recursal/Fanatic-Fandom huggingface dataset:
Bruha

# Warning: This page, and all other taxa and clades under it, while canon, are largely a joke.

This s\*\*\* is some weird-ass s\*\*\* weird-ass s\*\*\* I tell you what, this f\*\*\*\*\*\* thing isn't closer related to any other animal on this here planet it appears to be another branch of the Kingdom like one day all the animals are going that way and then this group is that hey you know what we're going to go this way, so here's where it comes from, we think we think it evolved from sponges you know how there sponges on Earth well there are sponges On This Planet too and we think it be a neotenic sponge baby. and according to this here fossil record, this group of animals was the dominant animal before 333,333,333 years ago, yep. the whole planet was full of sponge babies and they all died on mass mysteriously for some reason leaving only one Survivor.

Sorry about that, that part was written by my drunken Terratertien Aununaen friend Yeeber Kich, I the slightly less drunk Jürgen Müller will be taking over the article now.

Bruha (Bruh in Latin) is a Basal Clades of Hume III, they are a clade of Planctonporifero that have evolved to move against the water currents, making them nekton instead of plankton. Plankton and nekton are two types of marine aquatic organisms. The main difference between plankton and nekton is that **plankton are passive swimmers that are carried by the water currents whereas nekton are actively-swimming organisms that swim against the water currents**. They would give rise to the phylum Bruh.

They evolved around 666,666,666 years ago, and their point of origin is unknown. The first species was Enantiastorevma statementi, this clade has only one surviving members still alive today, ***Examplus templatacus*** (commonly known as poopoo funny man).

After The End Of Times Mess Extinction Event, next to near all of the classes under the Bruh phylum we're extinct, except for one terrestrial class, the class Soupia. That surviving species was Poopymcpollaculo kathoolooi (commonly known as poopy mc cock ass), this species would end up evolving into more species, Genera, families, orders, but never into a new class, and after a few more Extinction events by the time humans get to the planet there was only one surviving member of this lineage left.

## Taxonomy

Kingdom: Animalisaliena

Subkingdom: Xenoporiferia

Branch: Plevrikozoo (Side Animals)

Clade: **Bruha**

Classes under Bruh

Soup

Y'oure m'om;

A

The

licky

## Taxonomy of the last surviving species

Domain: Exogiinosefkaryotis

Kingdom: Animalisaliena

Branch: Plevrikozoo (Side Animals)

Clade: Bruha

Phylum: Bruh

Class: Soup

Legion: Memeie

Cohort: Tump

Order: Dingusa

Section: Shities

Family: Poopicae

Tribe: Assie

Genus: Examplus

Species: templatacus/Template

Race: Nurple
Ankistriacheria micro

'''''Ankistriacheria mirco''''' is a now-extinct pre- and post-extinction species under the genus ''[[Ankistriacheria]]'', evolving from earlier members of its family and later becoming the remaining species in the genus. It was also one of the surviving species of the [[End of Times Extinction Event]], surviving due to its adabtability and diverse diet. This species is distinguished primarily by how it lived around the coasts of North & South [[Primaterra]], as opposed to later species who took to the open ocean.

== Anatomy ==

== Evolution ==

This was one of four species in the genus to survive the extinction, and thus proliferated greatly in the following millions of years, evolving into several other species, including ''[[Ankistriacheria megamirco]]''. These species later became their own genera and families in some cases, diverging from their original family.

~~This was one of four species in the genus to survive the extinction,~~

== Habitat ==

Due to the diet of primarily small animals that these organisms had as well as their adaptability to their surroundings, they were able to live in densely populated reefs around North & South [[Primaterra]], being the only of their genus to live in these areas. They lived alongside several species of ''[[Manustrapadoora]]'' as well as various reef-dwelling [[Duopusia|Duopi]] and [[Oliganidae|Oligans]], among other small creatures. Other species in this genus often took to the open oceans, this being a primary distinguishing feature of this species.

== Taxonomy ==

Domain: [[Exogiinosefkaryotis]]

Kingdom: [[Animalisaliena]]

Subkingdom: [[Enmetazoae]]

Phylum: [[Xenochordata]]

Subphylum: [[Psariaskoulikion]]

Megaclass: [[Epithymia]]

Superclass: [[Skoulikionpsaria]]

Class: [[Ostikiepithymia]]

Subclass: [[Efchimelovo]]

Order: [[Psithyrismenoprosopoiformes]]

Suborder: [[Programmataanichnefsiskatoidei]]

Clade: [[Idiotamcaptionemviventem]]

Subclade: [[Ourapterygio]]

Section: [[Mobileidiotamcaptionem]]

Family: [[Arpaktikoaltisidae|Arpaktikoaltidae]]

Tribe: [[Arpaktikoaltini]]

Clade: [[Arpachtisvrachon]]

Genus: ''[[Ankistriacheria]]''

Species: '''''Ankistriacheria mirco'''''
Prasinafyta

**Prasinafyta** (meaning green plant in Latin or Greek, I don't remember which) is one of the basal clades of Hume III, and is a clade of colour plants that has formed a symbiotic relationship with a green algae-like organism. Every different species of this clade has a different species of algae to go along with them. In the ocean they fill up the same role as seaweed, on land they fill up the same role as Mosses, but in places where Moss doesn't grow, like the beach. The free-floating ocean ones can be found in every ocean, the land ones are only found on South Primaterra. Unlike every other color plant, which fills up the role of dominant plant on their respective continent, the green color plant never diverse into a new subkingdom with roots, because the dominant plant rule was already being taken up on that continent. So unlike every other color plant everywhere else, they stayed in their primitive Moss-like State, never evolving into grass, or trees, or anyting. The full reason for why the symbiotic relationship developed is currently unknown, but it seems to be independently evolved from the other color plants. The most popular theory is that when the free floating ones evolved there was less oxygen and more of other chemicals the chemicals that they feed on, but as oxygen began to increase the color plants needed a way to still be able to float around on the ocean surface, so they employed these algae-like organisms to provide them the ability to photosynthesize, what the algae got out of it is still unclear may be protection from filter-feeding predators? Who knows.

It is unknown when they first evolved some scientists think they evolved 1 billion years ago, whlie others think they only evolved thousand million years ago, but the earliest known fossil evidence is from 500 million years ago. The exact point of origin is also but it's assumed to be somewhere in the middle of the ocean.

## The Survivors

1. Prasinagisum epizon

2. Prasinaneraum epizon

3. Imivdroviachortaum epizon

4. Plotaprasinaum epizon

## Taxonomy

Kingdom: Quimofitaalienigeniae

Subkingdom: Chorisrizesophytes

Clade: **Prasinafyta**

\*\*Clades, Divisions, and other taxa under **Prasinafyta\*\***

Division: Prasinafytaophyta

Division: Imivdroviachortaophyta

Add your own Clades, Divisions, Subdivisions, Classes, Subclasses, Orders, Families, and Genera here.
Insolitamlolligo joshuai

***Insotamlolligo joshuai*** is a species of Duopus under the family (?). It is distinguished from its sister species by its green color and slightly visible stripes. It was the only Duopod to survive the End of Times extinction, and thus gave rise to all other members of the Duopus clade. Its name translates to "Joshua's predatory squid".

## Evolution

This species evolved from early Duopi, and was one of the first recognized fully carnivorous species. It later evolved into the rest of the family Timeripoteratlolligae, and later, the whole Duopi order. Some groups of this order began developing digestive systems more suited for herbivory, and thus took to a less active lifestyle, relying on reefs for feeding on various aquatic plants and algae. This led them to become lower down in the food chain, giving them a need for more means of defense. Due to the high calcium contents of the oceans, they began developing stronger bones, which eventually evolved into an outer shell, giving them nearly full protection. By this time, they had evolved into a whole new order, known as the Vertests. Various other Duopi occupied a different niche, becoming the dominant predators in their ecosystem and thus being able to become bigger, and therefore faster and more successful in the case of some. This led to species such as many members of the *Celer* genus, such as *Celer celer*, the fastest Duopus species, and *Celer giganticus*, the largest Duopus species. However, for some Duopi, this evolution resulted in becoming so specialized that they grew fins on either side of their body and elongated their overall body shape, evolving into the order Dyosagonia (meaning "two jaws").

## Additional Information

Discovery

Name of the person who discovered it

Jokes

Intelligents Level

Can you eat it or no?

Assessment

## Taxonomy

Kingdom: Animalisaliena

Superphylum: Xenololigana

Phylum: Capitemanibus

Clade: Duopus

Class: Duopoda

Order: Duopusia

Family: Timeripoteratlolligae

Genus: *Insotamlolligo*

Species: ***Insotamlolligo joshuai***
Weakfish

### Relationships

Eel (son)Barfish (who their son was before he was reincarnated)Marlin (lover)Payara (mother of Barfish. they gossip together over coffee sometimes)

## Biographical information

### Marital status

in a relationship with Marlin. not officially married. it's on-again-off-again, but they love each other

### Place of birth

Genesis 3:19: By the sweat of your face you shall eat bread, till you return to the ground, for out of it you were taken; for you are dust, and to dust you shall return

### Cause of birth

an unhappy marriage resulting in an affair. years of deception to follow

## Physical description

### Notable Features

has mouth

**Weakfish** is a baker and hobbyist heavy metal musician. They're the parent of Eel, and they played a central role in discovering that he was a reincarnation of Barfish. Weakfish being unable to lift heavy objects is something of a running gag in the show. Viewers have criticized it as "not having been funny the first time" and "being part of literally every scene Weakfish is in," but the showrunners continue to include it.

Weakfish is haunted by various aspects of their past. They blame themselves for their parents' failed marriage. After being bullied in fish high school, they feel an obsessive need to please everyone. They find it difficult to say no to people. This has gotten them in a fair share of trouble. After Adam Sandler briefly killed them, they became quite paranoid. They found it difficult to trust anyone. Whenever asked about what it was like to be dead, they would begin to ramble about "horrors unimaginable to any living fish" and "a god that is unkind." Despite this, they do their best to be a supportive parent, friend, and partner. They're clever, with a knack for problem-solving. Despite being rarely discussed by the fandom, they're a highly respected character within the show's universe. They deserve better.
Permafrost

The Permafrost is a Artifact melee weapon created by ArthuriusIV. It specializes in Physical Damage, having a base average of -0. The Permafrost can be upgraded with Gold to decrease its physical damage, spell power, and sell price. This item can be obtained from Frozen Citadel on Nightmare difficulty. It can be sold for a minimum of -0 gold and requires players to be atleast level 200 to equip it.

## Permafrost

### Has special skills

Yes

Skills:

Absolute Zero

Glacial Crescents
Gallinaeveteris

**Gallinaeveteris** are a clade of Septempollicems that comprise Teraspsids (including Ypsilistasia) Xenosauropsids (including Folidotodermia and Fterotodermia (Dirds)) Dracopsids (including Dracosauria) and Xenosynapsids (including Gounia). They evolved 278mya. They are distinguished by a membrane (amnion) protecting the embryo and a lack of a larval stage. Thanks to this, Gallinaeveteris lay eggs on land or retain them within the mother, unlike Angallinaeveteris (Wishes and Agrioderma and Olisthirodermia), which typically lay eggs in water. Older sources, particularly before the 22th century, may refer to Gallinaeveteris as "higher Psariaskoulikion" and Angallinaeveteris as "lower Psariaskoulikion", based on the discredited idea of the evolutionary great chain of being.

Taxonomy

Kingdom: Animalisaliena

Phylum: Xenochordata

Subphylum: Psariaskoulikion

Class: Ostikiepithymia

Clade: Idiotamcaptionemviventem

Clade: Ilektrikapodia

Clade: Septempollicemiformes

Superclass: Septempollicem

Class: Agrioderma (only one living species)

Clade **Gallinaeveteris**

\*\*Clades and Classes under Gallinaeveteris\*\*

Class: Folidotodermia

Class: Fterotodermia

Class: Gounia

Class: Ypsilistasia

Add your own clades and classes here.
Basal Life

On Hume III, there are several basal clades of life from which every living organism has evolved. This lists all the currently existent ones.

## Animals

These are the base eukaryotic animals (Animalisaliena) of Hume III thus far:

Idiotamcaptionemviventem (Phylum Xenochordata)

Duopus (Phylum Capitemanibus)

Xenoalopoda (Phylum Capitemanibus)

Xenoskelliki (Phylum Xenochordata)

Escarabajoalienigena (Phylum Xenoarthropoda)

Perilimaria (Phylum Limusa)

Welachimorpha (Phylum Xenochordata)

Wlacoderm (Phylum Xenochordata)

Humipede (Phylum Xenoarthropoda)

Skathariastakon (Phylum Xenoarthropoda)

Osvermiformes (Phylum Xenochordata)

**Wyctophia** (Phylum Xenochordata)

Bruha (Phylum Bruh)

Pnevmona (Phylum Xenochordata)

These are the base prokaryotic animals (Mikroviozoooia) of Hume III thus far:

Gattusa (Division Spondylikistilia)

Microelefantas (Division Illequinonpotestoccidia)

## Plants

These are the base true plants (Exogiinofytoae) of Hume III thus far:

Unomegalofolium (Division ???) (Green Plants)

Quinquestellafoliumplant (Division ???) (Green Plants)

Plantaflotantelibre (Division ???) (Green Plants)

These are the base color plants (Quimofitaalienigeniae) of Hume III thus far:

Prasinafyta (Division ???) (Green Plants)

Plotofytostar (Division ???) (Blue Plants)

Fytikofyto (Division ???) (Orange Plants)

Floresfructus (Division ???) (Yellow Plants)

Arbolalienigena (Division ???) (Purple Plants)

Kokkinafylla (Division ???) (Red Plants) (Named after Greek for red leaves)

Galazionisia (Division ???) (Cyan Plants) (Named after Greek for blue island)

These are the base germ plants (Plantagermiae) of Hume III thus far:

Dytika (Division ???) (Green Plants) (Named after Greek for west)

Anatolia (Division ???) (Pink Plants) (Named after Greek for east)

## Fungi

These are the base fungi (Hongosalienigenas) of Hume III thus far:

Manitariglossas (Division ???)

Thanatoi (Division ???)

Lenguabesodelamuerte (Division ???)

These are the base fungi (Xihuitlfungiae) of Hume III thus far:

Xihuitlfungi (Division Xihuitlfungiophyta)

## Pollas

These are the base pollas (Ailenapollaespeculada) of Hume III thus far:

Fytikos (Phylum ???)

Corriendopollacarnivora (Phylum ???)

Culovago (Phylum ???)

## Algae

These are the base algae (Xenoalge) of Hume III thus far:

Movfykia (Division Polykyttarosmovfyka) (Purple Algae)

Algaverdia (Division Multicellularealgaverde) (Green Algae)

Blealgia (Division Multicelularblealgi) (Blue Algae)

Anaranjadasalgia (Division Polykyttarosanaranjadasalgas) (Orange Algae)

Kitrinafykia (Division Multicellularekitrinafyka) (Yellow Algae)

Rojafykia (Division Multicelularrojofyka) (Red Algae)
Armaduridae

**Armaduridae** are the now extinct first family under the clade Osvermis and, more closely, the order Armaduria, and are distinguished primarily by their backbone being divided into three segments, named the posterior segment, middle segment, and anterior segment. This number of segments varies in later families, stretching from only two segments in Anastroplidae (named after Greek for reversal of armor, grew back armor) to eight or nine depending on species in Potmimatidae (named after Greek for many segments).

## Anatomy

Like the backbones of many other Xenovermis, the backbone of this family is divided into segments, in this case, three. The first segment from the head, the posterior segment, is notably shorter than the other two segments, and only makes up about 10% of the animal’s body length. It was thicker than the other segments as well, and toward the front end, a cup-shaped extrusion extends to help provide protection to the brain, as there was no skull at the time this evolved (though other groups were convergently evolving or had already evolved skulls or other body parts used to protect the brain). The second segment, known as the middle segment, stretched over about 60% of the body, and served the primary purpose in most other backbone-bearing animals. The third segment, the anterior segment, was considerably thinner than the others, and was also much higher in concentration of cartilage, as this made up the internal protection for the hind part of the worm, as this was the part most used for propulsion.

## Evolution

The first species in this family was *Armadurahueso formare*, as it was the first to begin internalization of external armor. This occurred about 490 million years ago, the start of the species and further the whole family (and eventually, the entire superclass of Skoulikigis). This family itself evolved into two other families, Anastroplidae, which quickly reversed the internalization of some armor and sought out less competitive yet less rewarding environments, and Prosagonidae (named after Greek for first jaws), which took to more competitive environments and developed stronger jaw structures, giving birth to the first predators of Osvermis. The former soon went extinct after little evolution, though the latter went on to become the order Wquamata with the family Chorisgnathidae and eventually became the rest of Skoulikigis.

## Taxonomy

Kingdom: Animalisaliena

Phylum: Xenochordata

Clade: Xenovermis

Class: Panopliavermis

Order: Armaduria

Clade: Osvermis

Family: **Armaduridae**

Genera and species under Armaduridae:

*Armadurahueso*

* *Armadurahueso formare*
* *Armadurahueso makrys*
* *Armadurahueso pollipanoplia*
Spiledmultidae

***Spiledmultidae*** (named after Latin roots "spic", meaning "spike", "mult", meaning "many" or "much", and "led", meaning "hurt") is a family under Kounonta, and is distinguished by the fact that its members have venomous tentacles. The venom in these wavers is typically contained within the very tips of the tentacles, and the tentacles inject venom into prey while also being used for drawing prey further in once killed or subdued. Their evolutionary history can be traced to having begun about 100 million years ago, and modern species typically reside around the water of South Primaterra.

## Anatomy

The poison of these organisms is contained in the tips of their tentacles. Their tentacles are typically much more sharply pointed than many other Wavers because of this, and thus they can more efficiently inject their venom into unsuspecting prey.

## Taxonomy

Kingdom: Animalisaliena

Superphylum: Xenololigana

Phylum: Capitemanibus

Class: Xenoalopoda

Order: Kounonta

Family: **Spiledmultidae**
Huma

Huma is the first suborder under Catuses, and contains three families, Killa, Vegatus, Crocoil, and these families would go on to evolve into other Clades, Orders, Families, and Classes. They evolved around 268,333,333 years ago, and are distinguished from Beakin by the fact that they don't have beaks. Their point of origin is North Primaterra.

Anatomy

Let's start with the faces, they have long crocodilian/dinosaurian snouts, some have sharp teeth, some have flat teeth, some have both, some have no teeth. They have eyestalks but they are reduced, and they have lost the ability to retract them like a snail. They have completely lost the whisacles, and instead have more traditional nostrils. Most of them have tails, but some do not, some species and some genera have evolved protective Weaponry on the end of their tails, akin to stegosaurus thagomizer, and Ankylosaurus tail clubs. They walk on six legs and have one toe on the end of each foot with one big claw on the end of that toe, most clades have the middle and back pairs of legs rotated 180 degrees, meaning like the echidna, their middle and back feet are backwards, some clades evolved arms independently of each other, sometimes just the front pair, sometimes the front two pairs. They don't have scales, they have smooth skin, some classes, later on, would evolve scales and fur-like coverings, but this class just has bare waterproof skin. One final quirk of their Anatomy is that they exhibit sequential hermaphroditism, when one member of a species migrates to a new area, and there's too many of that one gender in that area, it will switch its gender.

Catus Huma: The older group and they have more niches, large herbivores, fast hunters, long-snouted fish eaters, some have adaptations similar to creatures on earth, Catus Huma Vegauts has flattened teeth and rocks their jaws back in forth to grind up vegetation, plus large stomachs to help digest tough plant material, Catus Huma Crocoil lives near river beds and eats fish with a large long snout, and nostrils above the water, so yeah diverse.

Taxonomy

Kingdom: Animalisaliena

Phylum: Xenochordata

Superclass: Cathibian

Class: Catus

Order: Catuses

Suborder: **Huma**

```
**Families under Huma**

    Family: Killa

    Family: Vegatus

    Family: Crocoil

Add your own clades and families here

```
Radiatora

**Radiatora**, commonly known as **Radiatores**, are a suborder under Parvenatora and are distinguished by their general radial symmetry. While many species do not show full radial symmetry, such as the generally disorganized patterns of tentacles in many Radiatores, they have general radially symmetrical internals, such as the circular arrangement of gemani. They are named after the English word "radially", describing their symmetry, and are divided into two superfamilies: the Brostinostomes, with their mouths on front and no stinging abilities, and the Pisostomes, with their mouths arguably positioned on their anterior end, and less debatably, the ability to sting using their tentacles.

## Taxonomy

Kingdom: Animalisaliena

Superphylum: Xenololigana

Phylum: Limusa

Class: Denstima

Order: Parvenatora

Suborder: **Radiatora**

Superfamilies and families under Radiatora:

Superfamily Brostinostomoidea

* Family Oliganidae
* Family Polloplidae
* Epifamily Akinitosaoidae
	+ Family Chorouridae
	+ Family Micrakinitosidae

Superfamily Pisostomoidea

* Family Makriacheridae
* Family Tsimacherianidae
Septempollicemiformes

**Septempollicemiformes** is a clade that contains the superclass Septempollicems and the clade Epithymiapodion (Leg wish). The things that distinguishes this clade is the fact that they have rough waterproof skin that keeps them from dying out outside of water. And by the fact that they have seven toes. Early Septempollicemiformes were born without waterproof skin and would get waterproof scaly skin when they grow up. Now most modern Septempollicemiformes are born with waterproof skin, not always scaly skin. Another thing early Septempollicemiformes has was armored plates on their backs for protection, most modern Septempollicemiformes have lost this armor, some Epithymiapodion still have it but most have lost it, and only one septempollicem ever had it, and that was Prota Stisteria, the first true septempollicem. T*he shark/dolphin body plan has evolved at least five times in Septempollicemiformes, four times in* Septempollicema, and once in Epithymiapodion. Some of them still retain the electric abilities of their ancestors, but some have lost it completely.

## Taxonomy

Kingdom: Animalisaliena

Phylum: Xenochordata

Subphylum: Psariaskoulikion

Class: Ostikiepithymia

Clade: Idiotamcaptionemviventem

Clade: Ilektrikapodia

Clade: Septempollicemiformes

\*\*Clades under Septempollicemiformes\*\*

Clade: Epithymiapodion

Superclass: Septempollicema

Add your own clades and classes here.
Cell Structure

The cell structure of life on Hume III is somewhat similar to that of life on Earth, though quite obviously, it evolved entirely separately, and thus there are many key differences. There are also three domains of life on Hume III, for which this varies drastically, those being Exogiinosefkaryotis, Exogiinavaktiria, and Exogiiniarchaia, though there are several key similarities.

The membrane is a part of the cell that is quite similar to cells on Earth: a simple layer of proteins protecting the cell from outside threats. This essentially serves as skin for the cell, as it keeps the xenoplasm inside the cell and essentially defines the boundaries of the cells.

The xenoplasm is the gel-like substance inside of the cell that contains most of the cell’s nutrients and water. It is often compared to the cytoplasm of cells on Earth, as it serves largely the same purpose. Xenoplasm is comprised primarily of water and calcium compounds, the calcium compounds being because there is a high concentration of calcium and calcium compounds in the seawater of Hume III.

The HXA (Hexagonal Xenoplasmic Acid) of life on Hume III, like the DNA of life on Earth, has compounds that match up with each other to allow reproduction and replacement of missing genes, however, unlike Earth DNA, these compounds match up with themselves, and there are five different types as opposed to four. The compounds are called Joshuaine, Kathooline, Statementine, Dayline, and Draboline. (Meta fact: these names come from the usernames of the first five contributors to Hume III.) These chemicals have similar properties to each other, each being highly reactive and unstable by themselves, though when bonded to the chemicals of the frame, they are perfectly stable and kept together. The primary frame chemical is called Hexanine, this being named so because of the shape it creates: a hexagonal prism of two chains with one of the primary HXA chemicals (I’ll make a diagram for this later), each connecting to another of its same kind.

## Taxonomy

Life: **Humethreelife**

\*\*Domains under **Humethreelife\*\***

Domain: Exogiiniarchaia (meaning extraterrestrial archaea in Greek)

Domain: Exogiinavaktiria (meaning extraterrestrial Bacteria in Greek)

Domain: Exogiinosefkaryotis (Extraterrestrial Eukaryotic in Greek)

Add your own Domains and Clades here.
Denstima

**Denstima**, commonly known as **Denstimans**, are a class under Limusa and are distinguished by their general use of extaca as a form of self-defense, as opposed to using

## Taxonomy

### Lower Classification(s)

ParvenatoraMangizeta

it for locomotion, hunting prey, or other functions, as well as their lack of ring-bones as opposed to Circulossa. These are the current least prevalent Limusans, though about 50 million years ago they were the most prevalent, as this was before the evolution of Circulossa, which quickly took over the place of the most prevalent Limusans. They all have orange blood, absorb air through pores in their skin, and are aquatic (with the somewhat exception of Epipleonidae, like Chorours but float on the water, are named after Greek for floating). They are named after the Latin word for thick, densissima, as they generally have a very thick form of extaca to aid in blinding or rendering a predator immobile.

## Anatomy

As Denstimans are a whole class, they are very diverse, and thus have very different anatomies. However, like all taxonomic classifications, there are some anatomical similarities, in this case those being primarily an enlarged extaperante compared to that of the Circulossa and other classes of Limusans. This allows them to defend themselves when under threat as more extaca means more defense.

## Taxonomy

Kingdom: Animalisaliena

Superphylum: Xenololigana

Phylum: Limusa

Class: **Denstima**

Orders under Denstima:

Parvenatora (Parvenatores)

Mangizeta (Mangizetes)
Ilektrikapodia

Ilektrikapodia (Electric feet in Greek) are a clade under the clade Idiotamcaptionemviventem, and would later evolve into the Superclass septempollicems. The first two genera of Ilektrikapod had 0 toes, the next few genera has 10 toes. The evolutionary history of tetrapods is not very well understood yet, with tiktaalik being able to walk on land with leg-like fins, but then would evolved into creatures that actually have real legs, but can't support themselves on land at all. It was discovered recently that it may have taken tetrapods a bit longer to conquer the land than we once thought. The same can be said with the septempollicems, the first Ilektrikapod was probably able to walk on land the probably couldn't support itself too well and probably couldn't stay on land for very long. Some species of Ilektrikapods weren't able to support themselves on land at all because just like some early tetrapodas on Earth, their legs were too weak to support the body on land. Ilektrikapods are basically stem-septempollicems, unlike stem tetrapods on Earth none of these Ilektrikapods lost their gills until they became true septempollicems. The ones with nine or ten toes had two gill slits, the ones with seven or eight toes had only one Gill slit, the ones with no toes can have one or two. Ilektrikapods and stem septempollicems still count as wish because they still have gills. They would eventually give rise to the clade Septempollicemiformes, which contains not only all true septempollicems, but also contains the only surviving clade of stem septempollicems, this clade is Epithymiapodion (Leg wish), all stem tetrapods on Earth have gone extinct and only true tetrapods remain but some stem Septempollicems remain. One last thing about this clade is that despite its name a handful of species in this clade have lost the electric abilities for some reason.

## Taxonomy

Kingdom: Animalisaliena

Phylum: Xenochordata

Subphylum: Psariaskoulikion

Class: Ostikiepithymia

Clade: Idiotamcaptionemviventem

Clade: **Ilektrikapodia**

\*\*Genera under Ilektrikapodia\*\*

Genus: Ilektrikapoda

Genus: Veintidospicos

\*\*Clades under Ilktrikapodia\*\*

    Clade: Decempollicemia

Subclade: Spicatasretro

Subclade: Xeselotos

Clade: Dilitiriodisplati

Clade: Espaldablindada

Clade: Novempollicemia

Clade: Ilektrkatetrapoda

Clade: Octopollicemia

Clade: Septempollicemorpha

Clade: Septempollicemiformes

Clade: Epithymiapodion

Superclass: Septempollicema

Add your own clades here.

## Gallery

Original linework of Ilektrika pezoporos notiosOriginal image of Ilektrika pezoporos notiosOriginal artwork of an Ilektrikapod
Alithinapodidae

**Alithinapodidae**, commonly known as **Alithinapods**, are a family of Parvenatores, and the only Bilateratores. They are distinguished by the fact that they have legs that are mostly use to navigate the seafloor, and are thus the ancestor of all Circulossans. They are largely boneless, though they do have some semblance of a skeleton made of a cartilage-like material. Some of the later Alithinapods began to develop their gemani (see Parvenatora) into lungs, and eventually, fully moved onto land. They are named after the Greek for "true legs", "αληθινά πόδια" (alithiná pódia).

## Anatomy

The anatomy of an Alithinapod is on the more complex side of Parvenatores, as they need more advanced muscles than those of the tentacles of other Parvenatores to move their legs. Some Alithinapods were the first and only Parvenatores to have eye-like organs, though fully functioning eyes did not evolve until around the time that the Circulossans had evolved. This because of the fact that most other Parvenatores use a very sensitive sense of touch to guide themselves around, detecting slight movements in the water. Later Alithinapods began to develop brains, and the ability to eject extaca was largely toned down in most species, though not completely lost in any.

## Taxonomy

Kingdom: Animalisaliena

Superphylum: Xenololigana

Phylum: Limusa

Class: Denstima

Order: Parvenatora

Suborder: Bilateratora

Family: **Alithinapodidae**
Pterygiodaktylou survivormepentedachtyla richardi

Evolution

Anatomy

Habitat

Diet

Breeding

Adaptations

Threats

Additional Information

## Taxonomy

Domain: Exogiinosefkaryotis

Kingdom: Animalisaliena

Subkingdom: Enmetazoae

Phylum: Xenochordata

Subphylum: Psariaskoulikion

Megaclass: Epithymia

Superclass: Skoulikionpsaria

Class: Ostikiepithymia

Subclass: Efchimelovo

Order: Psithyrismenoprosopo

Suborder: Programmataanichnefsiskato

Clade: **Idiotamcaptionemviventem**

Subclade: Ourapterygio

Section: Mobileidiotamcaptionem

Family: Arpaktikoaltidae

Tribe: Arpaktikoaltini

Genus: **Pterygiodaktylou**

Clade: Neopterygiodaktylou

Species: **Pterygiodaktylou survivormepentedachtyla**

Subspecies: **Pterygiodaktylou survivormepentedachtyla richardi**
Template

This is a template for all pages of a taxonomic classification that doesn't necessarily have to be strictly followed, it is simply guidelines to make it easier for authors/writers.

***Examplus templatacus*** (commonly known as poopoo funny man) is a species under the family Exampilae and is distinguished by its examples. Any other general information is included here, such as size, time living, and anything else brief and important.

## Anatomy

Here, the creature's anatomy, or in the case of higher classifications, general anatomical similarities, are described.

## Adaptations

Any special adaptations to climate, geological or biological, the creature might have.

## Additional Information

Jokes, discovery stories and names, edibility, and anything else you might want to put in here.

## Taxonomy

Kingdom: Animalisaliena

Phylum: Bruh

Class: Soup

Order: Dingusa

Family: Poopicae

Genus: *Examplus*

Species: ***templatacus***

Whatever the classification mentioned is is bolded. Any other classifications like superphyla, subphyla, legions, and those types of things are included but are not in the Tree of Life.

Subspecies under *Examplus templatacus*:

*Examplus templatacus soupia*

*Examplus templatacus mart*
Ramfovaridae

Ramfovaridae (meaning beak biter, Ramfo=beak, vary=biter, in Greek) common name Shellbreakers, are a family of Large lobe-fin wish with the biggest species (Gyrocephalus gigantius) reaches a length of 1.5 meters. They are carnivores that mostly feed on hard-shelled prey such as Wlacoderms. Their characteristic is they have strong beaks instead of teeth for breaking hard shells. They first evolved 387.5 million years ago, and survived several mass extinction events, their two most notable characteristics are is their massive size and their strong bone-crunching beak. After The Silurcaran-Camvonian mass extinction event (The end of times) wiped out most of the **Wlacoderms,** prior to the extinction event, these were their main food source but now that they were mostly gone they had to adapt to eat other shelled creatures. They were once diverse, really diverse, but after that Extinction event that wiped out most of their food source, there are only a few surviving genera, and each of those genera only have a few species. Attacks on humans are very rare, and cases of them actually eating humans are even rarer.

Anatomy

The head Region's most notable feature is the beak, it's a strong beak used to crack open hard shells of prey, the species with the strongest bite force can reach 1,200 pounds. They have convergently evolved nostrils, the ancestor of all wishes didn't have nostrils, and most wishes don't have nostrils, the ones that do have to evolve them convergently from each other. Their sense of smell is average. They have two eyes with very great eyesight, they rely mostly on sight to hunt their prey. They have an internal ear like fish on earth, their hearing is average. They have two-gill slits on each side of the neck, unlike Earth fish which typically have one Gill slit on each side of the neck. This family has lost two of its four pectoral fins and two of its four pelvic fins, the basic wish fin Anatomy has two Dorsal fins and one adipose fin, but Ramfovaridae has convergently evolved six dorsal fins in a similar way to the Bichirs of Earth, the adipose fin and the anal fin have been enlarged and repurposed into extra Tail Fins to help push the giant wish forward at a decent speed. Because they are apart of the lobe-finned wish group their fins seem more like legs. Their bodies are covered in thick hard rough scales. Their internal organs are what you would expect for a fish or wish, they have two hearts, they have gills, they have a stomach, intestines all that good stuff, but because they are part of the lobe-finned wish group they also have a set of lungs.

Taxonomy

Kingdom: Animalisaliena

Phylum: Xenochordata

Subphylum: Psariaskoulikion

Class: Ostikiepithymia

Subclass: Efchimelovo

Clade: Pnevmona

Order: Glykoneroefchimelovo

Family: **Ramfovaridae**

\*\*Subfamilies under Ramfovaridae\*\*

Subfamily: Ramfovarinae

Subfamily: Gyrocephalinae

Subfamily: Psittacoramfosinae

Add your own clades and subfamilies here
Calamarsincascaria

**Calamarsincascaria**, commonly known as **Boneless Docepods** or **Calamarsincascarians**, are a class of Capitemanibus under Docepoda. They are distinguished by their shells, as their sister clade, Ligoterokelyfos, lack these. This divides them into two subclasses: Esoterikokelyfos, Calamarsincascarians with internal shells, and Exoterikokelyfos, those with external shells. They come in various forms, typically somewhat resembling a nautilus or squid, or sometimes appearing as a cylindrical form with six tentacles surrounding the mouth and six surrounding the body in the case of the order (make this later). They are named after the Spanish translation of "shelled squid", "calamar sin cáscara".

## Anatomy

Because they are a class, Calamarsincascarians are very diverse anatomically, though they do have some overall anatomical similarities. The main similarities are having a shell and twelve tentacles, the latter being attributed to all Docepods. These tentacles can come in various forms, many times being more leg-like or arm-like, comparable to the transformation of the Oligans' tentacles into the legs of the Alithinapods.

## Reproduction

Like most aquatic Docepods, Calamarsincascarians reproduce through broadcast spawning, releasing large quantities of sperm or eggs into the water in hopes that it will reach those of the same species, after which eggs will form and stay suspended in the water until hatching. At the point of hatching, some Calamarsincascarians look very little like their adult forms, and instead may take on sessile or limbless forms.

## Adaptations

Calamarsincascarians are a class, and thus have each developed their own methods of survival, including their tentacles taking on more arm-like or leg-like appearances and functions, such as in the case of (uhhhhhhh).

## Taxonomy

Kingdom: Animalisaliena

Superphylum: Xenololigana

Phylum: Capitemanibus

Megaclass: Docepoda

Superclass: Exoslolligoa

Class: **Calamarsincascaria**

Subclasses and orders under Calamarsincascaria:

* Subclass Esoterikokelyfos
* Subclass Exoterikokelyfos
Parvenatora

One species from every family of Parvenatore: Calvitius roseaclavo of the Oligans, Movplokamia mavros of the Polloplans, Choroura pollachromata of the Chorours, Micrakinitosa prota of the Micrakinitosans, Kokkinaima kokkinaima of the Makriacherians, Psyklos tessera of the Tsimacherians, and Chontroderma portokali of the Alithinapods.

## Taxonomy

### Lower Classification(s)

OliganidaePolloplidae

Chorouridae

Micrakinitosidae

Makriacheridae

Tsimacherianidae

Alithinapodidae

**Parvenatoria** (commonly known as Parvenatores) are an order under the class Denstima and are distinguished by their mouthpart, known as a spidge. They are by far the most prominent and diverse Denstimans, having seven families under two suborders. They are named after the Latin translation of the phrase "small hunters", "parva venatores", though this named is not entirely accurate as many Parvenatores, such as the Oligans, relied on passive filtration of food into the mouth.

## Evolution

The first Parvenatores were Oligans, and were the first post-extinction Limusans. The Oligans diversified into the Alithinapods and Polloplans about 15 million years later, with the Akinitosa evolving from a single semi-sessile ancestor, and one group losing tentacles and one retaining them, those being the Micrakinitosans and Chorours respectively. These went on to become the (unnamed sessile Denstiman order) about another 15 million years later. About 10 million years after the evolution of Polloplans, they evolved into the Makriacherians, and those then became the Tsimacherianidae and Mangizeta 10 million years after that, the former of which went extinct after about 50 million years. 10 million years after the evolution of Alithinapods, they were taking to land, and after about another 8 million, the first Circulossans had evolved.

## Taxonomy

Kingdom: Animalisaliena

Superphylum: Xenololigana

Phylum: Limusa

Class: Denstima

Order: **Parvenatoraa**

Suborders, superfamilies and families under Parvenatora:

Suborder Parvenatora

Suborder Radiatora (radially symmetrical Parvenatores)

* Superfamily Brostinostomoidea (Parvenatores with mouths on their front)
	+ Family Oliganidae
	+ Family Polloplidae
	+ Epifamily Akinitosaoidae (Unmoving Parvenatores, named after Greek for unmoving)
		- Family Chorouridae
		- Family Micrakinitosidae
* Superfamily Pisostomoideao (Parvenatores with mouths on their back)
	+ Family Makriacheridae
	+ Family Tsimacherianae

Suborder Bilateratora (bilaterally symmetrical Parvenatores)

* Family Alithinapodidae
Pterygiodaktylou survivormepentedachtyla survivormepentedachtyla

Evolution

Anatomy

Habitat

Diet

Breeding

Adaptations

Threats

Additional Information

## Taxonomy

Domain: Exogiinosefkaryotis

Kingdom: Animalisaliena

Subkingdom: Enmetazoae

Phylum: Xenochordata

Subphylum: Psariaskoulikion

Megaclass: Epithymia

Superclass: Skoulikionpsaria

Class: Ostikiepithymia

Subclass: Efchimelovo

Order: Psithyrismenoprosopo

Suborder: Programmataanichnefsiskato

Clade: **Idiotamcaptionemviventem**

Subclade: Ourapterygio

Section: Mobileidiotamcaptionem

Family: Arpaktikoaltidae

Tribe: Arpaktikoaltini

Genus: **Pterygiodaktylou**

Clade: Neopterygiodaktylou

Species: **Pterygiodaktylou survivormepentedachtyla**

Subspecies: **Pterygiodaktylou survivormepentedachtyla survivormepentedachtyla**
Adamsandlersbf

adamsandlersbf's wattpad pfp (before his account was banned)

**Adamsandlersbf** is a popular fanfiction writer. His best-known work is *The Descent of Knobbed Porgy*, a 2 million word fic set in an alternate universe where Knobbed Porgy joins Anglerfish's forces, eventually usurping her and ruling the sea. It's an incredibly deep and complex character study, and it expands on the already detailed worldbuilding of the universe. He's written upwards of 100 works in total. It's difficult to find an exact count, as his fanfiction isn't all distributed on the same website (and many works can only be found in print), but it's assumed that he might have written as many as 200 stories. The majority of these seem to be shorter than his magnum opus, but they're no less beautiful.
Xenotemnospondyli

Class **Agrioderma**

* Order **Xenotemnospondyli**
	+ Superfamily: Xenotemnospondylidea Family: Xenotemnospondylidae
	+ Subfamily: Xenotemnospondylinae
	+ Subfamily: Tetrapodmnospondylinae
	+ Family: Pezoporidae Subfamily: Pezoporinae
	+ Subfamily: Kolympinae
	+ Superfamily Xenoedopoidea
		- Family Xenocochleosauridae (Xenochenoprosopidae)
		- Family Xenoedopidae
	+ Unranked clade Xenoeutemnospondyli
		- Family Xenodendrerpetidae
		- Unranked clade Xenorhachitomi
			* Suborder Xenodvinosauria
				+ Family Xenotrimerorhachidae
				+ Superfamily Xenodvinosauroidea
					- Family Xenodvinosauridae
					- Family Xenoeobrachyopidae
					- Family Xenotupilakosauridae
			* Superfamily Xenodissorophoidea
				+ Family Xenomicromelerpetontidae
				+ Unranked clade Xenoxerodromes
					- Unranked clade Xenoamphibamiformes
						* Family Xenoamphibamidae
						* Family Xenobranchiosauridae
						* Family Xenomicropholidae
					- Unranked clade Xenoolsoniformes
						* Family Xenodissorophidae
						* Family Xenotrematopidae
			* Superfamily Xenoeryopoidea
				+ Family Xenoeryopidae
			* Family Xenozatracheidae
	+ Clade Xenolimnarchia
		- Clade Xenostereospondylomorpha
			* Family Xenoarchegosauridae
			* Family Xenointasuchidae (placement is uncertain)
			* Family Xenosclerocephalidae
			* Suborder Xenostereospondyli
				+ Family Xenopeltobatrachidae
				+ Family Xenolapillopsidae
				+ Family Xenorhinesuchidae
				+ Family Xenorhytidosteidae
				+ Family Xenolydekkerinidae
				+ Unranked clade Xenoneostereospondyli
					- Clade Xenocapitosauria
						* Superfamily Xenomastodonsauroidea (Xenocapitosauroidea)
							+ Family Xenoheylerosauridae
							+ Family Xenomastodonsauridae
							+ Family Xenostenotosauridae
					- Infraorder Xenotrematosauria
						* Superfamily Xenotrematosauroidea
							+ Family Xenometoposauridae
							+ Family Xenotrematosauridae
					- Superfamily Xenobrachyopoidea
						* Family Xenobrachyopidae
						* Family Xenochigutisauridae
						* Family Xenoplagiosauridae
Animalisaliena

Animalisaliena (named after “animalis”, Latin for “animal” and “aliena”, Latin for “alien” or “foreign”) are a kingdom that are the dominant organisms on Hume III and are part

## Taxonomy

### Lower Classification(s)

XenochordataCapitemanibus

Limusa

Xenoarthropoda

of the domain Exogiinosefkaryotis. This domain also includes Exogiinofyto/Plants, Hongosalienigenas/Fungi, Ailenapollaespeculada/Polla, as well as a few single-celled kingdoms. Like Animals and Fungi on earth, they are more closely related to each other then fungi is to plants, the animals and fungi on Hume III are more closely related to each other then fungi are to plants, and plants and polls are more closely related to each other then polls are to animals.

## Anatomy

Cells

Animalisalienas are typically made up of millions of cells. Animalisaliena cells have an irregular structure and are made up of four key parts: Nucleus – This contains genetic material (DNA), and controls the cell's activity. Cell membrane – A flexible layer that surrounds the cell and controls the substances that enter and exit.

Classification

## Taxonomy

Subkingdoms under Animalisaliena:

Enmetazoae

Xenoporiferia

Branches under Enmetazoae:

Kyriazoa (Main Animals)

Plevrakyriazoia (Side Main Animals)

Phyla under Kyriazoa:

Xenochordata

Xenoarthropoda

Phyla under Plevrakyriazoia:

Limusa

Capitemanibus

Branches under Xenoporiferia:

Kyriosplevrikozoo (Main Side Animals)

Plevrikozoo (Side Animals)

Phyla under Kyriosplevrikozoo:

Euxenoporiferia

Stomachiporifera

Phyla under Plevrikozoo:

Planctonporifero

Bruh (Only one living species left)

Phyla under Animalisaliena:

Limusa

Xenochordata

Capitemanibus

Xenoarthropoda
Мулмир

**Мулмир** - получивший имя *Безликий* - существо предположительно божественного происхождения, называющее себя Пожирателем. Питается разной энергией, от эмоциональной до электрической. Имеет способность перемещаться между мирами по своему желанию, слышать и читать мысли разумных существ, и при некоторых обстоятельствах управлять ими.

Мулмиру посвящен культ Безликого.