Anyway Team Check Infinite Fusion Version

recent painting :D

Some Crescent doodles! I also explored some native clothing ideas. This Crescent character is named Kleft. Since most Crescent clothing is usually a lot more baggy and covering, she considers Two-Three’s interplanetary attire very revealing. Two-Three is unfortunately oblivious to this, as he was raised mainly off-planet and has next to no Crescent social skills, besides talking

Crescents are hermaphroditic, but since gender is completely up in the air, they are often fond of particular identities. Two-Three, whilst learning English, preferred masculine pronouns (he/him) while Kleft felt, to her understanding, she fit anything but that. (So she primarily uses she/they). They like this common ground between humans

Also, I wrote “One-Two” in the first photo… how did I forget his name already??

Can we please get a Nari eye tutorial for both simple and detailed versions? Blease bro he's so eyes I need to know how to draw him 😭

my silly narinder eye tutorial,,, i hope this helps :)!!!!!

Atonement.

NOT over Epilogue's ending.

Ea, Our Second Chance (10b)

10b. Eucytobionta (part 2/3, unicellular diversity)

(Index) (< 10a. Eucytobionta, cell structure) (> 10c. Eucytobionta, biotechnology)

(original link)

« The diversity of microscopic life was, and still is, overwhelming: from day one, each drop of water and grain of sand revealed a bewildering variety of forms. No more than on Earth, of course; don’t think for one moment that we fully understood the complexity of our mother world when we left it. We’re still making new discoveries from the few experimental models we brought over. Nevertheless, this represented the perfect opportunity to test out the new kind of science we were going to build. » – dean Sofia Torres, Tabula Rasa

I. Kingdom Monokarya (etym. “one kernel”). Unicellular, never colonial. Usually very small (<20 μm); only protonucleus (almost certainly secondary loss of paranuclei; polynucleate kingdoms do not form a clade). Usually flagellate, at least at one stage. Mostly endoparasites, within fluids of multicellular organisms (lymph, hydromuscular liquid); a few intracellular species. Outside of hosts they form capsules highly resistant to dehydration, heat, and radiations. Representative genera: Ankylococcus, Myoecia, Nesokaryon.

II. Kingdom Pogonocyta (etym. “bearded cell”). Unicellular, frequently colonial. Usually have superficial cilia or flagella. Often have two protonuclei, which they exchange in a form of sexuality not synchronous with reproduction (which occurs by fission or sequential fragmentation). Often very large species (commonly >0.1 mm with >20 paranuclei, Titanopogon reaches 8 mm in length); may have structures such as ciliate wheels, funnels, traps, stylets, articulated “jaws”, etc. to feed on smaller cells, as well as visual organs and permanent digestive vesicles. Eyespots may have developed from endo-symbiotic unicellular algae. Smaller species may form clonal colonies via incomplete fragmentation, e.g. Petrovella. A few aerial species are known (most within genus Uranocyton). Representative genera: Hekatokaryon, Hylonectes, Nanognathus, Petrovella.

III. Kingdom Ostracophyta (etym. “tile-plant”). Unicellular, rarely colonial. Rigid polyhedral shell, apparently formed by crystalline sulfonamide impregnating the cell net; pseudopodia emerge from gaps, usually regularly placed, sometimes at the vertices of the shell. Macroscopic needleweed (“Hyalophyta”, e.g. Arslanophyton). In the colonial forms (e.g. Endolithus), the shells may fuse and trap sediment forming stromatolite-like structures, pseudopodia may connect cell bodies. Usually phototrophs or mixotrophs (= energy from both sunlight and organic matter). All major forms of frostblight (white, purple, mealy, etc.) are ectoparasitic Ostracophyta with invasive root-like pseudopodia, but do not form a single clade. Representative genera: Arslanophyton, Astrapocyton, Endolithus, Phytopachne.

IV. Kingdom Colloplasmi (etym. “glue-form”). Unicellular, almost (?) exclusively colonial. Lobate cells, able to move by circulating cytosol through the lobes. Adhesive cell envelope, apparently rich in glycosyl-sulfonamides, which may form a common matrix for colonies. Sometimes mineral particles are incorporated (origin of Lithobionta?); mushroom-like, coral-like, or grass-like colonies both in water and on land, with specialized fruiting bodies. Often the colonies liquefy or “evaporate” when disturbed or damaged (special toxic cell morph in Ceratoides). Saprotrophs, herbivores, carnivores; unconfirmed case of a Cordyceps-like neural parasite. Representative genera: Ceratoides, Danaë, Eidocarpus, Xanthoplasma.

V. Kingdom Lithobionta (etym. “stone-life”). Multicellular. Forming pumice-like porous mineral structures; “living boulders”. Representative genera: Lithobius, Pliniella.

VI. Kingdom Haematophyta* (etym. “blood-plants”). Multicellular. Photosynthetic organisms with zinc-based pigments; “red plants”. Representative genera: Corynetes, Hypogaea, Tomophylla, Tribaculum.

VII. Kingdom Fuscophyta (etym. “dark plants”). Multicellular. Photosynthetic organisms, methanogens; “black plants”. Representative genera: Cystophyton, Dendrocystis, Nepheloecia.

VIII. Kingdom Enantiozoa (etym. “mirror-animals”). Multicellular. Mostly motile chemoheterotrophs; Ean “animals”. Representative genera: Akkadia, Dendrocephalus, Prosopogyrus, Semaphorus.

* Named “Erythrophyta” in other publications. The two names are to be considered synonymous, when defined as “the most exclusive clade including both Maurophytum purpureum and Corynetes corynetes”.

– Vikram Jariwala et al., “Preliminary notes on Ean "eukaryote” diversity", Xenobiology Review, 14 (38 AL)

ensthir riding a funny kangaroo

this creature is known as a mir, filling the role of a horse in the desert regions, one of the many animals domesticated by ensthirs.

it is herbivorous and very docile, grazing at twilight to avoid the harsh sun and most predators. they live in small packs of up to ten members, all of which they will be very close with. these packs do not consist of a leader or any sort of pecking order, each member plays their own important role and are valued equally.

being social animals, they are easily approached and respond very well to offerings of food.

the mir has developed a duckbill-like mouth to prevent injuries when eating thick and spiny plants. their toenails have also developed into hooves, better for traversing the hot and rocky landscape.

their tail is thick and muscular, being highly flexible to balance out their body weight for a wider range of movement. a mir doesn't need to climb or swim to suit their lifestyle, but they are very capable of it if their ever comes a need. their tail is also able to store large amounts of water when droughts ar imminent.

the bluish-purple parts are bare skin, which is incredibly thick and leathery, having multiple uses to ensthirs. their arms, legs and some areas of the face are hairless, but the bottoms of the feet and hands have a short, thick layer of hair to avoid burns while walking.

there are two whisker-like appendages at the base of the neck, which function as ears.

today on "how can I combine my interests": variations of volcarona based on stellar classification!

actual stars are classified based on their spectral characteristics and temperature/color from hottest (bluest) to coldest (reddest) with a strangely ordered letter system: O, B, A, F, G, K, M... why not do the same for this stellar moth?

some other info:

o-type volcarona are incredibly rare and are considered "shiny" pokemon

m-type volcarona can come in the largest variety of sizes from large enough to easily carry a person to about the size of a cat

k-type volcarona are the most common, with the higher temperature ones becoming increasingly more rare (and m is about as rare as g)

while there could be b- and a-type volcarona between o and f, the latter two are so rare that there's no reason to split the categories up further

alder's volcarona is the g-type one shown here, and the m-type one belongs to cyrus in my au

the pupa/cocoon stage is too short relative to the other two stanges to be considered its own separate evolutionary stage like other similar bug type pokemon