Xenodignathus, More Commonly Called A Strange Bijaw, Is A Small Highly Derived Bijaw, Being The Only



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
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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


fterodendrum, more commonly called a feather fern, are large amphiamischos which riddle the bodies of ammonia in steppes, they are a common food item for most herbivorous seelenlos, theyve evolved asexual as well as sexual reproduction, sending out thousands of spores every second into the ammonia to interact with other spores to grow a new fterodendrum, they can also reproduce through a piece of them breaking off and growing a complete new body as well as the parent regrowing the broken off piece, similar to telluric echinoderms, if you have any questions about this amphiamischos please dont be afraid to ask im more than happy to answer

most of the symbols in the heteziform script of hedezhoop
the topmost row reading from left to right and then right to left is the letters in the script, going:
pɘlɘk [p/b], tɘlɘg [t/d], kɘlɘt [k/g], sʉɹ̠ət [s/z] ɦʔɑk [ɦ], ʒʉɹ̠ət [ʒ], ɹ̠ʉdɐ̞ [ɹ̠], lʉtɐ̞ [l], kʔɑɦ [ʔ], əso̞ [ə], ɐ̞tз [ɐ̞], зdɐ̞ [з], ʉʒɑl [ʉ], o̞zə [o̞], ɘkəl [ɘ], ɑʒʉɹ̠ [ɑ], and the glyph for signifying voicedness between the two rows ɦə.
each being romanized with: p [p], b [b], t [t], d [d], k [k], g [g], s [s], z [z], h [ɦ], zh [ʒ], r [ɹ̠], l [l], ' [ʔ], u [ə], a [ɐ̞], e [з/ɘ], oo [ʉ], o [o̞/ɑ]
the middle row reading left to right is the most common forms of punctuation in the script, going:
period, comma, quotation marks, brackets, a glyph to connect a single word from lines similar to the use of - in english handwriting, an ellipsis, and a space.
the bottom row reading left to right are the numbers of hetezhoop, being a base 4 system going:
gɑɦ [1], tɘk [2], pɐ̞g [3], ɑɦɘz [0]

hi tumblr, do you like spore? do you creatures? im gonna make a tournament for default spore creatures, for fun
submit them here and i’ll do a bracket of the most popular


gavathanthus, more commonly called a bowl flower, are small sedereamischos which produce large quantities of aromas chemicals to attract organisms to pollinate them, this is due to an incapability for this genus to produce different colours on their “leaves”, they produce nectar from the tips of their gamatangia as well as pollen, they also absorb pollen during this process, and eventually over time the bowl will close and a fruit will develop from all the gathered pollen, the bowl will then open again with the fruit filling the entire centre, if you have any questions about this organism please don't be afraid to ask im more than happy to answer