recursal/Fanatic-Fandom huggingface dataset:
Pastiolingua Potato

**Species Name: Potato**

**Common Name: Potomoe Draydex**

**Avrage Size: 2 -4,5 Metres**

**Diet: Herbivore**

**Ancestor: gomphiobia**

This large hippo like potomoe is a semi aquatic, semi bipedal, gentle giant that calls home to the waterways, Hidden by tall grasses, half submerged.

The third pair of legs have fused with the tail, so when all flex at once they propel the animal through the water.

The animals have developed A flotation device on the back of its neck, which is a specialised vacuum sack. Vacuum sacks are used in this genius to sucking plant matter when eating, but this species has developed a use for it outside of consuming food.

It's diet mainly consists of water side vegetation (food that grows alongside the river banks), so if a predator approaches it can jump into the water to escape, and if an aquatic predator approaches it can easily jump out of the river to flee.

Surprisingly The females take care of their offspring, often only having one, they lay their eggs in the water before stuffing them in a pouch underneath the tail, where they can develop.
Pastiolingua Draydex

**Species Name: Draydex**

**Common Name: Clown Draydex**

**Avrage Size: 3,5 -4,5 Metres**

**Diet: Herbivore**

**Ancestor:**

The clown draydex is the one of the strangest looking beasts on the planet. but it's brightly coloured face is not this way without reasons, it's flesh is incredibly toxic and when ingested Will cause long-term damage to internal systems like the digestive track.

It's front limbs are much longer than it's hind limbs, as well as placing a very large claw on the outside of its hand, it will swing its hand down in a hammer like motion to cause injury to any aggressor.

Thy prefers to dine on soft water logged vegetation, and is a considerable swimmer when it must be.

Its eggs are stored in a pouch beneath the tail, its warm enough and wet enough for the fragile eggs to develop.

Once the eggs have developed they will follow around the mother, in a similar fashion to ducklings.
Isla Inferno

Isla Inferno is an old volcanic island located around the equator of Wallace II.
One of the most unique islands found on Wallace II with it's exciting and weird looking creatures, interesting botany and unique geography.

## Geography

The island was created by 2 volcanoes. The larger, so called Big Puffy and the smaller, but definetely not tiny, Little Puffy (also known as lil' puffy).

The volcanoes got their names from the active geysers inside their sulfur lakes, which not only erupt every few weeks, but also produce huge amounts of steam and gasses in "puffs".

The Island is mostly cowered by huge tropical jungle, the Heiwa or Heiwa forest covers most of the Island an due to the rich volcanic soil plants grow large very quickly, thus allowing some rather large fauna to flourish on the Island.

The shallows of the Island are no exception to this, although mostly covered with huge boulders and volcanic rock formations and boulders. Life thrives in these shallows which sorround Inferno.
Spinobrachi velocivenatus

This creature is crocodile like and has descended from the Ambulospeculids, which this genera has returned to the water. The most notable being its large "jaws" which are just modified forelimbs meant to grab and hold prey in place. The base of the "jaws" have springy muscles which allow them to be shot out at incredible speeds. The bony knobs can crush through most armor, especially at the velocity they are swung at. There are also to 'meathooks" at the end of the "jaws" that allow any prey to be broken up and slide down the probosci easier. The air holes have migrated to the top of the body to allow these animals to breathe while submerged and their hind limbs have been modified to help with stability and mobility in the water. To help with hydrodynamics, the probosci can be retracted into the mouth opening. They still require land to lay their eggs, and during the mating season, river banks and lakes are crowded with these animals trying to reproduce. Males gain bright red colors upon their knobs and those with the brightest red get the mates. Females use the bony tips on their fins to create holes in the ground in which they lay their eggs, and viciously guard them. The grappling half of the "jaw" mechanism can be opened up as a sort of threat display to anything deciding to tangle with them. These sorts of creatures can be found in freshwater ecosystems in tropical and sub-tropical latitudes.
Quadente magna

Its name is supposed to mean somthing along the lines of quad tooth . The name refers to the way its "teeth" are stuctured. It is a semi bipedal (Depicted runing on its hind legs) carnivore. Sizewise it's at the high end of medium (Bigger than a medium sized creature, but smlaler than a large one). It locates prey in high density areas using its fairly avrege sight as well as its ability to echolocate. The wing-like structures on its smaler pair of limbs collect the returing sound, the hair-like stuctures on these limbs are connected to sensory cells that send the information to the brain. They breathe in from the "sac" under the neck and out through the stuctures on it's back. Its respiratory system is stuctured in a way that allow it to constantly breathe in and out at the same time. It hunts in different ways depending on the prey and occasionally hunts in packs if needed. The "fangs" on two of its proboscises contain a nerotoxin that it injects into it's prey after its jaws have crushed any armor in the way. Once its prey is dead its third proboscis extends, filled with teeth-like stuctures, it consumes its prey. It's quite bold in what it'll attack. On large prey it'll use its upper limbs that end in a single spike to pierce or knock over the creature. This tactic is allso used on fast moving prey. Its large tail acts as muscle attatchments, energy storage and as an counter weight to the large front. Tho much of this creature is coverd in armor it isn't a super affective defense due to the fact that it's not as thick as in most other creatures in its area. It evolved from a lineage of terrestrial Gophiobians that developed a lower "jaw".
Lumbercow

Overview:
Xenobovine keratokranos, also known as the Lumber Cow, is an eight-legged convergent evolution of the traditional Terran Bovine and is a descendant of the Ambulospeculida. The Lumber Cow gets it’s nickname from the fact that it is the culprit of deforestation of the edges of Bone Tree forests, as they lift themselves up onto their back four legs and push down on the Bone Trees, snapping them and causing them to collapse. This allows the Lumber Cow to consume the more nutrient-rich photosynthetic organs on the top of the Bone Trees. The Lumber Cow has also been seen using it’s beak to weaken the trunks of the Bone Trees, or snap them completely.

The Lumber Cow is 2.2m to 2.6m tall (7.2ft to 8.5ft) with a length of 5.8m to 6.9m long (19.0ft to 22.6ft). When not factoring in the exoskeleton plating as part of the height.

Niches:
The Lumber Cow primarily takes up a roaming grazer niche, a herbivore that consumes any plant-life it’s proboscises can get a grab on. The Lumber Cow also regularly topples down Bone Trees to consume their photosynthetic organs and other high nutrient parts of the tree. The Lumber Cow is native to the northern regions of the Occidentis Continent.

Herds:
Similar to actual Terran Cows, the Lumber Cow is often found in herds of 20-30 adults near the edges of forests, with young/adolescent Lumber Cows usually making up 33% of the herd at any given time.

Proboscises:
The proboscises are used similarly to that of an Elephant, grasping at vegetation on the ground to pull into it’s mouth. Like many other animals of Wallace II, it’s third proboscis had overtime lost it’s external part and became a mouth.

Defence:
The Lumbercow is a primary consumer, as such it has it’s fair share of predators. When it comes to defence, it most often relies on it’s herd for protection, creating a walled off perimeter around the young to use their beaks to snap at any predator that attempts to attack. When alone or the herd is too disorganised to form a perimeter, the Lumbercow will, depending on the size and danger of the predator, either charge at the predator in attempt to ram it, or flee from the area.
Short-necked altosaur

Altosaur are incredibly tall organism adapted to both stripping the photosynthetic skin off of the cartilage of tall celestiphyta, and to ripping into the soft crown possessed by some bone tree. Two of their feeding appendages have adapted into muscular tentacles capable of gripping and manipulating the tops of bone tree to assist the hard beak at the end of their muscular trunk while their last feeding appendage consumes the debree they store in the trunk. Similar to sauropods on earth the Altosaur are capable of defending themselves With their sheer size (though slightly less effectively due to being more spindley), traveling in herds, and using their long tail as a devastating whip. The short-necked Altosaur is still transitioning into its new niche, and so has a neck around half the length that most will eventually have.
The great forest devourer

Silvadevoratrix colossicus: The Giant Forest Devourer. Standing over 10 meters tall and coming in at nearly 95 metric tons, this behemoth lives in the dense forests of Wallace II. Using its two mouths on its extended stalks to devour the soft bits of the boney trees that take up part of it's habitat. When the soft flesh of the canopy has been devoured it proceeds to eat the boney trunk of the trees using it's large beak. It then unearths the rest of it with it's large claws on its secondary pair of limbs, to consume the entirety of the trees root system. The devourer incorporates the bone like material comprising the trees trunks into it's own internal system to make it even sturdier to support it's immense mass.
Quinqueoculis

*Quinqueoculis longelinga* is the only living species of an ancient subfamily in Celernantida, called the Quinqueoculians, basically a living fossil. The adults grow to 10m in length and weight around 3 tonnes while the juveniles are 3.5m long and weight 160kg while the infants are 90cm long and weight 6kg

The  infants live in the shallow waters of Vadum mare but older juveniles also migrate to the archipelago to the south (Gabre), when they are adults they migrate to the coasts of Meridiaham where they feed, then they migrate to the islands below Occidentis (Phael) where the "males" fight with their reinforced middle caudal fin which they slam against their opponents. The winning "male" reproduces with the "female" by putting their 2 belly humps together and the "male" releases the gametes into the females hump. The males migrate back to  Meridiaham while the "females" migrate to Vadum mare to raise the fertilized eggs.

They are also great navigators, like showed  in the drawing they flip upside down and use the their highly developed holes to collect small particles in the air, but they can also jump out of the water and glide for a bit to spot any landmarks

The adults are filter feeders but their infants eat small polyspeculates and juveniles eat bigger prey, but are not at top at the food chain, getting destroyed by any bigger predator. On its hump it has color producing microscopic polyspeculates that make its hump glow, possibly for communication.
Sahleenodon piscator

It’s name meaning Sahleen’s angler Sahleenodon Piscator, is a species of scaley, 63 to 68 foot long, semiaquic gomphiobian piscavore that sometimes supliments it’s diet ocationly with large dispeculates. The tubes on it’s sides are used for breathing. The crest on it’s head is used for olfactory and sexual display. The top “head” is used Is used sensory and pinning prey. The bottom “head” is used for feeding on larger prey. The side “heads” are used for catching large fishlike creatures and hug like behaviors during courtship. It’s 8 legs with both endo and exoskeletons support it’s heavy bulk on land and it back shells provide camouflage.
Photophageae

A Sidobosian group of the BPP Classification scheme. Phylogenetically, this group includes 12 legged and 6 or less legged Sidobosians ..

## Dodecasimmetrae (Twelve legged Sidobosians)

* *Pyramiform vicaria*
* *Vibrorotare*

## Hexasimmetrae (Six or less legged Sidobosians)

### Bilateral split

* buttbois
* Desert strider?
* Herbatinia?
* Hydragrazer
* Leafcapers?
* *Trepidosmotus*

### Radial split

* *Cerafrondviscum*
* Climbing Devourers?
* *Folens volium*
* *Ignistomus volitarus*
* Lafoliamph
* Mud Strider?
* Scatter Grass
* *Spinagradientes*
* Splendid Grimhive?
* *Vitiserpens*
Ningen

Common Name: Ningen

Scientific Name: Gelisolum Homini (Frozen Foot Man)

Creator: Goldjim

Clade: Sporafiliia

Habitat: Taiga and Tundra

Size: 4ft long and 2ft tall

Diet: Herbivore

Reproduction: Eggs

Description: It’s a relatively fast dispeculate that lives on the continent of Virtu. It’s an obligate herbivore, though it is definitely known to scavenge those that died in the snow. It mainly feeds on the Guido Pods, a family of Polyspeculates that have evolved a large insulated shell to protect them from the cold. The Ningen handles their defenses by placing its proboscis on top of the Guido Pod and sucking it out of its shell, consuming all of it. It also feeds on other plant species of Virtu such as Woolly Hats and Winter Hats. When faced by predators they would rather flee than fight, this aided by their fat reserves and their snow padded feet that allow them to easily traverse the snowy tundra much like a snowshoe hare. When not fleeing for their lives they often fight for mates usually during spring. These pairs are sometimes considered monogamous, though cheating is definitely known within this group of dispeculates. The incubation process usually last for 3 months and the male often keeps them within a pouch flap right under its proboscis. This was developed in a very similar process to Maiapeltidae, as it’s made from the derivatived limbs. They usually lay 5-8 eggs though most of these don’t survive until adulthood. In the wild they can live for 10 years. They usually life in “flocks” of more than 15 members though often weaker members are abandoned if they are too weak, sickly, or old. As a result the groups easily change month to month. They often spot individuals by their eye spot patterns, with subtle differences distinguishing different members.
Silva spicatas

This creature is an ambush predator of the deep forests and swamps of Wallace II. It prays on anything smaller then itself, even members of its own species. It evolved to jump out and pierce the exoskelet of pray and then with its 3 spikey or sticky (depending on subfamily) tentacles catch the pray so it wouldnt get away as it keeps on attacking until its killed and eaten. For hunting it uses very developed eyes(like in insects made out of smaller eyes) and smell(4 holes on either side) on its head, camuflauge and speed. To get speed and agility it evolved to have less exoskelet covering its body (of which remains bits on its back and front limbs), also it evolved to have stronger and more specialized front 2 limbs which merged together to for hard and strong spike like limbs and its back legs evolved for jumping. To hide it mimics its surrounding with its body color being green or brown mostly and changing color to blend in when needed. It reproduces entirely on land as it has eggs which are covered with hard boney shell which younglings can destroy with their front legs. They are very territorial and mostly solitary except once a year when they mate. They are cannibals so any fight ends fatally. Traheic holes are found in front of back legs and they can open and close to retain water so the animal doesnt dry out. There is also a cloaca at the back for waste and reproduction. They share many similarities to Ambulospeculidea since they arent that far down the evolution chain because they didnt change much over the time since they found their nish.
Sun eater

(Ambulospeculida solcomedenti "sun eater” )
(Ambulospeculida Osvolant “bone fly”)
 "sun eaters" lives in a symbiotic relationship with a species called "bone fly", the bone fly protects the glowing eggs of the sun eater for protection and food They can be found on the deepest depths of the sea mostly by geysers that spit out minerals the sun eater lives on.
The sun eater is a volcanic mineral/ bottom feeder, the bone fly is a bottom feeder. The sun eater and the bone fly are both bioluminescent.
Pitcher duck

The Pitcher Duck is an ambush predator. Weighing 1.3kg and 660mm highest, tail included. The Pitcher Duck spends its time predominantly still floating at the waters surface. Their young requiring the salt water off of the coast and coming more inland as they age. It has evolved for an aquatic lifestyle. They have evolved a webbing on each limb to assist them in swimming. They use aquatic Celestiphyta as a form of camouflage which they hold atop their back with their smaller limbs, the other limbs used entirely for locomotion. A special gland within its center proboscis secretes a sweet smelling liquid. The scent attracts other organisms to its proboscis. When the organism lands atop its sensitive proboscis its tail quickly jerks down, impaling them. The clasping limbs are also used for removing prey stuck to the tail if the need arises. other proboscis' are then free to feed upon the injures created from the tail.
Pastiolingua Carny

**Species Name: Carny**

**Common Name: Baron Draydex**

**Avrage Size: 2,5 -4 Metres**

**Diet: Omnivore**

**Ancestor: gomphiobia**

The large dog likes baron draydex is one of the few modern omnivorous draydex. Ancestors of the genius most likely resembled the Baron draydex, before specialising to have obligated herbivores lifestyle.

The animals often move in heads or mobs, signalling one another with the flashing tail and back legs.

The eggs must remain moist and at a constant temperature to develop, so very often the males will stuff the eggs inside of its tail pouch.

After a few months of development the young emerge ready to work their way up the Mob hierarchy, which is designed in similar fashion to that of hyenas, with females at the top and males at the bottom.
Sandhopper tripercute

Sandhoppers are a 1-2 meter long predator. They are an ambush predator. They rely on camouflage and venom to kill anything the fangs on the ends of their tentacles can pierce. They primarily hunt underwater by burying themselves under a thin layer of sand.

Four of their back legs are built like springs, and are used to launch themselves very quickly at prey, while their thick tail helps them reorient themselves if the prey is not in front of them.

Their fangs can be sheathed inside the end of their tentacles, and pop out when needed (kind of like a Bobbit worm). Their tentacles can be curled up in 'cheeks' when not in use.

Their venom paralyses prey, then shuts down all bodily functions.

Their bony shell has evolved to look like rocks, and pokes out of the sand while hunting. They have no other armor, instead relying on camouflage, with their venom as a last resort, to keep from being eaten.

Their breathing holes have fused into four large breathing holes, and are still located on their sides and under their legs.

Males are smaller than Females, and have bright red tentacles. Females have pale pink tentacles.

Sandhoppers live in the big shallow sea area of the middle eastern continent.
Midas Kelp

By IcthiusRex

Midas Kelp moves like a starfish along the sea floor to migrate up and down the slopes to escape the storms and hardships of winter of Alta insula. They also move to escape excessive damage from grazers, fleeing to the depths then ‘sidestepping’ along the shelf to get to a new destination. Once in a new destination, they employ a temporary hold fast to secure their position. During the spawning season, male gametes are released into the water to fertilize the eggs held within the swollen bases or the kelp. The young develop for roughly a Wallacian month before emerging as crawling polyps. These babies then migrate up the stem of their parent as to not be shaded out. It is also during this phase that Midas Kelp is at its most vulnerable as the young can be readily picked off. Once large enough, which takes another month to a month and a half in less favorable conditions, the young kelp crawl back down their parent to begin independent lives. They will continue growing more in bulk than height until they reach their potential 16 meter length. Although some individuals, especially elders, may get up to 25 meters. They also can and do eat the algae and other kelp that grows in the region until they set root. This helps tide over the cost of moving as well as keep them from exhausting their last nutrient reserves from the year before. During early spring, it is a mad dash up from the depths to grab the best spots. However, favorable conditions are highly sought after and it is not uncommon to see massive tangled piles in specific areas, especially in early spring.

Quick info:

Max length (stalk):  25 meters

Average length: 15 meters

Lifespan: 15-20 Wallacian years

Depth: 0-300 meters

Range: in red

Diet: Omnivore during free wandering phase of migration

Fun Fact: Would actually taste quite good, but needs to be carefully picked as over-harvesting will lead to their departure from an area.

”If you can run, run. If you can hide, you might survive. But nothing survives being caught in the path of the hungering forest.”
Sanguinid

**Biome and Habitat**

The sanguinid {Sanguivenandi pictacarulealis}, standing about half a meter tall, inhabits the southern mediterranean climate of Media Insula, along with a couple of the islands. They live amongst rocky outcrops, shallow lagoons, and permanent 'tide pools'. Sanguinids prefer firmer substrates such as boulders, as these are easier to hop in than unstable sands.

**Staying Balanced**

This Ambulospeculida descendant leaps along with the assistance of it's muscular center proboscis, which also doubles as a needle with which it drinks the blood of it's prey. These light, springy creatures move gracefully, having a superb sense of balance as well as fast reflexes to stay upright, assisted by internal fluid-filled sacs running the length of it's body. They can squeeze or expand the sacs to move the liquid around to re-balance themselves. The weight of their spikes is also balanced with the weight of their head crest and chest plates {a toppled sanquinid struggles to right itself.}

**Diet and Hunting**

Sanquinids chase down large prey, latching onto the struggling creature by it's two barbed, sucker-like proboscises. It hangs on long enough to inject a paralyzing venom to temporarily immobilize their quarry. They may supplement their diet with smaller prey, and those get a lethal dose. The sanguinid does much of it's hunting very early in the morning, so that by daybreak they can rest and cool down amidst the fog. These nocturnal and crepuscular creatures hunt primarily by their highly light-sensitive eyes, hiding in dark, shaded locations as the fog dissipates and the land warms up.

**Reproduction**

During the rainy season, the normally pale grey, brown, and purple females turn a brilliant blue, showing off their head crests and blowing bubbles in the water to attract mates. She will mate with multiple males who pass through her territory, depositing a sticky egg sac onto his chest plates. The males are very paternal towards the hatched pups, helping them hunt tiny prey amongst the briny puddles until they become large enough to fend for themselves.
The gomphogopteryx

This organism is one of the first known creatures on Wallace ii to achieve the precious way of locomotion known as flight, it's feet are designed to wrap around prey, so they evolved finger like appendages, they also possess a long tail to help in swimming after prey if needed, though rarely, it has a blade extending out of the tail fin, it does not produce any venom but does deliver a painful stab, it's body is 5 feet long and it's wingspan is 10 feet, it is extremely light for its body size, weighing only 21 pounds, it may seem fragile in terms of size, but it is not to be messed with by other predators, as it's 'beak' and stinger can be used to gore it's enemies, it reproduces by laying eggs in multiple species of bone trees, it's lifespan is about 26 Wallace ii years.
The great plains burrower

This large reptile like herbivore is called “The Great Plains Burrower” uses its proboscis like tongues to tear at low laying plants and its small teeth to shred the pieces smaller to swallow.
 Its back is covered in large bony spikes to protect it from predators making it relatively slow. They usually live in clans and create large underground tunnel systems. This helps them escape predators.
 The Great Plains Burrower stands at 4ft high and 6ft long. They usually use their numbers and armour to ward off predators closer to their size. But if a creature is much larger then them they will try their best to get to their burrows.
 Thats all I’ve come up with for this creature so far, if anyone has any Ideas I’d live to hear them.
Pterapistridae

Sandsterlet

The Pterapistridae are a family of Gomphiobians, basal members of the Quatuopinni lineage. They are known as wingsharks, or more colloquially, sterlets (a small sturgeon). Universal features of the family are:

- Heterocercal (shark) tail

- Sensory barbels on face, derived from 2 probosces

- First 5 (intake) spiracles located inside mouth

- Movable eyes, which while compound have evolved a more camera-eye-like structure

- Sound emission, via movement of hard parts in jaws and throat

- Internal fertilization and live birth

- Highly modified limbs/fins: 1st and 3rd pair become small legs for crawling along bottom, like sea robin fin rays, 2nd and 4th pair become large wing-like fins which give them their name

Other frequent features of Pterapistrids:

- Ridges on bony plates

- Tail spine

- Ability to change color and pattern to varying degrees

- Eyespots (ocelli) on fins, to frighten potential predators

- Courtship and threat displays

- Some sexual dimorphism

- Social lifestyle

- Curiosity and some sort of intelligence

- Average lifespan ranging from 4-20 years by species, a few can get as old as 35

## Species

- The Sandsterlet is a typical Pterapistrid, with a benthic lifestyle spent crawling over the sand and diving into it for prey. Lives at depths of 50-500 m, average size is 30-35 cm.

- The Tenebris wingshark is also benthic, but modified to hide beneath the sand and ambush unsuspecting prey. It has a few polar relatives, which all contain proteins to resist the cold. Lives at depths of 5-250 m, average size is 50-60 cm.

- The Vadum reefsterlet is endemic to the warm shallows of Vadum Mare, though other reefsterlet species exist across the Wallacian tropics. Reefsterlets are social, communicating mostly via sound, and are quite inquisitive. Live to depths of 20 m, average size is 45-50 cm.
Loricatorum salamandra

Loricatorum Salamandra is a reclusive, semi-aquatic ambush predator filling a similar niche to crocodilians on Earth. They begin their lives as fully-aquatic larvae hatched from translucent, jelly-like eggs. Eggs are laid in clusters of 100 - 300, but many of the emerging larvae will not survive to adulthood. These larvae have six gill-like structures to allow for respiration, possess an internal skeleton made of cartilage, and are mostly covered in a soft, chitinous exoskeleton, except for on their tails, which are exposed to allow for flexibility as they swim. The diet of the larvae primarily consists of planktonic organisms, or any other aquatic organisms small enough for them to consume.
As the larvae grow, they lose the chitinous coverings on their ventral side, and the coverings on their heads, jaws, and dorsal side harden into a dense, bony substance. Their limbs will develop where their ventral coverings once were, and their gills will be replaced with air-breathing lungs. The bony coverings on the heads of adults have openings for their two forward-facing compound eyes and an opening on the tip of the snout with a valved spiracle for respiration. Adults develop partial, bony skeletons to support their foremost and hindmost limbs as well as their chest cavities, but the rest of their internal frame consists of hard cartilage. Fully grown adults range from four to five meters in length from snout to the end of the tail.
Adults are fully capable of surviving outside of water, but they are somewhat sluggish on land, and prefer to spend much of their time in water. They primarily spend time on land to regulate their body temperature, mate, or to find new territory to inhabit. They are adapted for ambush predation, and hunt by laying in wait in murky shallows for unsuspecting creatures to venture too close. When attacking a prey item, an adult will release its three, hooked proboscises to pull the prey into its jaws, and then it will submerge the prey underwater until it is drowned. Adults may also feed on smaller aquatic organisms or carrion if they are present. The average lifespan of an adult is about 35 Wallacian years.
Operimentums

Originale Operimentum,(Original shell [extinct]), and Forta Skyla Operimentum,(Continuing shell), are members of the Panoplovita, which over millions of years have opted for a desert style of life. Operimentums have a fossil record going back 175 million years, being a relatively recent land invasion. Both living and fossil specimens are only known from the desert island of Banemalikos,(South East of Media Insula).

## Fossil Operimentums (Originale)

When Originale Operimentum first appears in the fossil record 175 million years ago, they are extremely abundant, however around 25 million years later the island had drifted south from the equator and there's a small gap in the record. After this gap, the morphology of the Originale Operimentum significantly changes, being triple the size and having the middle sets of limbs greatly reduced. Coprolites from this time indicate that arid adapted Paleosporodendron and multiple other celestiphyte species spores were being consumed by Originale Operimentums, whereas immediately prior to the gap, coprolites only seem to contain a single species of celestiphyte spore.

## Modern Operimentums (Forta Skyla)

In the Modern era the Forta Skyla Operimentum (Continuing shell) is a true titan, being 50 feet tall at it's tallest point, well exceeding Operimentums from 150 million years ago. It's large size allows it to store more water in it's body, to reach the tops of bone trees and to completely avoid predation.

Modern Operimentums have a clubbed tail, thought to have been used by its ancestors as a defensive weapon, Forta Skyla Operimentum uses it to hit Paleosporodendron, mimicking severe winds, forcing the release of spores.

To increase spore capture area, two of its proboscises to have millions of tiny sticky hairs all over them. It then uses its third proboscis to suck up all the spores.
Petram comedenti

The petram comedenti commonly know as rock mites are found in the desert regions of Wallace II. They live in large colonies that can number in the hundreds. Males (80cm) build the towers by tunnelling useing the large horn and powerful front legs to break up rocks. With large, powerful teeth that never stop growing they crush the rocks further and stores it in a special stomic that mixes with a sticky fluid to make it moldable. They then use this mixture to build the large towers. It hardens slowly after coming in contact with the air after being spit up. The males also tunnel in search of underground water. Female (60cm) have for large wings they use to fly across the desert in search of food. They are omnivorous so will eat what ever they find as soon as the find it. The females use the second stomic to store food to bring back for the males and infants. Durning mating season Rock mites will pair off seemingly at random. After mating the females will lay 1-2 egg that hatch in a few short weeks.
Maxillacollum virescens

This large carnivorous creature which resides in the far end of the shallows, fills a similar niche as a shark on Earth. The neckjaws ''jaw'' as the name suggests, is actually an extension of the creature's neck bones. These bones close in a rather strange fashion, where the neck almost "breaks" itself, to allow the ''teeth'' to tear into prey. The armoured bony head, which is highly similar to an armored to dunkleosteus's skull, allows the creature to freely take fights, bully creatures bigger than itself.
Loricarumeversor simia

The Loricarumeversor simia (monkey destroyer of armor) is ambulospeculid who lives in the mediterranean archipelago south of the largest of the eastern continents.
This creature has adapted to eat the phothosyntetic organs of the bone trees of the genus panoplia (commonly known as knight trees). These celestiphitids have a strong armor that protects almost every inch of their body.
The 60 to 80(in the larger individuals) cm ambulospeculid has evolved to live on the ‘’trees’’: it lost his armor for better mobility, his forelimbs have strong muscles and big claws for climbing and breacking the armor of the knight trees.
The last two hind limbs are fused together to make more powerful jumps.
The proboscis is hidden by lips with sensorial organs, it has theet for cutting the meat of the bone tree.
Its brown and blue coloration for camouflaging is used for evading predators.
The horned titan

A large elephant like Panoplovita species, that is over 30 feet tall, about 2 tons, and is 20 feet long (10 feet is the long tail used to balance out the body).
It has 2 large horns (used in combat for mates or territory, found on both males and females), 2 spiky proboscis made for grabbing and holding flying Ambulospeculida species, grass like Celestiphyta species, and small Sidobosia species, which are impaled by a sharp proboscis and eaten inside out, have 3 separate systems: 1 for feces, 1 for urine, and one spot for gentila (this organism reproduces back to back like some insects), 2 humps used to store fat and water for dry seasons,droughts,and migrations, thick amour on base body and thick skin where the amour isn't present, a long thick yet flexible tail for balance, 6 muscular legs to support the animals, a strong thick skeleton to withstand the weight, a sail in between the 2 humps filled with blood veins to help the animal cool down, compacted eyes, and outer nostrils used to help it smell better.
Marsh walker

The marsh walker is a generally passive creature inhabiting swampy waters on Wallace II. It can reach up to 14 feet tall. Males possess a multicolored crest on their backs which is used as display when breeding. These crests vary in color between males. The female marsh walker is a plainer brown color, and has less of a pronounced arch on her shell. Marsh walkers are social, living in colonies, and they reproduce sexually once every earth year. The female lays 10-20 eggs which take 2 months to hatch. The young take 6 weeks to mature once hatched.
Their diet consists of the marsh cabbage, a descendant of the cessile polyspeculates.
The marsh walker uses it's specialised claws, located on the front limbs, to strip the marsh cabbage of the bony tissue located on it's trunk, and sever the photosynthetic 'head' to access the edible inner tissues.
The marsh walker can live to be up to 30 earth years old.
Megalarboranguis

*Megalarboranguis*, meaning "Great Tree Snake", is a large arboreal descendant of the Ambulospeculida.

This large organism is one of the top predators of its specific ecosystem. Dwelling on the largest island of the Vadum Mare sea (part of the Micha islands), it is nocturnal, with an average length of around 12 meters in length & 2.4 meters in width, with the largest specimens measuring 17.5 meters in length.

In appearance, they resemble minty green colored hammerhead-worms, with two forward-most pairs of legs placed close together, while the other two pairs are spread equally apart by 2 meters. The ending-spurs that were its feet, have developed multiple curling claws on each single foot, to help it climb through the branches of trees and grab unsuspecting prey if given the chance. The middle proboscis has pulled itself back towards the head of the organism, making it closer to the stomach, while the other two proboscis have extended out more, with the mouth-parts of it developing into trap-jaw like claws, though still attached to the stomach. These bear trap-like jaws are it's main form of attack, reaching out & grabbing its future prey, crushing & slicing the bitten parts with the spur-like 'teeth' inside the mouths. If the prey were to escape from its grasp, small chunks of its prey's flesh with be caught in these barbs and still give the *Megalarboranguis* a small meal.

If successful in grabbing its prey, it will proceed to rip the creature apart, be it already dead or alive, & bring small bits of the food to the middle mouth. If it successfully grabbed the creature but its still fighting, it will proceed to bring the creature close to its middle jaw, and bite off large chunks to kill it quickly before any injuries occur. Its eyes have grown slightly larger, helping it see better in the dark while it hunts.

Commonly *Megalarboranguis* mothers will starve from protecting their clutch, and will have to eat some of the eggs for her own survival. Upon hatching, the newborns must flee to the trees or undergrowth to avoid being eaten by their own still starving mother, during their adolescence, the large majority of the clutch will be eaten by other predators or die of sickness or any other cause before reaching adulthood, in where they will continue to pass on their own genes, & hope for the best while they too survive.
Tescphibium

Perussimphibian arcticulacus, otherwise known to us as Tescphibium,is a small, like the name says, amphibious species.

## Evolutionary history

The first fossilized ancestors date back around 240 million years, which means its family branched off relatively early compared to most others. We aren't completely sure what caused that dramatic change in traits, however its most likely the environment they inhabited. It seems to have been an island chain, which is now part of the western mainland. When that island chain got ever closer to the mainland, the climate changed too. It got warmer which has strongly affected Tescphibiums ancestors, as even its earliest ancestors were adapted to live in relatively colder climates. Its theorised that  ancestors probably went back to a more aquatic lifestyle. It is theorised that they swam with the ocean current, to colder climates. However only a small amount survived, many of Tescphibiums relatives fell into extinction. It is still not known as to what caused the extinction. Maybe competition maybe not. However, small Perussimphibian did find new lands to colonize. But these new lands already had living things walking, running and jumping. It is still unknown when the symbiosis with the Tundra Jumper began but it has impacted Tescphibium in an interesting way.

## Lifecycle

Tescphibium mate for two years, as soon as they reach adulthood. A healthy female lays around 100-300 eggs,into a soft shell made out of a slime like structure, which it „glues“ on to an ice sheet on, as an example, big lake. However only around 150 will survive that stage due to a lot of reasons. After that stage a lot of the larvae survive, as there are barely any predators in closed, fresh water tundra lakes, the other reason is that the larvae are quite fast. So most will often survive, which makes them good at colonizing cold climates. When larvae comes onto land they will crawl into the mothers or fathers sack on its neck, so these „land larvae“ can survive the bitter cold and be provided warmed by their parents. If another mother or father isn't capable of caring for anymore young another member of the species will help the other pair out. It seems like this action tends to give them some kind of prestige. So these animals are more complex then most animals of similar size. When parents get their offspring they wait for the next Tundra-Jumper group to drink,where they will climb up the mouth parts of the jumper and stay close to their head and neck until larvae reach adulthood. During this time the parents and larvae will eat parasites in the fur and inside the

proboscises of the tundra jumpers, which is good for both species, jumpers stay clean and Tescphibium doesn't need to find food in the cold of the tundra.
Sailing Puffers

The Sailing Puffers are a colony, a group of individuals of the same species fused together, and they all live by specializing as either a root/float or as a leaf, whose stems fuse into one. They are members of the Table plants, broadly related to Puffgroves. Each connected individual shares nutrients, they share energy gathered by the leaves and the nutrients filtered out of the water by the roots.

They're kept floating by gas filled chambers on there roots and by releasing or making more gas, they can regulate their weight so they don't capsize when hit by a big wave or wind.

These little swimming islands are also a great shelter for smaller creatures that live in them, and as they excrete and die there waste is soaked up by the roots, adding additional nutrients to the plant.

The Sailing Puffers also shed their leaves once in a while, like some species of palms or the famous Scale trees, they shade there leaves primarily to focus on their new leaves and their spores inside the bud, by growing a new bud every plant gives energy while also ensuring that their genes also get passed on.

Once a bud opens the spore clumps are released and fall into the ocean, to start a new colony, depending on which part of their body grows faster, the plant then focuses on that part be it roots or leaves.
Sand Lurks

The Sand Lurk or *Mortidraco primum* (the First Dragon of Death Island), evolved from a group of Panoplovitans that turned to carnivory in shallow water when plankton levels began to plummet.

Pursuing prey into the inter-tidal zone and often being stranded on land, created selection to survive a terrestrial life, growing long legs to keep above the hot sands.

Sand lurks roam the desert of Death island (an island south of the Archa islands) and give live birth during high tide on the beach were the infants have a few hours to learn how to walk. They do eat fish, stabbing fish in shallow water, but eat more subterranean prey.

When hunting, Sand Lurks cut through sand with their left hand’s single claw, grabbing prey with their right hand's three interlocking digits. It then brings prey to it's sarlacc like mouth to finish it off.

Their big eyes are overhung by bony sunshades and their back has a row of spines. Their body is covered in calcium carbonate armour. They use what remains of their tail to help steer at high speeds.
Malefirax

Malefirax is an apex predator descended from Ambulospeculida branch. Keen light reception has evolved through the merging of the then two compound eyes from its ancestors. The three probosces developed into a pair of hardened crushing jaw and the center as a sharp stinger to disable its victim. It developed segmented body typology and an eight appendages: two of which evolved to be means of flight / glide with a a membrane built from series of hexagon structure. the crested back provides as a display for mating and also a case when the "wings" fold back its body.
Due to lower gravity, Malefiraxes use their strong hind legs and segmented tail to propel them in a spring action and glides to their prey. Given their capacity to glide far distances, the organism can travel and cover vast spans to land occupying more predatory niches. Mostly solitary in nature and tends to socialize only during mating season.
The organism's body measures 2-3 meters from proboscis to its tail. They adapted to more open plains preferably near fresh water where they lay eggs. Generally, their main prey are smaller "burrowers" and other small herbivores.
Pantheramimus ignaticus

Pantheramimus are highly intelligent carnivores, descendants form the Gomphiobian family that have evolved to live on land. Their behavior is similar to that of lions, hence the name Pantheramimus (also unintentionally the head looks like a lion skull)

Two of their three proboscis have evolved into mobile and retractable fangs that are used to anchor the head to their prey and also in mating rituals, but they cannot be used for eating anymore

They have evolved a pseudo jaw made out of bony armor able to crush through bony armor and rip flesh.

Bony armor has almost disappeared except for the head, first limbs and back, for defensive purposes.

Vision in their large eyes is amazing, comparable to fireflies, but it is vulnerable to damage. The large eyes fuse in the top of the head, because although in land they are apex predators, they are also prey to creatures from above

Smell is one of the best in the alien animal kingdom. They can track herds and/or injured prey from miles away.

First limbs are used to attack prey and opponents. Their third limbs turns into a pouch to carry dagger cat cubs and also used to hold on to their partners in mating.
They can be incredibly fast in short burst of speed, but their legs are best used to tire their prey in long chases

They live and hunt in small packs with an alpha male. They are able to set traps and hunt large prey but preferably attack the young. they are ambush predators Their favorite prey is the large Eyeneck (herbivore still in process) Males can mate with any female in the pack that accepts them except the alphas female. Mating rituals involve the proboscis fangs and their color changing ears.

Habitat is similar to the leopard (between jungle and savanna)
Tarikat Lideri

Tarikat Lideri, sandbox oyun modunda oynanan bir roldür.

## ROL AÇIKLAMASI

Her gece Tarikat Lideri, tarikat olarak bilinen rol kendi takımına dönüştürmek için bir oyuncuyu tarikatına alabilir. Birlikte sona kalırsa kazanır. Bu oyuncu köy takımından olmalı ya da bir oylama rolü olmalı aksi takdirde dönüştürülmez. Solo rollerden hedefi ölmüş kelle avcısını da takımına katabilir. Dönüştürülmemiş lanetli tarikata katılamaz. Tarikat Lideri ölürse, her dönüştürülmüş oyuncu intihar eder.

## KAZANMA KOŞULLARI

Tarikat Lideri, kendi takımındakiler ile sona kalırsa kazanır.
Scrantrob

*Ancestor: Sungrazer*

The Scrantrob (Sk-rant-rob), also known as Quindes linguavis (Quin-des Lin-gauv-is), is a peculiar Sidobosian, inhabiting the hot desert and hot steppe of Occidentist. They are around 2.3 meters tall, these quinpedal creatures feed on fruit-loving creatures, having a tongue that has the coloration,smell, and shape of a fruit. They have hooves and are covered in armor on their legs and around their mouth, their exposed bits having a tough hide that is too hard to be penetrated by and herbivores, and the armor is to prevent its skin from getting scorched by the sands and to prevent predators from piercing its body. Their stomach is extremely stretchy, being sable to stretch up to three times its size, and is already rather large, taking up half of its body, it is Able to eat large meals because of this, it is able to get such large meals not just because of this, but also because it’s claws, are not just for holding onto prey, but can also inject digestive enzymes into their body, this also included the teeth around its mouth.

Once every year, fruits will start growing all over its tongue, which it will then let other creatures feed on them, spreading its seeds, and can be easily attracted and are covered in a substance that prevents them from sticking to its tongue.