recursal/Fanatic-Fandom huggingface dataset:
Trap Crab

Trap Crabs are small, ambush-hunting chitocephalans that live on most shallow water biomes.

### **Anatomy**

despite resembling pesky sgrabs, trap crabs aren't related with those, due to unique characteristics that appeared during it's evolution from shallow crabs. it's shell is uniquely softer than any other scutocephalan, allowing it to hide inside particularly tight fissures among the rocks. as a predator, it's eyes became forward-facing, and the foot became shorter but stronger to allow it to jump over it's preys. trap crabs are quite small, but not the smallest among the family, reaching up to 5 inches in lenght.

### **Biology**

trap crabs are also unique among scutocephalans as one of the few carnivorous species, adapted at ambush hunting. it can dig itself on small burrows, or hide in a suitable crevice among the rocks and corals of it's biomes, waiting for any passing prey to jump on it at the right moment. they are particularly widespread, even inhabiting the low-tide gardens, but tend to stay only on shallower waters due to the lack of preys below.

#### **Diet**

trap crabs are strictly carnivore, a trait that, among scutocephalans, share only with the convergently evolved grabbo crabs. their favourite preys are bottom-dwelling swimming species, like carpet needles and rovishes, which can be easily ambushed, but won't even disdain small seafloor-bound species such as wasp worms.

#### **Reproduction**

as any other member of the clade, they reproduce by mating. despite being solitary animals, they can meet up to mate on certain seasons. after fertilization, the eggs are scattered across the sea floor, and the larvaes left to themselves.

### **History**

appearing first around 46 mya during the Early era, the trap crab's lineage diverged from pesky sgrabs after adapting some of their shared characteristics to ambush hunting, hence the shared classification. they may have contributed to the decline of burrowing bicephalians such as amphisbenas and wirms by competing with them, eventually overcoming them as the ambush hunter for excellence. despite that, they aren't much common across Nispe's seas, and haven't gave rise to any new genus yet.
Minecraft

Minecraft is open world sandbox game inspired by Minecraft, created for Windows only. The gameplay consists of exploring and hunting monsters while building your own campfire to keep yourself safe in case of threats such as frostbite. Features: - 30 different creatures that are mostly made from wood or leather - 14 kinds the player can choose from including wolves, bears (with horns), deer, horse, wolf, bear mules etc.
Lock Dumpler

The Lock Dumpler is a nectonian descended from dwarf trumplers. differing greatly in aspect from it's ancestor, it's a flat, siphoning bottom dweller species, often burrowing under the sand to avoid predators.

### **Anatomy**

Physically, lock dumplers barely resemble their ancestors: the feets have repurposed into crawling appendages for a ridiculously squeezed body, complete of well-developed spikes to hold firmly to their grasps at the ground (but also useful for digging under the sand). on the underside, a second shell has formed to protect the insides, with a small opening for the mouth. as it stays always under, therefore, teh animal must dig up a bit of sand to eat properly. while the oxygen can easily pass through the arm's skin and the undershell, the mouth is also able to suck in some water to keep the insides hydrated and oxygenated, which also helps the animal whitstand beaching better. these small animals can however vary greatly in size, from extremely small species no bigger than a fingernail to foot-long titans, depending on the subspecies. some of these even employ mimetic strategies to avoid predation.

### **Biology**

lock dumplers are extremely widespread, found on many shores and waters around the planet and even on the isolated continent of Sigoglia. they are, however, particularly common on the middle-south seas zone, where their favourite food, the foul moss, is found. weak and timid, they are often buried inside the sand, passively sucking in organic matter inside their tentacles to regurgitate in the mouth later on. they rarely move out of their holes, and only do it if displaced, in danger or during mating season. lock dumplers that live among the foul moss, however, are more daring, mainly thanks to the mimetic opportunitis provided by their plants, but also to eat their bulbs.

#### **Diet**

while lock dumplers are highly generalists, feeding from larvaes, to plant particles, to zooplankton, they go crazy for capsuliform's bulbs (especially of foul moss).

#### **Reproduction**

lock dumplers usually mate all year long by spreading, but in moss-festering places, they prefer to time their season to the mosses. as such, the larvaes can feed off enormous quantities of spores before fending off to themselves, ensuring a substantial first meal. however, only one larvae in hundreds of thousands survive to maturity.

### **History**

the lock dumplers appeared late into the chodician, well into the era and around the same time petiosynthesizers started to colonize the middle sea. despite this, their adaptability and (mainly) their massive reproduction rates helped them to quickly colonize the entire oceanosphere of Nispe.
Scallop Crab

Scallop Crabs were slow but well-protected creatures that scavenged on Nispe's sea floor, which went extinct due to outcompetition and predation.

### **Anatomy**

Scallop Crabs were provided of the typical scutocephalan's shell in the upper end of the body, while the rest remained exposed. underneath the shell, a black scraping beak was used to eat, while most of the body kept under a single, big foot instead. the shell also covered the gills of the creature from the environement. scallop crabs could range in size from the size of a nail to around 20 cm.

### **Biology**

scallop crabs tended to just slither on the sea bottom in search of food, scavenging it with the beak. lacking almost any sensory organs, scallop crabs couldn't even defend themselves from predators properly, one of the many reasons it went extinct.

#### **Diet**

any organic matter that the scallop crab found could be eaten, ranging from carcasses to algaes, up to seafloor-dwelling larvaes.

#### **Reproduction**

scallop crabs reproduced by mating. oftentimes, when two individuals found each other, they would sometimes smell themselves around with a rudimentary chemical-sensing organ near the genitals: if the other crab was of the opposite sex, mating could ensue. after mating, the eggs are scattered around by the holder, almost invisible among the sand. the larvaes that would hatch from it would then join the free-swimming zooplankton until mature enough.

### **History**

since the start of the Early era, scallop crabs were very succesful, spreading in almost every biome at the time. problems would arise after the evolution of the carpet needle, one of the first active predators of the seas, towards which the species was powerless. an adaptable and effective branch of them would thought give rise to their direct descendants, the shallow crabs, which would become extremely succesful even long after the scallop crab's extinction due to outcompetition from them.
Freek

Freeks are amphibious keramouths, specialized at feeding on hard-shelled creatures. they swim in a manner similiar to frogs.

Freek: the vast middle sea near their lands were a promising environement for the toporms living there, and overtime new species adapted to live an aquatic lifestyle developed. the freek is a mid-sized creature that hunts in the shallow waters of the sea, in search of dumplers and other hard-shelled creatures. it has repurposed the backlegs, like the crooms, to use as fins, albeit in a different manner than it's ancestral way. the main legs have also adapted, becoming flat and wide for the purpose. due to this, the animal moves very awkwardly when outside of water, which often goes at to bask at the sun, as well as breathing some new fresh air. the feelers, redundant in this lifestyle, have atrophied and are merely used as sensory organs to hear with. a particular adaptation of their colouration lets them mimetize among the foul moss, widespread in their side of the sea, to avoid predators such as the newly evolved copperhead crabs. unlike mainland rostrilians, thought, the freek didn't evolve estivation: the equatorial climate of the middle sea keeps away the winter cold, even despite being surrounded by mountains.
Skip Grub

Skip Grubs are small podocephalans notable for their oversized tail, which is used for jumping over great lenghts. most skip grub species cover low roles such as decomposers.

Skip Grub: in the meantime, slit grubs were not sleeping around in terms of evolution. a genre of extremely small grubs, possessing very light armours, developed their tail segment into a fleshy, powerful spring. thanks to this, the skip grubs can make extreme jumps, in relation to their body size, useful to move around and avoiding predators. however, skip grub's beaks are too weak to tear out most things in the canopies, so most of them have resorted to scavenging, as well as feeding on small particles among the deep mosses.
Sea Balls

Sea Balls are highly deviated animals from the phylum radiata, which float on the sea's surface to allow symbiotic colonies of algaes hosted on their top to produce nutrients.

### **Anatomy**

Sea Balls are more akin to a plant than an animal in many ways. floating on the surface with their inflated sacs, they let the symbiotic algaes produce nutrients by photosynthesis, while protecting them (along with the cilias in which these are hosted) from predators. sea balls also possess spikes on their buoyancy sacs, which can be erect in case of danger. the weirdest organ of the creature may be the "Jointer", a series of four tube-like organs that serve as the main reproductory organ, but can also (in rare occasions) form bonds when contacting another sea ball, thus allowing the creatures to share nutrients as well as gametes. these bonds are hardy and allow to form massive colonies, so it's rare to see sea balls all alone. despite this, it has the least active metabolysm of any animal on Nispe, most probably due to it's low-energy food intake.

### **Biology**

sea balls drift along the currents, much like the similiar spike lettuces which are often found together with. they can form big colonies thanks to their strong bonds, effectively acting as one single being in this form. despite that, they really do nothing, except when jointing or fending off undesired predators. it is to note that sea balls also emanate a strong smell/chemical scent, which is almost always enough to keep off dangers.

#### **Diet**

sea balls share with their symbiotic colony of algaes the nutrients produced from the latter, and are also able to transfer said nutrients to other jointed balls, like juveniles which haven't yet developed a functional colony.

#### **Reproduction**

sea balls are both capable of reproducing by cloning or jointing. in both cases, thought, the offspring will be developed via gemmation. the young will slowly mature, traversing various phases of development until it will be grown enough to potentially support a colony of it's own. during the time it takes to let algaes grow on it (including development itself), it's food will be shared to from other members of the colony, until it is functional enough to effectively become a member of it.

### **History**

Sea balls diverged from other radiates well during the Very Early Era. despite their obvious inefficiency, thought, they persisted well until the end of the Early Era mostly untouched, but also unchanged.
Wiggorg

Wiggorg are terrestrial keramouths inhabiting the Holean riversides. mainly carnivorous, they are among the most succesful predators of the region.

### **Anatomy**

Due to it's relation with toporms by a common ancestor, wiggorgs share between them various aspects. for example, they possess a pair of claws on the ends of the leg, as well as thicker skin able to retain moisture more efficiently. the wiggorg's limbs have developed some sort of shoulder joint, akin to bophorms, which allow them to deambulate more smoothly, which also gives them a notable advantage as the canopy's fastest predator. interestingly, their back tail and limbs have regained motile abilities, further helping the animal's dexterity on the ground. a fine sense of smell aids not only in hunt, but also on defense, as it can recognize particular smellsthat are used by it's kind to mark their territory. like it's distant relatives, the wiggorg also requires to deposit it's eggs on the water to reproduce, but also to moisten themselves. despite it's high ranking on the food chain of Holea, it is still relatively small at less than 2 metres in lenght.

### **Biology**

Wiggorgs, like most keramouths, are solitary creatures: they can become especially aggressive towards each other, at which their pherormones come in handy. juvemiles, however, don't possess the ability to release them yet, and as such they can be at risk of being hunted by adults. many of them can seek refuge on succugrasses by climbing on them in case of immediate danger, an ability that is lost during development. wiggorgs of all ages tend to dig burrows to hide in, or in which to conceal their preys. feelers cover a trivial role of visual communication between two animals.

#### **Diet**

wiggorgs are top predators in their environement, rivaled only by bophorms. as such, any rostrilian smaller than a brimegg is fair game to them.

#### **Reproduction**

as all rostrilians, wigorgs require their eggs to be costantly hydrated to survive, and are therefore bound to the rivers for this. the parent wiggorgs will mate during dry seasons (this as their only non-violent interaction between members of their species), and after mating will release the eggs a few days later, concealed in a burrow in the riverbed. the eggs will hatch after at least one week, at which point the fries will have to fend off for themselves. after a few more weeks, surviving fries will have developed enough to live on land.

### **History**

wiggorgs evolved in the late chodician, during the riverside's boom in biodiversity. diverging from toporms, but still retaining common traits, they quickly became top predators of the biome, at least off the river.
Spray Grub

Spray Grubs are podocephalans descended from skip grubs that adapted to feed off warden moss. they are notable for their defensive follicles, which spray an irritant substance to deter predators. they went extinct in the mid orchidian.

Spray Grub: with the skip grub's wide success, the species adapts to cover roles unsuitable to the bigger slit grubs. but they manage in time to grab a chance to adapt to a food source otherwise destined for the latters: warding moss. some species develop a taste for the smaller, commestible buds, and attain greater sizes thanks to this. however, due to this size increment, the ability to jump is lost: the new species remedies by developing the tail into a full-fledged leg, while the eight pairs of legs also fuse in a whole pair. they have therefore adapted to walk in a weird manner, which reminds of a caterpillar. but their most interesting characteristic comes from their own diet: by feeding on warding moss, the spray grubs managed to become immune to the toxin, and can not only feed on the bigger and riper buds, but even store them inside special glands, by which specialized setas can shoot out the content in case of an attack by predators, of which many have started to roam the equator. very useful for such an otherwise helpless species.
Lesser Cetorm

Lesser Cetorms are a species of cetorms that adapted to shallower waters; curious and adaptable, they can even reach into the rivers of Holea, in which some population find food and shelter.

while most cetorms eventually specialized into low-depht and mesopelagic hunters, one lineage further developed on their "crustacean" diet. the Lesser Cetorm on a first sight may be almost the same a s it's ancestor, but other than further specializing in their ancient diet, it also brought upon itself a few imporvements. for example, an elongated and better developed eye allows them to rely less on the feelers, which are now used mainly for communication and manipulation, and are also provided of a better, fully retractable sheath instead of a simple pouch in which to fold into. the fins have also improved, especially on cursory movement, allowing them to move easily over their preferred hunting grounds while they may keep attention to their surroundings. shorter and smaller than their more active counterparts, they are provided with a long beak able to snatch easily and from a safe distance any small critter that crosses their path, including but not limited to quirk sgrabs, shallow crabs and carcohs. they are also sociable and rather clever creatures, keeping around them small pods of trusted allies to defend against predators, but also collaborate for more menial things like hunting. their small size has allowed them to fare better on the river biomes their ancestors left long time ago, keeping the prey population in check without damaging it at the same time, but also limiting their own with territoriality and, oftentimes, skirmishes between clans to gain rule of even a small part of the bed. one notable thing is that, on the seas, lesser cetorms have come in competition with the archaical billorms: while surely these two species possess their own advantages and disadvantages, it's obvious that, on the long run, one will need to prevail for this appetizable niche on nispe's coasts.
Beluga Nabish

Beluga Nabishes are novischians of the northern seas. unlike any other species of this order, they adapted for an herbivorous lifestyle, feeding off the vast praires of benoisials growing there.

Beluga Nabish: while some nabishes escaped to the coasts for food, others sought after something much closer to them: the lettucegrass. the population that adapted to feed on this brand new food changed their digestive apparatus drastically to accomodate the hard benoisials that they ate, which externally can only be noticed by a somewhat bloated appearance. these creatures, the beluga nabishes, are the first ever herbivorous novischians: they live a simple and calm lifestyle, roaming the praires as they oftentimes eat, by putting their mouth inside the mats and flipping vertically in their characteristic pose. they are somewhat defenseless against predators, as they are not active swimmers: instead, they prefer to use their numerous beakeds as decoys, which are deployed to distract the foe from the eater. if one of them gets eaten, it is promptly switched with a brand new batch, as the species mates often for this purpose. alongside that, their dark skin also helps sometimes while swimming.
Toporm

Toporms are small, generalist keramouths living on the Holean riversides. among the most terrestrial rostrilians, they are able to burrow with their strong and sharp beaks.

one of the few species that reacted to the bophorm's evolution was, ironically, it's very ancestor, the rostorm: with an ever rising number of predators looming in the vital riversides, some of them adapt to stay as far as it can to it. the Toporm is a small, skittish grub-eater that, thanks also to a thicker skin capable of retaining moisture, can live up to three days without getting in contact with water: an impressive feat, for an amphibian. it's toes have hardened to help digging ,with the help of th e beak, small burrows in which take refuge during daytime and when predators are around. the feelers, meanwhile, have become unfoldable due to size, now used as small antennaes with which it can only touch and communicate with members of the same species. speaking of which, as they still retain their territorial behaviour, in order to locate their burrow and distinguish it from any other, a special gland connected to their anus allows their excrements to be recognizable by smell, allowing them to also define clear territories. while capable of omnivorism, they predilige small slit grubs as their main food, and are even capable of following them up in the succugrasses, thanks to small denticles that cover the underside of the toes that allow the toporms to get a grip in the nodous trunks. as for their water intake, they predilige rainwater and small ponds for rehydratation, with the latter being also the mainchoice of the species to lay the eggs in. but as there's usually very few food in these ones, the larvaes will only be able to fill themselves by cannibalizing each other. due to this few toporms survive to maturation, luckily helped by a quick growth cycle.
Dahgun

The Dahgun is a heavily derived species of monocephalian, inhabiting the colder waters of the southern hemisphere. it hunts for small preys with it's long tentacle, while moving around mainly with the siphon/mouth.

Dahgun: the abyssal charibdos, already adapted against cold and hunger, found itself well in the extreme southern ice banks, adapting for the weird polar spongiform reefs growing on teh lower depths. the dagun is a truly bizarre result of this: already weird in appearance compared to it's descendant, it has even lopsided it's front segment, with the main tentacle placed on the top, just over the massive mouth. the lesser tentacle, losing it's need to act as a lure, has lost it's usefulness and is now merely an appendix for this creature. the daghun possesses a very slow metabolism, swimming slowly under the sponge reefs: mimetizing on them, it catches anything it comes by, whether swimming or not: teh sheer rarity of preys makes that these creatures can even come to hunt each other for food, usually resulting in a deathly draw for both. to move around, alongside the main fins, it can also fluctuate up and down, thanks to a wide empty chamber in it's shell, used as a swim bladder in conjunction with the mouth's water-jet propulsion.
Deadman Lettuce

Deadman Lettuces are the direct descendants of brackish lettuces, which have replaced while adapting to the ever degrading lake.

### **Anatomy**

to cope with the ever degrading biome they are found in, deadman lettuces further improved on their ancestor's adaptations, as well as making new ones. the bladders, even more bigger and resistant, have undergone a particular solidification to aid on support as well as redirecting, at least on the earlier stages of it's life, some of the waste they develop. the leaves have almost atrophied, wrinkly and underutilised, while the roots became even denser, but shorter overall. the tiny plants, overall, basically grow around maintaining the much bigger and heavier waste growth of their age.

### **Biology**

deadman lettuces float around the toxic and biologically near-dead Eastern Lake, landlocked ant thus unable to support a proper water cycle. their number overall doesn't reach more than a few thousands, but they can well do without it thanks to the extremely low metabolism, even for a plant. they also host, over their bladders and foliage, the deadman sgrabs, only animal on the lake which relies on their presence as not to drown in it's waters.

#### **Reproduction**

reproduction is extremely rare among deadman lettuces, but for whan it happens, it goes similiarly to their ancestors. the spores are, however, slightly more resistant to the water's toxic state, but even then they rarely reach adulthood.

### **History**

deadman lettuces simply evolved in the late Early era as a direct replacement for the increasingly outdated brackish lettuce lineage, replacing them completely while remaining the last tentatives for the species to survive among the lake's waters. shortly after their evolution, the first deadman sgrabs have been reported to evolve in the lake, strictly tied to the plants both figuratively and literally as to not die on the toxic waters.
Benois Lettucegrass

The Benois Lettucegrass is a colonial plant species, which first adapted to the mid-depht, stale waters of the middle sea. it is notable for growing a calcified waste substrate, which both helps them against eradication and avoids infiltration of other plant species.

another species that profited off the new conditions of the Middle Sea were bud lettuces. the new species first adapting to grow on the shallow sands by just glueing their roots to the ground, the leaves then became flatter and tougher to resist the costant flux of water, which would've otherwise easily broken the bud lettuce's leaves.

with that, the new benois lettuce was born, a brand new plant species growing on shallow to mid-dephts waters, forming vast underwater praires as it spreads easily thanks to their quicker growth and higher intake of minerals due to the currents. however, it still has to deal with the uncomfortable waste system that inherited from it's ancestors, fixing it in a very extravagant way: the waste growths are expelled by growing over it's surroundings, creating a hard substrate that covers the sand in which they grow. this, paradoxically, creates an unsuitabe terrain for the growth of new buds, but luckily the waste minerals are easily uprootable, at leat up until a certain level: as such, new plants don't find their upbringing so hard in the furthest reaches of their colonies, which are tightly knit by a large root community that grows over the years. these adptations will make the benois lettuce a rich and reliably resilient source of food for the herbivores that will inevitably colonize the newly forming biome
Rock Nettle

Rock Nettles are simple, sessile animals that subsist on plankton and food particles with their typical net-like mouth.

### **Anatomy**

the most striking component of the rock nettles is their peculiar, net-like structure, which takes the role of the mouth by feeding off food particles or plankton that gets caught in it. this can be retracted at will in self-defense, in case of danger, in the round, amorphous body. while they live the majority of their life attached to suitable surfaces, rock nettles can (in some cases) detach themselves and swim away in a jellyfish-like motion.

### **Biology**

found in every biome with suitable surfaces to stick at, down to the abyssal plains, rock nettles pass almost all of their life as sessiles passive feeders, only moving whenever it's endangered. they are often found in colonies, but it's not rare to find them scattered and alone.

#### **Diet**

they exclusively subsist out of consuming commestible, organic particles that gets stuck in it's net, or by filter feeding.

#### **Reproduction**

rock nettles are both able to reproduce sexually, by spreading, and asexually, either by scission or pathenogenesis.

### **History**

since the beginning of the Early Era, rock nettles saw moderate success as sessile bottom-dwellers, but the real archivement of the class would be found with the evolution of reef nettles, which would take over the now almost extinct xeno onions as the major reef builder species.
Rorola

Rorolas are small moloid xenicthyans, derived from stonolas. they form small shoals composed of familiar members, in which they find protection while feeding on various species of plants.

these small, generalists descendants of the stonola are remarkable for xenion history in many ways. first of all, it's not only the first time since the xenish that both eaters and beakeds share roughly the same size, but their biology is also exremely similiar, side from reproduction itself, now done in a less elaborate spreading strategy due to the shoaling adaptation of this critter. this small sized and big fin-to-body ratio dotated species is also very competitive, spreading on every plant-dotated biome save for the low-tides and more, putting the already challenged fishworm at risk of extinction. in an ironic twist, by taking up their bodyplan the radial-derived xenions are putting up a good fight against the actual bilaterans.
Garlic Trashy

Garlic Trashies are extremely widespread creatures of the xenothoracica clade. they descended from xenions, from which they evolved upon the sessile gender's bodyplan.

### **Anatomy**

Garlic Trashies retake many of the ancestor's characteristics, such as being a hard-shelled, sessile creature and a beak, with a few differences. the pores fror filter feeding are now reduced to slits, throught breathing also occurs. the animal's sizeis also greatly reduced: many individuals are smaller than a fingernail, and the biggest reach a measly 1.5-inches of lenght. the most important aspect, thought, is that unlike the xeno onion and their distant relatives, the xenishes, both sexes share the same bodyplan, with the real differences being only on the reproductive organs themselves on the insides.

### **Biology**

garlic trashies also retain much of their ancestor's biology, growing and spreading on hard, suitable surfaces. it's small size and extremely high reproduction rates ensured an extremely wide spread, found in every biome, including the surface floating spike lettuce forests. despite their diffusion, not many animals feed off of them, usually those being members of the platemnites such as wasp worms and sneaking petters.

#### **Diet**

this species exclusively feeds off of filter feeding plankton and useful substances that can aid in it's growth.

#### **Reproduction**

garlic trashies simply reproduce by spreading, expelling out of it's beak it's gametes, whether first sexes or second sexes. the planktonic larvaes will settle down a few days after hatching.

### **History**

Garlic trashies appeared late into the early Early era (roughly 37 mya), descending from the quickly extinguishing xeno onion. this simple but die-hard species quickly spread all over the world, becoming a staple in any biome existing, but despite that, it didn't diversify much over the ages.
Clap Trumpler

Clap Trumplers, descended from the dwarf trumplers, are a species of nectonian that adapted for ambush hunting. most notably, they developed bilateralism during their evolution.

some trumplers inhabiting the pillar forests have found a new technique to hunt: deceptive ambush. waving it's weird, leaf-shaped arms around the plant masses, the clap trumpler is a small-ish, but cunning and swift predator adapted at hunting small creatures of the pillar forests. it's front arms have become longer to allow a certain safety distance for the trumpler to not be recognized, either among the foliage, inside a pillar tunnel or on the sand itself. letting it's arms wave, it baits any uncaring creature into it's clutches, hooking them up with particularly developed claws derived from it's ancestor's supporting spikes. while just a niche among the impressive variety of the forests, the clap trumpler is demonstartive of how any animal can find one, albeit small or large, among it's unique landscape.
Idera

Ideras are venomous, reef-dwelling ambush hunters derived from knuckers. they developed a body similiar to their relatives and a rudimental shell in order to survive in this biome.

the knuckers, and it's descendants, may have been the heaviest-hit from this new predator's evolution. now finding themselves safer only in the reefs, they had to adapt drastically to suit themselves in this soon to be crowded biome. taking a path similiar to a distantly related cousin, each of the mouths took a different specialization path, but more for energy-sustain, for the body plan itself it offers. the feeding mouth, longer and bigger, has developed better snatching techniques, with tooths secerning paralyzing venom both for attack and for defense (it is actually pretty powerful, being able to kill even a raptworm!), along with longer whiskers. the bottom part, specialized for movement along with waste-excreting, is shorter but bulkier and is also still provided with an annoying water-expeller to deter enemies. but the weirder part may be the central one, in which the stiff fins have taken the role of an awkward shell, aiding in protection with a stronger shell-cover in the body itself. the reproductory startegy is mostly the same. despite this, it is still a bottom level predator, hiding in some nooks or half buried in the sand, waiting for any good preys who got too curious.
Spike Lettuce

Spike Lettuces are among the most common plants on Nispe's seas, adapted at living on the ocean's surface. they can form massive colonies that follow the flow of the ocean's currents.

### **Anatomy**

the leaf-like organs, which actuate the photosynthesis, are the main organ of the plant, growing in a concentric but irregular shape from the algae's core. these are filled with a light gas, produced during nutrition, which keeps the plant afloat, despite being light enough itself. the only heavy part is the calcium growth that grows from residual waste, the plant's typical adaptation to it's disposal, but even this is often thin and not particularly long; twirling in it's growth, it costantly grows at a relatively constant size, and even then storms often break these unwanted byproducts. the "roots", growing under the leaves, filter in useful substances for the plant's growth, but also bring in the harmful chemicals that will go on to form the calcium growth in the process.

### **Biology**

spike lettuces usually drift following the sea's currents, forming big colonies in the meantime. plants are usually separated from one another, so as any colony may intersecate with any other and join together, so can any plant be left behind or drift apart. spike lettuces host under their canopy a vibrant ecosystem composing of active-swimming animals, attracted towards the plant's feeding opportunities.

#### **Reproduction**

Spike lettuces have two main method of reproduction: sexual and parthenogenic. while the latter simply subsists of isolated plant matter foming it's own nucleus and becoming a new plant altogether, sexual reproduction involves the release, at a certain seasons, of spores in the water. spores may then join together to form a nucleus, but only if the two don't share the same combination of chromosomes. the newborn nucleus will then soon start to grow, just like a mature plant.

### **History**

spike lettuces were among the first multicellular chromistids to develop on planet, at the very start of the Early Era. thorought time, these plants have costantly persisted in their own biome, bringing in under their canopies many genres. early on during this period, spike elttuces also colonized the shores, evolving a totally new family that grows in it's sands, as well as colonizing the only prominent inland body of water in the Early Era (the Eastern Lake).
Extinct Creatures

This is a list of every creature that, in some way or another, has gone extinct on Nispe.

if you want to see the creatures that otherwise still survive on it, see Creatures.

### **Bilatera**

#### **Bicephalia:**

* Wirm
* Amphisbena
* Idera
* Meduse
* Yuwe
* Knucker
* Leng
* Pito
* Tarasque
* Carrys
* Sototh

#### **Notochordata:**

* Parrotworm
* Pinworm
* Finworm
* Moaworm
* Raptworm
* Keaworm
* Dinworm
* Chelworm
* Podorm
* Pickworm
* Billorm
* Opyt
* Quickworm
* Trapworm
* Ornorm
* Mudorm
* Rostorm
* Rudorm
* Bophorm
* Toporm
* Wiggorg
* Formeeg
* Brimegg
* Cetorm
* Lesser Cetorm
* Duurab
* Qulob
* Qlubar
* Hoorm
* Ubaam
* Yauub

#### **Scutocephala:**

* Scallop crab
* Stilt Sgrab
* Pesky Sgrab
* Septon Sgrab
* Grabbo Crab
* Deadman Sgrab
* Hung Grub
* Milli Grub
* Trap Crab
* Sticky Sgrab
* Pinker Sgrab
* Plate Grub
* Arrowgnat
* Rat Crab
* Peeking Crab
* Tunneler Sgrab
* Sap Gnat
* Spray Grub
* Copperhead Crab
* Jetter Crab
* Razorfin Crab
* Rapier Crab

#### **Platemnita:**

* Carpet Needle
* Flat Bastard
* Sneaking Petter

### **Radiata**

#### **Xenicthya:**

* Titan Xenish
* Stonola
* Basking Nola
* Xenish
* Novish
* Rorola
* Panther Nabish
* Grupish
* Apex Nabish
* Toxin Rola
* Stud Rola
* Giant Rola
* Rovish

#### **Xenothoracica:**

* Xeno Onion
* House Garlic

#### **Retiaria:**

* Arrownet
* Hammer Nettle
* Pinprick Nettle
* Scraper Fan

#### **Nectonia:**

* Grand Shellyfish
* Trumpler
* Benois Shellyfish
* Shell 'o War

#### **Synthesizers:**

* Sea Balls
* Pluck Orchid
* Pot of Anemone
* Swamp Bowl
* Marsh Polyp
* Lure Mat
* Spikebarrel

### **Vegetalia**

#### **Lattugaes:**

* Brackish Lettuce
* Drill Lettuce
* Bud Lettuce
* Spike Lettuce
* Pillar Lettuce
* Deadman Lettuce
* Cane Radish

#### **Benoisials:**

* Ground Lettucegrass
* High Succugrass

### **Chromista**

* Sleeping Moss
* Warden Moss
Bud Lettuce

Bud Lettuces are highly adaptable plants which grow on hard surfaces like rocks and pillar lettuce's growths. unlike their relatives, they managed to develop their calcium growths in a non-disruptive way around the core of the plant, giving them their namesake aspect.

### **Anatomy**

despite it's ancestry, this plant has undergone very far modifications from it's ancestral form. the calcium growth has now been totally replaced with non-intrusive, budding-like structures, and the main anchor point of the plant are now the roots, all of them now adhibited to the task. they anchor the plant to the surface with a collagen excreted from themselves. the long, dense leaves are now also capable of harvesting more nutrients from the water, while also reducing the impact of waste accumulation and allowing the calcium buds to grow rather slowly. these plants can range to various sizes, from small coastal buds to massive flowing algae mats.

### **Biology**

bud lettuces are found all over the seas of Nispe, wherever there's a suitable surface to stick to (e.g. hard and solid surfaces like rocks and pillars), thus being able to spread on very disparate biomes. in particular, they are the only plant growing on the sea floors on the Sand Flats biome, found in colonies in the sparse rocks of the bottom. they serve as a reliable meal for many herbivorous animals, like chelworms. to avoid losing all of their food source, bud lettuce's leaves grow quite quickly, even after a hard grazing.

#### **Reproduction**

like all lettuces, they reproduce with spore dispersal and parthenogenesis. the newly formed cores, if lucky enough to end up on a suitable surface, will quickly stick to it by secerning the collagen right from itself.

### **History**

bud lettuces appeared pretty late in the current history of Nispe, more than 50 my in the Early era. they quickly found great success with their high growth rates, adaptability and spread, and are now found in many low and medium depth biomes.
Mackerel Rovish

Mackerel Rovishes are highly predatorial, semioceanic rovischians, originating from the southern seas. like every other species of the family, the sexes are highly dimorphic, and cover different niches, as well as the beakeds being able of metamorphosis into the other sex.

Mackerel Rovish: the archaic rovish, which during the previous eras lived in tropical waters, now exclusively resides in the spogiform reefs near the islands, south of holea. these cold and weird environements, dominated by labyrinth fans, are more devoid of life than their previous counterparts, and as such the rovish had to adapt to survive. mackerel rovishes are active, vicious predators living all over the southern seas, even in the open oceans, therefore taking the role of their counterparts up north. hunting in shoals, they eat anything that moves near them, with no exceptions. this includes their beaked counterparts, which are only safe during mating season. these anguiliform counterparts, which maintained their dietary tendencies and metamorphosis from their ancestor, are widespread in the reefs, taking up the role of extinct caudalians there. even the newly emerged males will still have to watch out from the other elder eaters, preferring to stick with other peers.
Quicksilver Rola

Quicksilver Rolas are a shoaling species of xenicthyan. descended from the coastal rolas, they have adapted for life on the open ocean, and have become one of the most widespread rorolians of Nispe.

Quicksilver Rola: as the coastal rolas became one of the most succesful moloids on the world, it was inevitable that with it's light and quick form it would attempt to colonize the open ocean. the quicksilver rolas are small, plankton feeding shoalers that travel for very long distances across the ocean, and are therefore found in almost every sea of Nispe. their fins have thinned out to the point they are now only composed of the membrane, which further ligthens it's weight. alongside that, they possess an extreme mobility, able to close and open on a full 90° degree angle. their skin is of a reflective shade of silver, which helps them conceal in the water, as well as confusing their predators by conforming into an undistinguishable mass with their shoal. the quicksilver rola has even entered in competition with an already estabilished species of open-ocean dweller; despite it's widespread range, the ancient dartworms have been put in trouble with the emergence of this new, competitive species, possibly ensuring an upcoming evolutionary race for the niche.
Pluck Orchid

Pluck Orchids are colonial Synthesizers that inhabit the river systems of Panspermia's west coast. their cilias are larger and more prominent than in other synthesizers, due to the muddy waters of the region requiring a larger surface for the algaes to grow and produce food.

another lineage has instead spread over the rivers of the east coast, becoming extremely succesful while keeping a rather conservative appearance. the Pluck Orchid is very similiar in appearance to it's ancestor, the bin of the seas, and also presents a similiar biology to it. unlike the ancestor's biome, thought, the basins and rivers are a much more welcoming biome, and this has allowed the plant to dominate it's environement. still, the waters of the river can get murky sometimes, rendering difficult photosynthesis; to cope with this, the pluck orchids have developed, other than larger and longer cilias, a high level of endurance to adverse environements, and can survive weeks without getting fed. virtually no animals dare feeding on it (mainly because these rivers are still rather empty), outside of rare, daring scutocephalans which will try to munch on their cilias as a last resort. but in reality, much of their success also comes from a eerie twist.
Hoorm

The Hoorm is a descendant of the croom that adapted for herbivory, residing in the equatorial zone.

Hoorm: it was a matter of time before even the southern rostrilians reached the equatorial regions, with consequent impact on the local wildlife. however, the ubaams did not manage to reach the zone, and in it's place another species took the role of herbivore. some of the fairly large croom species initially started to eat succugrass leaves instead of hunting, and over a short period of time they greatly adapted to this new lifestyle. the hoorms are the voracious, but laxed descendants of this lineage, possessing a long and muscular neck to reach even the tallest leaves, which is usually kept down to save energy if it's not eating. their beak adapted to the diet, becoming long and growing fangs to rip out the hard leaves from the plants. the limbs have further evolved to sustain a fully terrestrial lifestyle, but as it cannot dig anymore, the hoorm has repurposed it's claw for defense against predators. they have also lost the ability to estivate, but it's fairly useless in an environement like that. the hoorm has adopted a magnificent mating ritual, archievable with the better-developed feelers. laying down lazily in the groves, they launch booming calls in order to find a mate, engaging in a cacophonic duet.
Pesky Sgrab

Pesky Sgrabs are widespread descendants of the shallow crab, originally adapted to live in the low-tide shores. they are hardy and prolific herbivores.

### **Anatomy**

Few are the differences between pesky sgrabs and shallow crabs, but some of them are quite notable. the shells (and body overall) are shorter and more compact, to contrast with the waves in the low-tide gardens, despite not being able to hide under the sand anymore. it's foot is also provided with numerous, lined up hooks that aid the animals to hold on the surfaces it is lashed in. usually, pesky sgrabs tend to be smaller overall than shallow crabs, but this also allows them to hide more easily amongst their biomes.

### **Biology**

while pesky sgrab's biome of origin were the low-tide gardens, these animals have spread in many of the major biomes on the seas, including pillar forests and fan reefs. they are mindlessly voracious creatures, spending most of their time eating. while not very fast and tiny, their shell is much stronger than most of it's counterparts. they can be often found grazing in herds, despite not actually showing any herding tendencies.

#### **Diet**

Pesky sgrabs are usually herbivorous, but won't disdain eating softer preys like eggs and larvaes when they find those.

#### **Reproduction**

they reproduce in the same way as their ancestors, by mating and spreading the eggs freely around it's habitat.

### **History**

pesky sgrabs were early colonizers of the low tide gardens, a few millions of years into the Early era, revealing themselves to be not only very succesful and widespread, but quite destructive on it's habitat due to the lack of predation. while eventually predators started to appear in the biome, stabilizing the ecosystem, the species already took it's toll by contributing to the parrotworm's extinction. later on, the pesky sgrab would take on to other, newly developing biomes, in which it left a large legacy of descendants, from the minuscule sticky sgrabs to the giant but weird septon sgrabs.
Nykure

Nykures are transitional monocephalians that adapted to a pelagic life in the cold seas around the north pole. feeding off plankton, they are the most common species of their biome.

speaking of, one of that creature's descendants may also be the first animal ever to adapt to an arctic biome on the history of nispe. while crossing near the north ice sheets, a few medusas may have chosen to leave (or outright left by) their floating canopies to venture over the desolate, but plankton-rich ridges floating nearby. by standing near the ice sheets and feeding off zooplankton they have managed to survive, but only after some time a fully adapted species finally emerged. the nykures are actively swimming, but rather slow, filter feeders, which grab their food passively with myriads of bristles located under the mouth's tentacles. they are especially big for a bicephalian, reaching easlily one metre of finspan. as for their biology, they tend to herd in small shoals, another new for the clade, and will deposit their eggs inside the holes and crevices of the icepacks. despite all of this, they are not devoid of dangers: albeit rarely, a predatory nabish may end up even on these faraway waters, and even if their shell has redeveloped on the inside (like their distant relative, the scilliya), they can do few against the xenicthian's massive plates.
Avengers 3

## Obsazení

Steve Rogers/Captain America- Chris Evans

Natasha Romanoff/Black Widow- Scarlett Johansson

Bucky Barnes/Winter Soldier- Sebastian Stan

T´Challa/Black Panther- Chadwick Boseman

Bruce Banner- Mark Ruffalo

Clint Barton/Hawkeye- Jeremy Renner

Scott Lang/Ant-Man II- Paul Rudd

Stephen Strange/Doctor Strange/Dormammu- Benedict Cumberbatch

Norman Osborn/Green Goblin- Willem Dafoe

Wade Wilson/Deadpool - Ryan Reynolds

Scott Summers/Cyclops - James Mardsen

Tandy Bowen/Dagger- Olivia Holt

Tyrone Johnson/Cloak- Aubrey Joseph

Otto Octavius/Doctor Octopus- Alfred Molina

Elizabeth Ross- Liv Tyler

Elektra Nachios/Elektra- Elodie Yung

Sam Wilson/Falcon- Anthony Mackie

Grant Ward- Brett Dalton

Darren Cross/Yellowjacket- Corey Stoll

Ava Starr/Ghost- Hannah John-Kamen

Flash Thompson- Tony Revolori

Daniel Whitehall- Reed Diamond

Glenn Talbot- Adrian Pasdar

Ego- Kurt Russell

Carl Creel/Absorbing Man- Brian Patrick Wade

Drax the Destroyer- Dave Bautista

Dum Dum Dugan- Neal McDonough

Grandmaster- Jeff Goldblum

Hank Pym- Michael Douglas

Mar-Vell/Wendy Lawson/Captain Marvel- Annette Bening

Skurge/Executioner- Karl Urban

Brock Rumlow/Crossbones- Frank Grillo

Emil Blonsky/Abomination- Tim Roth

Georges Batroc/Batroc the Leaper- Georges St-Pierre

Arnim Zola- Toby Jones

Groot- Vin Diesel

Deacon Frost - Delroy Lindo

Erik Brooks/Blade - Mahershala Ali

Gideon Mallick- Powers Boothe