recursal/Fanatic-Fandom huggingface dataset:
Les bestioles.../Éteintes

Il faut savoir que depuis l'ère primaire, de nombreuses espèces se sont éteintes, celles qui sont présentes sur cette page se sont éteintes au XXème et XXIème siècles principalement, lorsque la page sera beaucoup plus complète ont remontera d'un siècle et ainsi de suite.

## XXIème

### Phoque moine

Le phoque moine des Caraïbes, victime de la chasse, a disparu dans les années 50, mais sa disparition officielle a été déclarée en 2008.

### Dauphin de Chine

Le dauphin de Chine a disparu en 2006. C’était un dauphin d’eau douce dont l’extinction est probablement due au trafic maritime intense.

### Tortue de l'île de Pinta

La tortue géante de l’île de Pinta a perdu sa dernière représentante en 2012.

## XXème

### Bouquetin des Pyrénées

Le bouquetin des Pyrénées est officiellement éteint depuis 2000.

### Grenouille plate

La grenouille plate à incubation gastrique a disparu depuis en 1987. Cette grenouille australienne avalait ses œufs après les avoir pondus et l’éclosion avait lieu dans son estomac !

### Huîtrier des Canaries

L'Huîtrier des Canaries était un oiseau pêcheur, dont la nourriture s’est raréfiée. Personne n’en a observé depuis 1940, mais c’est en 1994 que sa disparition est devenue officielle.

### Canard d’Oustalet

Le canard d’Oustalet dont l’habitat si limitait à 3 petites îles du Pacifique s’est officiellement éteint en 1979 à cause de la Seconde Guerre Mondiale et du développement de l’agriculture.

### Tigre de Java

Le tigre de Java s’est éteint en 1994, en cause la destruction de son habitat pour créer des terres agricoles.

### Pic à bec ivoire

Le pic à bec ivoire a disparu en 1944, victime de braconnage.

### Bruant à Dos Noirâtre

Le bruant à dos noir n’existe plus depuis 1990. Il s’est éteint à cause de l’utilisation de pesticides.

### Otarie du Japon

L’otarie du Japon, chassée de façon intensive, n’est plus depuis 1974.
Rhinocéros noir

Don't touch please, thanks, Flèche de Nuit

Le rhinocéros noir (*nom latin : **Diceros bicornis***) est un mammifère herbivore appartenant à la famille des *Rhinocerotidae*. Ce rhinocéros est le seul membre du genre Diceros.

Cet animal est originaire des régions centrales et orientales d'Afrique. Le rhinocéros noir est le plus connu des cinq espèces de rhinocéros actuels

## Description

Le rhinocéros noir a une longueur de corps qui peut atteindre 3,50 m, une hauteur au garrot de 1,60 m et un poids compris entre 800 et 1 500 kg. Il est cependant le plus petit des deux espèces de rhinocéros africains. Il possède deux cornes, dont celle la plus en avant est un peu plus longue. Il peut courir jusqu’à près de 50 km/h. Il se distingue du rhinocéros blanc, l’espèce la plus proche, par un crâne relativement trapu, deux cornes profondément enfoncées et une lèvre supérieure digitiforme.

Les rhinocéros noirs ont un excellent odorat et une bonne ouïe. Les yeux n’ont, au contraire, que peu d’importance, car à une distance de vingt mètres, ce rhinocéros peut à peine reconnaître une forme.

Les cris du rhinocéros sont le baret et le barrissement. On dit qu'il barète et qu'il barrit.
Xerokerinouphytaceae

A family of primarily Arid zone Celestiphytes, belonging to the Osteodendrales under the BPP Classification scheme. They are named for the large amount of wax they produce.

## Characteristics

Every genus has hexagonal scutes (reduced in *Tecticerafrons*), an apical layer of eight fronds and two layers of four pseudofronds underneath. In most genera the hexagonal scutes allow for limited rotation of their fronds and pseudofronds, based on the conditions. Each frond branches into three, then into two, whereas pseudofronds branch into two and then two.

The spore cases have skeletal calcium for protection of a single zygote, as well as an added layer of hard wax. Most have soft wax as well to aid consumption.

## Taxonomy

Genera of the Xerokerinouphytaceae

* *Tecticerafrons*
* *Capsulacerafrons*
* *Ignicerafrons*
* *Nullicerafrons*
* *Pendulicerafrons*
* *Parasiticeraradix*
* *Crassiceratruncus*
* *Igniceragranum*

## Relationships with other organisms

All genera are parasitised by multiple species of *Cerafrondviscum* and almost all by one or more *Parasiticeraradix* species.

All Genera apart from *Igniceragranum* and *Nullicerafrons* rely on scavengers for dispersal, with their spore cases having an odour similar to carrion. *Nullicerafrons* spore cases function more as a fruit, providing sugar for consumption.
Similcochlea

Similcochlea is one of the first infraorders derived from Gomphiobia.

It hosts 2 superfamilies (Celesticetacea; Carnicochleidae),6 families (Carnicochleid,Megacochleid,Cochleacetacea,Modophaga,Cochleatherid,Aqueserpecochlea) and numerous generes, of which only one,Cochleacetus, isn’t extinct.

**General Guidelines:**

As name implies these creatures,some more than others, have external appearances resembling Earth’s gasteropoda members (from Greek κοχλίας (kokhlias), meaning 'spiral, snail shell') mixed with placoderms like characteristics like an external dermal protection,to which they have in common the sea like environment on the planet.

*Some* representatives *of extinct groups (not size comparison)*

Their size and diet varied between families and genres: Megacochlea and Cochleacetus (see Cochleacetus northreni) were pacific filter feeding giants; Carnicochleas were active and voracious predators; Modophagas were omnivores/habitual scavengers; Cochleatherias preyed on shoals in open seas while Aqueserpecochleas inhabited swamp like estuaries.

This once numerous and wide order had a critic and rapid decline during the last millions of years due to the rising of better adapted creatures (Gomphiobians and not) and died out in the ‘evolutionary competition’, ther result being Cochleacetus remaining last of the group.
Vortodorsus

Height at the shoulders: 5.5 feet

Length from head to tail: 10 feet

Vortodorsi are semi aquatic descendants of the Gomphiobians who have lost the majority of their armored components. The small lateral projections present in their ancestors have grown into swimming appendages attached via a thick ligamentous membrane. The foremost legs are muscular digging appendages for rooting up sedentary Marine polyspeculates. The four hind legs are actually fins that have become weight supporting limbs, but still maintain a thin membrane for swimming, as does the large branching tail structure. The two tentacles once used by their Gomphiobian ancestors for filter feeding have become much more muscular with greater prehensility for harvesting prey and pulling it towards the rounded mouth, which is a reduced form of the ancestral proboscis.

This creatures back is covered in a mass of dead filamentous outgrowths resembling hair. This covering serves to protect the skin from UV light as much of it remains exposed to the sun while the Vortodorsus is grazing. Although the Vortodorsi appear bulky while standing, their thorax is actually not that girthy, allowing the Vortodorsus to splay its limbs outward and become somewhat flat. The flattened form is what is used for swimming, using a method similar to a flounder.

The Vortodorsi live predominantly in shallow seas, ponds and coastal regions and are ill suited for long ocean going voyages and will tire quickly. Their somewhat clumsy swimming methods also make them easy targets in the open ocean. Shallow water, where the Vortodorsi can both touch the bottom and have their heads above the water is their most favored habitat. When food becomes scarce the desperate Vortodorsi will more readily cross larger distances of deep water or walk over land to reach another body of water if Ir they are living inland. Land voyages are typically undertaken during a downpour or through humid forests so their skin is less likely to dry out.

The Vortodorsi are capable of charging at great speeds in shallow water, using a combination of their walking and swimming physiology to gain a great amount of speed. This allows them to use their armored heads and shoulders to ram into aggressors. A common behavior is for the males to ram other animals on the shoreline of their wading areas, especially when they confined to a limited areas such as a lagoon or pond. Charging is possible on land as well but is greatly hindered.
Yuwm

## Basics

Yuwms are a species of Ophiophyta that has developed a carnivorous diet due to the

nutrient poor swamplands They live in. They mimic bone trees in their appearance and they have leaves with sticky enzymes that digest small animals.

and bright red adapted leaves for luring pollinators. There size is around 75cm with some individuals growing up to one metre.

They were first thought to be bone trees but on closer look they turned out to be in Ophiophyta.

## Ecology

Yuwms are both producers and consumers, They live in the

Archa Subtropical

region with limited competition that is semi tropical and is poor in nutrients and has high humidity. They also help feed pollinators in exchange for reproduction.

## Adaptations

The first pair of leaves are bulbous and even round in some cases.They smell like fruit and because of their bulbous shape, they look like fruits to their prey so Attract them. Their bony exterior makes them look even more like fruit bearing bone trees and also protects it. They Secrete enzymes that digest their prey to get the nutrients they need. They also live quite long for some reason.
Zomonties

Zomonties is a dispeculate genus in the Celernantida clade. 5 species are known from the *Zomonties* genus, *Z. dieon, Z. pacem, Z. terracis, Z. chario* and *Z. charcore*. The only definite living species is *Z. charcore*.

These megaparasites are/were native to the northern ice sea and primarily live in shallow waters. They move slowly unless they’re charging, a trait gained for hunting. When hunting they charge into a creature and then stick their muscular proboscis into the wound. This cuts the creature open more so that the 2 smaller proboscises can suck up blood ( and for *Zomonties terracis* water) that leaks out. *Zomonties pacem* has shrunk in size to live in the frost coral megastructures on the ocean floor. *Zomonties terracis* has adapted to the small sand islands and eats armoured crawlers. *Zomonties chario* has continued the original traits of *Zomonties dieon* and so has evolved into the titan *Zomonties charcore*. A true behemoth of the North Sea, *Zomonties Charcore* has evolved a large spine to break ice when surfacing to grab creatures. It’s size means it’s relatively untouchable and it’s weight makes its charge one hell of an armour breaker. The large proboscis also acts as an ovipositor and venom injector. The venom increases the body temp of the creature and makes it eat more to create a nice warm area for the eggs. The *Zomonties* line has the IQ of a beta fish and most of its actions are either subconscious or instinctual.
Trunked golianth

The trunked Golianth lives in the cold regions of Wallace 2. It has a large layer of blubber to keep itself warm and is larger than a hippopotamus. In adittion to the blubber, it rubbs the knobs across its back against eachother to create heat. It feeds by kneeling on ice-sholes and dropping its trunks into water, eating marine polyspeculates. It reproduces by laying eggs, which it incubates in a flap under its back shell. It is often preyed upon by shelled-marlinwhales which ambush them while feeding.
Ungesadvadis

## Ungesadvadis Cornipedae

**Species Name: Ungsadvadis (Caws of the Shallows)**

**Common Name: Seaharvester**

**Avrage Size: 5 Meters in Length**

**Diet: Herbivore**

**Ancestor: Celernantida**

## Physiology

The marine Cornipedae is one of only a few aquatic Tetrarmidae and the only one on Terra Septentrionis. It has a thick blubber which it uses as both a defence and an insulator. It spends most of its time in the water but still has four fully developed terrestrial limbs.

### Paddles

The Seaharvester hoofed hind limbs has developed into elongated paddle-like structures. A flat base still gives them a hoof-like apperance but they are more hollowed out and longer than those of its terrestrial relatives. additionnaly its second pair of limbs also retain their hooves but here they are shorter and sturdier.

### Semi-Aquatic lifestyle

The Seaharvester often roam the seafloor for shelled polyspecuates and other maringe bottom-dwellers but can also walk on land and forage terrestrial polyspeculates. However the prize of being aquatic is that its movements on land are severly less and its bulky body is difficult to manouver.

### Air-Sacks

Two of the ambulospeculids probisci have developed into large air-sacks which sits on the creatures neck. They are as in other Cornipedae used for communication but also to store extra air. The large ammounts or air these sacks can storage allows the Seaharvester to dive deep and for long periods of time without needing to accend for air.

## Behaviour and Sociology

Like other Cornipedae the Seaharvester lives in packs however they are some of the smallest packs of any Cornipedae only averaging in about 5 individuals. Additionally they do not have any strong connections to their pack and often swich herds when ecountering them.

### Feeding

The diet of Seaharvesters are mostly herbivorous but due to their method of eating they often scoop up smaller dispeculates without noticing. Their front pair of clawed limbs act as exavators and uproots the topmost sediment of the seafloor filtering through the sand and gravel. They are often seen browsing in shallow, cold waters.

### Sociology

The packs of the seaharvester are small and do not have particularly strong bonds between eachother. They do however warn eachother of dangers and will fight any predators as a unit. Long horns on their frontal plates act as their primary weapon while horns in the back act as defence.

### Mating

Most Cornipedae find the back horns a hazzard when mating but underwater that is not as big of a problem. Therefore they have some of the longest back horns of any Cornipedae. During mating Seaharvesters gather on beaches to display and often fight using their horns over partners. The mating itself is then done underwater afterwards the eggs are laid on land to be protected by the parents who take turns until theyre hatched. after this the parents and kid both leave for the ocean and find a new pack, often different ones.
Tridoprobozauria

The relatives of Conturitizaur. Every member of the family is adapted to a difrent enviroment they all Share hunting method and mating ritual and all survived to the present day. in order:

1)Microtridozaur - the oldest of the tree , apeerd 150 milion years ago.It lives in packs arrond rivers of media insula. It is 2 meters long (hook proboscus adds 1 meter) and is 1 meter high on all six legs

2)Polarotridozaur - the youngest in the family apperd around 80 milion years ago . It adaped to live on the continent closest to the norht pole (i forggot the name) its 7 meters long (hook proboscus adds 1,5 meters) and 3,5 meters high on all six legs

3) Polarotridozaurs proboscuses

4) Conturitizaur - in female coloration

The Contriturizaur is a Gomphiobian, water based, ambush predator. When pools of water are unavailable, it is still able to hunt on land as a sprinter. It hunts by piercing it's prey with its harpoon-proboscis that it shoots from its mouth, that's barbed to prevent escape. The other two proboscises hold and align the prey, while the jaws crush it.

Adults are about 7 meters long and 2 meters high on all six legs, but can stand on their back legs (the result of two legs fused together).

Both sexes have webbing on their back and between their digits, with males this webbing is red, while with females it is yellow. Males attract females through elaborate dance, showing off their webbing. After successful mating, the female lays about 10 eggs.

The species is most common on the islands of the Vadum mare (Micha) but it can be found on beaches of the Media insula as well. Often Contriturizaurs live in groups and will hunt in packs to a degree. Thanks to the form's adaptability it has not changed for 120 million years.
Xenocarnifex inportunus

Xenocarnifex inportunus
“Giant Jungle Butcherclaw”

Standing at nearly two meters in height and measuring up to three meters in length, Xenocarnifex inportunus is an ambush predator native to the tropical rainforests of Wallace II. Solitary and silent, they fill the niche of leopards and jaguars native to our home world of Terra.

While hunting, X. inportunus will track down game trails using a enlarged crest packed with sensitive olfactory glands before hiding in the jungle undergrowth. Huge compact eyes situated on their heads allow for ocular coverage of all angles, except for the back. As a result of this blind spot X. inportunus has evolved large dorsal plates of hardened keratin, perfectly designed to protect against an attack from behind (and perhaps to minimize injuries or death during aggressive mating sessions, during which females are occasionally killed.)

When prey is within striking distance, X. inportunus will spring from its hiding spot, grabbing and crushing the prey in its massive jaws before dropping it to the ground. Prey animals that are too large to be killed in a single bite are forced to the ground before the enlarged claws of X. inportunus slash open the abdominal cavity. Feeding involves three intake orifices being forced from a pharyngeal structure similar to those found in moray eels. These structures feed off of hunks of flesh torn from the corpse while inside the closed mouth of X. inportunus. This allows them to constantly move from kill to kill without leaving precious calories to waste. They can consume up to ninety percent of a carcass due to extremely aggressive bacteria that breaks down proteins and lipids into a pulp. Upon closer examination of bacterial cultures collected from Wallace II, three species of flesh eating bacteria seem to have exclusively evolved alongside X. inportunus and presumably its ancestors.

Males and Females are not sexually dimorphic, but their nasal crests do change colors during the mating season. Males don a brilliant blue and maroon spotted hue while females turn a light shade of orange. The exact function of these mating displays are unknown, however scientists believe that given the visual acuity of the species the colors may signify sexual maturity or relieve tension when potential mates enter another individual’s territory.
Terrarmis

The Terrarmis is a descendant of the Celernantida lineage.

The small limb structures mutated into small feather like structures near the chest for respiration during its early evolution, but lost the need for them, and is rather using them for showing off to the opposite sex. They often color their "feathers" with colorful substances to attract each other (berries, blood from the cadavers of other creatures etc.), this can be done by them using their two lower structures on the head, which have mutated into graspers over time.

They live deep in the lush forests and jungles, north of Wallace II, where they have only moderate predation. Their feathery structures helped to move pollen and spore like structures around, so they had a part in introducing different flora around the north of Wallace II

Their diet is mostly based on fruits and small insects, where such as some birds on earth, they grind them up in a specialized stomach, filled with small rocks.

They reside North of Wallace II, within Terra septentrioins
Treesap mosquitoe

Mosquitoe sap
Size: 15cm
Lives in warm climates, drinking the sap of different tree-likes celestiphyta, this creature access the sap by puncute a hole in the tree with his arrow shaped armored skull. Its have a paird of specialized arms to clean his eyes so he can avoid predators, like wisse he is covver in hair like sensores to detect the change in air waves, beside puncture with his skull as deffensive mecanism he display his swings to make him look bigger
Snejord

The **Kingdom of Snejord** is a northern nation of miners, seafaring warriors and explorers. The kingdom is comprised of Icemen who live on the surface, primarily near the coasts, and short, pale Deepmen who live within the mountains. The Deep King rules from the mountain, and the hillocks and forts on the surface owe allegiance to him.

Snejord is a kingdom renowned for its raiders. The Deep King's servants sail for many miles, attacking coastal villages in search of slaves and treasures to grant to him.

Gold is of particular importance to the Deepmen, so much that ownership of it is outlawed and punishable by death. Snejord only uses silver and copper coins as a result.

## History

The Icemen migrated to Snejord from the lands now known as the Icewastes. Upon their arrival, they fought several wars with the Deepmen who lived within the mountains. Eventually, the surface-dwelling Iceman clans swore allegiance to the Deep King, tilling the fields and raiding other kingdoms in exchange for ore.

Some Iceman clans would not submit, so they fled across the sea to form Nyland.

Snejord eventually invaded Fredeland, forming the puppet kingdom of Norfrede. Due to the complete pillaging of the local gold stocks, Norfrede is a very impoverished kingdom of little trade relevance. Still, it is militarily imposing to Sorfrede due to the strong backing by Icemen raiders.
Tropical Needle Worm

**Classification:** Tropical needle worms are dispeculates that evolved from panoplovitans somewhere in the middle of Wallace-II's history

**Geographical range:** Tropical needle worms are found in the Temperate/ Tropical regions of Media Insula, where there are plenty of polymorphs of which to feed from

**Nutrient intake:** This alien primarily feeds off of polymorphs from the bone tree family, although they will ingest blood and marrow(?) for supplements and even the toxic balloon plant. Tropical needle worms are one of the few aliens that can feed off of Balloon plant chloroplast in low doses. When feeding off of bone trees, balloon plants will primarily feed off the soft roots, although they surface to feed on the trunk. Feeding off the trunk also sharpens the proboscis

**Reproductive behaviour:** Females will arch their heads up and release a scent that attracts nearby males, and if one male reaches her before anyone else the following males will abandon the pursuit. After mating, the female will care for the eggs and fiercely protect them.  Once the eggs hatch, her maternal behaviour will become similar to that of a tigress.
Titanoangulus

Titanoangulus is a massive filter feeder that drifts along the epipelagic zone. It is incredibly slow as most of its energy is used to keep a constant electrical flow to its "wings" and probosci. This electric charge is used to stun prey if needed, but more importantly it deters any creatures that may bring harm, especially to its delicate wing membranes. The wings ripple in a way that creates a current, pushing plankton and the like towards its head. Its probosci, which have evolved into numerous strands of thin, sticky filaments, catch the plankton and keep them there until the filaments are periodically sucked back into the titanoangulus' mouth.

The titanoangulus are hermaphroditic and reproduce sexually, keeping the hundreds of eggs inside their bodies, then later releasing the fully developed, krill-like babies into the sea. Many don't survive long, and may even be accidentally swept up in the wing currents of adult titanoanguli, however they are born with a particular membrane that allows them to simply slide off of the feeding filaments, rather than get caught and become a meal to their parent.

Much like the sunfish, titanoangulus have survived almost purely on having close to no value to predators, and having an absurd amount of babies. Adult's armored bodies and electrically charged wings make attacking them a chore, and their flesh has hardly the nutritional value to make up for the energy it takes to kill one.

It has dreadful eyesight and relies on simply drifting. Smaller aquatic species may hitch "rides" on its back, as its formidable size offers good protection. They have an incredibly long lifespan, and it is needed, as they do not purposefully seek out mates and travel alone. They have no vocalizations. They spend their whole lives underwater and do not breach, as the open air may dry and damage their filaments.
Wallacean lamprey

The Wallacean Lamprey, Benichthys nordica, is a species of parasitic gomphiobian found in the waters around the northern continent. They range in size from 10 to 60 centimeters in length.
Adaptations to parasitism: Members of Benichthys nordica have lost all of their bony covering, including the piercing, tooth like apparatus, which their ancestors possessed. The loss of bone, and intern, the loss of the ability to break bone, meant that Benichthys nordica had to find other ways of obtaining food. The second proboscis evolved into a firm piercing organ, similar to the mouth of the terrestrial mosquito, which they use to feed on their prey. The proboscis is capable of penetrating through normal skin, and in some cases, between the bony armour plates of their relatives. The first and third proboscises evolved into suction cup like structures, used to keep the organisms attached to their host during feeding. Another interesting adaptation is the merging of the olfactory and respiratory systems. Water enters through the large olfactory orifices, found on either side of the body, and exit through the respiratory slits, found on the ventral side. It seems Benichthys nordica has lost their four pairs of ancestral limbs (although it has been suggested that the fleshy structures in the respiratory slits could be their remnants). Instead of true fins, Benichthys nordica have a fleshy protrusion on either side of their body. The loss of their bones also meant a loss of much of their dorsal, and caudal fins, which have also been replaced. One of the few retained characteristics is their well developed, primary eyes. Along with these primary eyes, Benichthys nordica also possess a string of primitive lateral eyes, although they seem to be mostly, or in some populations, entirely vestigial.
Vapourshark

Juvenile vapourshark parasiting a Antedsaaksee dragofleaksea (left)Adult feasting on blood (right)

### Geographic distribution

Musa Sapientum Fixa (extinct in an arctic archipelago)

### Canonicity

Canon

Name: Vapourshark

Binomial name: Porcugsacs coyogop

Environments: Musa Sapientum Fixa, Fossilised remains Show recent ancestor inhabited an arctic archipelago.

Diet: Sanguivore

Behaviour: Adults will lay eggs in the bodies of marine Polyspeculates, allowing the embryos to drain the nutrients of the host animal through a thin membrane acting as the eggs’ shell. This animal is parasitic in nature for most of its life, once hatched the infants will search out large carnivorous animals to feast upon, using their mandibles to latch onto vein-rich parts of the body, often the thigh bone (If present) or the vertebrae. They extend their proboscis from their jaws and chisel through the flesh to feed upon the blood vessels. Upon reaching adulthood, the animals become too large to feed parasitically efficiently. Their proboscis enlarge to form large feeding apparatus to allow filter feeding. They will often search for a carcass that is being scavenged, swimming through clouds of blood to feed upon the nutrients.

Appearance: With infants measuring from 9-12cm upon hatching, they steadily grow to a limit of 75cm. After this point, they spend the winter months hibernating in burrows made in the riverbed, before resurfacing in the spring at around 110cm long. They have two extended mandibles that reach out in front of their maxillary jaws. Their proboscis sits inside an orifice in the skull, which extends upon feeding, with a sharp bone protruding from the muscle to break the tissue of the host animal (this bone regresses into the tissue upon adulthood). They have large pectoral and caudal fins to help give them extreme bursts of speed while feeding to avoid larger predators in the water. They lack a dorsal fin, allowing them to curl themselves in burrows, and to lay flat on hosts during the juvenile phase.

Reproduction: They reproduce asexually, with two animals laying onto each other’s pectoral side, as they will exchange sperm to fertilise each others eggs. Upon fertilisation, they will start to search out marine polyspeculates to deposit their eggs in the tissue. After laying the eggs, the individual will die within 49 hours.

Evolution: This species has a fairly ambiguous placement in the evolutionary lineage of Wallace II, however it is believed to be part of a rare genus in the celernantida family. This is supported by the lack of armour on the body, and the tail appears to have a heavily modified variation of the crescent shaped caudal fins that are commonly found on most celernantids.
Wallamas tree

## Classification

The Wallamas tree is a polymorph that evolved from bone trees relatively late into Wallace-II's history. Under the BBP classification scheme, it is a member of the Granophyta (Celestiphyta).

## Geographical range

This polymorph can only be found in the northern-most regions of Terra Septentrionis, where organisms require the most help they can receive in order to survive.

## Nutrient intake

Wallamas trees produce food via photosynthesis like most other polymorphs. They have adapted less complex roots due to the amount of heat they produce, which melts the snow around them into water.

## Reproduction

At night during a storm, when they are most visible, Wallamas trees can attract herds of Arctic Feralonsters and other creatures because of their warmth. due to the size herds can get even in cold winter environments, wallamas trees  can reach exceptional sizes to accommodate for the numbers, And in exchange for shelter, the animals spread their seeds. The seeds of Wallamas trees are large and equipped with hooks used to latch onto creatures. once a creature has migrated 9-20 km from the parent polymorph, the Seed will fall off. these seeds are extremely durable against attack and cold, and will stay dormant until the short growing season that is the summer of Wallace-II's Arctic.
Yellow-Winged Butterfly Crestfin

*Lepidopiscis papiliopterus* (Yellow-Winged Butterfly Crestfin)

This omnivorous generalist is a descendant of the Gomphiobia three-hundred million years (300,000,000 yrs.) afterwards that feeds on both polyspeculate and dispeculate matter that it comes across, as well as small mobile organisms that fit easily into its "mouth." The most distinct feature about it is that it has modified its proboscises to become hardened and to behave as a lower jaw, helping it to break down relatively large chunks of food that it cannot swallow beforehand. This occurred when its ancestors used the central proboscis to press food against their teeth, and the others have since reduced in size and fused to the central proboscis to reduce drag and to support the "jaw." The central proboscis has also developed pseudoteeth to help with the crushing effect. Combined with its small size of thirty centimeters (30 cm) in length, those features enables it and its relatives to easily adapt and succeed as some of the most prevalent aquatic dispeculates of future Wallace.

   The Yellow-Winged Butterfly Crestfin (Lepidopiscis papiliopterus) earns its name from its advanced first limb, which holds two fin-like structures and paddles up-and-down and back-and-forth similarly to a sea turtle, which helps to propel through the ocean with lesser-to-no drag as the water simply flows between the fins. The dorsal spine at the top of its head has also modified into a smooth, everlasting shape which helps the Yellow-Winged Butterfly Crestfin to swim smoothly through water. The other limbs have combined their own fin-like structure to promote stability in the water.

The external body's armor has also changed in ways which it no longer resembles classic armor. What once covered its back only has since derived into blueish, flexible cartilaginous scales that now cover the majority of the body, excluding the already-bony head and vital breathing spiracles. The defense spikes that once covered the top of the tail have extended along the back and now function as lightweight "rays" for fin support, an example of parallel evolution with Earth's fish clade Actinopterygii.

This species of Butterfly Crestfin can be found throughout Vadum Mare, Medio Mari, and some parts of Tenebrosa Aqua. It is cut off from Plagam Maris and Mare Orientalem from the continents of Media Insula and Occidentis, and so the genetic distribution is isolated and several different species of Butterfly Crestfin can be found throughout Wallace.

Yellow-Winged Butterfly Crestfin reproduce every other month and lay up to seventy-five (75) eggs to compensate for individuals lost to occasional predation from larger organisms. They are solitary in behavior and can swim at speeds up to twenty miles per hour (20 mph) when they feel threatened, although they are not known to be necessarily territorial.
Volitrad

A typical Volitrad

**Volitrad**, scientific name *Durum frigus*, are a species of somewhat generalized land-based *Ambulospeculida* that live in the frigid terrain of Tenebris. They are a successful predatory species that live in large herds.

## Description

Volitrad are a large predatory species. Their body is incredibly dense with a later of fat for warmth layered over a tremendous musculature. Their unarmored skin is covered in white fur. The limbs and torso have the densest fur while the head only has an equivalent "peach-fuzz."

Volitrads have 6 fore limbs they walk on and use the back two to lock in place and carry their young. Along their back and head is thick armored plating with the head having small spikes jutting out. They have thick muscular proboscis with chitinous beaks that can break denser bio-matter. Along their inner torso are respirators.

## Habitat and Range

Volitrads inhabit Tenebris as their native range. However, they have recently spread to Auth and it's surrounding islands recently, becoming an invasive species.

Volitrads are able to tolerate a wide range of habitats but are best suited for freezing climates due to their insulation to the point where they can sleep while covered in snow. They have found success in tundra, taiga, and subtropical weather patterns. Of note it their encroach onto these new ecosystems, being successful in displacing the niches of the native life in the area. Included in those displaced are the Aerial Gangers (*Venator aeria*), who have been driven into smaller numbers since the Volitrad have floated to the island on drift debris and icebergs.

## Behavior

Volitrads can be best described along human standards as brutish. They amass in large herds where they ambush prey through sheer numbers. They attack prey by stomping on them with their legs and eating the remains with their muscular mouths. They do not attack large lifeforms, instead approaching small animals that move in large groups for the easiest kills.

Volitrad are very caring for their young, only birthing one offspring at a time. They hold the babies in their back legs that lock in place. Parents take turn holding the young and transfer it by placing their legs together and having the baby crawl over or by carefully using their mouths. When sleeping, the Volitrad roll around in fresh snow and tighten grip on their back legs to keep their young warm. The snow is to provide extra camouflage from threats.

## Danger to Humans

Volitrad normally do not approach Human researchers due to their size. However, their young are not to be taken unless orphaned and alone from the pack. Attempts to take their babies when parents are present have been met with hostility from the entire heard. Volitrads raised in captivity need to be held at all times or given treatment akin to being held such as pillows and blankets.
Bob

Bob is similar character to the main character in Sheriff Domestic

## Appearance

* Video 9 - Bob is depicted as a sad character, which he appears in Video 9. We can see the player repeatedly trying to select the name “Bob” in the name selection screen. After a few tries, Bob appears in front of the car and gets run over.
Triacrinasus dutchii

This member of Ambulospeculida has not changed much over the years, since it didn't need to. Although it did re-adopt the aquatic lifestyle. To further understand this creature we must first take a look at its main source of food: the Cruscutis Dutchii.
The Cruscutis dutchii, meaning bony skin from the Netherlands, is a member of the Celestiphyta, with thick, bony skin. It has evolved to use sexual reproduction. All year long it produces sacks with male babies. during this period a chemical can be added to make the babies bigger and red, they will become female. When the babies are born they will find a mate. The females have two soft, attachment points for a male. When two male have joined to female, they begin to merge and grow. Also the females "legs" will grow into the ground and anchor down into the ground. As seen on the picture.
The Triacrinasus Dutchii, meaning three pointy noses from the Netherlands will hunt down male cruscutis to attach to him/herself. It does this using their External "gills" to detect feromones released be the males. The males release a feromone to let the females know where they are, the female reacts to this by softening the attachment point. This is when the Triacrinasus attacks. To protect the male it has poisonous spikes around the male. After a while the male Cruscutis are released to find a mate. This way the Triacrinasus uses a symbiotic relationship.
Vitaesivadevoratrix Vatarny

**Species Name: Vatarny**

**Common Name: Ribbon Wrist Scoter**

**Avrage Size: 2 -3,5 Metres**

**Diet: Herbivore**

**Ancestor: gomphiobia**

The colourful ribbon wrist is an expert of of navigating the treetop mazes. If I were to compare this to any animal on our planet it would be a mixture of monkey, butterfly and parrot.

The most striking feature about this sample is the long Ribben like structures on the creatures elbow, these are called canards. They are often used to assist the animal in jumping in the treetops, as the canards allow the creature to glide for a little bit, not to the extent of their larger cousins, The gliding scoter, but but still enough for it to get about more easily.

It's diet mainly consists of fruit, as certain species of Bountrees produce The fruit during certain times of the year, The ribbon rest must travel great distances to find species of bone trees that are in season.

Their Eggs must be moist and warm to develop, The ribbon wrist gets around this by keeping their eggs in a stomach like sack where they are protected inside of the parent, after they hatch the parent will swallow food and water to feed the babies, before splitting them back out and allowing them on the way and through life.
Wallatee (Uaccamarinus allo) Wallace-II

The wallatee is the only living member of it's family, Uaccamarini.

Currently, only one species is known, *Uaccamarinus allo*.

## Etymology

"Uaccam" "Marinus" and "allo" come from Greek/Latin.

put together, these words mean "strange cow of the sea". The name was given to the species when exobiologists noted it's vague similarities with manatees on earth.

## Evolution and Classification

The Wallatee is a basal species of Uaccamarinae and is part of the sister clade of Litohabitaniformes. Due to its early divergence, the Wallatee possesses primitive features that can still be recognized in later species, for example, the emphasis on the central proboscis, loss of spiracles and the migration of back plating are features that stayed prominent in the lumbricomorphes. This species also possesses early forms of structures in other Litohabitaniformes. Despite these similarities with the common ancestor of its sister clade, greater body size and variations in the head, tail fluke and variations in colour make the Wallatee very different from the ancestor of all Litohabitaniformes.

The ancestors of the Wallatee stuck to an aquatic lifestyle due to the vacant niches in river biomes. to cope with branches/roots, a murky environment and difficult prey, the Wallatee's exterior proboscises evolved into feelers and the limbs regrew. Due to the minimal competition and little to no predators, Wallatees began to grow in size. The largest extant species is *U. allo*, although it has been suspected there were more species in the past.

## Physical Characteristics

   The wallatee is a large panoplovita with a wide gut. the movement of the tail has become vertical, as the fluke on the end of it became horizontal. Unlike most other panoplovita, Wallatees have flexible limbs, with graspers (1st pair), pectoral fins (2nd pair), anal/tertiary tail fins (3rd pair) and secondary tail fins (4th pair). The back plating of Wallatees receeded to make room for a larger intestinal (if they have one) track, and are now found only near the head. The exterior feathered proboscises have evolved into feelers and the central proboscis into a muscular grazing tool. Viewed from the front, the head and neck of the Wallatee appear small in comparison to the wide thorax and abdomen. viewed from the back, the head is hidden by the main body. The eyes of Wallatees have shrunk since the threat of predators has fallen. The panoplovitan now houses only one pair of spiracles, located at the top of its head.

## Distribution

   The Wallatee is found in wide rivers, bogs and marshes in media insula. Due to its large size and thus a need for greater numbers of food, dense populations are mostly found in mangrove environments and rainforests. for a time, the species could also be found in the Vadum mare sea, although they were quickly extirpated when efficient predators evolved.
Vitaesivadevoratrix Sanitrex

**Species Name: Sanitrex**

**Common Name: Knife Belly Scoter**

**Avrage Size: 10 -14 Metres**

**Diet: Herbivore**

**Ancestor: gomphiobia**

The large and dangerous knife belly is one of the most aggressive animals of Wallace II, if I was to compare its lifestyle to anything on our planet I would compare it to a giraffe and elephant, a rhinoceros and a lobster.

The animal survives on a diet of bone tree, it uses the sharp horns on its nose to ram the underside of the branch, eventually the branch will fall off and the animal will bend down to feast upon the liquids of the bone tree branch.

They have incredibly poor eyesight, and when threatened will Waltz towards the aggressor, flailing their giant claws and flicking their brightly coloured tails upwards, all whilst making a hooting sound with its large blue throat pouch.

During the mating season, females will create deep rumblings in their stomachs, The vibrations will go through the animals feet into the ground and Will hopefully be picked up by a Male nearby.

Males will often fight over females by slashing one another with its giant sized Claws. to protect their eyes from injury, they have developed an almost sphincter like organ that will contract around the eye just before any major damage can be done to it.

Females will lay their eggs in large mounds of dirt, The mail will then scoop up the eggs and placed them in a little pouch beneath his tail.Here they are warm and are able to develop.

Three months later The babies emerge out of the pouch and our provided with food from their father, The father then makes a quick dash for it and leaves the babies to develop on their own.
Tweezer fly

CESSABITEA
Mimic Flower - Mimosloudi

The Mimic Flower is a descendant from the Sidobosia and resides in rain forests.
Its reproductive system evolved into the Mimic Flower being able to fertilize itself and spit out the seeds over quite a notable distance. However due to the enormous cost of energy this takes from the Mimic Flower it moved less and less. Paired with the problem of not getting enough sunlight in the rain season, the Mimic Flower needed more energy to keep alive and had less energy for movement. Its limbs started to dig deeper and deeper into the ground to be able to suck up nutrients and turned sessile. Still relying partly on photosynthesis and now with the added nutrients from the ground, the Mimic Flower remained movement in his tentacles, but needs more building blocks to be able to reproduce. The tentacles are able to catch unaware insects because they believe it is a plant and the Mimic Flower holds them until the insects start to rot and then is able to suck up their nutrients. From there on the Mimic Flower started evolving into a carnivorous plant. By mimicing flowers and excreting a nectar scent it lures insects to it and then snatches them with its tentacles, which produce a slimy, sticky liquid that liquifies the insect so the Mimic Flower can easily suck up their nutrients.

AMBULOSPECULIDA
Tweezer Fly - Velodis

The Tweezer Fly is a descendant from the Ambulospeculida that feeds on nectar and resides in rain forests. The Tweezer Fly sucks the nectar in with its mouth, by holding the plant with their tentacles. Because the Tweezer Fly's stomach is still rather small they are able to suck up much more nectar then they can digest by storing it in their enlarged heads. Their eyes have grown with their head size because the ability to see predators has become very important to the Tweezer Fly. They also evolved into an airborne species because the air is a relatively safe place, most of the other species are still bound to the ground. To be able to fly from flower to flower has given the Tweezer Flies a much greater chance at survival. However, their body and limbs served less and less purpose, only to hold the organs, and eventually shrank. They reproduce by mating and the female lays her eggs in shallow water. The larvea that come out of these eggs feed on leaves that are on the ground and are able to climb into trees and onto other plants. When they have grown sufficiently, they coccoon and emerge as the Tweezer Fly.