recursal/Fanatic-Fandom huggingface dataset:
Raptworm

Raptworms are vicious predators of the notochordate clade, descended from keaworms. they are rather quick and clever, possessing a powerful jaw able to crack open most of the scutocephalan's shells.

one of the earliest new colonizers of the pillar forests was the keaworm, following en route the tasty sgrabs it likes to hunt. but it eventually found itself well in other low-depht biomes such as the reefs. not much changes in regards of the bodyplan, aside from larger nd extended fins, a small support tail and small eyes to help with orientation, as well as being smaller. it's beak is now more generalized, found itself with many new preys, some of which very easy ones. coping with this new fast predator may be a requirement for those to avoid extinction.
Rat Crab

Rat Crabs are descendants of the skate crabs evolved to live in a variety of shallow-water environements, including freshwater. so called for their smaller size and their behaviour, these generalists are found all across the waters in the middle sea's region.

the rivers of holea host yet another species of scutocephalan that has had a great impact on it's ecosystem, along within it's genre's evolution. but this time, it is a colonizer coming from the sea. first adapted to colonize saltwater biomes such as reefs and pillar gardens, the rat crab is a smaller descendant of the skate crabs, which are a common sight on more open areas. highly adaptable, they skim over the bottom in search of smaller creatures to devour (which usually consist of other scutocephalans, including their own juvenile forms!), as well as detritus and even a few plant matter. due to their adaptation to become more packed, they have left the blade on the end of their body as a defense mechanism (now atrophied) for another mean of defense: as such, their shell is covered with pointy spikes, which can even be pointed to the predator by curling up or down by the animal. their size has allowed this species to also colonize near shore localties, being able to resist the intensity of the tides, which eventually permitted them to climb the river's estuary and colonize the freshwater systems of holea. here they have found an easy spot as bottom floor hunters, scurrying around to feed off small water grubs, larvaes of any kind and, occasionally, even snatch a feckless rostrilian. despite not having any kind of sociality or developed biology whatsoever, the rat crabs are protagonist of a never before seen migratory habit. once on two years, hundreds of thousands of their species will traverse a long and perilous journey from their current habitat to reach their nesting grounds: the west coast rivers of panspermia. to reach these territories, where they will in the end mate and lay their eggs among the cane radishes endemic of there, they may have to traverse the coasts of the continent, where many infesting plants such as foul moss and shaded scrubs make the area rather unhospitable, as well as the deep strait between the landmasses
Knucker

Knuckers were skittish predators of Nispe's sea bottom. unlike their ancestors, the amphisbenas, they adapted to actively move and hunt during night, evolving their mouths as crawling arms and a water propulsion system on these.

### **Anatomy**

Knuckers were somewhat better adapted at living on the sea floor than their ancestors. the mouths were provided with chitinous growths which allowed the animal to "knuckle-drag" itself over the bottom, as well as a new powerful organ inside that enabled it to move around by expelling water quickly, but for a short amount of time. the main body, meanwhile, developed a shell outside, while the tail evolved into flat fins to aid in movement control during swimming.

### **Biology**

knuckers were bottom-dwelling hunters, dragging themselves across the sea floor in search of prey. they were specialized in hunting burrowing preys, such as their fellow cousins the wirms, detecting them with two pairs of barbs before swallowing them whole. in case of danger, knuckers could burst away to safety, hopefully evading it's predator. despite that, they still tended to dig holes in which pass the days in. they also preferred shallower waters unlike their relatives, probably because of the higher abundance of food there.

#### **Diet**

like many bicephalians, knuckers were carnivores, hunting any creature big enough to fit in their mouth. it is thought that they preferred hunting burrowing preys, like their very familiars, wirms and amphisbenas.

#### **Reproduction**

as with their ancestors, mating occured as the main reproductive solution for these creatures. after fertilization, the eggs would be deposited inside one of their hidings, where they would be subsequently covered up. the then-hatching larvaes would then find refuge in the sands before emerging in maturity.

### **History**

knuckers first appeared in the earlier half of the Early era, becoming quite succesful in the following 15 millions of years. it's unclear, thought, why they eventually became extinct. it's possible the evolution of fiercer predators in the later part of the era contributed to it's decline, along with the evolution of the better-adapted ideras on the relatively safe fan reefs. large-scale illnesses, like the ones that could have killed off the wirms, or even the extinction of their preys, are also a possibility. despite that, knuckers went on to also become one of the most adaptable bicephalians, being the ancestors of two of the class' most important lineages, namely thoracephalians and monocephalians.
Lure Mat

The Lure Mat is a species of synthesizer that adapted to a uncharacteristic, carnivorous lifestyle.

Lure Mat: in parallel with these extraordinary creatures, a species just distantly related to the shutter bud reverts back to animalistic tendencies. the lure mat has profited off the polyp predators in a ruthless way: by feeding on them instead. it makes clever use of unfertilized eggs, an inviting meal for any animal, and then slowly brings them to it's deadly trap, just over it's broad cilias. as the top secernes the sticky substance used by it's ancestors to stick to the ground, the prey is left immobile. it will slowly die, digested alive by chemophytes turned heterotrophs, which will break down the meal for the lure mat. it crawls slowly, using smooth, large tentacles, across the marshes, but only when necessary: it's a hunter that takes it's time, even after a succesful hunt.
Cetorm

The Cetorms are a fully aquatic species of rostrilian evolved from land keramouths. having re-evolved the ability to breathe underwater, they are among the most active and fearsome predators of the Holean seas.

it was in the rivers that the rostorm found it's next step on evolution... as an aquatic predator. the Cetorm is it's weird descendant, adapted at crushing and devouring the shells of hard-shelled animals like the freshwater grubs. it's appearance is radically different from it's comparatively tiny ancestor (which is still the biggest amphibian bilateran up to date). as big as a tiny dolphin, it possesses a massive, hammer-like mandible, sometimes used to literally disintegrate the shells of the prey, paired with a stong jaw. the feelers remain retractable, but play a bigger role on the senses to overcome both the eyesight and, even worse, the occasional murkyness of the freshwater, developing sensible setaes on the top. while still presenting traces of halted land adaptations, the fins (especially the front ones) are big and strong, pushing the animal even against strong currents, while a neotenic and ancestral descent brought back water-breathing on thsi creature stronger than ever. all things considered, this predator sounds like a formidable foe for many creatures that inhabit the sea; in fact, most of the population of this species prefers to inhabit shallow sea waters, only occasionally coming back to freshwaters only occasionally. the reason lies in their overqualification as predators (or perphaps, their prey's tameness), as during their evolution they were so succesful they almost depleted the freshwaters with many of their members, even the big plate grubs, otherwise unmatched on land.
Hup

**Hup** was a male Podling who lived during the late Age of Division. Originally a cook in Sami Thicket, Hup dreamed of becoming a paladin after encountering the fraudulent minstrel Barfinnious, with whom he saved a Spriton village from a pack of darkened Fizzgigs.

On his journey to Ha'rar, he met the Grottan Deet, and embarked on a journey which would get him involved in the Gelfling resistance's fight against the oppression of the Skeksis.
Copperhead Crab

Copperhead Crabs were descendants of the skate crabs that adapted water propulsion. in this way, they managed to become one of the dominant species of their environement, the middle sea.

Copperhead Crab: but perphaps an even weirder species arose in the middle sea's banks, where, completely devoid of predators, they were allowed to evolve in the craziest of ways. one of their descendants is almost completely free-swimming, and the most vicious predator in the sea: the copperhead crab, which can awkwardly "swim" by propelling itself using large quantities of an oily substance produced by it's underside patin, and then swim around with it's very light and flexible plates, as well as small, fleshy fins coming from the underside foot. it's beak has become extensible to snatch preys from the bottom of the sea. however, due to the widespread diffusion of foul moss and shaded scrubs, it's not easy for this animal to find them. therefore, it senses them by sensible vibration in the water, to which it's cephalus and a dedicated organ have evolved for the purpose.
Shellyfish

Shellyfishes are some sort of animal made out of meat and tentacles.

### **Anatomy**

Their inner body looks like a tomato. it's fleshy, but that's about it. on top of that, a small membrane acting as a protective surface, since it's the body that actually moves. lots of tentacles around it, which hurt if touched.

### **Biology**

shellyfish cover the role of fodder for the sea's predators.

#### **Reproduction**

spraying all over the seas eggs and stuff and praying for them to grow to adulthood.

### **History**

shellyfish are old, more than almost every other animal, and have been there since the very start. they didn't do much, but at least the have some cool descendants.

at least they're gonna pay me for this stuff, right?
Flatfin Dumpler

Flatfin Dumplers are descendants of the lock dumplers that have better adapted to the niche, mainly by improving their feeding and methods of protection.

Flatfin Dumpler: despite their success, lock dumplers remained faulty in their biology, and were not definitely at their fullest potential. in the new era, one race managed to fix one of their major defects: by developing a dedicated tentacle-mouth, they moved it from a rather unfavourable position on the underside. these new dumplers have taken over by storm the older population, completely replacing them in most of the seas save for isolated environements. alongside that, these creatures also developed other specializations for their tentacles. two small palps near the mouth are used each for sensing and reproduction respectively, while four back tentacles were repurposed into versatile fins, capable of digging, crawling and even swimming (at younger ages). this species, called the flatfin dumpler, retained much of their behaviour and biology of their ancestors, but can feed off a wider variety of things, retract most of their tentacles inside and grow up to much bigger sizes, with some specimes reaching almost the metre in lenght.
Parrotworm

Parrotworms were descendants of fishworms among the first animals to adapt to live in the low-tide gardens.

### **Anatomy**

Parrotworms were slightly bigger than their ancestors, but still no bigger than a few inches. they undertook various adaptations to cope with the costant, thrashing waves, such as a stockier body and wide fins to aid in movement and stability. a major characteristic of this species (and the following descendants) was the beak, evolved from a modified mouth structure, most importantly with the teeth prolonging to form the hook-like formations. coupled with strong mandibular ligaments, this both helped on munching more efficiently on the drill lettuces and, by attaching on the leaves, to take another hold against the waves.

### **Biology**

having initially to deal with no predators, parrotworms lived pretty relaxed lives in the low-tide gardens. they spent almost all the time munching on the lettuce's leaves, but sometimes mating would ensue. they still mantained some of the social characteristics of their ancestors, like shoaling and venturing in other locations from time to time.

#### **Diet**

they exclusively fed off drill lettuce's leaves. it is hyphotesized thought that some groups of parrotworms thought slowly adapted to become cannibalistic, ultimately giving rise to the keaworms.

#### **Reproduction**

parrotworms tended to lay eggs sparsely right behind their very food source in order to protect them from the tides, which could have brought them in undesired and dangerous dephts otherwise. while definitely unefficient (eggs would still die from washing up during low tides), it was allowed to them for the brief time the species evolved alone in the biome. another adaptation born from this permission was that the larvaes could take more time to develop properly, which at least allowed them to hatch as well-developed fries capable of already doing what their parents did.

### **History**

parrotworms evolved shortly after the spread of the drill lettuces (and the birth of the low-tide garden biome therefore), and being the only species adapted for it for some while saw a great period of thrive. problems arrived firstly when the species had to deal first with the opportunistic pesky sgrabs, scutocephalans that evolved right in the gardens, which ate off many of the eggs parrotworms laid, as well as their food sources; then, after their very descendants further developed adapting for an ever-growing biosphere, the species finally saw extinction after this final blow consisting of overcompetition and overpredation.
Shell 'o War

Shell 'o War are passive predators evolved from grand shellyfishes. they snatch their preys from the ocean's surface, acting not unlike man 'o wars from earth.

another adaptation of the great shellyfish, this one keeps itself on the surface with air sacs under it's rather soft membrane. the specialized defense tentacles find a new purpose here, now being able to secern a paralyzing venom in order to eat the poor critter passing by. it is especially succesful around spike lettuce forests, where the fishworms often get tangled up and eaten by these well blended tentacles, but only if the wind and the currents bring this creature to this place. speaking of this, it's reproduction strategy is similiar to what sea balls adapted, by releasing for a short time any reproductory cell they're disposed of in the rare case two of them found themselves tangled up. one noteworthy fact: while it surely can't thought process at all, with its neurons being merely able to respond to touching stimulus, we can be certain for sure that it absolutely fucking HATES staying near sea balls.
Bophorm

Bophorms are semiaquatic predators that live among the shores of Holea's rivers. improving upon their ancestor's bodyplan considerably, these keramouths are the forefathers of the shouldered keramouths lineage, characterized by highly mobile main limbs.

despite the rostorm's diversification on aquatic environements, eventually one descendant of this extremely succesful genre appears on land too. the bophorm is even bigger than it's ancestors, with a size comparable to a small earthling crocodilian, and has obviously kept heading for the terrestril adaptations that it's ancestor started. it's pair of legs has evolved a shoulder-like structure atop of them, allowing the animal to move and bend with great ease the whole of those. in the meantime, the muscles become stronger and the proto-toes enlarged to allow a better support of the animal. but with the enlargenment of the whole body, more adaptations had to be taken in order to avoid unbalance in the bophorm's structure. the feelers have lost their retractable characteristic to provide an useful method of locomotion during periods of inactivity, enlarging and developing strong muscles to help carry on the body, while the tail and belly developed an integument composed of smooth scales to slide across the ground, while also reducing damage taken in the process. with a pair of well-developed eyes, capable of distinguishing a simple, but vital range of colors, the bophorm rose atop the food chain, hunting anything big and tasty enough but also capable of avoiding concealed dangers like yuwes (which are still put aside on it's menu). while they are still rather unsociable, they lessened their territorial characteristics in favor of mating purposes since as the areals would get quite big on this species, some would have difficulty finding a mate of the opposite sex.

conglomerating on the riversides, where they can easily lax without risk of dehydrating, they also live an amphibious lifestyle since they hatch from their eggs as larvaes, slowly metamorphosizing into adults. the mates are choosen for their crest-like appendage over the beak. the bophorm's evolution has drastically impacted it's ecosystem; as better adapted to the environement itself than most of it's preys, it has even brought to extinction more basal and obsolete forms, like the podorms, and strong-armed the remaining animals. hopefully an equilibrium may be found with further adaptations by it's very own prey.
Apex Nabish

Apex Nabishes are nomadic novischians, and one of the biggest predators on the planet. mainly megafauna hunters, they make extensive use of their beakeds; these latter are notable for their heavy specialization, to the point that they could be confused for two distinct species.

the open seas have been, for quite a while, a rather desolate landscape, where if there wasn't any of the floating mats of spike lettuces passing by (which has been slowly, but surely becoming a rarer sight due to the mycofungynes) barely any animals could be sighted. one of these is the nabish, which has returned to the oceans by virtue of being a vagabond by nature. as nabishes start to prioritize bigger, ocean faring animals over small shoaling critters that compose most of the open sea's population, their lineage begins to divert again. the result is the apex nabish, a titanic predator that surpasses even the revered novish in size, and has become the second biggest swimming animal of the ocean. this massive creature, thought, isn't much different from it's ancestor phisycally, save for new or enlarged fins that help him in traversing the ocean, but the major difference relies on it's beaked companions, which have further diversified and more relied on by their mate than ever. these diverge into two main forms: the scouters, which are used by the eaters to seek out nearby preys, and the pinchers, hooked servants which can both be used as means of attack and defense by being hurled in droves against their target. both forms can rely on extremely caring eaters, which have developed an enormous pouch capable of containing up to 30 beakeds at the same time, eggs included. the males often trade these commensals between each other to ensure balance between their population and genres, also indirectly reinforcing the genetic health of the whole species. one weird fact is that each type of beaked spawns only offsprings of their own type, and as any kind of interbreeding between the two races are impossible, this effectively makes them two different species, albeit intrinsically related by their own first-sex form.
Yauub

Yauubs were marine descendants of the ubaams, located in the middle sea and feeding off plants and algaes. they went extinct due to the salinization of the sea.

Yauub: eventually, even the ubaams manage to reach the equator, albeit their success has already been compromised by the local hoorms. however, some semiaquatic descendants adapt to live in the vast middle sea, feeding off large quantites of plants such as foul moss, melonlettuces and even shaded scrub's eggs. the yauub is perfectly adapted to live in water, with a sleek, stocky appearance, large front limbs readapted into fins and vigorous backfins. it's lage size and retained claws, derived from feelers fused with the front fins, also give it ways to defend from predators. the yauub has evolved to become a social creature, traveling in herds across the sea. thanks to it's lungs it doesn't have to deal with the poorly oxygenated marine environement, which also gives it an edge over most other animals. sometimes, these animals may come to the shore, in safe areas, to bask under the sun and mate.
Basking Nola

Basking Nolas are big, pelagic descendants of the stonolas adapted to a filter-feeding lifestyle on the open oceans. their beaked partners prefer to live in a more conventional way, thriving among the foliage on spike and pillar lettuces forests.

as stonolas are already doing good both in lettuce gardens and pillar forests, further evolution had to take place in another way. basking nolas are just one of the many filter feeding animals all around nispe's oceans, despite still being provided with some plates to sometimes feed off of roots too. aside from bigger fins and a lighter shell, due to a lower mineral intake, there is nothing much different from it's ancestors. it's beaked partner, when not required in reproduction, dwells around the foliage, munching on these along with many other creatures while being wary of all the predators that could hunt on them and waiting for a feeder's passage.
Pot of Anemone

Pot of Anemones are coastal photosynthesizers living in west panspermia. they are notable for possessing limited motile capacities, for example small barbs in the underside and moving cilias for reassesting themselves among the wavy beaches.

it was surely this factor that soon brought the Bin of The Seas to diversify in other types of shores: where the flat, sandy shores lay way to the ground grow the Pot of Anemone, a shallow-water species that sticks tightly to the sands against the powerful tides of nispe. while it may try it's hardest to stick to it's land, oftentimes it will be uprooted, and will end up drifting randomly over the shores. the animal, thought, can easily survive this, and will quickly stick out in place (and if needed, adjust it's positions with the cilias) on any favourable instant. sadly, this doesn't permit the formation of the tight communities characteristic of it's ancestors with their jointers, and even then, it hardly even buds: the reproductory strategy of the pot of anemone therefore relies overtly on the jointer extrusion, where the eggs will be quickly fertilized by nearby plants or the plant itself, and then let loose on the tides. on mating season, thousands of these eggs cover the surface of the water: many of those will die, some find their way, and more often than not they will do on land. as such, the species has also developed a strong, but spongy skin, both useful to sustain itself and to hydrate by the sea.
Scilliya

Scilliyas are small-to-medium sized predators evolved from the carrys. they are mostly found in biomes hosting wide population of small creatures, which they find and dismember with their elaborate eyes and sharp claws.

### **Anatomy**

the scilliya's characteristics are mostly improving over their ancestor's, with a few of their own. the main body is large and, most importantly, hard-shelled, with a fairly robust shell that protects them from most other predators of their level. the side fins are big, and swim with an ondulating rhythm. the eyes of the scilliya are composed of composite hardened crystals, which both give it protection and a good sight over the environement. notably, this animal also possesses a rather large brain compared to it's contemporaries, which gives it an advantage while hunting among other things. the tentacles have become extremely spindly, with the mouth-siphons located to the very end, and a pair of big and fierce claws, able to slightly move. these animals grow for all of their life, but the average size is around 80-90 cm long for the body.

### **Biology**

thanks to their developed brains, scilliyas possess a vein of ingenuity that few animals possess, albeit exclusively used in hunting. for example, they sometimes imitate a hapless prey with their tentacles to snatch small swimming animals, or blend in with the ocean's light by only showing their light underside when hunting shallow crabs. rarely, they have been observed playing with stuff they can find around, like empty scutocephalan shells. despite this, they are not sociable animals, tending to be aggressive towards othe rmembers of it's kind. scilliyas are found in a variety of biomes and ranges, from the middle sea's praires to the fan reefs, even coming close to the abysses.

#### **Diet**

strictly carnivorous, scilliyas eat a variety of small preys, including caudalians, scutocephalans, trumplers and rorolas.

#### **Reproduction**

on mating season, scilliyas will mate with a selected partner in their surroundings, chosen for it's physical strenght. usually, it is demonstrated directly by attacking the partner itself. if both submit after the fight, mating occurs. the eggs are sticky and weak, but they are coloured as a rock to blend in with the surroundings. these are deposited attached to something big enough to both act as a cover and as a reliable anchor, such as pillar plants, corals or particular rocks. the larvaes hatch in a few weeks, and will have to tend for themselves for half a year before maturing.

### **History**

scilliyas appeared in the late benician, a few million years after the pillar forests appeared. their environement and adaptations ensured them a high place in the food chain, which allowed them to grow much bigger than in modern times. after the mass extinction, new predators appearing in the chodicene brought down the scilliya's niche to their current meso-carnivoral lifestyle.
Deadman Sgrab

Deadman Sgrabs are a peculiar ramification of the pesky sgrabs, which adapted to live in the perilous eastern lake among the deadman lettuces, with which they are strictly dependant to.

the same eventful storms that brought the lettuces there did the same thing with many other lifeforms overtime, but not surprisingly everyone of them died. all but a very lucky colony of pesky sgrabs, that managed to find a way even in the hopeless wastes of the eastern lake. while they may look like their ancestors in some ways, their biology is the further from anything that ever evolved from the scallop crabs themselves. living under the shadows of the deadman lettuces, these minuscule creatures spend almost every waking time of their life attached to the bladders, filtering in their mouth the countless microorganisms that thrive in here. a very well-developed respiratory system, along with the ability to retain their breath for hours and a propensity to actually stay outside of the surface help them survive the toxic waters, while a strong foot and a weird tendency to switch up their host plants in case of contact help in not sinking down along with the ships. but since eggs are very sensible to the waters, reproduction is done entirely outside of it, where after one sex lays down the eggs near the leaves, the other starts fertilizing them (usually one by one). this session is usually so energy-intensive that both parents tend to die afterwards, but the few larvaes that survive hatching will have nothing to worry about but the environement. born just like miniature versions of their parents, the only thing they'll need to succeed is to not die on their first ever dip. the fittest survivors shall then carry on the burden of the species, and with that one of the only hopes of life to survive in the lake.
Deep Moss

Deep Mosses are a species of colonial chromistid algaes that adapted to live on land. evolved first on the Chodician, their life cycle is quick as they costantly feed off any resource nearby before reproducing and dying afterwards.

### **Anatomy**

Deep mosses resemble small patches of lichens, with a creased, green-ish surface in healthy plants. some subspecies exhibit even some sort of fluff, useful to retain water droplets from the atmosphere, which give them a much softer appearance. it is not rare to see on these plants their bulb, a small, spongy protrusion which contains inside the spores for reproduction. these versatile plants can adapt to multitudes of environements, from which can also depend some physical characteristics. for example, while beach moss is patchy and small, riverside mosses can flourish into acres-wide ground covers.

### **Biology**

most of the deep moss' success comes from the humidity and fertility of it's environement. as such, plants found in wetter and more bountiful biomes will grow bigger and lushier than those found elsewhere. even then, deep mosses can count on their extremely quick reproductive cycles, which allow for locations like beaches to be costantly covered by mossy patches despite their life expentancy not being over three days in lenght. deep moss is a fundamental member of the food chain, with numerous freshwater and terrestrial scutocephalans feeding on it.

#### **Reproduction**

as explained before, deep mosses reproduce with the aid of spores. these are freed when the mature bulb explodes, spreading in any direction nearby. when two spores of different plants make contact, they are fertilized and can finally grow into a new plant. in the drier biomes, this cycle is exponentially accelerated to ensure the species' survival in unfavourable conditions.

### **History**

evolved from pillar-bound microalgaes left stranded with the sea level drop, deep mosses were the very first lifeforms adapted to live on land. overtime, the species found massive success, both in their range (even managing to reach almost every land mass on the planet) an in their evolutionary progress, as it further diversified both in land as in water.
Formeeg

The Formeeg is a species of shouldered keramouth adapted to an insectivorous life. having to worry about predators more than other species in the same size range, they have adapted to long travels far into the mainland to hunt undisturbed.

in the meantime, the bophorms too have indulged in adapting over the riversides, even if the environement has started to become weirdly overcrowded. but their big size and need of hydration still keep them far from reaching the inner parts of the biome. one group of bophorms, thought, has traded their status of apex predators in exchange of getting over there. the Formeeg is a medium-sized descendant of them, just as big as the recently developed wiggorgs, and which as an adaptation to avoid said predators, tend to travel far in the groves. to supply with the lack of water, the formeeg has developed a moisture-retaining organ, similiar to a sponge, under it's throat, as well as a thick, dark coloured skin to avoid losing it to the sun's heat. the feelres, and especially the legs, have further reinforced to allow an even greater push, while the tail grows upwards and retracted to not hamper with movement as much as it can. while great explorers nothenless, the formeegs have to deal often against a harsh and alien environement, where water is scarce and only deep moss can grow, still retaining their crazy life cycles of quick lifes and deaths. however, in the inner lands, they are not alone as animals: many slit grubs, perfectly adapted at living far from water, call these rocky wastelands home. as such, this keramouth has highly specialized for an "insectivorous" lifestyle: possessing rather well developed eyes to discern the grubs from their environement, and a long beak with which snatch them from afar, they have mastered the art of grub-hunting, a specialty that they carry even back home. while not being a direct nuisance to them, thought, they still face a few predators in the riversides. one weird adaptation, but tricky enough for some of them, is their green-coloures crest, which curiously resemble that of the infamous and venomous yuwe: while it's not a trick to fully rely on, it has saved the poor creatures from certain death quite some times.
Nabish

The Nabish is the direct descendant of the novish, of which it took it's place after the benician mass extinction. smaller and more adaptable, this ocean-faring predator can be found on every sea of the planet.

the tides of fate were strangely lenient to the novish, which managed to survive by feeding off the few remaining open ocean dwellers. but even after the eruption, they were still left at the brink of extinction. with population and resources dwindling by the day, it was obvious that such a predator had to take a step back in order to survive. strictly speaking, the nabish is physically the same as it's ancestor, save for the halved size. it's behaviour, however, is radically different. now the nabish only frequents shallow waters and the occasional spike lettuce forests passing by, which offer more substantial preys from the empty open seas. erratic hunters, they still travel all day long across the seas of the planet with their beaked spouses. these now prefer to be monogamous in order to keep their mate's food for themselves, and will be openly aggressive against any intruder; it's a rare sight to ever see a couple of them peacefully coexisting in the same pouch. hopefully this adaptable species keeps radiating and improving upon it's soon to go extinct ancestor's bodyplan, along with it's near relative still living among the warmer waters of the planet.
Giant Rola

Giant Rolas are filter feeders of the rorolas family. among the biggest xenicthyans, they improved on the defensive adaptations evolved by their ancestors, as they have become living, almost unpenetrable tanks of the seas.

coming back to the sea, some stud rolas have specialized to live in the middle sea's plankton-rich waters. the massive sizes of this new species aren't the only meaningful change: the mouth has expanded, and the plates have retracted on the very end of it. despite not being as useful anymore, they are still used to bite some foliage off of spike lettuces passing by, but mostly as a mean of intimidation. despite it's change of biome to the open seas, it still may have to deal with travelling predators, so the shell has further toughened. the vertical fins, especially, have become hard as the skin itself, and sharp as blades, they can actually pose a threat to predators in case the giant rola tries to fend it off. to aid in movement and speed, too, the tail fin has enlargened and the horizontal fin has multiplied into very short, but efficient flaps growing over the body's mainlines.
Live Grub

Live Grubs are direct descendants of the Deadman Sgrab, evolved shortly after the Great Eastern Lake was connected to it's river system. they live on the riverbeds, munching on the algaes that grow on it.

### **Anatomy**

Live Grubs highly resemble their ancestors, save for the presence of external gills, able to absorb oxygen much more efficiently than the filter-like gills of deadman sgrabs. however, live grubs can also hold on their breath for up to a few hours, allowing them to survive for short periods of time on the land. they are particularly small, even for most other scutocephalan of their kind, reaching is average 2-3 inches in lenght.

### **Biology**

Live Grubs live as simple bottom grazers. munching on the algaes growing over the riverbed while holding off against the currents, they are an important herbivorous member of the food chain, as they are often hunted by other amphibious rostrilians. in rare occasions, they can be found grazing outside of water, lured by the deep moss growing nearby.

#### **Reproduction**

like most scutocephalans, they reproduce by mating. the eggs are dispersed on the water soon after fertilization.

### **History**

live grubs were among the very first land colonizers, adapting to the new conditions of the eastern lake of Holea in the early chodician. thanks to their status as the only species in the whole continent as of yet, they spawned a succesful lineage of freshwater, mostly amphibious scutocephalans, which has spread all over the biome covering multitudes of niches. live grubs themelves are nowadays mostly confined to the river and water bodies of the system.
4CHAN SPEC EVO PROJECT Wiki

**Welcome to the 4CHAN SPEC EVO PROJECT Wiki!**
### ***If Moot knew about biology he would hate this***

A wiki about /an/'s spec evo project about a planet called Nispe. contains lots of information about a bunch of penile-shaped critters, too.

NOTE: the wiki may not be updated during threads.

This wiki may be maintained only by the admin, but others can help add information to and regulate the pages. fan art can be left in too, as long as it is coherent with the page.

Many pages currently are stubs or placeholders, or may not be accurate between each other. full pages will eventually come out for any creature, and please report errors or inconsistencies privately or in the site blog.

**TO DO LIST:**

High-P: Dedicated clades pages, completing creatures pages (at request)

Low-P: completing categories, updating and completing pages

## Main Pages

* The Planet
* Creatures (who live)
* Creatures (who died)
* Biomes
* Life Itself

*Need help building out this community?*

* Rules of this wiki
* Getting Started
* How to Contribute
* Managing your new community
* Guides
* All Help articles
Adam Davenport

**Adam Davenport** is one of the main characters of the Disney XD television series *Lab Rats*.

## Biography

In either 1995 or 1996, Adam Davenport was genetically engineered by scientist and madman Douglas Davenport and was called Subject A before Douglas settled on the name Adam. With the two years that followed, Adam's sister Bree in 1996 or 1997, his younger brother Chase on August 5, 1997 or 1998 and then, their youngest brother, Daniel . However, the children were implanted with Bionic chips that gave them certain Abilities. For Adam, he was given super strength and heat vision and they were going to be used for evil purposes despite their status as children. When Douglas got to Chase, he has figured out a way to perfect Bionic Abilities, but it is implied that only Chase's chip would be able to handle all three Abilities of Strength, Intelligence and Speed. However, the children were rescued by their uncle, Donald Davenport upon discovering their existence save what his brother intended to do to them. However, Douglas had gotten away with one child, Daniel, who was a baby at the time. While Douglas  gave Daniel up for adoption, Donald built a lab for Adam, Bree and Chase in his basement and kept them hidden from the outside world. However, he never told them about Douglas or their true origins and decided to raise them to use their powers for good.

## Relationships

### Crossover

#### Friends

* **Bob** (Best Friend)
* **Bilbo Baggins**
* **Frodo Baggins**
* **Samwise Gamgee**
* **Merry Brandybuck**
* **Pippin Took**
* **Gandalf**
* **Aragorn**
* **Legolas**
* **Gimli**
* **Boromir**
* **Galadriel**
* **Elrond**
* **Celeborn**
* **Haldir**
* **Arwen**
* **Treebeard**
* **Ents**
* **Théoden**
* **Éomer**
* **Éowyn**

* **Zeb Orrelios**
* **Ezra Bridger**
* **Sabine Wren**
* **Kanan Jarrus**
* **Hera Syndulla**
* **Zeb Orrelios**
* **Chopper**
* **Jun Sato**

#### **Enemies**

* **Sauron**
* **Saruman**
* **Orcs**
* **Durin’s Bane**
* **Goblins**
* **Nazgûl**
* **Marcus Davenport**
* **Giselle Vickers**
* **Victor Krane**
* **Witch King of Angmar**
* **Watcher in the Waters**
* **Durin's Bane**
* Stormtroopers
* Thrawn
* Arihnda Pryce
* **Maul**

## References

1. ↑ *Lab Rats: Elite Force* - The Intruder
2. ↑ And Then There Were Four
3. ↑ 3.0 3.1 Bionic Showdown
4. ↑ Avalanche!

Template:Rebel Alliance

Member(s): Bree Davenport - Chase Davenport - Kaz - Oliver - Skylar Storm

Template:Davenport Industries

Template:Mission Creek High School

Template:Davenport Bionic Academy
Pinker Sgrab

Pinker Sgrabs are small descendants of the stilt sgrabs, which further adapted to live in the fan reefs by adopting various defense mechanisms, such as poison and a mimetic aspect.

stilt sgrabs are very fragile creatures, adapted to be peaceful coral grazers in a quickly evolving and vicious world. it was for the better that this new race arose to bring a chance for the species. while from a biological standpoint they are almost the same as their ancestors, pinker sgrabs differ and innovate in two particular characteristics: first, the shell has assumed a rough, messy and spikey aspect, making the creature very similiar in aspect to the pinprick nettles they tend to munch on often, effectively adapting the first environemental mimetization technique ever seen on the planet. second, some of those same spikes secern a powerful venom, accumulated from a particular species of pinprick nettle that produces that very toxin. this gives the pinker sgrab another way of defense against predators, perphaps even more effective than the first as predators clever enough to know (such as raptworms) will be wary from eating them. thanks to these adaptations, pinker sgrabs succeded their now obsolete ancestors in the curious niche of coral-eating animal, which someone eventually has to take.
Yuwe

Yuwes are weird, amphibious predators living in Holea. they are one of the biggest genre of the bicephalians in size, towering camouflaged among the succugrasses bushes waiting for unsuspecting preys.

while the rostorms were on the rise, land carcohs were just starting to keep up with their prey's ancestors. but as the fearsome keramouths drove them off of the land, quite a few sought refuge on the nearby river. for some millions of years, they survived as aquatic ambush hunters, feeding off some of the rostrilians that submerged in order to do their amphibious things. one developmet they undertook during this time was a dark color, similiar to the carco's surroundings, which helped them in hunting. as the evolution of the cetorms put on peril every inhabitant of the freshwater network, thought, this adaptation proved vital for their survival. now, their descendant has started advancing on land again, altought with new tricks up it's sleeve. the yuwe is a hard amphibian, finding itself at ease bot on land and on water: but while on the latter it still carries on the ancestral tendencies, on the former a new plan has been devised. after slithering up to a comfortable location among the succugrasses, it will rise up it's neck and expose it's emerald-coloured barbs in plain view, with the aid of it's shoulder-raised shell and a muscular and flexible underside. patiently watching under itself with tiny, beady eyes, it can await for over five hours outside of water (up until it usually runs out of oxygen) mimicking the surrounding plants; but while to us it's colouration can easily distinguish itself among the small plants, to the primitive eye of an amphibian it results virtually undistinguishable, until that very tree pounches on it and snaps it with concealed, venom-secreting teeths.
Lomia

The Lomia is a small, freshwater thoracephalian species, adapted at feeding off eggs and small preys.

Lomia: as the thoracephalians spread all across the planet, many new forms develop. one in particular, inhabiting the holean river systems, as well as the middle sea, has had a much bigger impacgt on the ecosphere than the others. an unassuming and tiny representant of the family, the lomia is specialized for eating eggs, particularly of rostrilians. slithering effortlessly across the bottom (as the shell has atrophied), it scans around with it's extremely developed whiskers, and then sucks in the unfortunate meal. to defend against predators, it relies on mimetization, blending in their environement, as well as very high reproduction rates. the toxins characteristic of teh family are, in fact, absent in this one. the lomia's danger relies on it's population count, especially in the rivers, which are lacking in predators, and has seriously impacted the rostrilian population. luckily, it goes into hibernation during the winter, leaving a small timeframe for the unfortunate animals to lay their eggs, in a race against the unforgiving cold.
Grabbo Crab

Grabbo Crabs are peculiar ambush predators relative to the shallow crabs. despite being evolved to cover roughly the same niche, they are only distantly related to trap crabs.

an even weirder kind of ambush predator uses another trick in the deeper parts of the ocean. a powerful, digging foot is still required for this crab, but to avoid becoming one of the scarce preys down there keeping a protective shell is preferrable. speaking of prey's scarcity, this species adpted a new trick in order to ensure that anything passing by will meet it's track. a new specialized organ, emitting a scent similiar to the feeble wasp worm, lures it's prey into his trap. after this one got near enough (usually an unlucky carpet needle), the grabbo crab will jump out of his nest, dealing heavy cuts both with it's beak and the back end segment, now developed into a sharp blade. and while the food may be rare, and the mates rarer, we can't deny that this creature got it covered on becoming one of the major predators of his biome.
Brimegg

The Brimegg is a semiaquatic, mainly herbivorous species of keramouth that lives in the rivers of Holea. they form sizable herds, eating large quantities of plants both inland and in the water, sometimes supplementing their diet with other amphibious rostrilians.

in the river shores, meanwhile, another bophorm descendant pushes for gigantism on the rivers, preferring to shun the overcrowded riversides. the Brimegg is an astounding, and very dangerous, creature of the rivers of holea. it's stocky and round legs and pedipalps are shortened due to the water itself helping maintaining the animal's rather big size, mostly devoted to swim around, often underwater. as such, they are very clumsy walkers outside of water, which they only leave anyways to sunbathe or forage for some plants there. while actually developing omnivorism, thought, they much predilige the abundant resources on the rivers over those outside more often than not. while it's hypotesized it may be due to the animal's adaptation to it's environement itself, others suggest that the riverside is actually underarchieving in order to support stable populations of creatures such as the brimeggs. as such, these prefer to crunch the much more diffuse preys and plants on it, including the plate grubs and even the deadman lettuces (that have, in the meantime, greatly recovered on the species' healt overall, and far resemble what they were during the beincene), food sources prevalently ignored by other animals. these giants of the river trump over all the animals that live in there, not only thanks to their big sizes, but also for their tight and big communities they formed, being also the most sociable of the keramouths. even cetorms, which still occasionally travel inside the rivers, dare not to bother these fearsome animals. their brutality is shown to their full extent during mating season, during which the crested members will start to fight, even for their death, to impress potential mates, in a gruesome escalation of sexual display. in these periods, cresteds are even more aggressive than ever, not hesitating to dismember any animal that crosses their paths outside of their own species: and, as for their fights, the sheer quantities of blows, cuts and amputations are enough to litter the rivers with a coat of pink-coloured blood. at least, the casualties will give plenty of food to bottom scavengers.