Neko
Anatomy: Bipedal or Quadrupedal

Any jellinu species can now have cat-like anatomy thanks to this mutation. The neko mutation came into existence thanks to selective breeding. Orignally a domesticated mutation, it eventually extended out into different subspecies, domesticated and wild alike. There doesn't appear to be any true benefit to this mutation, but it sure does make the jelly cute like a cat. Most of the time...

Chubb

Anatomy: Bipedal

Jellinoodles with the chubb mutation fail to develop a full line of jelly on their torso, with it only reaching up to their stomach, and their iconic noodle-y body not showing up. Chubb jellinoodles are considered dwarfs compared to their mutationless counterpart. This, however, has allowed chubb jellinoodles to become bipedal. Most chubb jellinoodles have lost their thigh wings, so in compensation, chubb jellinoodles have thick fur that helps to protect them. 

Chubb jellinoodles are known to be very lazy and babyish, using their looks to persuade others to adopt them and in turn fuel their lazy lifestyle. They have big appetites and produce a surprising amount of heat. Chubb jellinoodles are often very welcoming cuddle partners, though.

Noogon

Anatomy: Quadrupedal

Despite their fearsome features, noogons are extremely amiable creatures. They are incredibly protective and loyal to people that they build a close bond with. Noogons love to show off their fancy flying skills as a form of entertainment. It truly is a site to see! 

It's quite common to see Noogons adopt abandoned jellinu and nurture them as their own. They will raise them in their nests until they are old enough to take care of themselves.

Crested

Anatomy: Bipedal 

Crested jellibirbs are known for their nomadic behaviors, often forming large wandering groups. Because of their thicker body, crested jellibirbs cannot fly. To compensate, they have strong legs and immeasurable amounts of stamina, which they will exploit when needed. They may typically kick dirt or any other items at predators to blind them. Crested jellibirbs pride themselves on the extravagant crest on their head, and those with inadequate crests will not be able to mate.

Pingu

Anatomy: Bipedal

There are two distinct types of Pingu. The first group, referred to as line-leaders, bear the brunt of the snowstorms as they navigate the harsh winter terrain. In comparison to regular Pingus, they are notably larger and have fluffier fur to help keep their bodies warmer as they face most snowstorms head on.  

The second category, known as followers, connect to each other using the jelly tips on their flippers to form jelly chains, ensuring an even spacing between the members in the line. In contrast to line leaders, they are considerably smaller. During periods when they are not traveling, Pingus possess extra fat jelly, which they use to construct the chains they use for their journeys.

Due to their limited abilities for underwater breathing, Pingus spend a significant portion of their daily lives on land rather than in the water. They swiftly enter the water for fishing or recreational purposes. Their comical movements involve waddling due to their anatomy and their short, stubby legs. Additionally, they hop around on rocks, and although they may occasionally stumble, their resilient bodies make it easy for them to regain their footing.

Tyr

Anatomy: Bipedal 

Jellityr are a species of Jellideer that have evolved to stand on two legs rather than four. They are kept warm and shielded from frequent forest dangers like thorns by the thick jelly that surrounds their legs and waist.  They are herding animals that are social beings who dwell in colonies. Smaller jellies will be sheltered by them. 

According to legend, if you become lost in the forest, a Jellityr will show up and escort you back to their colony. They mostly eat fruits, nuts, and other vegetation.

Maned

Anatomy: Bipedal or Quadrupedal

Maned Jellideer are sly, cunning, and adaptable creatures. They can make use of a wide range of habitats, environments, and foraging opportunities. Since they are gregarious animals, you usually find them in groups of two or more. They frequently migrate to new habitats and don't stay in one place for very long, especially if it has many supplies. 

They are very hostile toward other species and will fend them off if they approach their group too closely. Its powerful legs and hooves let them charge against an opponent very quickly, and their powerful tusks may throw anything a great distance.

Trot

Anatomy: Bipedal or Quadrupedal

The majority of wild Jellitrots are now quite difficult to discover, although they are highly savage and traverse the globe merely taking in the breathtaking scenery. Domesticated Jellitrots are generally quite difficult to get along with, and it takes a lot of effort to gain their trust. They will, however, cling to your side like glue once you do. 

They enjoy working and frequently provide transportation for injured jellies or utilize their powerful legs to help move heavy loads.  Jellitrots take tremendous delight in grooming their manes and are frequently seen doing so.

Bee

Anatomy: Bipedal or Quadrupedal

Jellibees, known for their social nature, utilize their jelly to efficiently collect pollen from flowers. The bee jelly they produce serves as a highly nutritious and essential resource for their colonies. Despite their strong protective stance over their hives, Jellibees exhibit a notable sense of communal care. 

Through their effective jelly-based pollen collection techniques, Jellibees not only ensure their own sustenance but also play a crucial role in maintaining the overall ecological balance by actively contributing to flower pollination. Additionally, Jellibees display a distinctive behavior of providing honey to weary or injured Jellis they encounter.

Crustacean

Anatomy: Quadrupedal

This species of Jellibug has returned to their roots in the sea. Because of this they have adapted by growing a hard outer carapace and dropping their wings. Their antennae replace all sense of smell, moving to their nose. Thanks to living in the water, they require little effort to stay above their eyes. 

Crustacean Jellibugs all have at least 8 legs, though they can be damaged. They have incredible healing factors though, making a loss of a limb negligible in the long run. Some even have imposing pincers to grasp their prey. Crustacean bugs are scavengers, though lean towards the carnivorous end of the spectrum. They prefer fresher meat and have been observed hunting Pufflotls and smaller undersea organisms.

Pufflotl 

Anatomy: Bipedal or Quadrupedal

The pufflotl is a remarkable creature known for its friendly nature. However, when faced with fear, it has a unique defense mechanism – it puffs up and releases a poisonous jelly, effectively deterring predators. These creatures are commonly found in smaller groups inhabiting coral reefs within warmer seas.

Their diet primarily consists of smaller invertebrates and algae. Interestingly, pufflotls have also been observed displaying the ability to open clams and cloisters to consume the meat inside. This showcases their adaptability in food-sourcing behaviors.

Clown

Anatomy: Bipedal

Clown Jelliursa are incredibly comical creatures that are able to make others grin all the time. Clown Ursas will take on a "motherlier" role among Jelliursa clans and be left in charge of keeping an eye on all infant Ursa. 

They enjoy doing circus acts to amuse the young ursas, but when confronted by an outside threat, they are incredibly nimble and have a powerful punch.

Luna-Ursa

Anatomy: Bipedal

Luna-Ursa are known for its fierce adherence to the cosmos and propensity for wisdom. Many Ursa may go to a Luna Ursa for eternal wisdom, frequently in quest of solutions to their day-to-day problems. 

Luna Ursa are susceptible to other predators because they can become so engrossed in their bouts of meditation. They are able to connect with the stars and perhaps even other life forms thanks to the tiny planets Luna Ursa wears. They hold these in the utmost reverence, and if anything were to happen to them, a Luna Ursa would lose consciousness.

Puffball

Anatomy: Bipedal or Quadrupedal

This mutation causes the Jelly of a Jellibun to form a large “puffball” around their heads. This can act as additional insulation for a jellibun, especially those who are found in harsher climates.

Hare

Anatomy: Bipedal or Quadrupedal

They frequently reside exclusively above ground, in contrast to Jellibuns. In order to find safety, they typically hide in grasses or bushes. 

Hares are physically extraordinary Jellies with highly developed hearing, smell, and visual senses. Except for a little blind spot in front of their noses, their vast field of vision enables them to notice predators approaching from any direction around them.

Jellboa

Anatomy: Bipedal

Each Jellboa has its own tunnel, and they are often solitary creatures, though occasionally small colonies of individual burrows are established. When attempting to flee from powerful predators, Jellboa take advantage of their ability to jump exceedingly quickly. 

Cobra

Anatomy: Serpentine Body

The Cobra Jellisloog is undeniably a highly perilous mutation, but surprisingly, it tends to prioritize evasion rather than confrontation until provoked. Contrary to its aggressive reputation, the Cobra Sloog exhibits a heightened sense of caution compared to many smaller jellies. It only resorts to striking out at other jellies when faced with confinement, acting in self-defense, or protecting its eggs.

The most distinctive behavioral traits of Cobra Sloogs are their protective displays, which include hissing, hooding, and elevating their upper bodies to a standing position. Notably, the majority of Cobra Sloogs can stand up to one-third of their height.

Jeel

Anatomy: Serpentine Body

Once a group of sloogs that migrated to the sea, jeels evolved long bodies and fins for greater speed in the water as well as long horns for snaring prey. To protect themselves from predators, they can also utilize this horn. Jeels do have some capabilities to produce enough of a shock to render one unconscious if provoked enough.

They primarily hunt small fish and other sea creatures for their nutrition, but when they're in bunches, they can take on larger prey.  Although jeels typically hunt alone, they occasionally form groups to attack considerably larger animals.

Jeko

Anatomy: Bipedal or Quadrupedal

Numerous unsuccessful scientific endeavors led to the creation of Jekos. Sloogs were employed because of their modest size and placid nature. Many discarded sloogs with strange mutations, such as sloogs with limbs in place of their eyes and bodies that were twisted, etc., came into existence.

A couple of the remaining sloogs were able to escape the garbage can and continue to live when the crew eventually gave up and dumped them there. Since many of these experiments were conducted in a desert, they do well in arid, dry conditions. Jekos can be seen eating cacti and rubbing their cape on the spines of cacti as a form of defense. They can even inflate their cape, making the spines protrude from it.

Jekos established permanent residences in well-built oasis settlements, where they welcome any lost jellinu with open arms. Their culture places a strong emphasis on physical prowess, and many Jeko will have wrestling matches to settle disputes in their villages. 

Tentacle

Anatomy: Bipedal

When a species of Jelliray began to live on land, their wings changed, becoming a mass of enormous jelly tentacles. These served as their new limbs, and they can take advantage of them in a variety of ways. Their sort can forage for food considerably more effectively thanks to their extra limbs because they can carry many items at once.

A vengeful tentacle Jelliray is reported to have a very tight grip and is exceedingly difficult to get away from. 

Manta

Anatomy: Naga-like Body

Instead, they chose to stay in the water, where they underwent yet another mutation. Their wings merged together to take the form of a cape resembling a manta ray. They may use their improved swimming skills with this. 

When they want to impress a possible mate, they frequently jump enormous distances out of the water for enjoyment. They are essentially solitary creatures, but when they encounter another Manta, they never engage in territorial disputes. They prefer environments that are much warmer, and you may frequently spot them rummaging among coral reefs for krill and other small animals to eat.

Jellifray

Anatomy: Naga-like Body

This particular variant of Jelliray falls victim to a parasitic jellyfish that proves relentless, causing other Jellirays to avoid them. Once these parasites infiltrate the nervous systems of Jellirays, the hosts lose consciousness, succumbing to full control.

 Under the influence of the parasites, the host's physical characteristics gradually change to resemble a jellyfish-like creature, preserving the appearance while altering the nature of the host.

Snapper 

Originally, snapper jellids were a group of jellids that had a greater consciousness and weren't content with simply munching on pebbles, and as a result, their heads began to change. They gained several pointed teeth, and their faces began to break into three or four halves.

By mimicking their own calls, snapper jellids frequently entice prey, which the snapper then attacks when the prey is least expecting it. In order to literally drain one of their vital fluids, their faces will latch onto any limb that is simple to grab. Their desire for jelly is great.

Star Nose

Anatomy: Quadrupedal

The origins of Star Nosed Jellidiggers remain shrouded in mystery, with speculation suggesting that their consumption of underground worms might be connected to their peculiar existence.

These elusive creatures are characterized by their infrequent surfacing and inherent wariness. Instead of seeking sustenance from typical sources, Star Nosed Jellidiggers opt to consume minerals directly from the ground. 

Their poor vision is compensated for by a keen sense of smell, allowing them to navigate and locate their food sources effectively despite their limited visual capabilities. The peculiar dietary habits and behaviors of these creatures contribute to their enigmatic nature, leaving their origin and evolution open to speculation and curiosity.

Jellopho

Anatomy: Bipedal 

Phantom

Anatomy: Bipedal 

When a hound's collar breaks, tradition holds that it reverts to a jellinu. However, this transformation doesn't apply to those hounds who genuinely cared for their akus. Instead, they undergo a peculiar metamorphosis into abyssal goo, appearing lifeless at first. Over time, these creatures, known as Phantom Jellhounds, reform and embark on an unyielding quest to find their original aku owners, yearning for a rekindling of the lost connection. Curiously, they exhibit a peculiar fear of the dark and emit eerie wails on moonless nights.

The jellopal around their neck serves as a source of comfort, a tangible reminder of what they once had. Some Phantom Jellhounds wear their jellopal as a hood, while others fashion it into scarves, reflecting individual preferences. In contrast to their counterparts, these creatures are notably gentler, making them less desirable as fighting partners. Their demeanor suggests a longing for companionship rather than aggression.