User:Twins1105/Extracted Text/Pikmin 2
North American and British English text related to Pikmin 2, Pikmin 2, and Pikmin 2.
Piklopeida note template
Olimar's notes
US GCN
US Wii
EU GCN
EU Wii
Nintendo Switch
Louie's notes
US GCN
US Wii
EU GCN
EU Wii
Nintendo Switch
Red Bulborb
Olimar's notes
US/EU GCN/Wii/NS
Oculus kageyamii russus
Grub-dog family
This large organism has the familiar mandibles and cranial morphology of the grub-dog family, as well as the characteristic bulging eyes. As with most grub-dogs, the creature's cranium comprises half of its total length and girth. Showing a scarlet abdomen with white spots, this creature is primarily nocturnal, choosing to prey upon smaller creatures returning to their nests. Originally classified as the spotty bulborb, further research has reclassified this species as the red bulborb. Subspecies of varied colors have recently been discovered, but academics are divided into two rival camps over how to handle their classification.”
Louie's notes
US GCN/Wii/NS, EU GCN/NS
EU Wii
Hairy Bulborb
Olimar's notes
US/EU GCN/Wii/NS
Oculus kageyamii folliculus
Grub-dog family
This subspecies of grub-dog has a thick coat of soft white fur that obscures its abdominal markings. The fur also warms its vital organs, making this species well adapted to colder climates. However, its hair follicles are surprisingly frail, which can result in immediate hair loss if the creature is surprised.”
Louie's notes
US/EU GCN/Wii/NS
Orange Bulborb
Olimar's notes
US GCN/Wii, EU GCN
Oculus kageyamii orangium
Grub-dog family
This bulborb species boasts a garish color pattern, with deep orange body and black spots. The orange bulborb's yellow, bloodshot eyes make it clear that this grub-dog is excessively edgy and high-strung, making it much easier to wake from deep sleep than other species in the bulborb family.”
EU Wii, US/EU NS
Oculus kageyamii orangium
Grub-dog family
This bulborb species boasts a garish color pattern, with a deep orange body and black spots. The orange bulborb's yellow, bloodshot eyes make it clear that this grub-dog is excessively edgy and high-strung, making it much easier to wake from deep sleep than other species in the bulborb family.”
Louie's notes
US/EU GCN/Wii/NS
Dwarf Red Bulborb
Olimar's notes
US GCN/Wii, EU GCN
Pansarus pseudoculii russus
Breadbug family
Although initially identified as a juvenile red bulborb, groundbreaking new research indicates that this creature is in fact a member of the breadbug family. A close relative of the vanilla breadbug, it escapes predation through mimicry. Unique adaptation of the red bulborb's crimson coloration allows the species to safely commingle. Such effective adaptation and obfuscation by a prey species is rare, indicating this clever creature is a master of mimicry.”
EU Wii, US/EU NS
Pansarus pseudooculii russus
Breadbug family
Although initially identified as a juvenile red bulborb, groundbreaking new research indicates that this creature is in fact a member of the breadbug family. A close relative of the vanilla breadbug, it escapes predation through mimicry. Unique adaptation of the red bulborb's crimson coloration allows the species to safely commingle. Such effective adaptation and obfuscation by a prey species is rare, indicating this clever creature is a master of mimicry.”
Louie's notes
US/EU GCN/Wii/NSS
Snow Bulborb
Olimar's notes
US/EU GCN/Wii/NS
Pansarus pseudooculii frosticus
Breadbug family
Like the dwarf red bulborb, the snow bulborb is a member of the breadbug family that seeks to survive through imitating the appearance and behavior of a bulborb. Its pale coloration and blue spots make for easy identification. In particular, this organism mimics the hairy bulborb, but it is of course unable to grow the hair that gives the hairy bulborb its name. However, as the hairy bulborb has been known to lose its hair in certain circumstances, the snow bulborb is an effective mimic that is often mistaken for a member of the same species.”
Louie's notes
US/EU GCN/Wii/NS
Dwarf Orange Bulborb
Olimar's notes
US/EU GCN/Wii/NS
Pansarus pseudooculii orangium
Breadbug family
Just as dwarf red bulborbs mimic the appearance of red bulborbs, it was theorized that an orange bulborb-mimicking variant must also exist. Recent fieldwork has confirmed this theory.”
Louie's notes
US/EU GCN/Wii/NS
Spotty Bulbear
Olimar's notes
US/EU GCN/Wii/NS
Oculus terribilis dotticum
Grub-dog family
A midsize subspecies within the grub-dog family, the spotty bulbear's unique feeding habits set it apart from other grub-dogs. The spotty bulbear patrols a set path searching for prey, instead of passively feeding on creatures that wander into a limited territorial range. When entering bulbear habitat, it is wise to proceed with extreme caution until the bulbear's patrol path can be clearly identified.”
Louie's notes
US/EU GCN/Wii/NS
Dwarf Bulbear
Olimar's notes
US/EU GCN/Wii/NS
Oculus terribilis
Grub-dog family
A grub-dog larva in its third stage of development, this creature's body structure is nearing maturation. However, unlike mature bulbears, it has yet to claim its own patrol route, and thus is dependent upon its parent for guarding direction.”
Louie's notes
US/EU GCN/Wii/NS
Bulborb Larva
Olimar's notes
US/EU GCN/Wii/NS
Oculus bambinii
Grub-dog family
As its name implies, this creature is a bulborb in an early stage of development. Its distinct bulborb coloration has yet to appear, but it already exhibits other uniquely bulborb characteristics. It is capable of hunting nourishment independently without the help of its parents.”
Louie's notes
US/EU GCN/Wii/NS
Fiery Bulblax
Olimar's notes
US/EU GCN/Wii/NS
Oculus vulcanus
Grub-dog family
Bodily excretions of a highly flammable waxy substance interact with the cell structure of this grub-dog's skin, causing a chemical reaction that produces extremely high temperatures. The skin benefits from a spongy cell structure that diffuses the surface heat, protecting the creature's inner organs. Due to the astonishing amount of heat produced by this beast, it should be observed with great caution.”
Louie's notes
US/EU GCN/Wii/NS
Water Dumple
Olimar's notes
US/EU GCN/Wii/NS
Ichthyosa felinis
Grub-dog family
A resident of freshwater pools and marshes, this aquatic creature regularly feeds on insects that land on the surface of the water. It shares a nearly identical skeletal structure with its close relative and terrestrial cousin, the bulborb. This may offer clues to its evolutionary origin and suggests that it only recently emigrated to an aquatic habitat.”
Louie's notes
US/EU GCN/Wii/NS
Bulbmin
Olimar's notes
US/EU GCN/Wii/NS
Parasiticus pikminicus
Pikmin family
This loathsome creature is in fact a parasitic form of Pikmin that has infected a bulborb. Unlike Pikmin that nest in Pikmin Onions, this parasitic relative spends its life inside the body of a host, usually a bulborb. Juveniles fall in line and mimic the actions of their parent until maturing to full independence. By burying its rootlike limbs into the nervous system of the host bulborb and infusing it with natural hormonal excretions, the bulbmin is able to control virtually all of the host's bodily functions. However, the host's voracious appetite seems impossible to suppress.”
Louie's notes
US/EU GCN/Wii/NS
Fiery Blowhog
Olimar's notes
US/EU GCN/Wii/NS
Sus draconus
Blowhog family
This creature expels a volatile phosphorous compound from its snout that combusts upon contact with air. This fire-breathing ability is dependent upon the air-to-fuel ratio at its mouth, catalyst reaction within the expelled compound, and purification of the compound. Thus it is highly unlikely such a complex process could cause the spontaneous explosion of a fallen blowhog. (This process is also perhaps to avoid risk of spontaneous combustion in the belly of a live specimen.) However, one should still treat a fiery blowhog with great care, even after its life functions have ceased.”
Louie's notes
US GCN
Watery Blowhog
Olimar's notes
US/EU GCN/Wii
Sus loogiens
Blowhog family
A variant subspecies of the fiery blowhog, the watery blowhog lacks several of the dominant genes necessary for the production of fire-producing catalysts, and thus expels jets of the nonflammable liquid. This subspecies appears to have only recently evolved. However, the hereditary traits of this variant are dominant and highly robust, so its population is rapidly increasing.”
Nintendo Switch
Sus loogiens
Blowhog family
A variant subspecies of the fiery blowhog, the watery blowhog lacks several of the genes necessary for the production of fire-producing catalysts, and thus expels jets of the nonflammable liquid. This subspecies appears to have only recently evolved. However, the hereditary traits of this variant are dominant and highly robust, so its population is rapidly increasing.”
Louie's notes
US/EU GCN/Wii/NS
Armored Cannon Beetle Larva
Olimar's notes
US/EU GCN/Wii/NS
Granitus chukkulinae
Lithopod family
This specimen is a lithopod larva. This expedition was unable to confirm the existence of any mature lithopods, leading to concerns that the species was extinct on this planet, but the discovery of the creature in larval form eased such concerns. Lithopods, like flint beetles, use internal metabacteria to aid chemical digestion. These metabacteria can only survive in certain environments, such as within the body of certain insects, so lithopod larvae do not contain any metabacteria immediately after hatching. Larvae feed on partially digested ore regurgitated by mature lithopods, ensuring the larvae obtain metabacteria they would not normally have acquired.”
Louie's notes
US/EU GCN/Wii/NS
Decorated Cannon Beetle
Olimar's notes
US/EU GCN/Wii/NS
Granitus decorum
Lithopod family
This creature is the larval form of a cannon beetle variant known for a diet consisting entirely of eating stones. The decorated cannon beetle favors stones with high iron content, which contributes to its brilliant red torso. The stones these creatures launch are wrapped in a powerful magnetic field which causes the stones to stray from their launch trajectory when other objects with high metal content, such as space suits, are nearby. Extreme caution is recommended for explorers wearing steel-plated armor in close proximity to this fearsome creature.”
Louie's notes
US/EU GCN/Wii/NS
Puffy Blowhog
Olimar's notes
US/EU GCN/Wii/NS
Sus inflata
Blowhog family
This species of blowhog uses internally generated hydrogen to inflate a flotation bladder and hover above the ground. The creature's electrified pulse creates a sash of color that flows along the surface of its body, making it a particularly beautiful blowhog species. Precisely how it is able to internally stabilize its highly explosive hydrogen and simultaneously generate electricity remains a mystery. The puffy blowhog blows leaves and grass around to eat the insects underneath. It maintains midair buoyancy by using its fins and releasing air through blowholes. This enables it to float effortlessly, even in the breeze. In times of danger, the puffy blowhog can decompress its flotation bladder for a rapid escape from predators.”
Louie's notes
US/EU GCN/Wii/NS
Withering Blowhog
Olimar's notes
US/EU GCN/Wii/NS
Sus decrepitia
Blowhog family
The withering blowhog is a close relative of the puffy blowhog, but its breath is significantly weaker. However, its breath does contain a petal-withering plant hormone that causes flowers to instantly lose their petals. Although its breath has not been studied in detail, analysis of the chemical compounds involved hold great promise for the biotechnology sector.”
Louie's notes
US/EU GCN/Wii/NS
Gatling Groink
Olimar's notes
US/EU GCN/Wii/NS
Megaplod calibersi
Unknown family
This beastly predator's aggressive ejection of high-speed projectiles makes it one of the most fearsome creatures in the ecosystem. Its body seems to comprise of both biological and mechanical components, and represents one of the most evolutionarily advanced specimens ever observed. The chamber within its torso gives it rapid-fire bio-pellet launch capabilities. What appears to be a tail fin is in fact the base of its counter-weight and ammunition cylinder, so immobilizing this appendage will prevent the groink from attacking...at least in theory. Confirmation of this suspicion remains elusive, as nobody has volunteered to test it.”
Louie's notes
US/EU GCN/Wii/NS
Iridescent Flint Beetle
Olimar's notes
US/EU GCN/Wii/NS
Pilli envelopens
Flint Beetle family
Flint beetles are nocturnal, choosing to hide in the grass by day and stay active at night. These creatures keep undigested food pellets in their stomachs to sustain them through winter, but given the right stimulus they will spit them out. Recent research has revealed that these pellets are enveloped in a membrane that seals and preserves them in a sterile, airtight environment. If kept at room temperature, it seems that this pellet membrane will keep its contents fresh for up to six months. The membrane may be made from the same substance that gives the exoskeleton of the flint beetle its beautiful sheen.”
Louie's notes
US/EU GCN/Wii/NS
Iridescent Glint Beetle
Olimar's notes
US/EU GCN/Wii/NS
Pilli auricus
Glint Beetle family
This variety of beetle consumes subterranean minerals. Due to the fact that it rarely emerges above ground, sightings of this particular species are extremely rare. While minerals are this beast's primary source of food, the beetle itself does not have the ability to digest these minerals. Instead, metabacteria living inside the beetle's stomach chemically break down the minerals. The resulting purified metal is discharged, but rare metals such as gold and platinum crystallize onto the iridescent glint beetle's shell, resulting in the beautiful laminated shimmer.”
Louie's notes
US/EU GCN/Wii/NS
Doodlebug
Olimar's notes
US/EU GCN/Wii
Pilli flatularum
Flint Bug family
While life-forms that excrete foul musks to warn of danger are not rare, the doodlebug is the only species known to release flatulence when active above ground. Interestingly enough, since it is merely releasing the gas created by decay of the contents of the creature's intestines, it does not have a special musk-producing organ. This means the creature is in fact merely flatulating. Spectral analysis of the rank gas indicates it contains not only methane, but hydrogen sulfide as well, making the flatulence a Grade XIII biohazard.”
Nintendo Switch
Pilli flatularum
Flint Beetle family
While life-forms that excrete foul musks to warn of danger are not rare, the doodlebug is the only species known to release flatulence when active above-ground. Interestingly enough, since it is merely releasing the gas created by decay of the contents of the creature's intestines, it does not have a special musk-producing organ. This means the creature is in fact merely flatulating. Spectral analysis of the rank gas indicates it contains not only methane but hydrogen sulfide as well, making the flatulence a Grade XIII biohazard.”
Louie's notes
US/EU GCN/Wii/NS
Female Sheargrub
Olimar's notes
US/EU GCN/Wii/NS
Himeagea mandibulosa
Mandiblard family
The males of this species are purple and black creatures with tapered mouths, while the females are lighter in color and lack an armored exoskeleton. As with most mandiblards, these creatures have regressed to the point where they have lost both legs and wings. They can be seen crawling around on the ground and are believed to feed on the vegetable extracts from the congealed fluids of expired Pikmin.”
Louie's notes
US/EU GCN/Wii/NS
Male Sheargrub
Olimar's notes
US/EU GCN/Wii/NS
Himeagea mandibulosa
Mandiblard family
This specimen is a male shear-grub. Having lost both legs and wings, the male burrows into the soil and waits to ambush small creatures that pass by. This beast's mandibles can be dangerous, making creatures such as Pikmin easy prey.”
Louie's notes
US/EU GCN/Wii
Nintendo Switch
Shearwig
Olimar's notes
US/EU GCN/Wii/NS
Himeagea volaris
Mandiblard family
Unusual for their genus, flying mandiblards have retained their wings. However, only the adult males of this species can fly. Females of this species spend most of their life span underground. They do emerge for a period after maturation to spawn, but never metamorphose.”
Louie's notes
US/EU GCN/Wii/NS
Cloaking Burrow-nit
Olimar's notes
US/EU GCN/Wii/NS
Trilobitins reclusiva
Burrow-nit family
The snake-eye pattern on this beast's shell is one of the most distinctive features of the burrow-nit family. The red pattern of the cloaking burrow-nit and the spikes around its mantle make it easily identifiable while still making it a representative specimen of the burrow-nit family. The shell on the cloaking burrow-nit's back also provides a frame that fixes its muscular structure in place, and appears to give the creature its powerful needle-launching attack.”
Louie's notes
US/EU GCN/Wii/NS
Ravenous Whiskerpillar
Olimar's notes
US/EU GCN/Wii/NS
Lepidoptera pluckieus
Whiskerpillar family
As this species of insect has only recently been discovered, fully mature specimens have yet to be collected. No molting or metamorphosis has been observed during the observation period, making it unlikely that mature whiskerpillars will be encountered anytime soon. Based on active predation by Pikmin, it is believed that the whiskerpillar's place in the food chain has not changed over time.”
Louie's notes
US/EU GCN/Wii
Nintendo Switch
Anode Beetle
Olimar's notes
US/EU GCN/Wii/NS
Scarabum electrodea
Scarab Beetle family
This specimen is representative of an insect hybrid that uses electricity in addition to glycogen for its energy. Although difficult to confirm due to their microscopic size, tiny hairs on the creature's legs cause the friction that generates the electrical charge. The electrical charge is processed by the creature's internal machina battery structure, and then stored as a deus electrifical field. As this field reaches critical levels, surplus electricity is emitted, resulting in a low voltage current that is transmitted between specimens. It can shock other creatures in the immediate vicinity. Considering this process, it can be surmised that the largest impetus to pack behavior is not so much for synergic effect of producing as a pack as it is to take advantage of this most effective means of group preservation.”
Louie's notes
US/EU GCN/Wii/NS
Mitite
Olimar's notes
US/EU GCN/Wii/NS
Mitivius infiltratus
Unknown family
These parasitic insects feed on eggs. Upon reaching maturity, they excrete a special pheromone that attracts females of particular species, enticing these females to swallow the mitites whole. (Pikmin, however, seem to dislike the scent.) After entering the host female's body, the mitites lay their own eggs inside the host's eggs just prior to the host spawning.”
Louie's notes
US/EU GCN/Wii
Nintendo Switch
Anode Beetle
Olimar's notes
US/EU GCN/Wii/NS
Scarabum electrodea
Scarab Beetle family
This specimen is representative of an insect hybrid that uses electricity in addition to glycogen for its energy. Although difficult to confirm due to their microscopic size, tiny hairs on the creature's legs cause the friction that generates the electrical charge. The electrical charge is processed by the creature's internal machina battery structure, and then stored as a deus electrifical field. As this field reaches critical levels, surplus electricity is emitted, resulting in a low voltage current that is transmitted between specimens. It can shock other creatures in the immediate vicinity. Considering this process, it can be surmised that the largest impetus to pack behavior is not so much for synergic effect of producing as a pack as it is to take advantage of this most effective means of group preservation.”
Louie's notes
US/EU GCN/Wii/NS
Hermit Crawmad
Olimar's notes
US/EU GCN/Wii/NS
Camabarus rustica
Crawmad family
Looking at the eyes and sickle-shaped legs characteristic of squillas, one would think this is a squilla relative. In fact, it is a relative of the hermit crab. This species, however, has migrated from seaside life in a shell and instead inhabits burrows in the ground. While its legs appear sickle-like, they are pincers that have evolved into a fin shape. This beast feeds on small creatures that pass by its lair, dragging them inside to eat them.”
Louie's notes
US/EU GCN/Wii/NS
Swooping Snitchbug
Olimar's notes
US/EU GCN/Wii/NS
Scarpanica kesperens
Scarpanid family
The scarpanids originally lived on the ground, sporting poorly developed vestigial wings. This species developed enlarged antennae that can be used as makeshift wings. Scarpanids are attracted by the sight of large groups of Pikmin in cavalry formation and will swoop down to seize them. However, scarpanids do not eat Pikmin, and they will drop any seized Pikmin after a short time. The reason for this behavior is unknown, but I look forward to future research in the area.”
Louie's notes
US/EU GCN/Wii/NS
Bumbling Snitchbug
Olimar's notes
US/EU GCN/Wii/NS
Scarpanica doofenia
Scarpanid family
This is a variety of snitchbug. Its most interesting characteristic is that it likes to snitch leaders. Yet barring wanton carelessness or incompetence, leaders are not easily captured. Any leader caught by this creature is clearly an idiot, which is why this creature is also known as the exposing snitchbug. There are several known varieties of snitchbugs, but research has stagnated despite it being such an interesting species.”
Louie's notes
US/EU GCN/Wii/NS
Careening Dirigibug
Olimar's notes
US/EU GCN/Wii/NS
Flotillum circusmaximus
Dirigibug family
This creature floats effortlessly through the air using gas-filled balloons. Both its appearance and its nature are antagonistic. And it is the only variant of its species in this ecosystem. It may be best to consider the possibility that it somehow wandered into this ecosystem from an entirely alien one. Positive proof does not exist at this point, but that is how the creature is currently classified.”
Louie's notes
US/EU GCN/Wii/NS
Antenna Beetle
Olimar's notes
US/EU GCN/Wii/NS
Mesmeri raiocontra
Kettlebug family
This creature is able to control the Pikmin by way of the peculiar frequency of its roar, but its only objective seems to be defensive in nature, as it stops Pikmin from attacking and forces them to run away. This beast prefers humid, dimly lit environments, and has been known to inhabit empty and discarded containers. For this reason, it's wise to thoroughly ventilate any specimens that are recovered. Lifting off with one of these creatures in the hold can lead to a rupturing of the specimen during decompression, resulting in an explosive mess.”
Louie's notes
US/EU GCN/Wii/NS
Lesser Spotted Jellyfloat
Olimar's notes
US/EU GCN/Wii
Cephalus dottalium
Jellyfloat family
This native jellyfloat is indigenous to the region. Unfortunately, it is currently endangered, as its habitat is being overwhelmed by hostile immigrant species.”
Nintendo Switch
Cephalus dottalium
Jellyfloat family
This native jellyfloat is indigenous to the region. Unfortunately, it is currently endangered, as its habitat is being overwhelmed by hostile invasive species.”
Louie's notes
US GCN/Wii/NS, EU GCN
EU Wii
Greater Spotted Jellyfloat
Olimar's notes
US/EU GCN/Wii
Cephalus vortexia
Jellyfloat family
Vivid pink coloration is the most noticeable characteristic of this floating life-form. This immigrant species is not native to the region, having appeared to have recently arrived on wind currents. The luminescent organ in its head attracts prey, which it then sucks up and consumes with its lower orifice. Unlike jellyfish, the jellyfloat's tentacles do not have nematocysts, so there is no danger in touching them.”
Nintendo Switch
Cephalus vortexia
Jellyfloat family
Vivid pink coloration is the most noticeable characteristic of this floating life-form. This invasive species is not native to the region, having appeared to have recently arrived on wind currents. The luminescent organs atop its head attracts prey, which it then sucks up and consumes with its lower orifice. Unlike jellyfish, the jellyfloat's tentacles do not have nematocysts, so there is no danger in touching them.”
Louie's notes
US GCN/Wii/NS, EU GCN
EU Wii
Fiery Dweevil
Olimar's notes
US/EU GCN/Wii/NS
Mandarachnia napalmens
Dweevil family
Members of the dweevil family are known for carrying objects of astounding size on their backs, then mimicking them. The fiery dweevil is one species in this family. Generally, this is a very gentle insect that feeds on grass nectars, but when faced with danger the fiery dweevil ignites flammable internal gasses, juts out its jaw, and spews scorching flames. As this clearly makes it a rather dangerous insect, it is best not to linger directly in front of it.”
Louie's notes
US GCN/Wii/NS, EU GCN
EU Wii
Anode Dweevil
Olimar's notes
US/EU GCN/Wii/NS
Mandarachnia volticula
Dweevil family
Members of the dweevil family are known for carrying objects of astounding size on their backs and mimicking them. The anode dweevil is one species in this family. They seem to have no particular preference for which objects they carry on their backs, as they will carry anything they can lift. They boast an internal organ that generates electrical charges, which the anode dweevil releases when it senses danger.”
Louie's notes
US/EU GCN/Wii/NS
Caustic/Hydro Dweevil
Olimar's notes
US/EU GCN/Wii
Mandarachnia sulfurnid
Dweevil family
The caustic dweevil is one member of an insect family known for mimicking objects by carrying them on their backs. Several points of differentiation with other members of the species have been confirmed, such as body color and behavioral patterns, but none of these suggest major deviations in the creature's genetic structure. This makes it clear that it is a relative of the family. When attacked by enemies, the caustic dweevil spits out bodily fluids in response. Space suits corrode and oxidize when they come in contact with this highly acidic liquid.”
Nintendo Switch
Mandarachnia aquadis
Dweevil family
The hydro dweevil is one member of an insect family known for mimicking objects by carrying them on their backs. Several points of differentiation with other members of the species have been confirmed, such as body color and behavioral patterns, but none of these suggest major deviations in the creature's genetic structure. This makes it clear that it is a relative of the family. When attacked by enemies, the hydro dweevil spits out bodily fluids in response. Space suits corrode and oxidize when they come in contact with this liquid.”
Louie's notes
US/EU GCN/Wii/NS
Munge Dweevil
Olimar's notes
US/EU GCN/Wii/NS
Mandarachnia pungetis
Dweevil family
The munge dweevil is one member of an insect family known for mimicking objects by carrying them on their backs. These insects often carry the carcasses of other life-forms on their backs, but apparently this is not for the purpose of transporting them as food, but instead is another example of their mimic behavior. The munge dweevil produces two different chemical compounds within its body, which form poisonous gas when mixed and expelled. This gas is used only for self-defense.”
Louie's notes
US/EU GCN/Wii/NS
Volatile Dweevil
Olimar's notes
US/EU GCN
Mandarachnia explodus
Dweevil family
The volatile dweevil is one member of an insect family known for mimicking objects by carrying them on their backs. The dweevil family exhibits a most unusual characteristic whereby the creature's behavioral patterns actually change based upon the object the creature carries on its back. The volatile dweevil has one of the most potent attacks of all species in within the dweevil family, due to its habit of carrying explosive devices. Approach with caution and/or body armor!”
US/EU Wii/NS
Louie's notes
US/EU GCN/Wii/NS
Toady Bloyster
Olimar's notes
US/EU GCN/Wii
Molluschid minionicus
Mollusking family
This species of creature has yet to fully evolve from shelled mollusk to the more advanced bloyster. Compared to the bloyster, this creature is significantly smaller. The fact that its mandibles do not protrude as significantly as the ranging bloyster is due in part to the fact that like most mollusks, its vital organs are located deep within the creature's carapace.”
Nintendo Switch
Molluschid minionicus
Mollusking family
This species of creature has yet to fully evolve from shelled mollusk to the more advanced bloyster. Compared to that bloyster, this creature is significantly smaller. The fact that its mandibles do not protrude as significantly as the ranging bloyster is due in part to the fact that like most mollusks, its vital organs are located deep within the creature's carapace.”
Louie's notes
US/EU GCN/Wii/NS
Nintendo Switch
Yellow Wollywog/hop
Olimar's notes
US GCN/Wii, EU GCN
Amphicaris frodendum
Amphituber family
This magnificent specimen has the brightest gold coloration and the greatest number of lateral spots of any member in the amphituber family. This species seems to have lost some swimming proficiency with the evolutionary adaptation that granted it greater jumping ability. The amphituber inhabits aquatic shallows and shows an instinctive drive to jump upon and squash smaller creatures.”
EU Wii
Amphicaris frodendum
Amphituber family
This magnificent specimen has the brightest gold coloration and the greatest number of lateral spots of any member in the amphituber family. This species seems to have lost some swimming proficiency with the evolutionary adaptation that granted it greater jumping ability. The amphituber inhabits aquatic shallows and shows an instinctive drive to jump upon and squash smaller creatures.”
Nintendo Switch
Amphicaris frondiferorum
Amphituber family
This magnificent specimen has the brightest gold coloration and the greatest number of lateral spots of any member in the amphituber family. This species seems to have lost some swimming proficiency with the evolutionary adaptation that granted it greater jumping ability. The amphituber inhabits aquatic shallows and shows an instinctive drive to jump upon and squash smaller creatures.”
Louie's notes
US/EU GCN/Wii
Nintendo Switch
Wollywog/hop
Olimar's notes
US GCN/Wii, EU GCN
Amphicaris albino
Amphituber family
It is believed that juvenile wollywogs were once carried by underground current into caverns, where they thrived in the dark habitat. This troglodytic species of wollywog's coloration results from generations of cave dwelling and lack of sunlight. Comparative differences between the size and shape of this wollywog and other species are thought to be the result of natural selection at work, choosing traits better suited to life in a subterranean environment.”
EU Wii, Nintendo Switch
Amphicaris albino
Amphituber family
It is believed that juvenile wollyhops were once carried by underground current into caverns, where they thrived in the dark habitat. This troglodytic species of wollyhop's coloration results from generations of cave dwelling and lack of sunlight. Comparative differences between the size and shape of this wollyhop and other species are thought to be the result of natural selection at work, choosing traits better suited to life in a subterranean environment.”
Louie's notes
US/EU GCN/Wii/NS
Wog/Wolpole
Olimar's notes
US GCN/Wii, EU GCN
Amphicaris frodendum
Amphituber family
The wollywog spawns in early spring, laying its eggs on low-hanging tree branches and shrubs growing in or near lakes and ponds. Such unorthodox amphibious behavior is a defense mechanism, protecting the eggs from predation by blue Pikmin and water dumples. The wollywog's wild hopping near the shoreline in early spring is thought to be a method of driving predators away from the wogpole eggs.”
EU Wii
Amphicaris frodendum
Amphituber family
The wollyhop spawns in early spring, laying its eggs on low-hanging tree branches and shrubs growing in or near lakes and ponds. Such unorthodox amphibious behavior is a defense mechanism, protecting the eggs from predation by blue Pikmin and water dumples. The wollyhop's wild hopping near the shoreline in early spring is thought to be a method of driving predators away from the wolpole eggs.”
Nintendo Switch
Amphicaris frondiferorum
Amphituber family
The wollyhop spawns in early spring, laying its eggs on low-hanging tree branches and shrubs growing in or near lakes and ponds. Such unorthodox amphibious behavior is a defense mechanism, protecting the eggs from predation by blue Pikmin and water dumples. The wollyhop's wild hopping near the shoreline in early spring is thought to be a method of driving predators away from the wolpole eggs.”
Louie's notes
US GCN/Wii, EU GCN
EU Wii, Nintendo Switch
Lapis Lazuli Candypop Bud
Olimar's notes
US GCN/Wii, EU GCN
Flora cobaltium
Candypop family
No matter what color Pikmin is tossed into the bosom of this flower, it spits out the same number of blue Pikmin. This family of plant boasts soft, fleshy leaves, the sinewy tendrils of which allow the flower to open and close repeatedly over the course of a day.”
EU Wii
Flora cobaltium
Candypop family
No matter what color Pikmin is thrown into the bosom of this flower, it spits out the same number of blue Pikmin. This family of plant boasts soft, fleshy leaves, the sinewy tendrils of which allow the flower to open and close repeatedly over the course of a day.”
Nintendo Switch
Flora cobaltium
Candypop family
No matter what color Pikmin is tossed into the bosom of this flower, it spits out the same number of blue Pikmin seeds. This family of plant boasts soft, fleshy leaves, the sinewy tendrils of which allow the flower to open and close repeatedly over the course of a day.”
Louie's notes
US/EU GCN/Wii/NS
Crimson Candypop Bud
Olimar's notes
US GCN/Wii/NS, EU GCN
Flora rufusia
Candypop family
No matter what color Pikmin is tossed into the bosom of this flower, it spits out the same number of red Pikmin seeds. The Pikmin, the candypop flowers, and the Pikmin Onions are not easily explained by current theories of the xenobotanical sciences, and thus have not yet been appropriately studied and classified.”
EU Wii
Flora rufusia
Candypop family
No matter what color Pikmin is thrown into the bosom of this flower, it spits out the same number of red Pikmin seeds. The Pikmin, the candypop flowers, and the Pikmin Onions are not easily explained by current theories of the xenobotanical sciences, and thus have not yet been appropriately studied and classified.”
Louie's notes
US/EU GCN/Wii/NS
Golden Candypop Bud
Olimar's notes
US GCN/Wii/NS, EU GCN
Flora aurumia
Candypop family
No matter what color Pikmin is tossed into the bosom of this flower, it spits out the same number of yellow Pikmin seeds. Current research has yet to produce any theories as to precisely what kind of interaction causes the Pikmin to change color to match the color of this flower's petals.”
EU Wii
Bud Flora aurumia
Candypop family
No matter what color Pikmin is thrown into the bosom of this flower, it spits out the same number of yellow Pikmin seeds. Current research has yet to produce any theories as to precisely what kind of interaction causes the Pikmin to change color to match the color of this flower's petals.”
Louie's notes
US/EU GCN/Wii/NS
Violet Candypop Bud
Olimar's notes
US GCN/Wii, EU GCN
Flora puniceus
Candypop family
Research from our most recent expedition has confirmed the presence of candypop buds in subterranean regions. Considering the micro-ecologies this plant has been found in, one could surmise that it could be found in any cavern, regardless of geographic region. Tossing Pikmin into this flower results in the release of purple Pikmin seeds, regardless of the color of the Pikmin tossed in. This variety of candypop contains robustly odoriferous oils. If candypop flowers could be cultivated, there is no doubt that the plants would offer multifaceted benefits to the cosmetic, medical, and tourist industries.”
EU Wii
Flora puniceus
Candypop family
Research from our most recent expedition has confirmed the presence of candypop buds in subterranean regions. Considering the micro-ecologies this plant has been found in, one could surmise that it could be found in any cavern, regardless of geographic region. Throwing Pikmin into this flower results in the release of purple Pikmin seeds, regardless of the color of the Pikmin thrown in. This variety of candypop contains robustly odoriferous oils. If candypop flowers could be cultivated, there is no doubt that the plants would offer multifaceted benefits to the cosmetic, medical, and tourist industries.”
Nintendo Switch
Flora puniceus
Candypop family
Research from our most-recent expedition has confirmed the presence of candypop buds in subterranean regions. Considering the micro-ecologies this plant has been found in, one could surmise that it could be found in any cavern, regardless of geographic region. Tossing Pikmin into this flower results in the release of purple Pikmin seeds, regardless of the color of the Pikmin tossed in. This variety of candypop contains robustly odoriferous oils. If candypop flowers could be cultivated, there is no doubt that the plants would offer multifaceted benefits to the cosmetic, medical, and tourist industries.”
Louie's notes
US/EU GCN/Wii/NS
Ivory Candypop Bud
Olimar's notes
US GCN/Wii, EU GCN
Flora niveus
Candypop family
Research from our most recent expedition has confirmed the presence of candypop buds in subterranean regions. Considering the micro-ecologies this plant has been found in, one could surmise that it could be found in any cavern, regardless of geographic regions. Tossing Pikmin into this flower always produces white Pikmin seeds, regardless of the color of Pikmin tossed in. In many cases, plants with small leaves typically have limited photosynthetic capabilities, and thus must find alternate means of obtaining nutrients, with parasitic and predatory behavior being most common. The candypop could be considered one such example.”
EU Wii
Flora niveus
Candypop family
Research from our most recent expedition has confirmed the presence of candypop buds in subterranean regions. Considering the micro-ecologies this plant has been found in, one could surmise that it could be found in any cavern, regardless of geographic regions. Throwing Pikmin into this flower always produces white Pikmin seeds, regardless of the color of Pikmin thrown in. In many cases, plants with small leaves typically have limited photosynthetic capabilities, and thus must find alternate means of obtaining nutrients, with parasitic and predatory behavior being most common. The candypop could be considered one such example.”
Nintendo Switch
Flora niveus
Candypop family
Research from our most-recent expedition has confirmed the presence of candypop buds in subterranean regions. Considering the micro-ecologies this plant has been found in, one could surmise that it could be found in any cavern, regardless of geographic regions. Tossing Pikmin into this flower always produces white Pikmin seeds, regardless of the color of Pikmin tossed in. In many cases, plants with small leaves typically have limited photosynthetic capabilities, and thus must find alternate means of obtaining nutrients, with parasitic and predatory behavior being most common. The candypop could be considered one such example.”
Louie's notes
US/EU GCN/Wii/NS
Queen Candypop Bud
Olimar's notes
US/EU GCN/Wii
Flora regina
Candypop family
This specimen constantly changes colors. When Pikmin are thrown into it, it shoots out seeds that match the flower's coloration the moment the Pikmin landed inside of it. The number of seeds shot out is always greater than the number of Pikmin thrown in. It can be said that this is a completely baffling plant, and many mysteries remain over precisely what sort of relationship it has with the Pikmin. It would appear that the Pikmin gain all of the benefit from the relationship... Perhaps it is simply a different variety of Pikmin to begin with?”
Nintendo Switch
Flora regina
Candypop family
This specimen constantly changes colors. When a Pikmin is thrown into it, it shoots out seeds that match the flower's coloration the moment the Pikmin landed inside of it. The number of seeds shot out is always greater than or equal to the number of Pikmin thrown in. It can be said that this is a completely baffling plant, and many mysteries remain over precisely what sort of relationship it has with the Pikmin. It would appear that the Pikmin gain all of the benefit from the relationship... Perhaps it is simply a different variety of Pikmin to begin with?”
Louie's notes
US/EU GCN/Wii/NS