recursal/Fanatic-Fandom huggingface dataset:
Great Grapple-Arm

Manica Brachium Magna, or the Great Grapple-Arm, is a member of the family Manicidae (Celernantida), in which it is the largest member. Where most of Manicidae are generally small and parasitic, using their characteristic grapple shaped arms and pincer limbs to latch onto a host and extracted blood through their clawed proboscises, the Great Grapple-Arm can grow up to 5 metres long and 2 metres tall. They use their forearms to lacerate their prey, following them over long distances until they finally bleed out. Hunting in packs of between 5 to 15 members, they fill a similar niche to the raptors and wolves of Earth. Being found primarily on the plains of the eastern continent, they have developed a tall, bipedal stance (unlike the quadrupedal gate of much of Manicidae) to easily spot their prey. Through much of the year, their feather-like coatings comprise of dark, earthy tones, yet during breeding season, the "males" of the species take develop bright, colourful hues, as do the skin connecting their dorsal spines. This is a form of display, with the most vibrant individual garnering the attention of the most "females". However, this comes with its own detriments, with the loss of their camouflaging coats, the males can no longer hunt and are more at risk of attracting larger predators.
Brevralex

Brevralex is a terrestrial species that feeds on low lying members of Celestiphyta. It grows to about 1.5 meters in length and has short and wide tentacle mouths to allow it to consume large amounts in a single bite. When predators appear it freezes and relies on it's yellow and green striped camouflage to hide. Skin has grown over it's armour so now it's armour is the dark green colour you see in the image.

The teeth in the mouths have moved to point perpendicular to the flesh, and food is swallowed whole. the tentacle like structures have many nerve endings to help it detect which foods are edible and which are not.

They live in small groups, presumably for protection, though the groups cannot be considered nearly large enough to be considered herds.

The species has an interesting reproductive strategy, in that approximately 20% of members do not compete for reproductive rights. Instead the other 80% mate, and leave this non sexual group to protect the eggs and the hatchlings until they are ready to fend for themselves. This allows each individual to spend less energy, while still ensuring the protection of their offspring.
Dolabra cuda

A herbivorous creature it feeds on hard , bone encased seeds or other plant like organisms. this creature is able to dig underground in search of Celestiphyta type organisms that have a dedicated nutrients storage system much like potatoes of earth. its jaws are made to crush bone and is also able to consume this bone. Its feet are able to suction onto surfaces to get to these seeds or the fleshy plant like parts bone trees. it has a pickaxe like tail that allows it to puncture the surface of sheer surfaces to anchor it there. it grows about 6 m - 8m long and weighs about 1500kg - 2000 kg. it uses its front two tentacle like appendages as a way to manipulate small objects and maneuver it to its mouth . it lives in burrows or inside large bone trees . its has thick armor that many predators cannot pierce. all limbs are connected at the bottom of the body. it has spherical located between/under its armor pieces. its preferred habitat is a tropical monsoon or tropical savanna habitat.
Judexadversuspuer Magnus Vadum

**Species Name: Magnus Vadum**

**Common Name: Varnasi Carnarsals**

**Average Size: 4,5 -6 Metres**

**Diet: Carnivore**

**Ancestor: gomphiobia**

The large hippo like varnasi wads through shallow rivers in a search for small fish to gulp up. They are often mobbed with small flying animals whenever they surface, thy try to get at any parasites the animal may have collected whilst submerged.

The males are heavily armoured around the shoulder and neck, with large bony plates tiled on the animals shoulder and forearm.

The reason for such heavy armour is due to the fact males fight in the water over territory. their heads up and mouth agape they charge at One another thrusting their self sharpening beaks around the neck area.

Female lay their eggs and nurture their young in the water, The eggs collect around the females loins until they hatch, she will take care of all three of her offspring teaching them how to fish and fend for themselves.

Despite how they may look, they are surprisingly agile and fast when on land.Reaching speeds of 80 mile an hour.
Bone Chungus

Meet Novidi oscrassus or as it is sometimes called, the Bone Chungus.

Name: Bone Chungus (Novidi oscrassus)

Creator: IchthiusRex

Clade: Paleosporodendron

Habitat: The mountain chain that runs the spine of Occidentis, all the way from the lower temperate latitudes to the northern peaks. Although most common around geothermal pools or calcite rich deposits as well as limestone.

Size: 10 meters tall and 3 meters wide. It’s bony sheath is up to a meter thick.

Diet: Photosynthesis, although it does require a high concentration of calcite and other minerals in its immediate vicinity.

Breeding: whenever the conditions are right, this massive organism produces a multitude of small, pale blue flowers. However, because of their scarcity, these are self fertilized. The method of fertilization is absolutely bizarre, additional heads of leaves are produced but are, in fact, genetically distinct individuals that are connected to the main body. These Secondary organisms present nearby flowers to encourage close cross pollination. They are also all a different gender from the main tree, which always produces the female flowers. Each separate head blooms at a different year as well, as to prevent misguided pollination. After fertilization, the central tree produces great plumes of spores that hopefully land in an area with the appropriate amount of minerals to grow to maturity.

This species is incredibly rare as it’s growth conditions are very specific. Although, geothermal springs seem to be their preferred growing environments as the mineral rich water helps them achieve their maximum height. The pictured specimen sits as the crown of the fabled “Fountain of Youth” spring located in the northern mountains. Around it, Sleek Coated Ambulasimians frolic in the rejuvenating waters. The mineral coated waters are so warm that the spring remains snow free year round allowing other plants such as Cushion Moss Grass and Shaft Pines to grow in abundance. The additional inexplicability of the location keeps grazers and large predators away.

It’s growth cycle is outlined in black and white as well as a zoomed in spore showing the air sacs that aid in lift. Their maximum lifespan is around 300 years but may be far longer as their honey trunk does seem to stop growing past the 30 year mark. The young trees are thin and scraggly with thorny leaves to ward off predators. Over their first 15 years, they grow as rapidly as possible to escape grazers. Then grow thicker and bud off their mates (always two) until they reach 30, at which they become fully grown.
Cerafrondviscum

***Cerafrondviscum*** is a genus of Sidobosian, under the BPP Classification scheme it is a member of the Hexasimmetrae Radial Split (Photophageae). Other wise known as False Pseudofronds, they are primarily hemiparasites of the Xerokerinouphytaceae.

## Life cycle

### Pre-Host Attachment

Once detached from it's parent, it falls to the ground upside down, rights itself and moves away randomly in a roughly straight line for a set distance (dependant on it's native environment, this ranges from a few metres to several kilometres), then starts using it's sensory tentacles to detect pheromones in the air to narrow down direction of hosts. These tentacles can also detect the chemical composition of wax when touching a host.

Once a host is found, it climbs up to a random height under the fronds, aligns itself to a scute, uses it's claws to grip around the scute and uses the sensory tentacles to apply force (provided the host is not *Tecticerafrons*, in which case it merely clears off an area of wax with claws being closer to flat).

Once the scute is torn off, it then proceeds to take it's place, digging it's claws into the tissue of the host to act as an anchor. It also starts to develop an haustoria on it's underside to join itself to it's host.

### Post-Host Attachment

Once attached to it's host it's pseudo-pseudofrond starts to grow. Early on this structure starts to produce and release wind dispersed male microspores, though doesn't start developing female megaspores until a year of growth (some fire forest species have much sooner breeding at about 6 months). These megaspores are kept enclosed and when fertilised the zygote is kept attached to the parent, being attached to the underside of the parent's photo-tentacle by the new individual's underside.

## Host selectivity

In terms of host choice, species of *Cerafrondviscum* are usually only found on a single genus, but some are more generalised and others more specific.

Typically the individual grows to mimic the pseudofrond of it's preferred host, as a way of avoiding selective herbivory, species that don't show mimicry tend to be toxic to some degree.

## Host relationships

In some instances the relationship with it's host is a more mutualistic one , particularly when water is plentiful, providing photosynthetic area that the host wouldn't normally have, particularly with riverine and mesic hosts that receive consistent water.
Judexadversuspuer Canis

**Species Name: Canis**

**Common Name: Skye Wolf Carnarsals**

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

**Diet: Carnivore**

**Ancestor: gomphiobia**

The harsh wind swept crumbly mountain tops are one of the most desolate and lifeless places to live, but this resource full Predator has made a role for itself atop the perilous peaks. This hyper carnivore is the top dog of its environment, its quick and nimble feet help it bound across the outcrops in search of prey and Carrion.

It's blue back protects it from the harsh ultraviolet light, it has no need for camouflage as it can simply run down its prey, or cause them to run off the side of a cliff, in which it will then climb down the mounting and feast on the mangled corpse at the foot of the cliff.

Some have abandoned their predatory lifestyle in a more relaxed carnivorous life, feeding on the singed corpses of flying animals that were unfortunate enough to be above the purple solar discs, this subspecies now uses its size to scare off at the scavenges that May desire to also feed upon the singed dead animal.

They reproduce by laying their eggs in running water hopefully the eggs will be swallowed by some thirsty animal, after a few weeks they will burst out of the stomach of the creature, often killing it in the process, after which the babies will emerge into a new world.
Leafcapers

**Phylloacrotiridae**, commonly known as **leafcapers** or **leaf geckos**, are a family of small generalists named for how their flat rubbery photosynthetic "leaf lobes" resemble a cape.

Early in their evolution, a group of sungrazers were forced to become more motile to avoid predators, and in turn had to find a way to supplement their diet of sunlight to feed themselves. The resulting form developed bilateral symmetry independently of the Dispeculata, much like the "sea pigs" of Earth, resulting in a very derived appearance from other sungrazer descendants. With three "jaws" derived from their front pair of limbs and a modified beak-like leaf-lobe, the leafcapers fill a variety of small animal niches typically ranging from herbivory and detritivory to consuming even smaller creatures which serve as Wallace II's analogs to insects and worms. Many species are arboreal, especially those living in forested regions, as they still largely depend on sunlight to survive; eyes located in eyestalk-like extensions of their leaf-lobes help them to find the best spots to sunbathe or, in predatory species, to find food. Their internal skeletons remain largely cartilaginous and external bony armor is only retained as its teeth and claws, the latter of which have a cellulose sheath. As they had to develop a digestive system far behind from other fauna in their environment, they are usually restricted to smaller sizes, though in rare cases they may creep up to 1 meter due to the advantages which come with their jaws. To avoid interfering with their photosynthesis, they use a purple pigment for markings such as stripes, spots, and false eyes.

Leafcapers mate with their mouths, and they regurgitate sticky eggs with transparent shells. These eggs must be placed in sunlight, as the developing offspring are dependant on photosynthesis and there is not enough yolk to sustain them without it.
Araneaformes

One of the most common creatures found on Terra Solum (one of the Archa islands) are the Araneaformes.

They are highly derived ambulospeculids, which adapted to fill a plethora of niches available on the island.

Araneaformes possess an internalised exoskeleton that serves as a backbone. Their limbs evolved distinct grasping paws, which are helpful in their arboreal habitat.

Their posterior limbs fused together and migrated to their backs, creating a prehensile "tail".

Their proboscises reduced in size, serving as three tongues used to grab food items for consumption.

They walk on six limbs, though some derived araneaformes have reduced limbs, walking quadrupedally.

Due to a lack of predation and competition, many have developed complex mating rituals. Most species have unique mating calls and colour patterns.

Most eat Granophyte spore cases, though some are carnivorous.

## Representative species

*Bovemsimia*

* *B. gigantis*

*Scorpiosimia*

* *S. aranensis*
* *S. cuniculum*
* *S. insulae*
* *S. rex*
Arboritinae

It's an ancient lifeform, which remained mostly unchanged for milions of years.
When early ambulospeculids started living on land they still needed water and were at risk of dehydration, but some of them started digging so they could stay away from water even more, by digging they also found out that they could use tree sap to hydrate themselves.
Some of them started digging inside of early bone trees and they soon lost their exoskeleton.
The modern arboritiniae live between the bone of the trees and their fleshy interior. Their eggs transformed in hooks to dig more easily into the tree, and they use their proboscis to suck the sap.
The females have a needle-like appendage at the end of their bodies used to inject inside of the pollen/seeds/male of killer trees(Albtraumspross submission) unfertilized eggs. When the eggs come in touch with a tree hosting a male arboritiniae, the male grabs the eggs, fertilizes them and looks after the babies until they're old enough to look for their own tree (a tree can only host one specimen).
They range from 50 centimeters long, to 3 meters (depends on the size of the host and on the specie: different species infest different trees).
Celernantida squilla

The species Celernatida squilla also known as the “Coral Shrimp” lives exclusively in the reefs of Vadum Mare and is immune to many of the poisons. This small member of the Celernatida family has traded a significant portion of its original speed for armor. This is because of its lifestyle of living within the tendrils of the “Coralius Colonus” feeding off any unfortunate organisms which may have found themselves paralyzed by the corals toxins.

The head and eye of the Coral Shrimp has remained largely unchanged except that it has developed a little more armor and the eyes resolution has grown. Out of the three proboscis two of them have changed to become small serrated blades used for tearing at the flesh of trapped organisms, the third remains a mouth for feeding (It has grown a little in size relative to its body).

The back of the Coral shrimp is coated in thick layers of armored plates to protect its back. The gills remain largely unchanged. The fins that in the past have been used for stabilization have become longer and tipped with a small hook. The Coral shrimp uses these fins to hold onto the tendrils of the coral when it isn't feeding, this behavior allows it to conserve as much energy as possible. The tail of the Coral Shrimp has decreased in relative size.

The coral shrimp reproduce sexually. The female lays its eggs near the base of the tendrils so that they are protected from predators and the male fertilizes them not long after. A female can lay anywhere from 10-20 eggs at a time. The eggs take roughly 2 weeks to hatch and the babies take a full year to mature.

In short this creature is a scavenger that lives in and breeds on any toxic coral. Its food source is also the fish that the coral kills
Aquatilia insidiator

This creature is a 1.5-2 meter long ambush predator that resides in the shallows. It allows aquatic flora to sprout on top of it, which combined with it's rough rock-like texture makes for a great camouflage in the shallows. It has two jaw like mandibles to keep hold of - and kill its prey, but still needs to utilize its proboscis to ingest food items.
Judexadversuspuer Hunter Rex

**Species Name: Hunter Rex**

**Common Name: Carnovanator Carnarsals**

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

**Diet: Herbivore**

**Ancestor: gomphiobia**

Perched upon the tallest branch of the tallest tree, The carnovinater sits proudly, with the knowledge that food will come to it.

The highly intelligent beast has displayed an IQ on par with that of Earth's otters. It uses crude tools such as stones and sticks to attract a mate by creating patterns in the dirt. And have also been seen Breaking into the shell of tough animals by grabbing them climbing up a tree and dropping them off the tree into a rock.

They two also take plenty in the great amphibian volas migration, snapping their heads at as many flying reptile like Aliens as possible.

They're too smart to raise their own young so they leave their eggs in the mounds of smaller less intelligent carnarsals, they will then leave The eggs and let the mother of the clutch that she intruded upon raise her young, this breeding system is a lot like that of the cuckoo, The only difference is The original brood does not die from neglect.
Серебряное племя

**Серебряное племя**- племя котов, обитающее в лесу. Одно из 4 племён. Главное племя в серии, в нём происходят главные события. Названо так в честь своей основательницы - Серебряной Звезды.

## Описание

Коты этого племени храбрые, порой даже до безрассудства, но лезть в чужие дела не станут. Не проч посражаться за территорию, но всегда справедливы. Если кот нуждается в помощи, окажут её. Могут принять кота в племя, но только после того, как он докажет свою преданность, он может стать полноправным воином этого племени.

## Территория

### Лагерь

Лагерь Серебряного племени расположен в большой овраге, закрытым от глаз врагов папоротником, а так же имеет отвесные скалы, что делает проникновение в лагерь более сложным. Только члены племени знают, где безопасный проход.

#### Палатка предводителя

Палатка предводителя - это большой дуб посреди поляны, в котором находится дупло, которое выстелено многолетними слоями листьев.

#### Палатка целителей

Палатка целителя - это небольшая, но уютная яма под дубом Предводителя. Здесь живут ученики целителя и целители.

### Палатка воинов

Палатка воинов находится в большой яме под старым бревном. Ближе ко входу живут молодые воины, а дальше более опытные.
Herocritus

This organism acts somewhat like a black heron in that it will hold its arms out over the water and use its arms to create an "umbrella" shape to attract prey. Then, it will use its barbed "beak" to spear a selected target. Then, it will use its mantis like arms to hold its prey while its "beak" is used to tear into its prey.
Celeria denshastia

Evolutionary History: Being one of the oldest divergences from the Gomphiobian line the family Celeridae broke off around 290 million years. In this line there was also a general trend towards increased speed, and mobility with increasingly larger tails, and pectoral stabilizers. This in turn lead to the boney armour plating covering the body becoming increasingly selected against overtime, and thus leading this line to have thin armour plating leaving them relatively open to attack. In regards to the genus Celeria it is a relatively recent offshoot of Celeridae only appearing 100 million years ago. Containing several species all of which share the derived feature of pectoral stabilizers connected by membrane into a single wing like structure granting members of the genus excellent mobility.

One of its most recent members is the species Denshastia which has dentition that has formed into a single blade used to penetrate the boney plates of aquatic Panoplovita, and derived marine Polyspeculates. It hunts by effectively spearing its prey. Swimming at high speeds it stabs though the prey carrying them off while using its three feeding proboscis to attain its nutriens. It due to it being fairly basal has similiar reproductive, and digestive biology to more primitive Gomphiobians. However it respiration like that of the many Celeridae has changed in that due to there high speed they almost completely rely on ram ventilation by directing water onto the internal thin walled structures via forward facing tubicals consisting of bone. It also possess increased all factor nerve centers placed at the mid-point of the creatures head that allows it to track prey over miles of open ocean. In regards to social behavior Deshastia tends to be a solitary creatures only gathering together to mate, and ocassional mobbing groups of a large prey alien.
Fortitorsus trigonus

Fortitorsus trigonus is a deep-sea scavenger that is 2.3 meters long and uses its size and thick armor to bully away smaller deep-sea scavengers. It uses its 2 auxiliary feeding proboscis to be highly sensitive chemoreceptors to detect chemical changes in the water in order to sniff out new carcasses on the ocean floor. Its jagged nose and the central proboscis is used to quickly slice into the dead and slurp up decaying flesh and blubber. It is capable of extreme bursts of speeds away from larger predators and is often victim to open water megafauna and other scavengers. Some forms of familial cannibalism are known from the mother eating her own young to survive. They can go for 8 months without eating but during the mating season, this time goes down to 5 months due to changes in metabolism. Along with their ability for quick bursts of speed, they use their long pectoral fins in order to swim very long distances, traveling some 200 miles in order to find a deep-sea corpse.
Aspirantulus

Aspirantulus is a small dunatibian celernantid that is unique for living in the cold tundras of Virtu. It is covered in a shaggy coat to keep itself warm. It is related to the Media Insulan rainforest-dwelling dancing sprinter. The aspirantulus uses its long proboscises to suck the food it finds in the cold plains.
Culumstansbestia

A large herbivore the size of a modern day buffalo.It grazes the grasslands of Wallace II.Its very protective of there young even raising runts.they travel of herds in hundreds or in some cases thousands.Males have Finn like protrusions that can inflate and deflate when looking for females.Makes stand on their hind legs with there frill out trying to get females attention.When other males come to take a female both the males stand on there hind legs and try to knock each other over and if one succeeds it gets the female.they are very docile and allow birds to ride them.
Judexadversuspuer Carno

**Species Name: Carno**

**Common Name: Hook Head Carnarsals**

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

**Diet: Carnivore**

**Ancestor: gomphiobia**

Crawling up and down the bone trees in search for The top predators of sky forests are no doubt hook heads.

Using their hooked teeth they are able to pull flesh of large animals, they only take a small amounts of flesh off the animal and the creature must still be alive and healthy. hook heads only eat the meat of live animals, let them heal, then eat their meet again, so they have a constant supply of food.
They often patiently wait in trees, that hang over game Trail.

They lay their eggs in the mud to develop. After which they raise the children and teach them how to hunt.
Duonasus adipemrostrum

The Duonasus Adipemrostrum or Polar Xeno-Phant, is a large Omnivorous alien which live on the Cold Icy areas of Wallace II weighting up to 1435 lbs (650 kg) and going as tall as 9 ft (2.74 Meters). The Xeno-Phant has reduced the amount of limbs from 8 to 6 as a way to keep warm, along with growing fur and gaining excess Fat Tissue. The Boney exterior it's ancestors had move toward the inside of its body giving it an skeleton to support the weight of it's body, only retaining a beak like Jaw and Mouth to chew and crush it's prey and any plant-like organisms it chooses to feed on. From it's beak protrudes to trunks evolved from it's ancestors probuscuses, the Trunks have a high sense of smell to retrieve any hidden foods or for tracking prey, it can ingest liquids from it's trunk and even taste liquids with it, and lastly it can grab objects at a short range with it. Above It's beak is It's eyes which are a more comprehensive compound eye letting it see in a more limited range of color yet still being able to many minor movements. On the Top of its head are two ears which are obviously for hear they can separate quieter sounds from louder ones to help pay attention to any small detail. It's Six Stocky limbs arm comprised of their front Grabbing Paws, middle stablizing Legs that can be used as substitutes to either Front or Hind Leg, and the the Hind Legs used for walking and strong enough to hold the weight of the Xeno-Phant by itself if it chooses to stand. Xeno-Phants has evolved to give live birth to help the younger generations live through the cold directly after birth.

The Sidobosia Solequitem or Sun Rider is a type of Sun Grazer which adapted to a niche in the Tundra, a type of moss or bush, settling in for a more sedentary lifestyle. They are still capable of moving, usually slowly trying to get in the Sunlight. Having been mostly overshadowed, literally, by other Polyspeculata, the Sun Rider when young latch onto bigger species like the Xeno-Phant for a way to get into the sunlight they need as a way to reward the creature they are latch onto, they give a sweet sap or honey like substance from their leaves which of course many creatures find delectable. Once they get big enough about 1ft (0.3 meters) they leave the creature to be on by their lonesome and can grow up to about 3ft (1 meter). They are still capable of leaking this sap which can be used to attract other creatures to help spread spores for the next generation.
Discutio bufo

Discutio Bufo is an amphibious predator about the size of a large pig it uses its heavily armored head in tandem with its well muscled neck to strike at prey dealing sever blunt force trauma usually resulting in death. Discutio Bufo has a muscled neck thats often coiled making it appear fat with loose skin but can extend out with extreme velocity. Discutio Bufo displays bright vibrant colours in its matting season it releases clouds of seaman from its belly into water for females to swim through it can leap great distances much like a frog and has been known to sneak attack prey. Discutio Bufo also possesses long hairs on its chin that it uses to sense vibrations in water.
Amplectendo sphenodyptis

The Amplectendo genus are a genera of organisms situated in the forested regions of Wallace II. These tetrapodomorphs lumber their large tails across the floor using their saw like beaks to cut down bone trees for rich nutrients and food. Due to the low gravity of Wallace II it allows this genera to grow to heights of about 8-10 feet tall.
Dorsostomata

Marrow Sucker (Osophagus xenus)

Family Description - Dorsostomata as a family arose soon after the Ambulospeculidae started conquering the land. They are mostly a harmless herbivorous (or the equivalent of them on Wallace 2), but some more predatory species can be found amongs their ranks.
What splits them from the rest of the Ambulospeculidae is that their bodies are arranged upside down. Their bodies are basically flipped, with cartilaginous backbone being close to the ground covered by strong bony armour, but their softer bellies with (adapted spiracles) being pointed skyward.
Another trait is the „Cephalostoma“, an organ placed inside their head region which allows them to retract their proboscises. Thanks to this, an openning has appeared on the top (what used to be bottom) of their heads, the so called „Dorsostoma“, which their group name is derived from. Thanks to this adaptation their proboscises are closer to the fotosyntetic parts of the many land-dwelling Polyspeculates, especially the Bone Trees and their relatives.
Because their bodies got flipped upside down, sexual reproduction became harder with every generation, which lead to the change in the last pair of their muscly appendages. It became harder and more spade like or similar to a pair of claws, which males use to transport sperm cells in the form of a foamy secretion onto the female.
Judexadversuspuer Canida

**Species Name: Canida**

**Common Name: Dracodogs Carnarsals**

**Avrage Size: 1,8 -2,1 Metres**

**Diet: Carnivore**

**Ancestor: gomphiobia**

The dracodogs are the main decomposes of their environment, able to consume 100% of the carcass in one sitting.

Using the larger size to scare off smaller scavenges they are relatively harmless, preferring dead prey over live.

They spend most of the day lying about resting or sleeping, as it takes a lot of energy to digest an entire carcass. The excellent sense of smell allows them to detect rotting meat from miles off. They often rome in packs, individuals number from 5 to 13, and the alpha male must provide all of them with food.

They reproduce by laying their eggs in the ground, they then stay in that area waiting for the eggs to hatch. Once the eggs have hatched they make their way up the social chain of the pecking order with the other members by singing and grooming one another.
Judexadversuspuer Faciem

**Species Name: Faciem**

**Common Name: Threebeack Carnarsals**

**Average Size: 5,5 -7,5 Metres**

**Diet: Carnivore**

**Ancestor: gomphiobia**

The large carnarsals are one of the strangest members of the family novivltushasta. This is because they split off early from the rest of the family, and had to adapt to an extremely harsh environment, A mountain range.

They have conveniently evolved a jaw withe a beak and teeth, both being made of chitin.

The bottom jaw and top jaw are used to bite through the hard shell of many Upland creatures. By evolving a mandible instead of adapting its front limbs to get through to armour(like many other creatures), it can keep the speed and stability of possessing three limbs, whilst simultaneously being able to get through to its prey's deafens.

When its jaw is closed, it protects delicate organs like the proboscis and facial tentacles. The eyes possess a thin layer of skin to protect them from dust and debris.

The hulking beast has very few predators, as it could easily crush their bones or armour with One quick snap of the self sharpening beak.

To communicate the animals will Open and close their mouth's quickly, creating sharpening sounds with their beaks, The sounds have been compare to sharpening A carving knife.

They lay there eggs in fast flowing rivers, if the young are lucky thy will by drunk up by some animal down stream, after a few months thy will Chew their way out of the stomach, very often killing the host in the process, after which they will make their way in the world.
Humid Continental

Humid continental is a climate quite cold in winter.

## List of Environments

* Occidentis Humid Continental
* Archa Humid Continental
* Terra Septentrionis Humid Continental
* Thron Humid Continental
* Cheru Humid Continental
* Gabre Humid Continental
* Micha Humid Continental
* Auth Humid Continental
* Virtu Humid Continental
* Phael Humid Continental
* Meridianam Humid Continental
Bassodidae

Bassodidae is a family of ambulospeculidae endemic to the forests of media insula. They are arboreal, social, and intelligent, with species being between 20 and 150 cm long, with roughly half the body length being the proboscises. They are endothermic, with a layer of fur to keep them warm and repel parasites.Their eyes are compound, and wrap around the head so they can search for branches in any direction. Their most dexterous limbs are their proboscises, which act like prehensile tails. Their limbs are developed from a lineage that evolved claws, which further developed into three-pronged graspers. Bassodids will either move by walking on top of branches, or will hang from branches in a suspensory manner similar to a gibbon, and have a greatly stiffened neck to avoid damage when hanging in this way. Four of the spiracles (two on each side of the organism) have evolved into long, trumpet-like structures, called a bassotube, which allows the organism to produce a wide variety of sounds, allowing them to communicate. Bassodids are mostly herbivorous, but some species will use tools to get at meat. These species will use rocks to split bony branches into sharp points, which they use to spearfish in streams, or to hunt smaller arboreal creatures, including smaller members of its own taxonomic family.
Chirognathusidae

Descendant of Ambulospeculids

Family Chirognathusidae

Height: 1-2.3 m (Smallest to largest)

Habitat- Almost any biome in Media Insula with sufficient plant life.

Feeding- 2 adapted probosci manipulate plant matter towards the central beak. These are also used in grooming and display.

Breeding- Males court females using colorful crests. Nests are simple holes in soil.
Hamodactylus carpasinus

A very small and highly specialised member of its family group, Hamodactylus Carpasinus is also called the Green Hookfoot. Their livestyles are quite similar to that of a bat. They have a decent covering of feather like structures not only for flight and attracting mates, but also to protect themselves from weather and other enviormental factors. They have unusually long teritary limbs, which are used to hold young, prey and assist in climbing. In most other members of the family these limbs are far smaller in proportion.
Galeapistris

Galeapistris is an aquatic hyper-carnivore that uses a sharp serrated blade on its head to pierce and slice prey, it uses its a tendril below its blade to chew and swallow food and two other tendrils to hold its prey in place while feeding. It preys on marine dispeculates and sometimes will attack terrestrial creatures that stray too close to the water. It belongs to a superfamily called galeapistrinae.
Dentacranial ichthioid

Dentacranial ichthioid mostly lies in a docile state in bodies of water but can leap out and glide with its fins for short distances.

the Propagatorials(1) feed on plant-like polyspeculates and lay lots of eggs, producing a constant surplus. These eggs are easily scavanged by the agile brushtail-scurrs(2) who use their tails to keep eachother in gruops via signals colours. Some of the eggs they eat, and some of them are fed to the Dentacranial Ichtyoid(3) who lies docile in a near body of water. In turn, the Ichtyoid only harms the Propagatorials and scurrs predators, which it kills by jumping out of the water and gliding with its fins so it can stab them with its saw-like beak (which hides its probuscuses). The carrion is gathered by scurrs and its manure fertilizes the Propagatorials food.
Dispeculata storage

Dispeculates are bilaterally symmetric consumers, the equivalent of animals on earth, being unable to photosynthesise.

## Major groups

**Gomphiobia****:** typically carnivorous aquatic group, have 8 fins on the side basally, which in some modern members has evolved into limbs.

**Ambulospeculida:** The first dispeculates to live on land, 8 limbed 300 milllion years ago

**Celernantida****:** aquatic with eight thin, greatly reduced limbs and reduced armour 300 million years ago

**Panoplovita****:** aquatic with solid fused limbs and solidified armour 300 million years ago
Circumsiliens vulturis

Circumsiliens Vulturis the "hopping vulture"

A small creature that lives in extremely arid climates, its boney armor has evolved into a multi purpose, shade, camouflage, and armor. They live off gaining nutrients from the bodily fluids of discarded corpses, sucking blood, water, etc. Their strong legs developed specially for jumping and small bouts of walking can launch the small animal up to 28 feet, their forward appendages shriveling into small hooks to peel apart muscle and skin. Their probuscuses are like straws with needle like boney tips for stabbing into their food.

The "hopping vulture" is hermaphroditic, carries 1-4 babies inside for 3 weeks, and lives in groups of 100-1,000 other HV's
Debellator flumen

An aquatic predator, higher in the trophic levels capable of flight from water. lives in deeper waters near land and has many unique adaptations including flexible and adaptable wings, a "jaw" and jets, they can use the jets to swim quietly, otherwise they swim like an anomalocaris. they are somewhat vicious and intelligent, they live up to 35 years. uh for more specifics on the wing thing, its on the image but the hooked fins of the past have lost their bones and are flexible, capable of slotting into different wing shapes
Autovenari potamos

Autovenari are a genus of Celernantida descendants that colonize seasonal freshwater habitats. When they arrive in a new habitat, all members of the genus remain in the beta (above) form. The beta form are herbivorous bottom feeders, but when the concentration of these organisms in a given habitat is too high, in utero stress hormones cause some to be born in the alpha (below) form. These Autovenari are free swimming predators that hunt the betas. This change is facilitated by phenotypical changes, especially in the the 2 posterior pairs of fins and the head. This seemingly counterproductive strategy has evolved in an attempt to keep other predators from entering the local ecosystem, in a sense keeping the energy transferred through the ecosystem "in house."
Echinatadorsum

Echinatadorsum Is a large predatory creature of the Ambulospeculida family,
the height of Echinatadorsum ranges from 5.6 Ft. (1.7 M.) in females and 6.2 Ft.
(1.8 M.) in males. Echinatadorsum hunt solitarily on the mountain ranges of Media Insula and only partner up in pairs during mating season to mate.

Similar to other Ambulospeculids, Echinatadorsum Has two large compound eyes conditioned to spot movement far away to be stalked and ambushed.
Echinatadorsum has three sets of limbs, the four legs in the back are hind legs with hooves designed to be more agile and mobile in rough and rocky terrain
much like the mountain goat of Earth.

The two front limbs of Echinatadorsum are grasping hands for them to hold onto prey easier without the threat of it escaping. Echinatadorsum also has two large proboscis with modified teeth to create one large tooth like structure on each proboscis that are shoved into the grabbed prey item's neck, after the prey has died the main eating proboscis is deployed and the Echinatadorsum will start consuming.
Also similar to other Ambulospeculids, Echinatadorsum has large chitin like plates covering it's face and major crit zones such as it's olfactory/breathing hole, it's proboscis when they are sheathed and it's neck.
Echinatadorsum also has spiny bristle hairs on it's back similar to the Boars on Earth instead of armor plates like most other Ambulospeculids, this odd evolution keeps protection on the back, although not as much as the
armor plates, it grants higher mobility needed in the rough terrain that Echinatadorsum lives and hunts in.
The ears of Echinatadorsum are not that special, they are just simple sound receptors similar to those of wolves, what is interesting is that there are 2 sets of ears instead of just one set for better spatial sound awareness.
The tail is home to the cloacas of Echinatadorsum where it will shoot out any waste it may have onto trees to mark territory, In the mating season the tail creates and excretes an oily substance that has a strong odor that is used to attract mates.
Giant sawbill

The Giant Sawbill evolved is a member of Celernantida, and inhabit the warm tropical shallows of Vadum Marre. These predators have evolved 8 smaller compound eyes. The two forward pairs allow for the sawbill to focus on approaching prey items while the back pairs
are used to detect threats, including other sawbills. Giant Sawbills have also evolved gills for more efficient gas exchange. Like early species of Celernantids, the sawbills possess a dorsal fluke on their tails for additional propulsion. Their large flippers help the animals in steering during pursuit hunts. Larger swimming muscles within the sawbills are centralized, allowing for the conservation of heat. A similar adaptation can be seen in great white sharks of earth. The most notable adaptation of the sawbills are of course their rostrums equipped with 29 serrated teeth on each side, and millions of pressure sensors to detect movement within the waters. Sawbills use their “saw” to slash and incapacitate prey. Once their prey has been killed they use their two feeding tentacles to bring the prey item closer to their mouth. Their central feeding trunk than secretes digestive enzymes to process the prey into smaller pieces. These pieces are than carried up the trunk and into their digestive tract. Sawbills have a form of counter-shading to help blend in with their ocean environment, and have little to fear aside from other sawbills.
Desereregrallatoris

Desereregrallatoris is a large ( 9 meters tall, 5 meters wide ) arthropod like animal descending from the ambulospeculid. It has 6 long pointed legs, and 2 forelimbs that help it navigate through the sandy deserts that it lives in. It has 3 fan like tendrils that extend from its rear end that are used to fan dust away from itself. It has 3 proboscis that extend from a opening on the bottom of its face, 2 of them used to grab potential prey, and the 3rd one is used to digest food. The Desereregrallatoris has 3 holes on each side of its body that are used for breathing, inside the holes are millions of hairs that are used to filter out dirt and rocks that get in during sandstorms.
Gunnaluk

The **Gunnalak** (*Teratolabra magnus*) is one of the various descendants of the early ambulospeculids that were first starting their land-dwelling dominance, 300 million years ago. These are massive behemoths that inhabit the beaches and marshes of the largest continent of Wallace II. They are omnivores, feeding on the dense thickets of beach-dwelling celestiphytans, as well as other small ambulospeculids and carcasses of beached marine dispeculates. This creature has evolved retractable proboscis, protected by a long robust rostrum. Its head has evolved long tall eyestalks to see its surroundings from above, which weirdly makes this creature incapable of seeing what is on the ground, using the proboscis to feel the ground in search for food or their broom-like back legs, that have sensory quills, and are useless for locomotion.

The armoured body is smaller than those of its ancestors. The armour has concentrated in the top of the body, giving a large horn on the top of the head, where extensive colagen fibers protrude from underneath. These fibers are extendable, and useful to protect the eyes from sandstorms and attacks from predators and rivals from the same species. Only six of the arms are used to walk, with the last one being used as a broom to clean itself, detect objects in the ground, but most importantly, to mate. The brooms display a strong iridescent red that is specially attractive for females. The bristles have special micro-structures that absorve the male’s sexual cells and transfer them to the female’s sexual organs. The long tail is used as a whip-like weapon.

The flat part of the broom is tougher and works as a type of shovel. Both males and females have it to dig for tuber-like polyspeculates. Females also use it to dig their nest. They lay their eggs on a sandy beach. Their golden-coloured eggs are laid in a fibrous chain that keep the eggs together and avoids them drying up, keeping them moist. The egg chain is bitter in taste (in the wallacian predators perspective), which keeps it away from egg raiders. As the embryos grow, the eggs start to become larger, rounder and almost look like they are about to burst. When the babies hatch, they are already capable of fending for themselves. Gunnaluks display no parental care. The babies, having a softer shell, are more vulnerable, yet they are very fast and wander around like modern crabs, hiding under crevices for most of the time to avoid exposure. They eventually grow larger and become behemoths more leaning to not be hunted.
Catrilts

## Catrilt (Flosum terrumsacci)

Ancestor: Sungrazer

The Catrilt (cat-wilt), also known as **Flosum terrumsacci** (floss-sum tear-um-sack-e) ranging in at 7-15 centimeters tall, seems to have convergently evolved with the ancestor of most Ophiophyta, having the same, flower-like shape, but, is much different, as they are related to two other odd Sidobosians, those being the Prickly Probopctus and Bobactus Tree. They live in massive groups, known as a ‘Garden’, which consists of 25-300 members, and are fairly common in the hot desert of Occidentist, where they slowly drift through the sand, filtering nutrients from the sand. They have six limbs, which are used as roots, and keep the calcium tip at the end, which are covered in small, hairy arms, which they use to absorb nutrients, and one of them is much larger and used to connect individuals together, and are also used to pass information and nutrients from one to another.

   Their bodies above the ground are armored, covered in eight plates and a ring around where they enter the ground to make it harder for predators to dig them out, they have a hold in the center of each plate on the bottom half of their stalk, which is where it releases a gas into the air, that when it goes over sensory organs in spiracles, it sends a message to the brain to activate the fight or flight response, deterring predation, and it will do this when the garden feels threatened. They have four bulbs used for water storage on top, which in this species, also contain its spore sacs, which the colony spews out hundreds of them once every once in a while, specifically four times a year.