recursal/Fanatic-Fandom huggingface dataset:
Roharasra

## Roharasra wotupiowui

Status: EN

Timespan: R.67 - Present

Habitat: Shallow Sea

Distribution: Temperate Seas of the Southern Hemisphere

Niche: Minor Predator

Nutritional Value: 28

Size: 5cm

Predecessor: Codowecoi koalazk

Classification: Roharasrae, Codowecoidea, Aquamusculida

Latest Mutations: Exoskeleton = 4, Improve Muscles = 4, Limbs = 2

Info: In the shallow temperate seas, where predation is highest, the first animals with an exoskeleton, although partial, appeared. They are more protected and suffer less from predation than their cousins. However, the exoskeleton does not work well with movement; it has slowed the worm down greatly, as movement by hydrostatic skeleton is now a struggle. Mainly, this species chooses to move in spurts, using water propulsion to dash quickly over short distances to kill their prey, typically Almoskulus. Overall, they are a much smaller population than even their own ancestors.

Description: The top of the blue, cylindrical body is protected by a tough exoskeleton made out of chitin. Underneath the armour, the animal has a hydrostatic skeleton composed of strong, longitudinal muscles, which seem to be slightly more powerful than those of its predecessors. At the front, the characteristic sharp beak protrudes from a proboscis. There are four pinhole eyes, but none of them look up; two are at the front, and two are on the sides. A muscular siphon at the rear propels out water. Inside their body, they have a simple gut leading to an anus, a stomach containing digestive carnivorous bacteria, a nerve network and small bunch of ganglia, and an open circulatory system filled with blue-green hemacoel. Anti-freeze proteins flow through the hemacoel.

Previous Mutations: Bitter Chemicals, Chemoreceptors, Proboscis, Hydrostatic Muscle Fins (2 vertical near centre of body) (D), Sharp Beak, Digestive Carnivorous Enzymes, Bigger, Blue Pigmentation, Open Circulatory System, Glittery Scales (D), Anti-Freeze Proteins, Water Propulsion, Cup Eyes, Hydrostatic Skeleton, Pinhole Eyes
Discovered by: Biologicah
Koralli

## Koralli inimicus

Description: This has food-grabbing tentacles that can retreat back inside a calcium carbonate shell. They form colonies of coral. They compete with other corals for space with secreted digestive enzymes.

Size: 3mm (height)

Timespan: Developorian Stage of the Atroxian (R.2 - R.4)

Biome: Deep Ocean

Niche: Filter-feeder

Distribution: Uteenessa Ocean

Classification: ?

Predecessor: Korallis polypus

Past Mutations: Sticky, Tentacles, Stomach, Calcium Carbonate Shell

Cause of Extinction: Outcompeted

Discovered by: StealthStyle
Spongichonus

## Spongichonus vadus

**Info**

Status: NT

Temporal Range: R.140 - Present (Gammavian Stage of the Atroxian)

Habitat: Temperate Shallows, Temperate Upper Ocean

Distribution: Northern Hemisphere

Niche: Sessile Filter-Feeder

Size: 18cm (height)

Nutritional Worth:

Predecessor: Spongichonus aurantiaco

Classification: Spongichonusinae (sf), Reumaplasmusidae (f), Ciliaphora (o), Poriferia (c), Porifera (p)

Perception: N/A

Latest Mutations: Low Pressure Tolerance

Info: This tough, chimney-shaped, orange sponge dots the seafloor of Northern Hemisphere temperate seas.

Intelligence / Behaviour: N/A

External Features: The chimney-shaped, orange-pigmented body is punctuated by numerous pores.

Internal Features: The body is supported by a layer of mesoglea, containing amebocytes, and a skeleton of calcium carbonate. A hollow in the middle is lined with cilia.

Discoverer: StealthStyle

**Stats**

Nutritional Worth: (1.7 x 18 =) 29NP

Food / Oxygen Requirement: 17NP / 26np

Physical Stats: Support = 1.5, Inflexibility = 1, UV Resistance = Weak, Filtration = 2

Systemic Stats: Circulation = 1, Excretion = 1,

Immune System = 1

Abilities: None

Perception: N/A

Locomotion Type: N/A

Reproduction: Sexual, Ovuliparity (External Fertilisation). 1,000 eggs. Hermaphroditism.

Castes/Phases: None.
Intelligence / Behaviour: N/A

External Features: The chimney-shaped, orange-pigmented (3NP, +Weak UV Resistance) body is punctuated by numerous pores (+1 Filtration, +1 Circulation, +1 Excretion).

Internal Features: The body is supported by a layer of mesoglea (6NP, +0.5 Support), containing amebocytes (1NP, +1 Immune System) and skeleton of calcium carbonate (6NP, +1 Support, +1 Inflexibility). A hollow in the middle is lined with cilia (1NP, +1 Filtration).
Aploskulus

## Aploskulus aploskulus

Status: CR-

Timespan: R.92 - Present

Habitat: Deep Ocean, Continental Slope (Mid Ocean)

Distribution: Below Temperate and Tropical Uteenessa Ocean, Below 500m

Niche: Carnivorous Filter-Feeder

Nutritional Value: 28.8

Size: 6cm

Predecessor: Codowecoi abyssusverandix

Classification: Aploskulusidae, Codowecoidea, Aquamusculidia

Latest Mutations: Genders = 1, Mandibles = 2, Corpse Chemical = 3

Info: The population of this species is very small because the gender determination method that decides whether an embryo will be a male or female produces very few males, leading to a lack in breeding. This method is done by temperature; the cold temperatures found at the bottom of the ocean produce females, whilst males are only produced in the freezing temperatures of the poles. They must move far just to be lucky enough to find a member of the alternate gender. It is also no longer a predator because it has lost its beak, its sole killing tool. It now simply filters for flesh from marine snow that has fallen to the ocean floor.

Description: It has a blue, cylindrical body supported by a hydrostatic skeleton composed of strong, longitudinal muscles. At the front, there is a proboscis with chemoreceptors and three upwards-facing cup eyes. A muscular siphon at the rear propels out water. Inside their body, they have a simple gut leading to an anus, a stomach containing digestive carnivorous bacteria, a nerve network and small bunch of ganglia, and an open circulatory system filled with blue-green hemacoel. Anti-freeze proteins flow through the hemacoel.

Previous Mutations: Bitter Chemicals, Chemoreceptors, Proboscis, Hydrostatic Muscle Fins (2 vertical near centre of body) (L), Sharp Beak, Digestive Carnivorous Enzymes, Bigger, Blue Pigmentation, Open Circulatory System, Glittery Scales (L), Anti-Freeze Proteins, Hyponome, Cup Eyes, Hydrostatic Skeleton, Improve Chemoreceptors, Bigger

Discoverer: Jellyfishmon
Echinosomus

## Echinosomus hutzii

Latest Mutations: Quite High Salinity Tolerance, Sclerites

Status: Unlisted

Habitat: Subpolar Temperate Shallows, Subpolar Temperate Upper Ocean, Polar Temperate Shallows, Polar Temperate Upper Ocean

Niche: Sessile Filter-Feeder

Size: 4cm (colony height)

Nutritional Need: 78 x 4/100 = 3.1NP

Food / Oxygen Requirement: 3.1 x 0.25 = 0.8NP per round (Needs to intake 0.7/0.6 = 1.3NP per round)/ 3.1NP

Characteristics: Cutaneous Respiration. Liquid Excretion. Low Pressure Tolerance. Osmoconformer (Quite High Salinity). Permeable Skin. Reversible Guts. Solid Excretion.

Perception: Chemoreception 1 (senses chemicals 1m from mouths).

Stats: Coordination 1. Digestion 1 (100% Meat). Immunity 3 (Barrier Immunity). Filtration 2.5 (4/4 = 1x2.5 = 2.5NP). Respiration 1. Sharpness 1. Stamina 1. Support 1.5. Toughness 1. UV Resistance 2. Viscosity 1.

Intelligence / Behaviour: Stimulus Response. Tiredness = rest. Hunger hormones = wave cirri around. Adult + Early Spring Full Moon = Release sex cells.

External Features: Red melanin pigmentation is in the skin of the fan-shaped colony, spiked with sclerites, which is coated in gorgonin. The polyps cirri around its mouth are sticky and have nematocysts and chemoreceptors. It secretes diterpenes over itself.

Internal Features: A nerve net rings the body and a incomplete digestive system leads from the mouth. It has gonads. Photosynthetic bacteria live in the tentacles.

Reproduction: Sexual Reproduction. External Fertilisation. 1,000 eggs per spawning.

Castes/Phases: Hermaphroditism.

Locomotion: Sessile (0NP).

External Features: Skin (3NP, +1 Immunity, +Barrier Immunity, +1 Respiration, +1 Stamina, +Cutaneous Respiration, +Permeable Skin). Medium Pigmentation (2NP, +2 UV Resistance). Sticky Cirri (7NP, +1.5 Filtration). Nematocysts (5NP, +1 Sharpness). Chemoreceptors (2NP, +1 Chemoreception). Mouth (0NP, +1 Filtration). Gorgonin (10NP, +1 Support, +0.5 Toughness). Diterpenes (3NP, +1 Immunity). Sclerites (4NP, +0.5 Toughness, +0.5 Support, +0.5 Sharpness). Holdfast (2NP, +1 Viscosity).

Internal Features: Piezolytes (5NP, +Low Pressure Tolerance). Photosynthetic Bacteria (1NP, +1 Photosynthesis). Nerve Net (10NP, +1 Coordination, +Stimulus Response). Incomplete Digestive System (15NP, +1 Meat Digestion, +1 Veg Protein Digestion, +1 Immunity, +Liquid Excretion, +Solid Excretion, +Reversible Guts). Gonads (14NP, +Sexual Reproduction, +Hermaphroditism, +External Fertilisation).

Temporal Range: R. 197 - Present (Astathean Stage of the Oliverian)

Distribution: Cosmopolitan

Lifespan: 2 years

Predecessor: Acutacaulus ferox

Classification: ???

Discoverer: StealthStyle
Acidasomus

## Acidasomus asquama

Status: NT

Temporal Range: R.140 - Present (Gammavian Stage of the Atroxian)

Habitat: Lower Ocean

Distribution: Cosmopolitan

Niche: Benthic Filter-Feeder

Size: 6.5cm (length)

Nutritional Worth:

Predecessor: Pneumachasminia civita

Classification: Veroininae (sf), Kapnostidae (f), Polybranchomorpha (o), Eocardea (c), Bilateria (p)

Perception: Has an accurate sense of smell over 10s of metres.

Latest Mutations: Lose Scales

Info: With silica spines covering its body similar to an Earth urchin, it has no need for its scales, which it has lost. It is a invicible wanderer of the abyssal plain, filtering passing food.

Intelligence / Behaviour: Processes information and responds based on fixed behaviours. It knows to eat and avoid being harmed.

External Features: It has a cylindrical body with grey pigmentation covered in siliceous spicules. A thin skin layer dotted with olfactory receptors covers the body. It has a mouth.

Internal Features: Each cell has osmolytes. Four gill slits, containing gill rakers, sit each side of the head along with gill frills. Muscles on each side are attached to the body wall and the cartilage vertebrae. The gastrointestinal tract from the mouth, starting with the pharynx, stomach with digestive juices followed by intestines leading to the anus. A brain encased in the head connects to two nerve cords which branch into a network of nerves. It hosts both male and female gonads. The hemacoel cavity, open circulatory system has violet blood containing hemerythrin and anti-freeze proteins but there are blood vessels pumping to muscles only a dorsal vessel pumps blood to the head. Protonephridia, connected to hemacoel, expels waste through pores.

Discoverer: StealthStyle
Peraspistei

## Peraspistei sponginus

Status: EX

Timespan: Chapmanian to Attenborian stages of the Stealthian

Habitat: Continental Slope (Mid Ocean) Shallow Sea

Distribution: Under Temperate Ocean & All Temperate Seas, Above 250m

Niche: Sessile Filter-Feeder

Nutritional Value:

Size: 15cm

Predecessor: Trypoplasmus primis

Classification: Perapisteilae, Nonsolisituba, Enclovismena, Foramina

Latest Mutations: Spongin Skeleton, Bigger
Description: A hard casing of spongin surrounds the body of this sponge, giving extra protection from predators. It is also larger than its predecessor. It had several descendants but many were wiped out by the Great Extinction. Only one of its lines continues on.

Previous Mutations: Cellular Digestion, Multicellular, Pores, Anchor, Mesoglea

Cause of Extinction: The Great Extinction

Discovered by: StealthStyle

## Peraspistei altumi

Status: LC

Timespan: Chapmanian to Present

Habitat: Deep Ocean, Continental Slope (Mid Ocean)

Distribution: Under Temperate & Tropical Ocean, Below 1,000m

Niche: Sessile Filter-Feeder

Nutritional Value:

Size: 15cm

Predecessor: Peraspistei sponginus

Classification: Perapisteilae, Thorakismena, Ciliada, Foramina

Latest Mutations: Cold Isozymes

Description: This species spread out to the deep ocean, by developing isozymes that worked in the cold temperatures. It became a solely deep species as evolution produced more specialised sponges.

Previous Mutations: Cellular Digestion, Multicellular, Pores, Anchor, Mesoglea, Spongin, Bigger

Discovered by: StealthStyle
Neoxirnikrozz cormeus

Status: LC

Temporal Range: R.126 - Present (Untrustolithic)

Habitat: Temperate Shallows

Distribution: Southern Hemisphere

Niche: Apex Predator

Size: 46cm (length)

Nutritional Worth:

Predecessor: Xirnikrozz crusherei

Classification: Peragapodusinae (sf), Thanostomidae (f), Flagracauda (so), Caudomorphii (c), Bilateria (p)

Perception: Blurry vision with no depth perception on either side, can see well in low light, can use electroreception up to ten metres away, can accurately smell odours up to tens of metres away

Latest Mutations:  Heart, Larger

Info: The record for largest animal on Ezta has once again been broken, this time by Neoxirnikrozz, almost half a meter in length. This comparatively large predator dominates the temperate shallows around Tartarus, feeding on the large herbivores. It has been forced to evolve a primitive heart to pump blood around this large body.

Anatomy: This species has a long, blue body that tapers into a whip-like tail, armed with two toxic spikes. It's muscular jaw is made of cartilage but reinforced with a layer of tessarae and it has serrated teeth here. On each side of the head is a pinhole eye and olfactory receptors are also found on the head. Behind the retina is a layer of cells containing reflective crystals called a choroidal tapetum cellulosum. Along the side of the body, are three gill slits near the front, and line of electroreceptors. There are four paddle-like limbs of flesh, cartilage and muscle. Inside, they have a gut with a stomach containing carnivorous digestive enzymes, and connected to the gut is a swim bladder. The open circulatory system contains red blood is pumped around by a smal one-chambered heart in the ventral area. It's brain also contains an olfactory lobe. The muscles are strong and energy-efficient. Finally, supporting the entire body is a spine of cartilage vertebrae.

Behaviour: This species is capable of processing information gathered from sense receptors and using that to form a picture of its surroundings. It can then respond to stimuli. It also has basic reasoning. Other than its standard survival responses, Xirnikrozz always try to be vigilant of their surrounding, they avoid eating their own kind and they also remain close to their eggs until hatching.

Discoverer: StealthStyle
Protosuperstes

## Protosuperstes primis

Status: EX

Timespan: Attenborian stage of the Stealthian

Habitat: Shallow Sea

Distribution: All Temperate Sea

Niche: Benthic Filter-Feeder

Nutritional Value:

Size: 1mm

Predecessor: Unknown Primitive Animals

Classification: Protosuperstesidae, Protosuperstesidae, Aploskula, Somnuma, Bilatera
Latest Mutations: Bilateral symmetry, Mating
Description: Some extremely primitive animals that lived in the Stealthian evolved bilateral symmetry and cylindrical bodies. The purpose of these bodies meant that they could move about the seafloor if need be - to escape predation or to find a better feeding spot. Because of this, they had no need for a motile larva stage and lost it. They also mated, which was a much more sure fire way of reproducing. It lived in temperate shallow seas. This animal likely produced a large number of fauna at the end of the Stealthian, but almost all went extinct except for one deep ocean species, Superstes veteris. Unfortunately, these are lost to history.

Previous Mutations: Cellular Digestion, Multicellular

Cause of Extinction: The Great Extinction

Discovered by: StealthStyle
Argoskulus

## Argoskulus rubrumi

Timespan: Gnathian to Fressian Stages of the Atroxian (R.47 - R.66)

Habitat: Deep Ocean, Continental Slope (Mid Ocean), Shallow Sea

Distribution: All Polar and Temperate Ocean & Seas

Niche: Benthic Filter-Feeder

Size: 2.3cm

Predecessor: Glistroskulus louxi

Classification: Squickidae, Squickidea, Tubulosa

Info: It was fairly common in its time, living alongside it's close relative Glistroskulus louixi, although it was more often predated on; the smaller number of ganglia in the brain suggest that it had slower reactions to threats. The last Argoskulus rubrumi clung onto existence in shallow rocky areas, where the fragile skin of its competitor, Almoskulus, could easily be damaged. They also had the ability to become almost transparent in order to hide. But eventually, they succumbed to predation, mostly from Codowecoi.

Description: The red, tubular body, which also had the ability to turn almost completely transparent, has a fleshy membrane running along the top and underside. Chemoreceptors sat by the mouth with three gill slits at the back of the head, and a pair of small tentacles protrude from around the mouth. On top was a singular pinhole eye covered by a lens. At the front of its nervous system, was a less developed brain. Its mouth had a primitive gut leading straight to the anus. An open circulatory system bathed organs and muscles in hemacoel; this contained anti-freeze proteins to stop bodily fluids from freezing. The length of the body was supported by a notochord.

Cause of Extinction: Overpredated

Discoverer: Louix

## Argoskulus commonsi

Status: NT

Timespan: R.66 - Present

Habitat: Ocean Surface, Shallow Sea

Distribution: Polar & Temperate Uteenessa Ocean, All Temperate & Polar Seas

Niche: Pelagic Filter-Feeder

Nutritional Value: 7

Size: 2.6cm

Predecessor: Argoskulus rubrumi

Classification: Squickidae, Squickidea, Tubulosa

Latest Mutations: Fix Reactions, Swim Bladder

Description: The productive areas of ocean surfaces and shallow seas are commonly swamped by Argoskulus commonsi, which float to the surface with their swim bladders. They are not strong swimmers, so are basically planktonic. The slowness of the previous species has been fixed, and they now retain a normal response speed.

Previous Mutations: Muscles, Fleshy Membrane (along back and underside), Chemoreceptors, Basic Instincts, Three Gill Slits, Yellow Pigmentation, Dentine Teeth, Open Circulatory System, Pinhole Eye With Lens (one on top of head), Notochord, Anti-freeze Proteins, Slow Reactions (D), Red/Clear Colour Change, Tentacles

Discovered by: StealthStyle
Barmostoma

## Barmostoma circulus

Status: NT

Temporal Range: R.140 - Present (Gammavian Stage of the Atroxian)

Habitat: Temperate Shallows, Temperate Upper Ocean

Distribution: Southern Hemisphere

Niche: Predator

Size: 14cm (length)

Nutritional Worth:

Predecessor: Stellingus coetus

Classification: Barmostominae (sf), Thanostomidae (f), Mastoidura (so), Ouriformes ©, Bilateria (p)

Perception: Blurry vision with no depth perception on either side, can use electroreception up to ten metres away, can smell odours up to ten metres away.

Latest Mutations: Omnivorous = 3, Closed Circulatory System = 6, Genders = 2, Strong Tendrils = 5

Info: The larger predators have recently gone extinct, leaving a gap for a new type of predator to take over. This is one of the contestants, arisen from a rare Thanostomid survivor. It has a closed circulatory system strategically driven by small hearts which has given it a better stamina, especially as size increases. When chasing prey, it has a better chance of catching prey as tendrils around the mouth extend its reach and can grab fleeing prey. However, it has smaller gill pores rather than gills.

Anatomy: It has a mostly cylindrical body tapering to a whip-like tail with two sharp, poisonous spines and a ribbon of skin along the top and underside of the body. The skin has blue pigmentation. Electroreceptors make a line down each flank and just behind the front on each side are three gill pores. On each side of the head is an eye and the cartilage jaw contains two venomous fangs surrounded by conical teeth with sharp cusps. Strong jaw muscles power the jaw. Short but sturdy tendrils ring the mouth and these contain odour receptors.

The cartilage jaw is not connected to the cartilage backbone, which protects the two nerve cords as they branch out from the brain into a network of nerves. A duct from the mouth leads into a simple stomach that is positioned slightly deeper in the body. In the center of the body is a swim bladder. Blood vessels carry blood neatly around the body, pumped by a series of small hearts.

Behaviour: This species is capable of processing information gathered from sense receptors and using that to form a picture of its surroundings. It can then respond to stimuli. When mating, which they only do in Late Spring, they will return to the shallows.

Discoverer: Springblooms
Hemithateus springbloomi

Status: NT

Temporal Range: R.123 - Present (Novaglacian)

Habitat: Temperate Shallows

Distribution: Northern Hemisphere

Niche: Herbivore

Size: 19cm (length)

Nutritional Worth: 76.5/10 x 19 = 145.4NP

Predecessor: Hemithateus spicati

Classification: Thanostominae (sf), Thanostomidae (f), Flagracauda (so), Caudomorphii (c), Bilateria (p)

Perception: Blurry vision with no depth perception on either side, can use electroreception up to ten metres away.

Latest Mutations: Increased Size = 3, Better Digestive System = 4, Better Immune System = 5

Info: Hemithateus springbloomi faces more predation than its cousin Hemithateus novaglacianus due to its smaller size, yet it remains almost as numerous because it has a more efficient digestive system and has evolved blood clotting that lets it survive more injuries.

Anatomy: The long, blue, tapering body is supported by a vertebrae of bone, although the whip-tail at the end is composed of flexible cartilage. Along the body are three gill slits and a line of electroreceptors. There are no limbs. The head has a cartilage jaw, with a pair of venomous canines surrounded by square shaped teeth. On each side of the head is a pinhole eye, with the ability to swivel around. At the end of the tail, six venomous spikes stick out. A gut leads to a stomach containing digestive herbivorous bacteria. The muscles contain special vacuoles for storing extra energy, and are bathed in hemacoel by the open circulatory system, which has platelets in it.

Behaviour: This species is capable of processing information gathered from sense receptors and using that to form a picture of its surroundings. It can then respond to stimuli. It also has basic reasoning.

Discoverer: Springbloom
Paralectrophorous

## Paralectrophorous electricus

Status: CR

Temporal Range: R.140 - Present (Gammavian Stage of the Atroxian)

Habitat: Temperate Shallows, Temperate Upper Ocean

Distribution: Northern Hemisphere

Niche: Predator

Size: 20cm (length)

Nutritional Worth:

Predecessor: Soundwavia vorei

Classification: Soundwavinae (sf), Thanostomidae (f), Flagracauda (so), Caudomorphii (c)

Perception: Blurry vision with no depth perception on either side, can use electroreception up to tens of metres away.

Latest Mutations: No Cannibalism = 4, Genders = 6, Better Electroreception = 6

Info: In case of stunningly similar convergent evolution, Paralectrophorous evolved soon after its relative, Sanelectrophorus, disappeared occupying almost exactly the same niche and with the same electrical organs that allow it to give small shocks to other animals and to have a greater awareness of its environment. It is not clear why this happened but they have been proven to be different genera based on small differences like in the brain - Paralectrophorous has more neurons than its relatives. Amazingly, it also has another similarity - genders. Unlike its slightly earlier cousin, Paralectrophorous can switch between male and female at will. Unfortunately, since the Gammavian Extinction, there just isn't enough food to sustain an adult Paralectrophorous.

Anatomy: It has a mostly cylindrical body tapering to a whip-like tail with two sharp, poisonous spines. It has two triangular pectoral ray fins and a dorsal fin. The skin has blue pigmentation. Electroreceptors make a line down each flank and just behind the front on each side are three gill slits. On each side of the head is a pinhole eye and the cartilage jaw contains two venomous fangs surrounded by simpler teeth.

The cartilage jaw is not connected to the cartilage backbone, which protects the two nerve cords as they branch out from the brain into a network of nerves. A duct from the mouth leads into a simple stomach. In the center of the body is a swim bladder, connected to the gut. The main electric organ stretches across the ventral portion of the body, mirrored by the Hunter's organ at the bottom and the Sach's organ towards the rear; all three contain electrocytes. A large cavity, the hemacoel, dominates the inside of the body, where the blood diffuses into the organs.
Behaviour: This species is capable of processing information gathered from sense receptors and using that to form a picture of its surroundings. It can then respond to stimuli. They will not eat members of the same species.

Discoverer: Soundwave
Gyrocephalus

## Gyrocephalus marespherus

Status: LC

Temporal Range: R.145 - Present (Gammavian Stage of the Atroxian)

Habitat: Temperate Upper Ocean

Distribution: Southern Hemisphere, 200 - 500m

Niche: Carnivore

Size: 9.1cm (length)

Nutritional Worth: (8.1 x 9.1 =) 74NP

Predecessor: Dolophonaskulus koopersi

Classification: Gyrocephalusinae (sf), Gyrocephalusidae (f), Tunicaphora (o), Violymphia (c)

Perception: Has blurry vision without depth perception above and can detect chemicals up to 10 metres away.

Latest Mutations: Swim Bladder, Round

Info: One of the strange fauna that occupies the mostly dark depths of the twilight zone below 200m is Gyrocephalus, a close relative of Dolophonaskulus. It hangs motionless in the water, luring in prey much like an anglerfish.

Intelligence / Behaviour: Processes information and responds based on fixed behaviours. It knows to eat and avoid being harmed. It keeps to darkness and tries to remain stationary.

External Features: It has a round body, except for the wide mouth, with sandy-brown pigmentation and dorsal and ventral fleshy membranes and two pectoral ray-fins under the body. It has a thin skin layer. A mouth with very sharp teeth, chemoreceptors and one upwards facing pinhole eye are on the head. A blue bacteriogenic bioluminescent lure protrudes from face.

Internal Features: Each cell contains lysozymes in addition to enzymes. Three gill slits sit each side of head. Muscles on each side are attached to the body wall. A wide cartilage jaw with air spaces supports the mouth. The gastrointestinal tract from the mouth has a stomach with digestive juices followed by intestines leading to the anus. A brain encased in the head connects to two nerve cords which branch into a network of nerves, with a notochord running alongside. It hosts both male and female gonads. There is a swim bladder in middle, not connected to gut. The hemacoel cavity, open circulatory system has violet blood containing hemerythrin and anti-freeze proteins. Protonephridia connected to hemacoel, expels waste through pores.

Discoverer: StealthStyle
Makoura

## Makoura jousteri

Timespan: Tyrannidean to Gnathian Stage of the Atroxian (R.33 - R.41)

Habitat: Deep Ocean, Continental Slope (Mid Ocean)

Distribution: Under Temperate and Tropical Ocean

Niche: Apex Predator

Size: 15cm

Predecessor: Achmachelus occisorum

Classification: Makouridae, Spinacheliforme, Caudara

Info: This is where the Caudarids split into their remaining lines, as the Makourids, appearing with this species become the Thanostoma, whilst the Makryostids continue in the Achmachelus and Asteridermus geni. Makoura is very noticeable for its tusks, which it would use to joust into prey and deliver toxins, as it had not jaw to bite and inject toxins that way.
Description: It had a tapering body, lined with electroreceptor and three gills on each side, and a long whip-tail complete with venomous spikes. It has a pair of cup eyes on its head and it's circular mouth is full of small teeth. However, strangely it also has tusks, pointing straight out from the roof of the mouth, connects to toxin glands. An open circulatory system bathed the organs in hemacoel, and the body was controlled by ganglia. Down the back are cartilage vertebrae. In the gut, was a primitive stomach with the ability to digest multicellular matter.

Cause of Extinction: Outcompeted

Discoverer: Agenttine
Syllektus

## Syllektus wonderi

Status: NT

Timespan: Chapmanian to Present

Habitat: Deep Ocean

Distribution: Under Temperate & Tropical Ocean

Niche: Sessile Filter-Feeder

Nutritional Value:

Size: 14cm

Predecessor: Chionanthropus abbasei

Classification: Kaminadusae, Mollia, Koralla, Polypoda, Circumsaccha

Latest Mutations: Spreading Branches, Larger Polyps

Description: On ledges of the deep that have slightly more passing particles due to their position, the several tentacle-looking appendages of this soft coral spread out, ready to catch what they can. The polyps of this species are larger than those in its predecessors.

Previous Mutations: Cellular Digestion, Multicellular, Radial Symmetry, Tentacles, Gut, Colonial, Table-like Body (D), Cold Isozymes

Discovered by: StealthStyle
Gravius

## Gravius rursus (Viitria)

One of the more advanced and larger proto-worms of the period, whilst it does not reach the numbers of the simpler Squickia frequens, it is very well-equipped for life in this environment. It is still very common due to its ability to get food.

Features: This animal is on its way to developing a backbone, but is still a little way off. However, it has evolved a pair of longitudinal muscles, known as an axochord, along the back of the proto-worm. It protects the nerve cords somewhat, and also provides a bit of rigidity that supports the other muscles. This makes muscular movement more efficient. Furthermore, it has developed a open circulatory system, like Superstes fluidum, that increases the use of the muscles. It also gives Superstes rursus a green-blue or grey complexion.

Distribution: Deep Ocean

Time: Developorian Stage of the Atroxian (R.2 - R.4)

Size: 1.7cm (length)

Lifestyle: Filter-feeder

Classification: Superstesidae, Ochipodia

Predecessor: Superstes oculi

Cause of Extinction: Outcompeted

Discovered by: TheGraveKnight

## Gravius ustis (Viitria)

This species is still not back to its former glory, as it is starting to lag behind the many other species filter-feed at the bottom of the ocean. However, they have slightly increased from before.

Features: Strangely, this species has re-evolved the axochord which was lost a few generations ago. These are longitudinal muscles along the back which are stiffer than the rest, and provide a place for muscle attachment. This leads to more efficient movement. Bacteria in the stomach chamber enable this species to get nutrients from multicellular food. However, the food has to be in really small chunks for the bacteria to do this, and as the species has no way of breaking food down, it often chokes it back up again.

Distribution: Deep Ocean

Time: Developorian to Medusan Stage of the Atroxian (R.4 - R.5)

Size: 2.4cm (length)

Lifestyle: Filter-feeder

Predecessor: Superstes retrorsum

Past Mutations:
Muscles (I)
Pit Eyes
Axochord
Open Circulatory System
Bigger (30%)

Cause of Extinction: Outcompeted

Discovered by: TheGraveKnight

## Gravius retrorsum (Viitria)

It is the largest species in the oceans, but not the best. This species has gone back to a simpler time for its lineage, except for the increase in size.

Features: For some unknown reason, this species has completely lost the muscles lining its back called the axochord. Some have theorised that they were too energy-hungry but we will probably never know the truth.

Distribution: Deep Ocean

Time: Developorian Stage of the Atroxian (R.3 - R.4)

Size: 2.2cm (length)

Lifestyle: Filter-feeder

Predecessor: Superstes rursus

Classification: Superstesidae, Ochipodia

Past Mutations:
Muscles (I)
Pit Eyes
Axochord
Open Circulatory System

Cause of Extinction: Outcompeted

Discovered by: TheGraveKnight
The Thirtyacre House

## **The Thirtyacre Family House**

The Thirtyacre Family House is the house that the Thirtyacres live with Hank and Barb their parents Hank and Barb bought the house after the New Luke City Hall gave them the deed to it and after Anthony Miller's death in June of 1990 Hank and Barb were living together they didn't notice that there was a grave in the backyard and it was actually Anthony Miller's grave after she died and they bought the house.

## **The House**

Hank and Barb spent their adult years in this house without even realizing that Anthony Miller died in it Hank and Barb were 20 years old when Anthony Miller died and 19 years old when Anthony Miller bought the house Hank and Barb were living with their parents when she had the house but weren't living with them when she DIED

## **Hank and Barb raised their children here**

Throughout Hank and Barb's life they raised their children here inside this this house gaining their superpowers they even have an alien named Abdallah she shares a room with GamecubeDude now their alien isn't from Earth she is from another planet
Maritime Tropical Rainforest

* Exist on the windward side of tropical currents. Contained within blocks of other biomes on the map.
* The precipitation level is extremely high all year, so it is extremely wet and very humid. There is strong sunlight and the daytime temperature is hot, and the nighttime temperature warm. The water temperature is also hot. As it is terrestrial, there is atmospheric oxygen levels, no detritus and insignificant pressure. There are no seasonal changes.

### **Ecosystem/s:**

Archaiapasaria circulus feeds on the algae that grows in freshwater rivers and streams. In estuaries, Icthyotelus sinspica filters the water above the algae.
Diocibus

## Diocibus melioconcoctus

Status: LC

Temporal Range: R.140 - Present (Gammavian Stage of the Atroxian)

Habitat: Tropical Rainforest, Tropical Monsoon Forest, Savannah, Hot Steppe, Subtropical Desert, Chaparral, Temperate Forest, Taiga Estuaries

Distribution: Tartarus Brackish and Freshwater

Niche: Predator

Size: 7.5cm (length)

Nutritional Worth:

Predecessor: Pensaspidus aquadulciensis

Classification: Pensaspidusinae (sf), Roharasridae (f), Aquamusculida (o), Probocephala (c)

Perception: Blurry vision with no depth perception on either side, blurry front vision with depth perception.

Latest Mutations: Omnivore = 4, Better Digestive System = 5, Closed Circulatory System = 5

Info: Since the extinction of the Archaiapasarines, the freshwater niches have opened up. This species now flourishes throughout the rivers and lakes Tartarus, feeding on weak, smaller members of the species, small filter-feeders in estuaries and by scraping algae. Their intestines have become tightly coiled to create more surface area for nutrient absorption and the stomach has muscles to churn food. They also have closed circulatory systems.

Anatomy: It has a cylindrical body with a proboscis and a chitinous exoskeleton on the upper half. The skin, including the exoskeleton has blue pigmentation. Just behind the head there is a spiracle on each side. There are two pinhole eyes at the front of the head also one on each side. The exoskeleton also covers some of the face and it has pincer-like mandibles made of chitin over the mouth at the end of the proboscis. At the rear end is a fan-tail protected by chitin and below it is a hyponome.

There are two nerve cords coming from the brain which branch out into a network of nerves. A duct from the mouth leads into a stomach and long, coiled intestines. In the center of the body is a swim bladder. Blood vessels pump blood neatly around the body, which contains anti-freeze proteins. The body tolerates brackish and freshwater salinities.

Behaviour: This species is capable of processing information gathered from sense receptors and using that to form a picture of its surroundings. It can then respond to stimuli.

Discoverer: Jellyfishmon
Polar Steppe

* Exists poleward side of the polar front, as a result of a rain shadow, where the top of the obstruction experiences low precipitation, or 3 blocks from the windward ocean until a block next to the leeward ocean. The rain shadow exists on the leeward side of an obstruction until a block next to the ocean.
* The precipitation level is low which therefore means it is extrmelely dry and very arid. As it is terrestrial, there is atmospheric oxygen levels, no detritus and insignificant pressure. Snow is always possible but unlikely. It experiences four seasons. The water levels of deep lakes are mixed all year.
* Early Spring: It has weak sunlight. The temperature is very cold during the daytime hours and exceedingly cold from dusk through the night to dawn. The water temperature is cold and it will freeze.
* Late Spring: It has moderate sunlight. The temperature is cold during the daytime hours and extremely cold from dusk through the night to dawn. The water temperature is cold and it can freeze.
* Summer: It has moderate sunlight. The temperature is cool during the daytime hours and extremely cold from dusk through the night to dawn. The water temperature is cool.
* Early Autumn: It has moderate sunlight. The temperature is cold during the daytime hours and extremely cold from dusk through the night to dawn. The water temperature is cold and it can freeze.
* Late Autumn: It has weak sunlight. The temperature is very cold during the daytime hours and exceedingly cold from dusk through the night to dawn. The water temperature is cold and it will freeze.
* Winter: It has weak sunlight. The temperature is extremely cold during the daytime hours and exceedingly cold from dusk through the night to dawn. The water temperature is cold and it will freeze.
Subtropical Desert

* Exists under the subtropical ridge.
* The precipitation level is very low all year, so it is very dry and very arid. There is strong sunlight. The water temperature is also hot. As it is terrestrial, there is atmospheric oxygen levels, no detritus and insignificant pressure. There are slight seasonal changes.
* Winter (Autumn - Spring): The temperature is hot during the daytime hours and cold from dusk through the night to dawn. Snow is possible but unlikely.
* Summer: The temperature is very hot during the daytime hours and cool from dusk through the night to dawn.

### **Ecosystem/s:**

Archaiapasaria circulus feeds on the algae that grows in freshwater rivers and streams. In estuaries, Icthyotelus sinspica filters the water above the algae.
Temperate Upper Ocean

* Seawater in a temperate zone or temperate current that does not have a seabed within a depth of 200m is known as Temperate Upper Ocean, and it's reach extends down to 500m below the surface. The temperature is warm from Late Spring - Early Autumn and cool from Late Autumn - Early Spring and it is nutrient-rich from Late Autumn - Late Spring and nutrient-poor throughout Summer and Early Autumn. It has low pressure and quite high salinity. It appears fairly murky and green. The first 200m from the surface is the Sunlit Zone or epipelagic zone, and it has low UV radiation and low detritus. From Early Spring - Late Winter there is moderate sunlight and throughout Winter there is weak sunlight. Below this, from 200 - 500m deep, sunlight is faint and weak at best, so it becomes dark. There is no UV radiation. This is the Twilight Zone, where the deep ocean truly begins, and at its brightest has a similar amount of sunlight to dawn and dusk. Sunlight becomes progressively scarce until it becomes virtually pitch black at 500m. The Temperate Upper Ocean ends 500m down, with the thermocline.

### **Ecosystem/s:**

* Northern Hemisphere: On the seafloor, Reumaplasmus williamsi grows. Polypastilus praedatori also lives attached to the seafloor, filtering and even catching small animals. Pneumachasminia lucidum and Pneumachasminia leo additionally filter on the seabed as Lepirhampos geminus scoots around, filtering meat. In the water column, Regemsitula amebocytus, Masticephalus multiminimacrura and Lampsichelus paladarus filter. Sanicthyops visus eats Reumaplasmus as well as Masticephalus. In turn it is prey for Elinopterus oceanus. Dolophonaskulus attenboroughei, additionally hunting Lepirhamphos. The largest predators are Soundwavia vorei and Soundwavia amazonus, predators of Lampsichelus.

* Southern Hemisphere: On the seafloor, Reumaplasmus williamsi grows. Scotsia osstatuensis also lives attached to the seafloor, filtering and even catching small animals. Ostracoderma kinifolis and Ostracoderma densissima additionally filter on the seabed as Lepirhampos ubivermis scoots around, filtering meat. In the water column, Regemsitula amebocytus and Masticephalus multiminimacrura filter. Sanicthyops visus eats Reumaplasmus as well as Masticephalus. In turn it is prey for Elinopterus oceanus. Dolophonaskulus attenboroughei hunts Lepirhamphos. Periphractax gladius, Arthroskulus pelagus, Pensaspidus jellyfishmonii, Pensaspidus tardasanguisensis all prey on Lepirhamphos too. Stellingus ubivus and Stellingus vitta eat Arthroskulus and Pensaspidus
Will Thirtyacre

## Overall

**William Townsend Thirtyacre** is the daughter of Anthony Hyrule Dude Thirtyacre and Preston Miller Thirtyacre she really likes her parents and her grandmother and her great grandparents she likes William Harrison Townsend III (aka Will) she was named after him her first and middle name came from him but her last name came from her parents which came from her grandmother and great grandparents.

## Birth

William Townsend Thirtyacre was born on June 2, 2023 to Anthony Hyrule Dude Thirtyacre and Preston Thirtyacre she is the infant daughter of her mother and father granddaughter of her grandmother and great granddaughter of her great grandparents she spends time with her grandmother and her great grandparents both her grandmother and grandfather were divorced her grandfather cheated on her grandmother

## Parents and Grandparents and others

Anthony Hyrule Dude Thirtyacre and Preston Thirtyacre are her parents while Hyrule Dude and Bobby who are divorced are her grandparents Hank and Barb are her great grandparents she loves her family members but KellanTK and her aunt Kellan she hates them she cries around raysfire her other aunt.

## Likes and Dislikes

She likes her mother and her father she also like her grandmother she likes her great grandparents she does not like her grandfather if she met him she does not like her aunt raysfire she hates her aunt Kellan and KellanTK she cries around raysfire she likes the sleeper also known as a binkie and she will open her mouth when you hold it around her and when she has it in her mouth she will take a little nap.

## Name origin

Her name is William Townsend Thirtyacre her first and middle name came from her favorite cast member Will Townsend and her last name came from her parents either Anthony or Preston which came from Hyrule Dude and then before Hyrule Dude Hank and Barb.

## Superpowers

Acid spit but not actually acid just stains

Bad things upon upset

Good things upon smiling and laughing

Yawns lightning

Indestructibility

## Family

Anthony Hyrule Dude Thirtyacre (mother)

Preston Billy Iris Anthony "Miller" Thirtyacre (father)

Hyrule Dude Thirtyacre (grandmother)

Bobby (grandfather)

Kellan (aunt)

raysfire (aunt)

Hank Thirtyacre (great grandfather)

Barb Thirtyacre (great grandmother)

## Trivia

Anthony named her William Townsend Thirtyacre when she named her that she was thinking it would be a wonder to have Will Townsend in the Thirtyacre Family and Preston liked that name

Elvis refers to the binkie that she puts in her mouth as a sleeper because when Will sucks on it she takes a little nap and also maybe goes to sleep
Gastranthus

## Gastranthus wootonsi

Latest Mutations: Improve Chemoreception, More Tentacles, Bigger

This is a type of tube anemone that lives in parchment-like tubes in the sediment, with two whorls of tentacles around the mouth. It also produces more eggs.

Status: Unlisted

Habitat: Deep Ocean (500 - 1500m below the surface)

Niche: Sessile Filter-Feeder

Size: 35cm (height)

Nutritional Need: 55 x 35/100 = 19.3NP

Food / Oxygen Requirement: 19.3 x 0.25 = 4.8NP per round (Needs to intake 4.8/0.65 = 7.4NP per round)/ 19.3NP

Abilities: Excretion, Liquid. Excretion, Solid. Permeable Skin. Pressure Tolerance, High. Retreat Into Self. Secretes Digestive Juices. UV Resistance, Medium.

Perception: Chemoreception 1.5.

Stats: Coordination 0.5. Dexterity 0.5. Digestion 0.5. Immunity 1. Filtration 2.5. Respiration 1 (Cutaneous Respiration). Sharpness 0.5. Stamina 0.5. Strength 0.5. Support 0.5. Toughness 0.5. Tunnelling 0.5. Viscosity 1. Walk Speed 0.5.

Intelligence / Behaviour: Stimulus Response. Tiredness = rest. Hunger hormones = wave cirri around. Pain = Retreat into tube. Adult + Early Spring Full Moon = release sex cells.

External Features: Red melanin pigmentation is in the skin of the fan-shaped colony. The polyps cirri around its mouth are sticky and have nematocysts and chemoreceptors. It secretes a parchment-like tube.

Internal Features: A nerve net rings the body and an incomplete digestive system leads from the mouth. It has gonads.

Reproduction: Sexual Reproduction. External Fertilisation. 1,000 eggs per spawning.

Castes/Phases: Hermaphroditism.

Locomotion: Sessile (0NP).

External Features: Skin (5NP, +0.5 Immunity, +1 Respiration, +0.5 Stamina, +Cutaneous Respiration, +Permeable Skin). Medium Pigments (2.5NP, +Medium UV Resistance). Cirri (5NP, +1.5 Filtration, +0.5 Dexterity). Nematocysts (2.5NP, +0.5 Sharpness). Chemoreceptors (2.5NP, +1.5 Chemoreception). Mouth (0NP, +1 Filtration). Holdfast (5NP, +1 Viscosity). Parchment-like Tube (2.5NP, +0.5 Toughness, +Retreat Into Self).

Internal Features: Piezolytes (2.5NP, +High Pressure Tolerance). Hydrostatic Skeleton (10NP, +0.5 Tunnelling, +0.5 Walk Speed, +0.5 Support, +0.5 Strength). Nerve Net (2.5NP, +0.5 Coordination). Incomplete Digestive System (10NP, +0.5 Meat Digestion, +0.5 Veg Digestion, +0.5 Immunity, +Solid Excretion, +Liquid Excretion, +Secretes Digestive Juices). Gonads (5NP, +Sexual Reproduction, +Sexes, +External Fertilisation).

Temporal Range: R. 273 - Present (Samadaran Stage of the Oliverian)

Distribution: Cosmopolitan

Lifespan: 4 years

Predecessor: Pulchellia magnus

Classification:

Discoverer: StealthStyle