Slimepit

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Slimepit
(Quadsphourus viru)
Main image of Slimepit
Species is extinct.
22/?, unknown cause
Information
CreatorNergali Other
Week/Generation20/134
HabitatDarwin Tropical Rainforest, Darwin Temperate Rainforest, Darwin Temperate Woodland
SizeMicroscopic
Primary MobilityUnknown
SupportUnknown
DietCarnivore (Fraboohorn, Frabooball, Dartir, Diggerundi, Shroom-Thief Plent, Phlyer, Grattle, Fruit Phlyer, Ghastrett, Masked-Bandit Hoofplent, Powder Petitworm, Shroomworm, Worm Phlyer, Leafhorn, Black Gringlo, Spiny Raspworm, Pink Phlyer, Mini-Flower Ketter, Clear-Wing Worm, Nogbarrel, Moonflower Xenobee, Ketter Phlyer, Monofoot, Lardworm, Spietsenwurm, Woodland Swent, Barkskin, Hookahworm, Dirk-Clawed Shroomplent, Cubile, Spade Ketter, Stubnose Phibi, Phibi, Springing Ketter, Diabolus Darbola, Tetrastick Rocker, Aerosnag Tasertongue, Crested Phlyer, Vitesenza, Tailhopping Sawclaw, Rainforest Earback, Ridge-Eyed Darbola, Darwin Sneaker, Jabberwocketter, Gelbeast, Lokeeto, Browsing Maskplent, Gnawbarrel, Aboreal Tailhopper, Gnawbarrel, Springneck, Carrion Tailhopper, Rainbow Fraboo)
RespirationUnknown
ThermoregulationEctotherm
ReproductionMitosis
Taxonomy
Domain
Kingdom
Phylum
Class
Order
Family
Genus
Species
Eukaryota
Trinucleata
Protrinucleozoa
Myxia
Basinogelatina
Quatriphoridae
Quadsphourus
Quadsphourus viru
Ancestor:Descendants:

Splitting from gelbeasts that managed to cross the BioCat River, either by crossing it via a log or attached to another organism's back, they have diversified and evolved a sedentary lifestyle. Digging pits with the aid of their powerful digestive enzymes, they now typically live in one spot throughout their "lives", digesting anything organic that should fall into their pits or walk close enough that their vibrations can be felt and a pseudopod can then grab them.

They reproduce via mitosis, and after a colony reaches 1–3 meters in size tiny mini-colonies will bud off and then search for a new area to inhabit. Should food become less plentiful, a colony will break apart into dozens of 1–10 cm long fragments that will attempt to find a new place to live with new food sources. Should conditions become unfavorable for them, such as if the temperature becomes too hot or cold, colonies will enter a state of "hibernation" during which they appear to solidify and will not reactivate until conditions improve. Colonies will not break up if its rains and instead will excrete the water into the nearby soil, helping flora to grow which can then attract potential prey.

The microbes that make up the colony have mutated further and now four cells make up every cluster. Tiny specialized organelles have evolved in order to help transfer nutrients between cells with less energy wasted.

Living Relatives (click to show/hide)

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