recursal/Fanatic-Fandom huggingface dataset:
Mud Strider

**Scientific name:** *Aquasidobosia longus*

**Classification:** Photophageae (Sidobosia)

**Location:** Media Insula

**Habitat:** Tropical Rivers, Lakes, large ponds (Freshwater)

**Height:** 10m

**Pad Diameter:** 4m

**Weight**: 35 - 50kg/ 77 - 110lbs

**Lifespan:** 20 - 40 years (High infant mortality rate)

A large member of the Aquasidobosia family. Mud Striders live in Media Insulas tropical lakes, ponds and rivers. Their ancestors adapted to absorbing more sunlight by expanding the fronds on top and broadening them out making a large pad, the aquasidobosia went to the water and some species grew huge. They move slowly, gently pulling themselves along with their long anchor-like legs while their huge pad floating on the surface of the water harvests the rich tropical sun of Media Insulas rainforests. Their legs however cannot be used to haul themselves onto land and mud Striders that are washed up onto land are often trapped and then die to predation.

Due to their Large size, mud striders are known to provide patches shade with their shadow that other aquatic organisms use to hide in including prey escaping predation and predators creating an ambush. Some researchers have tried to lie down on the pads expecting a fun gentle ride across Media Insulas waterways have found themselves disappointed since mud strider pads cannot support the full weight of a human.
Tetrarmidae

The Linneage of Celernantida knowns as Tetrarmidae became distinct around 100 milion years ago on Media Insula and has since spread across the small straight to Terra Septentrionis. Their name derives from the fact that they have four plates of armor left on their back. Early on most of the body-armor of basal Celernantida was inverted and they all Tetrarmidae now have an internal skeleton.

#### Common Traits Among Tetrarmidae

* Four Armor Plates on the back.
* Eight limbs where the first pair is somewhat disjopinted to the rest of the internal structure.
* Two Claws on each Limb.
* Compound Eyes.
* Round eggs with hard calcium shells.

## Different Linneages

### Veleroviditia

Strange anchient creatures that still roam northern Media Insula. Two of their probisci have developed into powerful weapons used both to forage and hunt. The plates of Veleroviditia didint fully internalised and as such they still have quite alot of extrenal armor.

List of Veleroviditia:

Absconditculdae

Celerocolidas

#### Common Traits Among Veleroviditia

* Probisci with fully formed air-sacks behind them and a harder charaphace piece being able to shoot back and fourth.
* Bipedalism on the two front limbs.
* Elongated claws on the front limbs used for sprinting.
* Feathery structures able to produce a strong scent on the back of the creature.
* Third Proibisci hidden within a beak and able to sprout out also claws on the end of thrid probisci.

### Cornipedae

Translated to hoofed these Celernantids roam large parts of Terra Septentrionis. They are the northernmost of all Tetrarmidae. Most of the external armor in Cornipedae internalised and they now only have four back plates. Also sometimes refered to as Mouse-faced Goats.

List of Cornipedae:

Altocoelidas

Capomuscus

Corunanixis

Cucumisavem

Exacavidae Boreas

Laneuvirdi

Lutorlactus

Ungesadvadis

#### Common Traits Among Cornipedae

* Hoofs on the second and fourth pair of limbs, small claws on the back of those.
* Horns on their frontmost and backmost plates.
* Two Probisci functioning as air-sacks, often times to produce sound to comunicate.
* Front limbs close to the front of the creature with two sharp claws.
* Third pair of limbs with bowl-like claws.
* Hair-like structures covering most of the body.
Nepirr

Nepirrs are 14 meters long. they eat marine plants at the ocean floor, and sometimes eggs too. they use the front piece of armor to slice the plants. their 2 front feeding tubes turned into feelers. they don't have anything to defend themselves, so they just swim away. when they reproduce, they lay a egg in shallow water, wich are then fertilised. when it hatches, it's about 3 meters long. it will grow to it's adult size in 3 years. it has a lifespan of 10 years.
Telumnasus dux

Telumnasus lives in groups and exhibits advanced social behaivior like complex body language to sort out hierarchies and to convey complex enough messages to perform coordinated hunting in a group. They slash their prey to bits with their "face-blade" and then ravenously suction the floating meat shreds into their retractable mouth appendage. Their two secondary mouth appendages are used for communication, manipulating objects, bringing food closer and for a non-lethal way to squabble for food when feeding in a group.
Os Equitum (Bone Horse)

**Common Name: Bone Horse**

**Kingdom: Dispeculata**

**Habitat: Grasslands**

**Lifestyle: Herding/Grazers**

**Diet: Herbivorous**

**Location: Almost Everywhere**

## Description

Wallace-Horses are one of the smallest creatures on Wallace 2, being less than 6 inches long excluding the tail. They live in very large groups, sometimes numbering more than several hundred at the very largest. Although they are descendants of the earliest dispeculata, over time, their three proboscis morphed into one, all-purpose proboscis that was relocated on the creatures rear. On top of that, they originally had 3 pairs of legs like most other dispeculata. However, they lost the middle 2 over the course of millions of years.

Although their remaining limbs might look like they have hooves on the bottom of their feet, it is actually exposed cartilage that is an example of parallel evolution. Males of the species have developed a spear-like organ emitting from their remaining propsosics. Although the blades my look intimidating, they actually are rarely used outside of self-defense and mating rituals. Females of the species are slightly larger, and are usually more numerous than males.
Panzercaris

The **Panzercaris** (*Pseudohypostomus silurimorpha*) is a gomphiobian dispeculate. It is a fairly early offshoot of an already basal clade. It has no particularly close relatives. While other members of the family leaned towards hypercarnivory, Pseudohypostomus became a detritivore and lost the characteristic rostrum, looking like a panoplovitan (a case of convergent evolution). It is an eight finned organism with heavy armour plating and it may resemble an overgrown *Corydoras* catfish crossed with an anomalocaris (hence the common name). As an adult, it is an omnivore, feeding mostly on organic matter which it sieves out of the bottoms of muddy streams, but as a juvenile it eats wood from dead bone trees, which it scrapes off with a set of bony plates at the mouth, which eventually shed as it changes diet. It feeds on the bottoms of turbid streams and has convergently evolved with various catfish species on Earth such as Pterygloplichthys and Hypostomus (commonly called plecos), Corydoras (known colloquially as Cory catfish) and some other dispeculates on Wallace II, in particular the panoplovitans. It's bristled tentacles (one of which has a small mouth at it's base), are used for churning up organic material, using each tentacle like a rake.

      It tolerates saltwater, breeding in brackish water and going out to sea (though preferring freshwater). Through this, it can move between continents through island hopping. It can weigh over 500 kilos in weight and over 2 metres in length. It is drab in colour, having shades of brown or grey, though occasional leucistic individuals can be found. It grows slowly and can reach a great age of around 100 years. Fully grown panzercaris are solitary while smaller individuals form loose shoals. It can be found throughout in Media Insula primarily, as well as some surrounding islands, thanks to its previously mentioned tolerance of saltwater. Smaller individuals and juveniles form loose shoals. Fully grown individuals have no need for shoaling, with sufficient armour plating with overlapping bony rings. They are usually drab in colour, in shades of brown or sooty black, but there may be the one leucistic individual within every 1000 adults.
Testa leo

Shelled Leo's live in large groups. Their stretchable necks and heads shoot out quickly to grasp prey with tentacles. Their shells are colorful and reflective disorienting perspective prey. Females have longer more snake like bodies with pink feather like fins around there neck. Young stay near the middle of the colony with females because their shells haven't fully hardened.
Scrub Jumper

***Eruendisultar oriendiana*** (lat. digging jumper of the eastern savannah) aka Scrub jumper, can be as tall as 0.4m and as long 1.9m. it lives in a tropical savannah of the Thorn region of Media Insula

Related species: Blue-backed Jumper, Tundra Jumper

## Diet

These pseudocampian ambulospeculids are omnivores mostly feeding on an abundance of polyspeculates and smaller dispeculates.

## Traits

Scrub Jumpers have retain all 4 pairs of limbs. The first, third and fourth pairs are used for locomotion. The first one is also used for digging. The second pair is vestigial. simular to kangaroos on Earth Scrub jumpers use long jumps to travel long distances.

These creatures live in groups of 12 (2 parents and their offspring). To communicate Scrub Jumpers their crests. that they evolved from the display structures of their ancestors. These structures became longer, but also gained an ability to move and wiggle. The combination of these movements and wiggles can mean different things. It ranges from the presence of a predator and their size. Their communication capabilities are a bit more limited than the other jumpers.

Scrub Jumpers dig out big burrows. Entrance to these burrows go about 3 meters deep. Burrows consist of 3 chambers, one entrance, 3 exits.

1) Buffer chamber

2) Egg (sack) chamber.

3) Escape chmber.

The buffer chamber is usually used by young males as an early shelter later, whe the burrow expands, barely beeng used by Scrub Jumpers. The egg chamber is the most used chamber for obvious reasons.The escape chamber is used for emergencies. There are usually 3 escape tunnels that can be 6-10m long.

## Lifecycle

### Early Life

Scrub Jumpers are born from egg sacks laid by a female. The walls of these egg sacks are similar to reptilian eggs. On the inside there are multiple layers of nutrients and caviar. In about 4 months the caviar hatches and come out small "tadpoles". The amount of of "tadpoles" is so big that many die not being able to get to the food. They later get eaten by those who survived. At some point the are no layers of nutrients left the remaining "tadpoles" start to actively cannibalise each other. There are usually 1-3 left when they start to rapidly move around to get the attention of their parents. Parents rip the sacks apart releasing almost fully formed Scrub Jumpers

#### Mature Life

When the offspring reach a certain age they leave their family group to settle somewhere and make their own. Only males make burrows. After making themselves a home Scrub Jumpers start actively searching for a mate. When a male finds a female in attempts to impress he he stands up on its 4th pair of limbs and its stiff tail and thrashes its head around wiggling and moving their crests. If the female accepts they get close and start cleaning each other. After that the pair come to the males burrow where the cycle continues.
Litoreprandium caerulorum - Sandrunner

**Common Name:** Sandrunner

**Scientific Name:** *Litoreprandium caerulorum*

**Creator:** DrBobSmith

**Clade:** Gomphiobia / Planacorporian

**Habitat:** southern coasts of Terra Septentrionis

**Size:** 30 cm long, stretched out

**Diet:** Omnivorous scavenger

**Reproduction**: Oviparous

Sandrunners are little bright blue scavengers that live by the seashores in the Southern coasts of Terra Septentrionis. They are seen during low tide, running along the beach in search of something that had washed up. When not seeking food, they reside in cracks between the rocks near the beaches.

Biologically, sandrunners are one of the most basal land planacorporian species. Except for their short rostrum and losing their tail, they closely resemble their aquatic relatives like Algamimus flossetis despite being separated by a quarter of a billion years.
Stavropoda

Stavropoda ("cross feet") is one of the two main suborders of the order Xenoprimates. It contains the two families Arborarctoids and Lemuriformids plus the basal member *Dryadalis anceps*.

## Distribution

Most of the species reside in the Media Insula Tropical Rainforest,while Enchromotherium and Dryadalis live in Occidentis Tropical Rainforest.

## Characteristics

As the name implies members of the group differentiate from others for the front limbs that show 8 fingers enclosed in a cross form instead of Senesformes which instead only have 2. Almost all members preserved tail (except Megalemures) while forms like *Enchromotherium picta* and *Dryadalis anceps* show ancestral hairy displays.

The vast majority conduct an arboreal lifestyle,save *Megalemure magnacosta*. Diet is mostly made up of fruit and small animals.

Size varies from 75cm/1m(*Dendriarctos* and *Corydons*) to 1,50m (Megalemure) in height.

## Biology

*Corydons* and *Megalemure* are the only members with sophisticated social habits when others are solitary.

Depending on species they can produce a large variety of vocalizations and very colourful sexual facial displays,while *Dendriarctos* is unusually known for using primarily smell.

## Species

* *Dryadalis anceps*

**Arborarctoids**

* *Enchromotherium picta*

**Corydons**

* *Corydon aurantiaco*
* *Corydon epulari*
* *Corydon daruma*
* *Corydon stigmata*

**Megalemures**

* *Dendriarctos inquisitore*
* *Megalemure magnacosta*
Snowy Shadow

Nivea Umbra (Snowy Shadow) is a rather large predator occupying the northern seas of Wallace-ii. Measuring 2.5 meters in length and 1.5 meters in height. It will eat anything it can get its claws on that being from hunting or scavenging. A late descendant from the Gomphiobia family has had its three facial appendages migrate to its hands becoming harder until they formed claws 50 cm in length. It hunts by swimming through shallow waters looking for any small animals that it can swallow, it is also capable of running on land albeit at very hindered speeds.
Velocitas gladiodente

Velocitas Gladiodente is a member of the group Gomphiobia and the Family Fulgurcogitenus that is about 3.5 Meters long, this apex predator is EXTREMELY Fast (120-130 Kph, or 70-80 MPH for us Americans)Extremely streamlined, Probosci evolved into a single "mouth" which then evolved a Jaw in this particular group. The body streamlined, of the 8 stabalizing/propelling fins, one pair evolved away in this particular genus (Velocitas), another, like all members of the family Fulgurcogitenus evolved into mating claspers to facilitate live birth and internal fertilization (the pair that evolved out, was an additional set.), The forward most pair became pectoral fins for steering, and the rear most became ailerons for adjusting depth. The dorsal spine in this particular genus elongated and reduced in angle in order to provide cleaner water flow over the tail and to reduce drag. The olfactory organs moved forward and like all members of its family merged with the respiratory organs to form a channel, requiring this creature to be constantly moving forward.

It feeds on any and all creatures, and will use its Pair Saber Teeth to kill soft targets or pry open hard targets, they are strong enough to even pierce most creatures bony armor. Their preferred hunting method is to dive below their prey and to use a burst of speed to emerge from below. Alternatively they can dive at surprising speed in order to effectively dive bomb potential prey. To aid in hunting, they have basic counter-shading and very keen eyes which have evolved from the compound eyes of the most basal members of Gomphiobia into a Complex eye with high resolution and strong olfactory sensors. They are hyper-aggressive and will kill anything that moves when hungry, even other V. gladiodente, especially pups. It has basic Countershading as camouflage.
Scissor Beak

A very common marine/aerial Gomphiobian species that spends its life out at sea and along coastlines. This species possesses a number of adaptations shared among other Pterolocaridids.

Adult forms have functional lungs with passages that close when the animal is submerged; diverting water through its more primitive spiracles. The amount of dermal plates has been largely reduced; with the only plates being endodermal bones on the head. However, the larvae are more heavily plated. Members of the class that Scissor Beaks belong to have endodermal plates around the base of their proboscis, which become more prominent in some species; including Scissor Beaks. Each proboscis is retractable.

For Scissor Beaks, the primary proboscis possesses radial lobes and is surrounded in tooth-like spines. The secondary proboscis have become tendrils with baleen-like bony bristles, and are used for grooming and directing food to the mouth of the primary proboscis. This adaptation is particularly helpful for Scissor Beaks, as prey items caught while diving tend to snag or become ensnared in the teeth. It's kind of like being born with a toothbrush on each side of your face. Lastly, the eyes of the adults are adapted to scan the water for prey and potential threats, and the sky above them simultaneously.

Larval Scissor Beaks are littoral and limnetic and predators. As they grow, the move into deeper waters and continue hunting in the photic zone. As they approach adulthood, their jointed fins elongate, and they begin to leap out of the water to avoid predation from aquatic predators; travelling great distances while doing so. Adults are almost entirely aerial; only diving in the water to rest at the surface, or to hunt prey. They only grow as long as 35.6 cm (~14"), and are preyed upon by larger aquatic and aerial predators.

As spring approaches in the respective planetary hemispheres, Scissor Beaks fly towards tropical coastlines. They are broadcast spawners. Females will skim the surface of the water, while the males fly above; looking for unpaired females. Then the males will fly close behind females, and they'll release their gametes at the same time. Each female releases several hundred eggs in a day before flying back out to sea. Predators tend to take advantage of the gatherings; preying on adult Scissor Beaks and their eggs.
Moustache Whale

**Great moustache whales** (*Barbacetus Giganteus*) are , huge filter-feeding gentle giant Panoplovitans slowly swimming through the vast oceans of Wallace II. There are several species of *barbaceti,* of which *Barbacetus Giganteus* is the most abundant.

## Anatomy

Adult moustache whales measure around 20 to 30 meters in length, although specimen up to 50 meters long have been sighted. Because moustache whales grow their entire lifetime, these individuals must have been well over 200 years old.

Moustache Whales are found all over Wallace II’s Oceans. These gentle giants spend their lives slowly grazing through the oceans, catching plankton and small animals in the dense filaments of their fluffy outer proboscides. The filaments are bioluminescent to attract prey items during nighttime or in aphotic depths. The central proboscis – where the mouth is located – bears comb like teeth on its sides. The moustache whale uses it to comb caught prey particles out of its moustache.

## Behaviour

### **Family groups**

Moustache whales live in big mixed family groups led by an old and experienced individual, the gender of which doesn’t seem to be important. They communicate by flashing their moustache lights and by producing low humming sounds in their enlarged breathing spiracles. You can tell how fast a moustache whale is
swimming by listening to the frequency of its humming. During mating season, lots of family groups meet up in tropical waters, forming huge herds consisting of several thousand moustache whales. Truly a sight to behold.

### **Reproduction**

Moustache whales reproduce sexually and are ovoviviparous. The females have a pouch like
extension inside their cloaca where up to three young stay until their around 2 meters long. Their filter-proboscides can sometimes be seen dangling from the pregnant moustache whale’s cloaca. After birth, the young stay close to their mother who constantly hums in an individual way, so the young always know which member of the herd their mother is.
Blameitonjorge

Jorge Flores, beter bekend als blameitonjorge, is een YouTube-lijstmaker en maker van korte films. Hij staat vooral bekend om het maken van video's over controversiële onderwerpen, zoals UFO-waarnemingen of samenzweringen, maar heeft ook video's gemaakt met als thema Nostalgie, horrorfilms en doet ook livestreams op zijn kanaal. Hij had vroeger een serie genaamd Cartoon Trivia, waar hij trivia onthult over beroemde tekenfilms.
Ovicleptes

A nest raider, with adults between 2-3 feet long. It's foremost appendages have specialized into two pairs of beak-like mandibles, allowing it to break open even the strongest egg shells. It's second pair of limbs have specialized into digging hands, and its slender body allows it to move easily through tunnels.

Ovicleptes are solitary for most of their lives, but mating pairs will share a burrow, taking turns between seeking out food and protecting their own eggs from predators. Hatchlings are born ready to live independently, and immediately leave the nest to begin foraging for eggs on their own.
Pteroagapithecini

The pterogapitechni, also known as the ‘cthulu bat’, is a relatively large flying creature that lives in arboreal habitats on Wallace II and possesses a wingspan of about a meter. It is a predator that primarily preys on smaller creatures living in the canopy and forest floor. Having given up most of their bony plating for a lighter weight, they rely on their speed and flight ability to escape predators. These creatures are relatively intelligent, possessing the general cognitive proficiency of a house cat, and live in groups of between 12 to 24 adults. These colonies are established high in the canopy away from potential predators where the females of the species, which are slightly larger and possess heavier armor plating, defend and tend to the eggs and young while the lighter, quicker males hunt and return with slain prey. The pteroagapitechni don’t have family units, rather the females lay the eggs then the males fertilize them after, and the children are raised by the colony as a whole. There are no official leaders in their colonies, but often a stronger male and a stronger female take the unofficial lead of their respective groups and take the richer spoils of hunts and such. Pteroagapitechni are fiercely territorial and will defend the borders around their colonies with violent force, often even launching raids at other colonies if they spring up too close to their own. When violence begins escalating, or a predator gets too close, pteroagapitechni can flare out and shake their display fins, proboscis, and wings to frighten would be attackers away. The anatomy of pteroagapitechnis is adapted to be light and agile to fit their life in the arboreal canopy, so they have clawed and toed feet on their first and third limb pairs designed to grip branches and tear apart prey. In flight, they use the wings between their first and second limb pairs as their main flight apparatus and their tail fins and back wings to help control direction and altitude. These wings and flaps were originally evolved for gliding from tree to tree until full development for flight evolved. Pteroagapitechni use their strong eyesight and strong sense of smell to find prey, and their proboscis to catch and eat it.
Sensum

A fairly new organism evolved from Celernantid, as you can see the find that we’re forming on the sides of the organism have now grown to become fully supportive legs. However, the creatures size makes it still water dependent, which explains the sort of fin like shape of the legs, two of the legs in the center of the body have started to shrink, in order to help when walking along the side of underwater rocks. The sensory organs are still located in the front and many of the respiratory holes have moved forward along the body. It has lost its tail in order to have easier leverage when walking underwater, they have moved from deep, open sea to more shallow shores and banks. They feed on many of the sea plants and some land plants that grow around the shore. Overall, not any major evolutionary changes from their ancestors, other than becoming more adapted for land. Another 100 million years and they may become completely adept to life on land.
Sustansurisup

Sustansurisup is a Genus of the Phylum Celernantida from the family Polyvoridae. This genus has evolved to fill alot of niches in the Media Insula and is one of the primary preys on the eastern continent acting as the deers and gazelles of the Earth. The taller species have got longer legs to reach high up in the bone trees to graze for climbing poluspecutates known as vertical sungrazers (picture in album) and they are Sustansurisup's primary source of food which they aren't eager to diversify due to the abundance of those organism on the continent. The smaller species (S.Minimus) picks sungrazers on a low level from the ground or found directly on the floor of the beaches of the eastern continent or in the plains as they live everywhere where there are small sungrazers. They have all got a break made of a protein similar to keratin which needs trimming by scraping it on the bone trees as they keep growing the whole duration of the organisms. Its side proboscises have evolved into feelers with alot of sensory filaments that feel around the bone trees for the sungrazers. S.Minimus however got grabby proboscises and have evolved out the sensory ligaments. The gravity on Wallace 2 is smaller than earth allowing for sustansurisup to have thin light legs while allowing the support of its 750Kg body(largest species). The 2 pairs of central legs have both evolved into display structures used both during intimidating and mating. All the vestigial limbs and true limbs are donned by horns which serves as protection against predators but they still prefer flight over fight. It lives in groups of 3 or more individuals which distance themselves during the mating season and get back in groups alot of times with different individuals to raise their young(2-3 for each females) which they give birth as live (not as eggs, just like guppies on earth). Their particles have adapted into a better adapted organ with breathing systems with air sacs and tubes with the 2 front holes for inhaling capable of olfactory capabilities and the 2 rear holes for exhaling. Their compound eyes have now got cones under the top layer connected to nerve cells that go directly to the brain. The cones allow the organism to differentiate pure colours from mixtures of colours.
Trirhynchoatus

The Trirhyncoatus (meaning three beaked) or more commonly as the Quill pouncer are a species of large carnivorous animals. The Quill pouncer hunts by restlessly wondering is territory consisting of polar wetlands and forests. When prey is spotted the Quill pouncer will stalk it’s prey getting as close as possible without being noticed, when it is noticed it will charge and upon reaching its prey it will constrain it using it’s four arms and rip the flesh off it’s victim and consume it alive.
Vadumspecula

Vadumspecula is a long legged ambulospeculid that is adapted to filter feed and consume small prey in shallow coastal areas in the shallow eastern sea. Adapted for life above the waves.

The genus valumspecula is a group of modern Ambulospeculida which partially returned to the ocean. Their diet consists of any small creatures they can trap in the venomous filaments on the end of their proboscises, feeding in a similar but more direct way to earth jellyfish. They feed all day in a manner similar to earth herbivores as they require a large amount of food to maintain their bodies, which can grow to up to 10-15 metres in height at the shoulder. They are very slow moving and will only move locations if food runs low. They possess a long tail like structure which is used both during the mating process and by females to deposit eggs closer to the waters surface to prevent damage. (The drawing is a little inaccurate as to how i pictured them, intending for their body to be somewhat smaller and their legs longer in comparison).
Ossifragacorn

Ossifragacorn (bone-breaking horn) is a large, bulky terrestrial organism that is covered in bony plates. It branched off from the Panoplovita, moving onto land and eventually developing lungs. It followed a branch of Panoplovita descendants that grew 6 legs for greater mobility. However, as this organism became bulkier, the increase in mobility was again lost and the legs became more of a hindrance. As such, the front legs have begun to become more vestigial, though the sharpened tips of these legs are still used for defense.

The horns, while great for defense, are actually mainly used ram and punch holes into the armor of bone trees, after which the organism uses its 3 proboscises to feed on the relatively softer flesh within. The organism has maintained the bony jaws of its Panoplovita ancestors.

The organism still has compound eyes, and it does not have a great field of vision nor a very good resolution of vision. As such it will attack anything that moves (similar to Earth rhinoceroses). Because this is its main method of feeding as well, it has developed an omnivorous and even occasionally cannibalistic diet, feeding on anything that it can kill, not because it craves meat, but because it does not know the difference between the bone trees and other organisms.

The organism is tough due to its bony plating, dangerous both because of its horns and because of the defensive bony spikes on its tail, and, if allowed to build up its speed, can be very fast. However, its bulk prevents it from making sharp turns at high speeds, and even when not running, its bony plating impedes its range of motion, so more agile predators can be a challenge for it to take on.
Vitaesivadevoratrix Andreweday

**Species Name: Andreweday**

**Common Name: Ground Scoter**

**Avrage Size: 7-7.5 Mtetres**

**Diet: Herbivore**

**Ancestor: gomphiobi**

Living in the tropical forest of Wallace II, it descends from a line that aliens that's are far more adapted to life in the trees, and not one on the ground.

Originally descended from gomphiobia, this giant alien pulls down the branches of celestiphyta with The large hand claw, on the first pair of limbs, so they may more easily access the "fruit", if I was to compare it with anything from our planet, it would be a mixture of a ground sloth, a parrot and a kangaroo.

It's bright colours are usually only possessed in males, The bright colours help males attract females during the mating season, which is every Full moon.

After this they lay their eggs in moist decaying remnants of celestiphyta, or "logs". The eggs must constantly stay moist and warm, so often parents will urinate or defecate a top the clutch of eggs to keep the temperature and humidity just right for the eggs to hatch successfully.

After this hundreds and thousands of little tiny bambles ( which is the name for a baby Scoter) emerge out of the log.

Even as babies they are able to take care of themselves, knowing what to eat and what not to eat, knowing what to hide from and what to Chase after, The only real noticeable difference between juveniles and adults
is colouration and size.
Vermis sanguis volans

Blood worms are flying organisms roughly the size of a pigeon. They behave somewhat similar to vampire bats, sleeping during the day and emerging from their caves during the night or evening to find large organisms to feed on whilst they sleep, or are at least tired, sick or incapacitated in some way. The Worms will use their Lamprey-like jaws to latch onto the prey. After attaching itself to its prey, a second set of jaws will emerge from the throat and begin piercing the skin of its prey, and sucking out its blood. On the side of its body, the worm has several breathing slits, which it uses for breathing when latched onto a prey creature, So it doesn’t need to release its iron grip to breathe. The Worms use a form of echolocation to locate prey.
Wallace's silvaton

Wallace's Silvaton is a large beast averaging at about 13 meters in length. When it is born it produces a tar like mucus that attaches dirt, stone, and most importantly seeds to its body. As the Silvaton grows so do the plants on it's back giving it the appearance of a walking forest. Many creatures flock to the Silvaton as a way of living as the Silvaton wander aimlessly in their herds of 50- 200 members to new lands to graze using their mucus covered proboscis they drag along the ground to pick up food. They serve as important pollinators to many plants and have at least one confirmed organism that depends solely on the Silvaton for survival, the Hastampes viatoribus, which evolved to help groom the Silvaton and keep their forests from over growing while the Silvaton provide transportation and a nest. Silvaton can adapt to many environments but prefer forests, swamps, and tundras as those tend to be the most forested that are also traversable for the Silvaton.
Vitaesivadevoratrix pardus

**Specis Name: Pardus**

**Common Name: Tree Scoter**

**Avrage Size: 3.5-4.5 metres**

**Diet: Carnivore**

**Ancestor:**

The large brightly coloured arboreal predator of Wallace II, is one of the most feared animals in its jungle habitat, if I were to compare it with any animal from our planet it would be A panther, A mosquito and a spider monkey. The long, stabbing progestin Is used to pears the tissue of smaller animals whilst injecting them with digestive juices, before slurping them up through the three facial tentacles. It's flexible claws help it hold and carry food if it must, as well as assisting The animal when subduing larger pray. The bright colours of this animal when out in the open may seem obvious to any pray that would be looking for potential danger. But when combined with the flamboyant and colourful backdrop of the rainforest habitat it calls home, The animal is very well camouflaged.

The animal is quite frequently heard vocalising, it is able to do this by rattling a special organ in its chest cavity, many of our researchers have compared the vocalisations of the beast to that of the choke on a car, or paper been torn. The animal often uses these vocalisations to attract mates and fend off rivals.

being a Scoter, it must keep its eggs warm and moist, but it takes a far more violent approach when compared to its larger cousin. The animal will lay its eggs in a freshly killed carcass, it will then smother the carcass in an oily substance to prevent the meat from decomposing. after about a week, the newborns Chew their way out of carcass and search for places to hide. After a few months playing hide and seek underneath the rocks and in between crevices, they become large enough to hunt living pray, instead of relying preserves from the carcass cradled that the hatched from.

There is no strict mating season for these animals, if a male and a female interact, even if it's in the territorial disputes of food, it will usually end in intercourse.
Xenoprimates

Xenoprimates are a group of ambulospeculida which adapted to an arboreal lifestyle. In fact they can be found in every tropical rainforest of Wallace II especially Media Insula Tropical Rainforest and Occidentis.

## Diet

Almost all genera of the group follow an omnivore diet,searching in the highest branches for juicy fruits and little animals they capture using their agility. Although there are reported cases of Megalemurs feeding off carrion.

## Size

There's a great variety of size inside the group; Senesformes come from 8,5 and 16 cm, while other members vary from 60 and 70 cm and 15 kg wheight (while Dendriarctos can wheight 30 kg). The big exeption is Megalemure that can reach 2 meters in height and wheigh 120 kg.

## Reproduction

All members of the group are ovoviviparous organisms: after fertilization the females incubate their newly formed "eggs" inside an internal membranous pouch near the gonads, giving birth to developed cubs that can only process simple meals prepared by adults for the first 4 months

## Lifespan

The smaller species have a lifespan of about 25 years while Lemuriformids and others can reach 75/80 years

## Philogeny

Ga
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Yum for Yuwms

This is a meme made by The user birb tree ( The one writing this BTW.) based on the Ambulasimians meme where Where I used my Yuwm in addition to a small flying Ambulospeculida to make a meme where it thinks the fruity smelling bulbs on the major leaves are fruits (common among small Animals.) But when it comes to close it gets stuck because it’s stuck in acid as it dies.

You can make any modifications if you like and make your own twist on it using it as a metaphor for whatever you like.

here a variation.
Thorax laneus

Among the most basal species within Oromollabia is *Thorax laneus*, the jumping rock. Jumping rocks are a plentiful scavenger species that evolved to basically be filter feeders on land. Its largest proboscis has thick hairs at the end that it uses to filter through sand in order to find food. Its other two proboscises are used in order to feed on large still living prey and are filled with sharp teeth made for cutting out large pieces of organic matter, however, further into the proboscis, the teeth become less sharp and more round as to grind down food before it enters the stomach.
Vitaesivadevoratrix Waynebarlowety

**Species Name: Waynebarlowety**

**Common Name: Gliding scoter**

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

**Diet: Carnivore**

**Ancestor:**

This airborne giant, it's constantly witnessed jumping from the branches of bone trees to catch prey mid air, if I was to compare them to any animals from our earth it would be a flying squirrel, A bird of prey and Jaguar.

The creature has a fairly unique way of getting around the treetops without having to walk on the forest floor, like some of the creatures on our planet A membrane of skin runs in between The creature is limbs. But unlike the creatures of our planet the main respiratory system of these creatures are placed on the side of their torso, so in a sense this animal is gliding on their lungs.

The flesh has only attached between the first two pairs of limbs though, the third pair are free to do what ever, so evolution has selected The third set of legs to become display structures, but on occasion help with manoeuvrability in midair.

The animal is not usually an active hunter, like lions it spends most of the day sleeping. That if prey flies close enough for the animal to jump off the branch and catch it, it will do so.

Being a Scoter it must keep its eggs moist and warm so it employs a similar method to its larger cousin, The tree Scoter.

It will find a carcass, lay it's eggs in the carcass, spray the carcass in A viscous oil so it keeps its temperature Constant, then a few weeks later the eggs hatch and the babies feast on the carcass meet and make their way in the world.
Troglodytus segmentia

Troglodytus segmentia has evolved one of its probosces to have a sucking function to suck in jewel flies. During its mating season it secretes a thick black liquid it reeks of sulphur and has corrosive properties. Troglodytus segmentia has a unique mating call that has been described as sounding like a woodchipper.
Capomuscus

## Capomuscus Cornipedae

**Species Name: Capomuscus (Moss Head)**

**Common Name: Stinkhorn**

**Average Height: 2 meters at shoulder**

**Diet: Herbivore**

**Ancestor: Celernantida**

## Physiology

One of the larger Cornipedae and Tetramidae these heavy creatures live in marshlands and swamps in the southwestern parts of Terra Septentrionis. They have large forward facing horns used both for defence and to sift through and lift the sediments of the bogs their native to. For defence their horns are unwieldy for stabbing but rather used by thrashing their heads side to side. Their closest relative is the Lutorlactus which although they may look similar, their behaviour is wieldly differeing.

### Second Claw

The Capomuscus third pair of limbs are some of the least developed of any Cornipedae. They are only used for when the creatures have been entangled in something and even then their streangth usually allows them to break free without the aid of the claws.

### Powerful Neck

Similarly to the ULutorlactus the Capomuscus have very strong neck muscles and structure. Its used to lift up great volumes of plant material and roots from the bottom of their swamps to be harvested and brought to their jaw by the first pair of limbs. This also makes the neck, usually a weak spot for the Cornipedae, rather resiliant.

### Odor

One of the Capomususes most effective methods of defence is its horrible stench. Algae and vies often live within the fur of individuals and their constant moist state leaves them in a constant cloud, describes similar to that of wet compost. Predators therefore avoid attacking the creatures unless necessary.

## Behaviour and Sociology

The foliage dense habitat of the Capomuscus has led to them having poor eyesight but an acute sense of hearing. Their eyes however have a very distinct colour and can range between pink and purple in hue. They have been likend to gemstones.

### Sociology

The Capomuscus is not the most social of the Cornipedae and usually roams in packs of 4 to 7 individuals. These are usually a family unit with a matriarch and a patriarch however they do not display a rigid social hirachy. The main comunication is simply to warn or locate the other members of the pack.

The Capomuscus has been known to be extreamly peceful with humans when interacting, even being curious. Unfortunatly due to the smell the feelings were not resiprocated. The rarety of predator attacks on them have given them a distinct calmness.

### Mating

Similarly to their Lutorlactus relatives the mating period of the Capomuscus occur atumn however unlike them they show little aggression towards anything other than their rivals. Both males and females compete in fights to prove themselves when mating however it rarely turns violent. they mostly shake their long horns at eachother and produce lound sounds. Some theorize that odor plays in to it but it has proven difficult to test.
Walker testa

### Geographic distribution

Occidentis (recently extinct in Terra Septentrionis, Media Insula, Auth and Virtu)

### Canonicity

Canon

The walker testa, or more commonly known as a shell walker, is a member of Celernantida. The shell walker evolved along the coasts of all land masses while most descendants of celernantida fully integrated to living on land walker testa lives in shallow water the spines it is covered in has been developed over three hundred thousand years in order to defend against its many ancestral predators but now the armor plating has made it to where only parasites and specialized predators are capable of killing them as the armor plating developed two problems arose the lack of ability to bring food the the mouth and the lack of the ability to see the seeing problem was mostly solved by two compound eyes so that in any space possible the shell walker could see the problem with abating food was salved by evolveing 9 tongues that as the shell walker ages will grow to be a foot long. The shell walkers are herbivore live but have been known in times around sexual maturity to eat small organisms which upon autopsy reveal to have large amounts of testosterone from what we know the more of this unnamed animal the prepubescent shell walkers eat the larger in size the shell walker can grow to be however the largest shell walker recorded is four and a half meters in height. The shell walker lives in small herds of twelve when ever the population goes above sixteen a very deadly dual amongst the prepubescent male shell walkers will occur usually leaving only one male. The sexual selection process is determined by the brightness of the shell walkers spines if the shell walker is a color other than light grey they will be ignored as only the pre sexual mature shell walkers have yet to turn grey
Pastiolingua Antidorcas

**Species Name: Antidorcas**

**Common Name: Spring Draydex**

**Avrage Size: 1,5 -2,5 metres**

**Diet: Herbivore**

**Ancestor: gomphiobia**

The large Gracious spring draydex, shares a common ancestor with Scoters and carnarsals,(both being in the same family as the draydex). but as the geography of the landmass changed so did that animals living in those areas affected, The ancestors of Scoters had to adapt to a land of jungle. The carnarsals had to adapt to a life in the mountings at the north. And at the south, here we are introduced to the draydex, which have evolved to live on a Savannah grassland.

The spring Draydex is a fast moving herbivore, pulling the plants out of the Soil with their highly specialised proboscis that resembles scissors,it will then suck up the pulled vegetation with a. A vacuum system, it may also suck up execs dirt and stones which it uses in a gizzard to grind the grasses.

Males butt heads to establish dominoes over other males in the group.

They are a favourite to any predators and often find themselves pursued, but thanks to their colourful tail they are able to let the rest of the herd know if one of them perceives danger, then he will shoot up his tail and and the individual start running.

But when they are pursued they do not aimlessly run around hoping to lose the aggressor, they run in the formation keeping the sick, old and young in the centre with strong males and females along the outside protecting them.

The eggs must remain moist and at a constant temperature to develop.They get around this by swallowing the eggs, letting them develop in a sack like pouch inside of the animal, before spitting them out once they've hatched.
Unoculum nocticursor

Unoculum Nocticursor, or "Greendeer" as they're more commonly known as, are forest-dwelling creatures of the northern flank of Occidentis. They are distant relatives to most others of Ambulospeculida. They inhabbit the dense bone tree forests and stay low to the ground. Greendeer use their color to blend in with the grounded polyspeculates. While females are typically green and brown, males are green and blue. Males use their dazzling colors underneath their rudders and on their tail to attract mates and fend of predators.

Greendeer's most glaring detail, their large, oversized, fused eye is a feature that has evolved to aid them in their semi-nocturnal behavior. Since Wallace 2 has very little moonlight, greendeer have adapted keen night vision as a response. This is a common feature in their genus, Unoculum.

Greendeer are intelligent creatures, with intelligence close to that of octopuses, and similarly to octopi, they have ganglia spread throughout their body, allowing each sensory organ to "think" for itself, sending a message to the central brain if necessary.

Greendeer are generalists, as well as very social animals, travelling in groups of around 20. They feed on small polyspeculates as well as small dispeculates. Their most common food are small, colonial polyspeculates, knows as Parvafolium. These ant-sized photosynthezisers stay together in extremely large colonies on the Forrest floor, needing to move only to catch light or escape from danger. These organisms have the ability to send energy to other members of their colony, as well as store large amounts of it, as a superorganism, through unknown means.