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“	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 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.	”
	—Captain Olimar on the Ivory Candypop Bud, entry from Olimar's Notes

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“	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?	”
	—Captain Olimar on the Queen Candypop Bud, entry from Olimar's Notes

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“	This is a young shoot of some kind, but what kind of tree species does it belong to? What shape will it take when it matures and grows to full height? Unfortunately, we are only able to obtain information from our portable scanners on a select few of the countless number of species we've encountered. But even if our expedition yields only brief observations on the life we encounter, it will still provide a better understanding of this bizarre planet.	”
	—Captain Olimar on the Shoot, entry from Olimar's Notes

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“	The light emitted from this rare mushroom is neither a reflection, nor a release of stored light. It grows not only on decomposing trees, but also on soil and rocks. This mushroom's fungal filaments are capable of stabilizing and concentrating pure Hocotatium 111. It is none other than the Hocotatium 111 approaching the point of critical mass that causes the glowcap's blue luminescence.	”
	—Captain Olimar on the Common Glowcap, entry from Olimar's Notes

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“	Notes:Glowstem/olimar	”
	—Captain Olimar on the Glowstem, entry from Olimar's Notes

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“	This plant's delicate yellow flowers often inspire waves of nostalgia, giving a bittersweet feeling to any who gaze upon them.	”
	—Captain Olimar on the Margaret, entry from Olimar's Notes

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“	At first glance, this plant resembles the spring used in the ship's sub-light engine. Many of its most primitive characteristics remain intact, including its habit of spreading through the dispersal of spores.	”
	—Captain Olimar on the Fiddlehead, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Red Bulborb, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Bulbmin, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Hairy Bulborb, entry from Olimar's Notes

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“	This gargantuan species of the greater breadbug family has a torso so perfectly square that it almost seems like it was formed in a mold. For a brief period after birth, the giant breadbug competes for food with smaller breadbugs, but upon reaching maturity it seeks out much larger prey. This is the primary reason that two species with similar feeding habits can coexist in the same habitat. Hordes of Pikmin appear to pose the only plausible threat to this massive creature's life.	”
	—Captain Olimar on the Giant Breadbug, entry from Olimar's Notes

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“	Notes:Dwarf Red Bulborb/olimar	”
	—Captain Olimar on the Dwarf Red Bulborb, entry from Olimar's Notes

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“	Although this creature is commonly associated with spiders, it is actually the result of a separate evolutionary line of insectoid creatures. Since the spherical body section supported by the creature's legs carries most of its internal organs, there appear to be no other features that would correspond to a head or abdomen.	”
	—Captain Olimar on the Beady Long Legs, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Armored Cannon Beetle Larva, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Watery Blowhog, entry from Olimar's Notes

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“	This specimen is a male sheargrub. 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.	”
	—Captain Olimar on the Male Sheargrub, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Female Sheargrub, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Anode Beetle, entry from Olimar's Notes

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“	This native jellyfloat is indigenous to the region. Unfortunately, it is currently endangered, as its habitat is being overwhelmed by hostile immigrant species.	”
	—Captain Olimar on the Lesser Spotted Jellyfloat, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Greater Spotted Jellyfloat, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Toady Bloyster, entry from Olimar's Notes

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“	This species of mollusk has shed its shell through the process of evolution. What appears as a flower-shaped protrusion on its back actually functions as its gills. The ranging bloyster ensnares small animals with its sticky tentacles, reels them in, and consumes them. Observers have noted that this creature exhibits a keen interest in flashing objects. It often tries to capture and ingest these objects. Researchers and explorers equipped with flashing identification beacons should be wary when in close proximity to this dangerous predator.	”
	—Captain Olimar on the Ranging Bloyster, entry from Olimar's Notes

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“	Notes:Wogpole/olimar	”
	—Captain Olimar on the Wogpole, entry from Olimar's Notes

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“	Like Pikmin, the creeping chrysanthemum is a member of a group of creatures with ambulatory root structures. This creature is known as a "mimic," but because it is actually a form of plant, this label is not entirely accurate. For unknown reasons, the creeping chrysanthemum's mimicry does not fool Pikmin, perhaps because they share a similar heritage. It relies on preying upon other creatures to provide sustenance, so it has no need of leaves for photosynthesis. Generally speaking, the role of plants within an ecosystem is as a producer species, and thus plants are generally found at the bottom of the food pyramid. However, on this strange planet the line between producer plants and consumer plants is blurred.	”
	—Captain Olimar on the Creeping Chrysanthemum, entry from Olimar's Notes

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“	When strolling through the forests of this planet, clouds of these creatures are seen dancing overhead. Like flower petals drifting in the breeze, the sight of flitterbies dancing in the lush green undergrowth is unforgettable. Flitterbie collectors drool over specimen sample boxes lined up in order, highlighting the slight color gradation changes from blue to red to yellow. Such items fetch particularly high prices at auction.	”
	—Captain Olimar on the Unmarked Spectralids, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Mitite, entry from Olimar's Notes

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“	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.	”
	—Captain Olimar on the Gatling Groink, entry from Olimar's Notes

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“	The imbalanced, asymmetrical arms of the mamuta are among its most notable features. Feeding on seeds and fruit, the mamuta is known to actually sow and grow plant species. While other species have exhibited seed-burying behavior for the purpose of storage, the mamuta is the only species so far known to actually cultivate fields of plants.	”
	—Captain Olimar on the Mamuta, entry from Olimar's Notes

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“	All that is known about this creature stems from a few sightings deep underground. All reported sightings feature the same core set of details: a giant, viscous form with a clear, hazy sheen not unlike hard candy. One theory holds that it may be the ectoplasmic incarnation of a kind of psychic phenomenon, but as is usually the case with such theories, it is very difficult to prove. All witnesses report being suddenly overcome with fear upon sighting the creature, approaching a state of panic and near insanity. In fact, every report contains an inordinate amount of extremely vague details, which has led to suspicions that exhaustion and fear have caused some simple natural phenomenon to be viewed as a living creature.	”
	—Captain Olimar on the Waterwraith, entry from Olimar's Notes

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“	Although cooking this colossal beast yields a mountain of meat, every ounce of it is flavorless. Only suitable for intergalactic all-you-can-eat buffets.	”
	—Louie on the Giant Breadbug, entry from Louie's notes