Fatty Diveskunik

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Fatty Diveskunik
(Phylloskunikus pinguis)
Main image of Fatty Diveskunik
Species is extinct.
22/?, unknown cause
Information
CreatorClarke Other
Week/Generation21/137
HabitatDrake Tundra, Drake Polar Scrub, North Polar Glacier, Barlowe Tundra, Barlowe Polar Scrub
Size30 cm Long
Primary MobilityUnknown
SupportUnknown
DietPhotosynthesis, Filter-Feeder (Cryodome Hydroutine, Cryosagania, Glaalgae, Standing Nitvore, Sphrioo, Cryosqualinia, Phosphoid, Feather Teproutine, Nitroid, Chitjorn, Gildling, Barlowe Testudiatom, Barlowe Ciliognathus)
RespirationActive (Lungs, Gill Chamber)
ThermoregulationMesotherm
ReproductionSexual, Spawning, Two Sexes
Taxonomy
Domain
Superkingdom
Kingdom
Subkingdom
Phylum
Class
Superorder
Order
Family
Genus
Species
Eukaryota
Viridisagania
Mancerxa
Phytozoa (info)
Phylloichthyia (info)
Skunikomorpha
Skunikia
Euskunikia
Cystoskunikidae
Phylloskunikus
Phylloskunikus pinguis
Ancestor:Descendants:

The fatty diveskunik split from its ancestor, the diveskunik, and has spread throughout Northern Drake and Barlowe. Some of the diveskuniks that spent much of their time inside the female box cryobowls adapted to filter-feed the abundant cryodome hydroutine out of the bowl. This lead to diveskuniks that would, in addition to filtering out of the cryodomes, also filter the snow to feed on the numerous microbes that live inside the snow of Drake. Their new lifestyle meant that they didn't have to devote as much energy to movement as their ancestor, and their less powerful back legs became flatter and wider, to increase the photosynthetic area.

Photosynthesis is now their main source of energy, and they only filter feed to gain nutrients. To help break up ice and funnel snow into it's mouth, its lower jaw has become thick in the same way its legs did, and has grown longer. They prefer to spawn in cryobowls, but in biomes where they do not grow, they will spawn in puddles of snowmelt at spring.

Living Relatives (click to show/hide)

These are randomly selected, and organized from lowest to highest shared taxon. (This may correspond to similarity more than actual relation)
  • Burroskunik (order Euskunikia)
  • Gulperskunik (superorder Skunikia)