recursal/Fanatic-Fandom huggingface dataset:
Venenunguis

The venenunguis (organism on the right of the linked image) is a segmented organism with an exoskeleton and 8 appendages, 6 that act as "legs" and 2 at the front of the organism that have evolved to act as arms. The arms are tipped with claws that can inject a powerful venom that can kill many small animals and temporarily incapacitate somewhat larger organisms. The organism is relatively fragile, and prefers to avoid direct confrontation with organisms larger than itself.

Venenunguis has developed a symbiotic relationship with the telaephyta (organism on the left of the linked image; this was a separate submission). The telaephyta is a plant that evolved to create a sticky web around itself that can trap insects. Venenunguis evolved an exoskeleton that does not stick to the secretions created by the plant and that is resistant to the digestive enzymes secreted by the plant, thus allowing it to live freely underneath the plant's leaves. This provides the venenunguis with protection, both from the elements and from the sight of would-be predators. The webs of the plant also catch animals that the venenunguis can eat. In exchange, the venenunguis protects the plant from parasites. Additionally, if the plant's webs entangle a somewhat larger animal that would normally be able to break free, the venenunguis can take advantage of the other animal's compromised state and move in to inject the venom in its claws, killing or incapacitating the prey that it would have normally avoided direct confrontation with.

The legs located on its backmost segment are meant to help it cling to the underside of the telaephyta's upper leaves. The long, segmented provides the animal with extra reach. The long arms are made to help the animal reach for prey without risking the rest of its body. The long proboscis-like mouth is designed for a similar purpose, allowing the organism to feed off of prey from a distance, minimizing risk of its prey lashing out and hitting anything vital. Its exoskeleton, while resistant to the secretions of the telaephyta, is not particularly tough otherwise, with the only exceptions being its claws and mouth, which are tough and sharp enough to pierce other animals' shells/exoskeletons. The animal evolved to take full advantage of the protection provided by the telaephyta, and thus has little need for tough defensive armor.

The venenunguis spends its entire life clinging to the underside of a telaephyta's upper leaves, waiting for prey to become entangled in the telaephyta's webs so that it can attack, feed on the animal, and leave the husk to be digested by the plant. The only time it leaves the safety of the plant is when it is seeking a mate.
Xenotetrapteryx clavocrura

Xenotetrapteryx clavocrura is a small, flying dispeculid that inhabits forests on Meridianam. It feeds on a variety of lifeforms using a proboscis that can be shot out like a chameleon's tongue. Xenotetrapteryx clavocrura flies using two pairs of wings. Xenotetrapteryx used to be a diverse genus, but those that inhabited the mainland of Occidentis recently went extinct.
Xenotitan eolania

The creatures I will be discussing today are a speculative genus of Ambulospeculids known as the Xenotitans, that evolved a few dozen million years after the first Ambulospeculidas became fully adapted to life on land.
These moderately large herbivores would have adapted to fill dozens of different niches. These “animals” would/could have mostly likely evolved and diversify into many of the other alien megafauna that inhabit this stage alien world. However, the species I’m shining light on today is the Xenotitan eolania. It filled the niche of a medium to large sized coastal and occasionally, a more inland herbivore. (Sharing a very similar niche to that of the early elephant relatives of earth, such as the Moeritherium and Phiomia. It’s would have reached around 3-5 meters in length when fully grown and a healthy individual can live upwards of 30 (earth) years. They live in small groups, however, during times when food is scarce, they would adapt a more solitary lifestyle.
It’s 8 limbs have fused into 2 pairs of more powerful legs, used for locomotion due to the need to carry its heavy body around. Despite the relatively weaker gravitational pull of the planet, it’s multitude of weaker limbs had difficulty supporting a beast of that size. The bony horn-like ridges on X. eolania’s back may have been used for defensive purposes, courtship, or intimidation. X. eolania’s three longer proboscis have shortened in length due to intense natural selection in order to not get in the way while feeding and minimize the risk of proboscis related injury.
X. eolania are incredibly widespread, being found all around the islands, coastal regions, and wetlands of the Tenebis continent and Media Insula. These “animals” have a rather tough hide on their legs, face, and underbelly. They also have bony plating on their back, protecting them from any predators or harsh coastal conditions. A more advanced feature that Xenotitan’s have than their Ambulospeculida ancestors is a larger, more protective “respiratory strip” on either side of their bodies, whereas the early Ambulospeculids only has a few weak and inefficient respiratory holes used for breathing. Finally, I’ll discuss what their ancestry of the Xenotitan looked like. Xenotitan’s evolved from very light weight species that shared many similar with both the Ambulospeculids ancestors, such as the elongated proboscis and eight legs, and their Xenotitan descendants, such as more powerful limbs and bony plating. Due to the selective pressure and driving factors in the evolution of this astounding species, and now, Xenotitan’s have adapted into dozens of individual species that have conquered this alien planet and shaped the face of Wallace II’s strange and wonderful world.
Xenoarachnia

Xenoarachnia are a group of animals that are found on pretty much every continent on the planet, they are named for there spider/scorpion like appearance, there size can range from the size of house cats to the size of midium sized dogs, females are slightly bigger than males, in there home world they fit the niche of solitary animals like some big cats do, there proboscises are layered in armor plating and function as claws and/or fangs, inside in each of there "claws" are a proboscis opening and in front is a single fang that can deliver a venomous bite as lethal as a black mamba, each species of Xenoarachnia are identified from the male's head crest while females have none, the crests are for display purposes only and are not used as weapons, they all have a cloaca, the males have a barbed penis that scrapes any competitor's sperm out, and the females have an ovipositor to lay there eggs, males and females mate facing away from one another with there behinds pressed in one another, Xenoarachnia's back pair of legs have evolved into a pair of "claspers", the male's claspers are spiked to assist with mating, females use there claspers to carry there eggs with them, the female's ovipositor secretes a watery mucus like substance that envelops the eggs, there babies can't breath air like the adults so they spend there lives as nymphs developing in the mucusy "egg sack" until they're fully matured
Volantestoma

The Gulper Fly has a wingspan of about three feet and a length of a foor and a half. It's middle proboscis has evolved into psuedo-jaw that hangs open while flying, this enlarged mouth is used to scoop up small airborne polyspeculates. Its other two proboscises have evolved into large, fragile wings that are made up of a thin skin membrane. Similarly, a smaller pair of back wings have evolved, though they only have a limited range of movement, unlike the larger front wings. It has two small legs, which attach to the body in two places; once at the base of the head and once at its actual body, this is to provide it with greater muscle mass while staying lightweight. While the Gulper Fly is a very common predator, it itself falls prey to many other species and is in an integral part of its foodchain.
Xenopleurodon

Picture by XENOPLEURODON\_SPECULATUS

*Xenopleurodon speculatus,* meaning speculative alien tooth gets its name from the unique serrations on the "teeth" or bony projections from the skull. It is a gomphiobian dispeculate.

This is one of the most powerful sea predators to exist in wallace ll along side many other predators. They grow to 26 feet in length and weigh over 7,000 pounds and can live up to 90 years of age. They have four proboscis structures three of which are found in the roof of the mouth one of which is near the throat kinda like a tongue, which are all prehensile. They also have fleshy harpoons that are located on the forehead and lower jaw. They have a bioluminescent lure near the lower jaw that attracts prey.

They live in two different locations thus making two sub species. The western trench snapper shrimp lives in the trench near the western land mass. The shallow water snapper shrimp lives in the shallow sea near the largest land mass in wallace ll. They mainly prey on small panoplovitans and small land creatures. They reproduce by latching there tails together and then spawning like beta fish, after that the females care for their young until they can fend for themselves. Color varies because they can camouflage.
Viridi-anguis-wallaci

Viridi-Anguis-Wallaci a Snake-Like Celernantida Descendant (waiting in a tree branch)

* Lives in forest and swamp environments
* Largely an ambush predator using stealth, patience and explosive speed to catch smaller prey much like a terrestrial python or tree snake
* Relies largely on it’s large compound eyes to catch fast moving prey while waiting in ambush and sensitive olfactory system to track down prey when actively hunting
* Non-venomous
* Possesses a long body and no limbs the animal is an excellent climber and swimmer
* Outer mouth parts have become reduced (no longer capable of being used to eat) and articulated to force prey into the mouth
* The central mouth is large and highly flexible to swallow prey whole
* The central mouth features tooth like projections that prevent backwards motion of prey
* In addition to breathing the function of the spiracles has been adapted to:
	+ Constrict prey. The animal curls around a prey item before inflating the air sacs running from spiracle to spiracle
	+ Push large food items through the animal by inflating and deflating the air sacs in turn creating an pulsation along the length of the animal much like a terrestrial earthworm
* Armour around the head provides protection from struggling prey
* The animal has a long and efficient digestive tract and a slow metabolism meaning once it has eaten it does not require more food for a long time
Viditdon sanguinem lactantem

Viditdon S.L. Is a small flying creature native to tropical Areas. It is an example of the Viditon S. group, which is common throughout the planet. Vitidon S.L. is a mosquito like creture. It alights upon larger creatures and uses it's saw like teeth to make a cut in the skin. Once the whole is large enough it extends it's proboscises and drinks the creature's blood. This feeding method is common to the Viditdontids, with some feeding on animals and others on polispeculates such as bone trees. The fluids are stored in the red tail pouch.

 Vitidon S.-Lactantem lives in tropical areas, so it is able to break up the normally drab colors of it's family with some brighter colors for attracting mates. The patterns on the underside of the wings are used to attract mates, with the more vibrant colors showing that an individual is well fed.

After mating the Vitidon S. Female lays a clutch of eggs in an area of stagnant water. The juveniles are nearly exact replicas of their parents, with the exception that they cannot yet fly. They prey on aquatic creatures in a manner similar to their adult forms until they have grown large and strong enough to fly, at which point their biology adapts to breathing air and they leave the water permanently.
Volanmaris

The Volanmaris Lineage is comprised of 3 species that is a descendant of Celernantida, Volanmaris or commolly know as Sea Dragons are a carnivore family.

*Volanmaris dracones* is the most commun of the family, be able to be seen in most of the beaches of the continent of Occidentis, migrating betteewn the main land and the islands, their diet is fully comprised of small marine life and have a pratically indentical role has Earth Sea Birds, their size is similar to a albatross.

*Volanmaris larus* is a speciallized member of the specie, living only on the Vadum Mare, where it feeds on small beach creatures and small marine life, it has a more Seagull life style then *Volanmaris dracones* and is much smaller, with pigeon sized.

*Volanmaris monstrum* is a terrestial cousin of the *Volanmaris dracones* which lives on Alta Insulta archipelago, unlike its cousin, *Volanmaris monstrum* on the terrestial life on the island and is a predator on the island, been the size of a grey wolf.
Toxicus furem

The Toxicus Furem is a small scavenger, ranging from 2-3 meters in length. They uses there antennas to find prey from long distances. To fill this niche more effectively they have evolved large powerful wings for long distance flight. While not being fast they can fly hundreds of miles a day. They have powerful stomach acid to help digest food. They are preyed on by multiple carnivores as they take a long run up to get in flight. To help with this they use their powerful acid as a projectile to scare away competition at a food source or praetors to make a hasty escape. They are also camouflaged to look like the many shades of green seen in the polyspeculates of Wallace II. Sorry about this being so short and my terrible grammar but I hope you liked my design and have a good day
Shore beast

It has evolved it's last proboscis to become a single tendril like organ similar to that of an Elephant's trunk... Except it has a sharp edge and it can stab things. It has kept it's hair like proboscis but has developed a much longer body. It's thick bony armor has been lessened to it's sides, its tendrils, and as stumps on it's feet resembling hooves to help travel through sharp rock and "bone coral" leaving the rest with extremely soft and yet lightly armored bone . It developed 2 larger and thicker hind legs and a pair sets of slimmer bone like tendrils to defend itself. Their genders are distinguished by their bony structures to the sides with the males having sharper bones as a way to flaunt dominance and the women having blunter harder bones as to smash rival clans' "eggs". Oh yes this type of species is incredibly territorial spraying urine like fluids to claim caves near the shores and have "alphas" which they follow 3 of the largest males for a hunting pack to find food for the rest mostly made out of the sons of the "arch male" of the clan. The Arch male spends time abusing the lesser males (usually weak sons) by forcing them to fight for food scraps and kill each other as the male watched over the female breeders.
They consume descendants of polyspeculates which dwell in shallower waters. These descendants range to be about the size of a rat to even a kitten and are stabbed by the central tendril of the Shore Beast which is then consumed through an opening and dissected and grinded by the small teeth like tendrils from one of it's previous limbs.
Octoculus bocamanus

This organism is descended from ambulospeculida and is omnivorous. It will prey on smaller creatures, slower creatures, fruits (or like objects), as well as newer growth on chlorophyll-enabled organisms. They are not the apex predator of their environment, instead flying away from danger if they can.
Each eye is divided into three compound bulbs, with two pupils on each dividing ridgeline between them - one faces forward, the other backwards. This gives these organisms an extremely wide field of view.
Head display spines are also used for communication, like a rattle or a cicada, and become red during mating seasons. Females develop a small nodule at the tip of their most posterior display spine when they are receptive to mating as well. Males attach themselves to this nodule during mating using their central proboscis.
The center proboscis is used to consume solid food, and has internal "scales" that act in place of teeth. The lateral proboscises are used to drink, manipulate, or attack with their retractable claws.
They smell in 3D as well, using the olofactory organ from which their proboscises descend. It is semi-permeable to air and has the same sort of chemical sensors inside as well, allowing Bocamanus to taste what it is eating.
Bocamanus typically locomotes by flying, but is not unable to land and hop over the ground. When on the ground, a Bocamanus will use its most posterior plate as a third leg, forming a tripod with its rear appendages to stabilize its weight.
The wings of Bocamanus, which have convergently evolved like a bird's wings, have intead of feathers, a similar structure made of extremely light chitin.
Bocamanus has twenty-two closeable "spiracles", eleven on either side, that allow it to breathe. Some populations of this organism use these to go diving for food like a kingfisher bird.
Bocamanus do not have a centralized brain. Instead, the brain is separated into three regions. Almost all sensory data (sight, smell, taste, magnetism allignment) is processed in the anterior brain in the head. Most decision making, planning, etc is done in the central brain, located just behind the head, underneath the first wing plate. Autonomous body regulation is done by the posterior brain, underneath the second wing-plate.
The digestive tract of Bocamanus is more complicated than those of Ambulospeculida were, following a series of wide folds placed internally between the two sets of spiracles on its ventral side. Under the third wing-plate lies Bocamanus's stomach, with its intestines protected underneath the leg-plate (4th plate from the head).
Bocamanus are social organisms. Anywhere from 25 to 400 will roost near each other in "neighborhoods," depending on the fertility of any said region. They also pair bond. Female Bocamanus will lay anywhere from 3 to 9 eggs each breeding season. Individuals with strong social bonds will nest near each other and share egg and chick-guarding duties. Parents also trade-off nesting duty as well. Locations of Bocamanus neighborhoods will vary, depending on the region, as they are highly adaptable organisms.
Titanothalassus

Titanothallasus also known as a Swamp-treader is an relatively early ambulospeculid, after its ancestors moved onto land, it returned to the water, evolving a long neck to eat massive marine polyspeculates that before now had no natural consumers, a rudder like tail that is used if the creatures need a burst of speed It also displays a vestigial pair of legs which are no longer required for their locomotion. Its exoskeleton plating has been reduced with soft amphibious like-skin replacing armor, however the areas that remain plated are often battered in intraspecies combat . They have also evolved a pupil like structure which are used to easily pin point threats

Titanothallasus has evolved colourful crests made of the armor like plating that runs along their backs and females have air sacs that can be used for intimidating rival females. In this species, sexual dimorphism is very easy to spot, with males lacking the air sacs and large crests of females. Females are territorial and will not tolerate any other females in her territories. Compared to females, male are generally passive with other males and unless resources are low fights are uncommon for them.

 Titanothallasus adults spend all of their time in water, but younger individuals under 2 meters tall occasionally will venture onto land.
Wallace II planetary statistics

## Astrological data

-Mass: 0.8 earths (4777600 Quintillion Metric tons)

-Year length: 430 earth days

      Day length: 20 hours

      516 Wallace II days in one Wallace II year

-Atmospheric composition (estimate):

    75% Nitrogen, 23% Oxygen, 2% miscallenous

-Earliest signs of life: 3.7 BYA.

    For reference, earth has exhibited signs of life for 4.5 billion years
W.I.P. Jumpers

Jumpers are pseudocampian ambulospeculids found in the eastern hemisphere usually filling a niche of omnivores and scavengers. There are two known subfamilies: Frumentdesultaridae and Eruendesultaridae.

## Habitat and range

   As it has already been said jumpers are found in the eastern hemisphere of Wallace II. They can be found on Terra Septentrionis, Media Insula and Auth and islands close to these continents. While they can be found almost everywhere on the first two it seems like they have only recently started conquering Auth.

## Diet; Lifecycle and Behaviour

All jumpers are omnivorous. In the places where ranges of different species overlap jumper populations have developed food preferences, such as specific few species of polyspeculates to not compete. It is not a proper specialisation, atleast yet.

### Lifecycle and behaviour

   Jumpers start their life in an eggsack filled with hundreds of small eggs that slowly grow and later hatch into small larva. After hatching they will eat the thinn egg membrane and the ones closer to the nutrients will feed on them, those closer to the centre will most likely die of starvation and get eaten by others. The layer of nutrients is not enough to sustain them all and will end eventually. When that happens larva reserve to cannibalism. And so after a number of months a few (number depends on the species),  now juvenile jumpers will eat their way out of the sack.

Juveniles are  cared for by both of their parents. They live in family groups of 5-16 depending on the species. The parents will protect their young from most reasonable threats. If they cant drive away a predator they will leave their offspring to fend for themselves. To communicate jumpers use their three display structures on top of their head. These structures can move and bend. The combination of these movements jumpers can communicate various things such as: distance, speed of something, the species of a predators, various terrain hazards etc. To get the attention of the group they make a whistling sound usinf their spiracles. For such a relatively small brain they can remember a lot of things, but on the other hand they are far from being one of the smartest creatures on Wallace. As the months or years, go by the youg jumpers reach adulthood and leave the family group. In some species siblings gather in groups for a short while but still eventually seperate. After surviving a good while on their own the young males start the search for a pair. In colder environments this happens in esrly wallacian spring while in warmer ones it happens around the beginning of summer. A male jumpers display consists of standing up as tall as possible, rotating ther head, spreading their forelimbs as much as they are able to and whistling. If tye display is successful the pair will mate and dig a burrow/nest. Eventually the female will lay the eggsacks and the cycle will continue.
Scalimpit

## Scalimpit (Corulus)

Clade: Ambulospeculida The genus of Scalimpit (Scal-imp-it) also known as Corulus (Core-u-lus) is a basal genus of Ambulospeculida, which inhabits the hot desert region of Occidentist. The two members of the genus are **Corulus duoovum** (Do-ovum) and **Corulus unoovum** (uno-vum) which are separated by their ovums, which in Corulus unoovum, they have individual ovums, while in Corulus duoovum, it has the same amount, but every two are fused together and form a single egg. Ranging at around 20 centimeters long, these social herbivores live in dens and live in groups of up to 6 members, males and one female, the female staying inside their entire life and caring for their young, while the males go out during the day to find food. Their side proboscis have evolved in an odd way, as they now serve as eye stalks, having eyes at the end instead of a mouth, which they use to look around for predators, as their compound eyes have fused into one big one that forms a crest on their head to look for predators from above. They have evolved special plates inside of their middle proboscis, forming a mouth, and can be shot out like a goblin shark to crush the calcium shells of its food. They communicate with each other via bioluminescent, hair-like structures that can be fanned out and produce patterns to communicate with other members of their species.

They have reduced plating, instead being covered in scales and a tough hide, and have hooves on 6 out of 8 of their limbs to protect their flesh from the scorching sands. They also have a venomous stinger at the end of their tail, which is used to attempt and ward off predators trying to sneak up on it from behind, and will stab at it if it feels the need to. They have evolved claws on their fore arms for digging, which also allows them to move stuff around, like moving their eggs and cracking things they can’t bite into onto a rock.

They have increased intelligence, being around that of mammals, but have a hard time separating looks with smells, especially with inanimate objects and stuff like seeds and nuts. Lastly, the link between their spiracles and the brain’s ability to activate its fight or flight response, as one of their main prey items is the Catrilt, which produces a gas that will induce said fight or flight response if it passes through sensory organs in thr spiracles.
Vitasesiradevoratrix Naris

**Species Name: Naris**

**Common Name: Buffalo scoter**

**Avrage Size: 6 - 9 Metres**

**Diet: Herbivore**

**Ancestor: gomphiobia**

This Titanic beast of Wallace II it is highly adapted for a life grazing on the open plains.
If I was to compare it to any animal on Earth it would be A moose, an elephant and a baboon.
The middle facial tentacle has grown incredibly long and flexible, this is to allow it to manipulate its environment such as pulling out grasses from the Soil and reaching for vegetation in the trees.

They are a communal species, they live in large packs and communicate with one another with their colourful tail fans, which are modified legs.
as well as this they communicate to one another with large booming calls which are made in a chest pouch.

The third and second pair of legs are fused, to assist in locomotion.

The large colourful blade like snouts on these animals are used in interspecies combat, over mates and The position of pack leader.
They'll fight by wrapping their trunks together, and bashing that "noses knifes" against each other.

T

hey are a favourite food for many animals on the great planes, predators will mostly prefer to eat the most muscular bits of the animal, like The trunk and the neck.
Tortue de l'île de Pinta

**La** **tortue de Pinta** (nom scientifique : *Chelonoidis abingdonii*, ou *Chelonoidis nigra abingdonii*) est l'une des espèces (ou sous-espèces, les scientifiques ne sont pas tous d'accord à ce sujet) de **tortue géante des Galápagos**, qui est supposée éteinte. Elle vivait sur l'île de Pinta, aux Galápagos.

Cette espèce a été découverte au XIXème siècle. Victime de la chasse excessive, elle a rapidement régressé, et on l'a crue disparue, jusqu'à ce qu'on l'on en découvre un dernier spécimen, un vieux mâle nommé *El Solitario Jorge*, c'est-à-dire *George le solitaire*.

## Georges le solitaire

George était très célèbre, il avait même sa propre émission de télévision ! C'était la dernière tortue de son espèce (même s'il existait d'autres espèces de tortue des Galápagos, ailleurs, sur d'autres îles). Les scientifiques ont tenté de voir si George pourrait se reproduire avec de femelles d'autres espèces. Mais, malgré tous leurs efforts, George n'a pas eu d'enfants. Il est mort le 24 juin 2012, âgé, on pense, de plus de 100 ans, et l'espèce s'est éteinte avec lui.

## De possibles survivants ?

Des scientifiques ont cru que les tortues des Galápagos de certains zoos pouvaient être des tortues de Pinta ; mais les analyses génétiques ont révélé qu'il s'agissait d'une erreur.

En revanche, on a trouvé des tortues au nord de l'île Isabella, sur les pentes du volcan Wolf. Les analyses génétiques ont montré qu'il s'agissait d'hybrides de tortues de Pinta et d'autres tortues. Ce sont des hybrides de première génération, ce qui veut dire que leurs parents étaient de vraies tortues de Pinta, et pas d'autres hybrides.

Autrefois, l'île Isabella, qui est la plus grande des îles Galápagos, servait de base aux baleiniers et aux pirates. Ils y amenaient des tortues qu'ils avaient chassées sur d'autres îles, dont des tortues de Pinta, apparemment. Certaines de ces tortues se sont reproduites, et se sont dispersées sur l'île Isabella, et notamment sur le volcan Wolf.

Compte tenu de l'âge des hybrides que l'on a retrouvé, on pense qu'il est possible que leurs parents soient encore en vie, ce qui voudrait dire qu'il pourrait exister d'autres tortues de Pinta que George, qui vivraient sur l'île Isabella
Wallace II Dictionary

Welcome to the Wallace II dictionary where we organize our species and things to help others learn about them and understand the world of Wallace II

**A**

Algamimus flossetis

**Ambulospeculida**

Arafa Ultima

**B** Brachychulmus

**C**

Callicorp

**Celernantida**

**Celestiphyta**

Cerafrondviscum

Clypeuspinae

**D**

**E** Exihibuita Vulgaris

**F**

**G** **Gomphiobia**

Granophyta

Gressuscrustia

Gunnaluk

**H**

**Heterodermata**

Humid Continental

Humid Subtropical

**I**

**J**

**K** Keratodermata

**L** Laxoculmus

**M** Media Insula Meridiaham

**N** Nautrustega

**O**

Occidentis

Ophiophyta

Osteodendrales

Ostracophytes

**P**

Paleosporodendron

**Panoplovita**

Placiphyta

Planucorporids

**Q**

Quetzal Uxoriae

**R**

**S**

**Sidobosia**

**Solariphyta**

Sporaevesica

Stellimusae

Subtropical

Highland

**T**

Temperate Oceanic

Tenebris

Terra Septentrionis

Thalassamphorids

Trepidosmotus

Tuberphyta

Turpiscarnifex mesomelas

**U**

**V**

**W**

**X** Xerokerinouphytaceae

**Y**

**Z**
Tongue of Horror

**Name:** *Glossa tromou* (Tongue of Horror)
**Habitat:** The Rocky Mountainsides of Occidentis
**Behavior:** Highly Territorial and Aggressive
**Groupings:** Solitary until mating, then they form small family systems
**Dimensions:** 3.1 meters tall, with a 2 meter tongue length
**Activity:** Diurnal, however Glossas being active at night is not unheard of
**Diet:** Most smaller creatures fall victim, with Glossas not being picky.
**About them:** Glossa tromou is a descendent Ambulospeculid that has adapted a highly traversal lifestyle, living solely in the mountains, where their hooked arms and upright stance can rule. They hunt in the higher parts of the mountain, stalking small prey items until they can get a good hold. They use their sharp hooks to impale prey, which have tiny serrations which have multiple purposes. They feed by their one highly adapted Proboscis by injecting a chemical from the tip of their arrow-shaped tongue that liquifies the food inside. It then is sucked into the digestive system from the opening at the top of its tongue. The display structure of the ancestral Ambulospeculid managed to stay in this genus’ line up to this point, as they have adapted to be large flaps on the sides of its neck behind the head, where they fill up with fluid to rise and show their colors. They can also be used to show dominance, with males having a brighter red, while females and weak males usually have an almost rust color to their frills. They have adapted to be fully terrestrial, meaning the lids to their water spiracles have lost their use, and are now continuously open, which is how they breathe. Another noticeable thing is that they have 4 limbs instead of 8, and that is because of limb fusion. The smaller limbs fused with the larger ones forming larger and stronger muscles to let them use their limbs excellently.
Tide Springers

Eastern mud bouncer or eastern beach hopper

The eastern sand hopper is native to huge parts of
the tropical and subtropical coastlines of the eastern hemisphere. From the continents to small islands. Separated by the Tenebrosa Aqua and the Mare Orientalem from the western hemisphere. With the coast of the Vadum Mare being one of the most populated areas for this
species. Adults are around 2,1 Centimeters high and 2,5 Centimeters
long and weights about 2 grams. Its sand coloured body helps it camouflage on the sandy costs it is native too. It feeds on organic
matter and microscopic organisms, it filters out of the sand, it collects via shovel like Narutorus. It secrets the inorganic matter left from this filter process in form of small sand bubbles out of its proboscis.(similar to earths sand bubble crab). It has no real defenses from bigger predators, besides its spikes on saltus femoris. This is why it uses it's strong saltus femoris to escape predators via powerful jumps, which can even reach a length of close to half a meter. It jumps away from perceived danger, sensed by its Doug's Organ, even if it may just be a gust of wind. Its main predator is The greater tidal snatcher. Both sexes have a very short lifetime, with males rarely seeing its first birthday, while the females die after 5
months, since its breathing bubble, which also carries the eggs,
bursts after the larva reaches there 3rd moult. Not only because of the stress of the bursting, but the nutrients the female invest for it's approximately 200 young. The inside of the flag
flaps
show an yellow/withe colour.

The greater tidal snatcher: a medium sized animal, who hunts smaller prey items in coastal regions

The rose faced wave catcher: a medium sized animal, who hunts small mud bouncers on the surface of sand and mud.
Tundra Jumper

***Magnumdesultar orientarctic*** (lat. big jumper of the eastern tundra) aka Tundra jumpers, can be as tall as 2m and lengths of 5m. Tundra jumpers live on the Terra Septentrionis

Related species: Blue-backed Jumper, Scrub Jumper

## Diet

These pseudocampian ambulospeculids are omnivores mostly feeding on polyspeculates and smaller dispeculates. These jumpers aren't picky and will eat almost anything they stumble upon.

## Traits

Tundra jumpers retained 4 pairs of limbs. The first pair is used for cleaning the head and the filaments near it. The second pair is used to detach food from the rocky surfaces of the tundra. The third and fourth pairs are used for locomotion. Because they are the largest when compared to its relatives it utilizes 4 of its limbs to run simular to a rabbit.

These creatures live in groups of ~6. (2 parents and their offspring). Sometimes these family groups come together to form a herd that usually consists of 2-3 groups. These groups are still semi-detached from eachother. To communicate jumpers use their 3 crests that they evolved from the display structures of their ancestors. These structures didn't only become longer but also gained an ability to move and wiggle. The combination of these movements and wiggles can mean different things. It ranges from a presence of a predator, their species, size etc.

This jumper is in a symbiotic relationship with Tescphibium

## Lifecycle

### Early life

Tundra jumpers are born from egg sacks laid by a female. The walls of these egg sacks are simular to reptilian eggs. On the inside there are multiple layers of nutrients and caviar. In about 4 months the caviar hatches and comeout small "tadpoles". The amount of of "tadpoles" is so big that alot of them die not beeng able to get to the food  and starve to death. They later get eaten by those who survived. At some point the are no layers of nutrients left the remaining "tadpoles" start to cannibalise eachother. There are usualy 1 - 2 left when they start to rapidly move around to get the attention of their parents. Parents rip the sacks apart releasing almost fully formed jumper.

#### Mature life

When the offspring reach maturity they leave their family group to make their own. When a male finds a female in attempts to impress he he stands up on its 4-th pair of limbs and its stiff tail and thrashes its head arrownd wiggling and moving their crests. If the female accepts they get close and start cleaning eachother. After that they find a place to make something similar to a nest, usualy its made out of dirt and anything soft they can find.
Semaine Animale

La Semaine Animale est le lieu où l'on organise des défis, concours, recherche d'anecdotes, légendes, sur un animal choisi en début de semaine.

Aujourd'hui, la Semaine Animale n'est pas encore lancée, je demande aux Gardiens de ce wiki de bien vouloir proposer un animal pour commencer.

Si vous voulez proposez une semaine, allez dans la section correspondante, mettez l'animal que vous voulez et inscrivez vôtre nom d'utilisateur.
Organisation

Salut ! Tu débutes sur ce wiki ? Je pense que oui, sinon tu ne serais pas ici, sur cette page tu découvriras comment est organisé ce wiki de A à Z. Bonne lecture et bonne continuation ! ^^

## Pages

### Animaux

Comme tu as dû le constater, les pages des animaux ne sont pas toutes semblables, en effet leurs structures sont différentes et varient selon l'utilisateur qui les a créés. Ce n'est pas dérangeant tant que toutes les informations primordiales (nom scientifique/latin, espèce, etc.) s'y trouvent. Les seuls difficultés sont les images et les catégories.

#### Les Images

Certaines pages n'auront pas d'images, dans ce cas là, il faut en chercher une en précisant le site où vous l'avez trouver pour vérifier qu'il n'y est pas d'erreur. Ou alors de faire une ou plusieurs illustrations validé par les Ailes Colorées.

#### Les Catégories

Selon les pages d'animaux, les catégories varient également, la seule condition à respecter est de les mettre dans l'ordre. Dans la mesure du possible, d'indiquer en premièrement la "famille grossière" (oiseau, chat, chien), puis s'il s'agit d'une espèce ou d'une sous-espèce et finalement de sa famille. Exemple du Bruant : Oiseau - Sous-espèce - Passerellidae. Exemple du Dauphin de Chine : Dauphin - (ignorant s'il s'agit d'une espèce ou sous-espèce la catégorie n'a pas été mise) - Cétacé.

### Statuts

Ce sont les statuts des espèces, si elles sont en danger ou non. Leurs structures sont toutes similaires, afin de pouvoir se repérer en passant d'un statut à l'autre. Les espèces changent plus ou moins de statuts, donc, il faut régulièrement vérifiés si leur statut ont changés. Les difficultés que l'on peut rencontrer sont les fakenew (fausses informations) qui nous tromperaient dans nos jugements, si il y a un doute, on place l'espèce dans le statut non-vérifiable.

## Entre nous

### Grades

Tu as du le remarquer, ici nous avons tous la grade de Gardien/ne, mais il en existe de plus précises comme le Berger/ère… En général, les Gardiens ont des droits comme corriger des éventuelles fautes d'orthographes, ajouter de nouvelles pages et compléter certaines informations manquantes.

#### Ailes Colorées

Les Ailes Colorées sont les gardiens responsables des images, ils doivent vérifiés toutes les images présentes sur les pages (hors fil de discussion). Ils doivent aussi vérifier sur les profils et fils de discussion s'il n'y a pas eut intrusion au droit d'auteur, (Machin dit que c'est lui qui a fait image x alors que c'est Truc qui la fait).

#### Le Berger

Aussi appelé la Bergère, le Berger est un ou plusieurs gardiens qui sont responsables des pages et des catégories, que le contenu ne soit pas répéter ailleurs, que les catégories soient correctes. Leurs rôles ressemblent beaucoup aux Gardiens.

#3
--
Vitaesivadevoratrix Promataavis

**Species Name: Promataavis**

**Common Name: Razor elbow scoter**

**Avrage Size: 1,8 -3 Metres**

**Diet: Carnivore**

**Ancestor: gomphiobia**

The razor elbow scoter is similar to its cousin, The nail tongue, if I was to compare this animal with anything from our planet it would be a spider monkey and a bird of some sort.

Frantically swinging across the tree canopy, it's swings down its mighty tail to wrap round and constrict pray before devouring it.
apart from this the animal is really just the nail tongue scoter in a larger package.
Domestication

La première domestication fut au Paléolithique, il y a au moins 15 000 ans, le premier animal domestiqué est le chien (descendant du loup) et le deuxième fut les bovins (les vaches).

## Les 2 premières domestications :

### Résumé de la domestication du Chien

Les hommes du Paléolithique ont réussi cette domestication en prenant les petits les moins agressifs des portées de louves capturées. Puis en les dressant et les accouplant, une fois adulte, avec d'autres loups issus de portées de louves capturées. Au fil du temps, ces fils et filles de loups calmes et non-agressifs ne se sont plus fait appelé "loups" mais "chien" en raison de la différence de comportement et/ou de pelage avec leur aïeux.

### Résumé de la domestication des Bovins

La domestication des bovins a connu deux voies différentes. La première est liée à la fin de vie nomade de l'homme au Néolithique, il y a 10.000 ans au Proche-Orient, où on voit l'apparition des premiers bovins domestiques, dans des environnements proches de leurs habitats naturels. La deuxième naît de l'élevage excessif, les hommes n'ayant pas suivi les troupeaux, mais les ayant poussé dans les grandes plaines. Les plus anciennes traces de ce mode de domestication apparaît en Afrique du Nord 5000 ans avant J.-C., au Sahara, là où vivent les aurochs sauvages.

## Autres espèces domestiquées :

Par la suite, beaucoup d'espèces on été domestiqué, tel les porcs, les chats, les ovins, etc.
Animalium

## C'est leur droit

Les animaux, tel le reste du monde, ont le droit de vivre et ont le droit au respect tout comme l'homme. Ils sont également les premiers à ressentir un danger, les animaux sauvages et les animaux domestiqués sont, certes différents, mais ils partagent un point commun. Ils sont des animalium issus tous de la même racine des ères auparavant. Depuis que la vie est apparue sur Terre ; après les bactéries et les micro-vivants ; ils sont apparu bien avant l'homme et il me semble que c'est leur droit de pouvoir vivre sur cette planète.

### Animaux Domestiqués

Les animaux domestiqués par l'homme ne subissent, en général, pas de problèmes désastreux, par rapport aux animaux sauvages, ils sont à l'abri, la plus part du temps un toit, de quoi pouvoir vivre, se nourrir. Néanmoins, ils subissent quelques désagréments, qui font des ravages chez les refuges en été, aux associations des protections d'animaux etc. En effet, les animaux domestiques notamment les chiens endurent l'abandon, un évènement tragique pour l'intéressé et peut-être pas pour son propriétaire.

### Animaux Sauvages

Contrairement à leurs semblables qui vivent au près de l'homme, les animaux sauvages sont ceux qui à mon avis, reçoivent le plus de soucis. Que ce soit direct ou indirectement, les animaux sauvages sont visés à cause de la peur qu'ils dégagent, du plaisir, de l'inconscience ou

simplement du foutisme. Certains éleveurs n'hésitent pas frapper le premier coup s'ils voient un éventuel prédateur. Seulement, il faut savoir que ces animaux ne s'attaquent pas aux animaux de l'homme sans raison. La plupart du temps, c'est lorsqu'ils sont affamés et que les proies sont difficiles à chasser. Certains hommes tuent pour le plaisir ou pour la crainte qu'ils apportent une maladie. Egalement, les animaux sont atteint à la destruction de leurs habitats, du changement climatique, de la réduction de leurs proies.

## Autres pages correspondantes :

* Domestication
Les bestioles...

<tabview>
Les bestioles.../Éteintes|Éteintes
Les bestioles.../Éteintes à l'état sauvage|Éteintes à l'État Sauvage
Les bestioles.../En Danger Critique|En Danger Critique
Les bestioles.../En Danger|En Danger
Les bestioles.../Vulnérables|Vulnérables
Les bestioles.../Quasi menacées|Quasi menacées
Les bestioles.../De Préoccupation Mineure|De Préoccupation Mineure
Les bestioles.../De Données Insuffisantes|De Données Insuffisantes
Les bestioles.../Non Évaluées|Non Évaluées
Les bestioles.../Statut non-vérifiable|Statut non-vérifiable
</tabview>
Wallace II evolution and paleontology

Wallace II is a planet that had an intense origin and development that has been poorly explored. This page will address the different periods, as well as document the evolution of some of the creatures with the changing of this world.

*(NOTE: although based and inspired by the official canon, which includes a few canon extinct species, the plate tectonics and the official names of the geological periods and mass extinction placements, the rest is deemed uncanon, and only serve as creative expansions)*
Phoque moine

***Monachus***est un genre de mammifères phocidés qui comprend trois espèces de **phoques moines**, dont l'une est aujourd'hui éteinte :

* *Monachus monachus* (Hermann, 1779) — Phoque moine de Méditerranée, en danger d'extinction.
* *Monachus schauinslandi* (Matschie, 1905) - Phoque moine hawaïen en danger d'extinction.
* *Monachus tropicalis* (Gray, 1850) — Phoque tropical ou phoque moine des Caraïbes, éteint vers 1950.

Ces mammifères sont désormais très rares. Le genre est en danger imminent d'extinction totale, avec des variations génétiques très faibles au sein des 2 espèces survivantes. Les plus vieux fossiles connus de cette espèce datent du Pléistocène.

## Description

Chez le phoque moine de Méditerranée, le mâle est légèrement plus grand que la femelle. C'est l'inverse chez le phoque moine des Caraïbes. Le phoque moine de Méditerranée est l'espèce la plus lourde des deux avec un poids moyen de 315 kg pour le mâle et de 300 kg pour la femelle. Le phoque moine des Caraïbes pesait environ 169 kg pour le mâle et 203 pour la femelle.

## Répartition géographique

En Méditerranéen
Dans tout le bassin méditerranéen l'espèce est très menacée. Dans le bassin oriental, le parc marin des îles Sporades, autour de l'île Piperi dans la Mer Égée est un site de reproduction protégé.
Mais dans le bassin occidental l'espèce a quasiment disparu, en particulier des côtes espagnoles dans les années 1960. En France, la colonie qui vivait dans les îles d'Hyères s'est éteinte en 1935, des Calanques de Marseille vers 1945, de Corse vers 1975. Même constat sur les côtés turques (mer Noire), en Sardaigne et en Tunisie depuis les années 1980. Sa présence en Bulgarie, non loin du village de Tyulenovo n'a plus été constatée.
Au Maroc méditerranéen, une petite population a survécu dans la région d’El Hoceïma (côte de trois fourches).

En Atlantique
Dans les îles Canaries son absence a été constatée dans les années 20007. Sur le littoral atlantico-saharien du Maroc (Sahara occidental), dite "côte des phoques", résidait la plus grande population au monde (120-200 individus) entre Dakhla et Lagouira8,9. Selon Marchessaux et Aouab, leur survie dans cette zone « pourrait n'être que la conséquence de l'instabilité politique de cette région jusqu'à une époque récente » ; en octobre 1988 Didier Marchessaux et trois autres personnes y perdirent la vie au retour d'une ultime mission de reconnaissance.

## Reproduction

La période de reproduction du phoque moine de Méditerranée a lieu entre septembre et novembre. Celle du Phoque moine hawaïen s'étend de mars à août. Chez les deux espèces la femelle donne naissance à un seul petit après une période de gestation de 11 mois.
Chien

Si vous recueillez un chien en train de mourir de faim et que vous lui redonnez une santé prospère, il ne vous mordra pas. C'est la grande différence qui existe entre un chien et un homme.
- Mark Twain -

Les chiens ne mentent jamais quand ils parlent d'amour.
- Jeffrey Moussaieff Masson -

Donc, cette page est à finir merci de ne pas modifier, si des propositions ou modif' sont à faire préciser le en commentaire :)
Les bestioles de Miss licorne

Salut les petits cocos ! Aujourd'hui (où que tu sois) tu vas avoir droit à l'énumération de mes animaux ! (ou plutôt *mon* puisque j'en ai qu'un, et que j'en ai toujours eu qu'un, mais bref ^^') :

## Présent

J'en ai qu'un. Bas oui ! Et j'en ai aucun mort puisque que c'est mon toooooooooout premier animal !

## Vivant

Bas, forcement (hum hum)

Fiche d'identité d'Opale

Nom : Opale

Surnom : Opalou, mon gros toutou, mon bébé, Doudou, Opalouche et beauté

Sexe : mâle

Race : berger allemand

Poil : bruns et noirs

Âge : 6 ans