc, since the common school of thought up until 976PE was that all fossils of pseudozoans were extremely old anemedromeids, but a fossil discovered in 976PE threw a wrench in that idea, showing evidence that the first sedereamischos evolved millions of years after pseudozoans went extinct and then further studies on pseudozoan fossils showed traits that anemedromeids lacked entirely and vice versa, though there was a large amount of resistance towards this new school of thought it eventually was proven factual beyond a doubt, if you have any questions about this amphiamischos please dont be afraid to ask im more than overjoyed to answer

xenodignathus, more commonly called a strange bijaw, is a small highly derived bijaw, being the only obligate herbivorous bijaws, they swim through the bodies of ammonia they inhabit close to the surface in search for anemedromeous, their fins are tiny used almost exclusively to help with steering themselves while they swim, unlike most bijaws they swim in a subcarangiform style as opposed to the spectrum of carangiform to thunniform swimming of every other mature bijaw, though the fry of most bijaw do swim on a spectrum of anguilliform to subcarangiform swimming, this alongside size and fossil evidence points towards neoteny playing a large part in their evolution, they only venture away from the surface if they sense a predator or if they just mated and need to find a safe space to lay their eggs, some species of xenodignathus lay their young in sacs similar to telluric chondrichthyes, if you have any questions about this ichthyongiu please dont be afraid to ask im more than happy 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

Are we allowed to make fanart of the ◗ta?

ofc!!! i'd love fan art!! :)