Astomaverm, More Commonly Called A Wood Worm, Are Unique Ostoexoapo Which Fill The Plants Of The Maschoran

astomaverm, more commonly called a wood worm, are unique ostoexoapo which fill the plants of the maschoran forest, their life cycle is rather unique to ostoexoapo having three life stages compared to the usual two life stages most ostoexoapo have, similar to most ostoexoapo they have their larval stage where they lack their shells and have no reproductive organs, they have a second stage which most ostoexoapo dont have, which is a stage similar to their larval stage where they have thicker skin, similar to a telluric velvet worm, and also functional reproductive organs, though they are incapable of laying eggs in this life stage, once they fully mature they gain their shell and lose the ability to eat, going so far as to lose their stomach, they wander around laying small clutches of about 5 eggs inside empty holes they find on any form of wood they find, this leads to a trend of large hoards of astomaverm bursting out of infested pieces of wood every year, if you have any questions about this seelenlos please dont be afraid to ask im more than happy to tell you

chartipteris, more commonly called a seed fern, are sedereamischos which superficially resemble telluric ferns, they grow seeds off the base of their stem and slowly push them up as they develop, eventually growing into small burr like structures which latch onto the seelenlos which eat them and allows them to spread fast, their closest living relatives the mountain dwelling herbanumquam, though relying primarily on the burrs for reproduction their seeds if undisturbed enough will form into a durable shell surrounding the seed creating a nut like structure which will be eaten by herbivorous seelenlos and passed through their digestive system to a newer location, if you have any questions please dont be afraid to ask im more than happy to answer

biotapsora, more commonly called a scab tick, are very small seelenlos which are only visible after theyve begun feeding on their hosts, they have very flexible shells compared to other terrestrial ostoexoapo, which is useful to them since even though theyre very barebones under their shell, which is meant to be filled when they drink the blood of their hosts, they will run out of room relatively fast due to their size, they will begin to feed on their hosts after latching their legs into the skin of their host, they will routinely unlatch their legs and move them further out to accommodate their fastly changing size, their eyes are almost nonfunctional, only really capable of detecting movement, when they are ready they will release themselves off of their hosts and adjust their digestive system to be essentially an egg making factory, using any remaining nutrients to produce as many eggs as possible, once, they will die once producing their maximum amount of eggs due to the production speed, most eggs being still contained within their body, once these eggs hatch the larvae will eat other nearby eggs and their oviparents remains as well as any other nearby flesh, they will then use their eyes which function slightly better than their mature forms, they will look up around their surroundings and if theyre lucky they will find a host before they mature and latch on with specialized radula to said host, if they are less lucky they will climb onto a nearby plant or rock and use said specialized radula to latch onto it while they mature, if you have any questions about this seelenlos please dont be afraid to ask im more than happy to answer

mixistoma, more commonly called nectar mixers, are small almost eusocial ostoexoapo, they are highly social compared to their relatives, and will create very large colonies to inhabit under the maschoran forest floor, through specific processes in a section of their foregut, they can turn moss and petals into a waxy substance they use to store their eggs in, maintain the structure of their colonies, and store nectar, they have converged on a behaviour similar to telluric bees, by churning pyrgoanthid nectar and mixing it with their saliva using their hindmost forelimbs to create a energy dense thick substance comparable to honey, their colonies have several specified “rooms” such as, store rooms for food and petals, nurserys where they keep larvae and eggs, and graveyards at the bottom of their colonies where they drop dead mixistomas they find in or near their colonies, if you have any questions about this seelenlos please dont be afraid to ask im more than happy to answer

cyclotrypta, more commonly called a eyed wart, are small highly toxic solumykitas, which produce more spores than any known maschoran solumykitas, widely considered to be a bad omen in ◗ta, due to the toxicity and spore production usually causing nearby seelenlos to become sick over prolonged exposure, while it is usually not fatal and can be treated the sickness is painful and debilitating, though most seelenlos just steer clear of cyclotryptas, some ostoexoapo have adapted to survive near it and even eat them, such as xenodiaitapterus and mixistoma, xenodiaitapterus being scavengers will be in prolonged contact with cyclotrypta and having the ability to be immune is almost a necessity, though some xenodiapitapterus have taken it even a step further and have started eating the cyclotrypta, whereas mixistoma are only immune during adulthood which means they have to build their nursery in places where the spores could not possibly reach, mixistoma will use the toxicity as a defense to keep their colonies safe, some colonies even going so far as to feed the eyed wart, as a rudimentary form of domestication, if you have any questions about this solumykitas please dont be afraid to ask i am more than happy to answer

pseudokladi, more commonly called a bifurcated branches, are parasitic sedereamischos which build themselves around the trunks of the trees of maschoras forests, they also put their hardy seeds into the fruits and nuts of the trees they attach themselves too, due to the nature of most trees in the maschoran forest, pseudokladi act as the branches that make up the canopy in these forests, when they first grow they are a small hardy piece of moss with roots that will search for the nearest tree, usually when they find the tree they will make a small spur of moss near the base of the tree and then absorb the roots they produce from their starting point and move towards the tree and start building up the tree and branching out with leaves and such, if you have any questions please dont be afraid to ask im more than happy to answer