Colonuses: Difference between revisions

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{{Species
{{Species

|name = Colonuses
|name = Colonuses

|week = 23
|week = 23

|generation = 149
|generation = 149

|creator = Mnidjm
|creator = Mnidjm

|image = Colonuses.png
|image = Colonuses.png

|extant =
|extant =

|ancestor = Iron Colony
|ancestor = Iron Colony

|size = 500 µm to 1 mm Thick
|size = 500 µm to 1 mm Thick

|habitat = Global (Sagan 4)
|habitat = Global (Sagan 4)

|diet = Varies
|diet = Varies

|reproduction= Binary Fission
|reproduction= Binary Fission

|domain = Eukaryota
|domain = Eukaryota

|kingdom =
|kingdom =

|phylum =
|phylum =

|class =
|class =

|order =
|order =

|family =
|family =

|genus = Colonus
|genus = Colonus

|species = spp.
|species = spp.

}}
}}

The '''colonus''' genus group has replaced their ancestor the [[Iron Colony|iron colony]] and have radiated outward into many forms. The majority of colonuses have regained their abilities to absorb surrounding microbes for fuel. They have left the caves have adapted for a wide range of environments, and can survive in any but the most extreme conditions. Those that fully dependent on the [[Micro Fort|micro fort]] organelles have remained in subterranean Dixon. One species has even adapted the organelles of [[carpozoa]] after engulfing cells from their waste. They can be found anywhere from glaciers with symbiotic chloroplasts, to the deep sea vents surviving on sulfur loving organisms.
The '''colonus''' genus group has replaced their ancestor the [[Iron Colony|iron colony]] and have radiated outward into many forms. The majority of colonuses have regained their abilities to absorb surrounding microbes for fuel. They have left the caves have adapted for a wide range of environments, and can survive in any but the most extreme conditions. Those that fully dependent on the [[Micro Fort|micro fort]] organelles have remained in subterranean Dixon. One species has even adapted the organelles of [[carpozoa]] after engulfing cells from their waste. They can be found anywhere from glaciers with symbiotic chloroplasts, to the deep sea vents surviving on sulfur loving organisms.

Revision as of 04:20, 22 September 2021

Colonuses
(Colonus spp.)
Main image of Colonuses
Species is extant.
Information
CreatorMnidjm Other
Week/Generation23/149
HabitatGlobal (Sagan 4)
Size500 µm to 1 mm Thick
Primary MobilityUnknown
SupportUnknown
DietVaries
RespirationUnknown
ThermoregulationUnknown
ReproductionBinary Fission
Taxonomy
Domain
Genus
Species
Eukaryota
Colonus
Colonus spp.
Ancestor:Descendants:

The colonus genus group has replaced their ancestor the iron colony and have radiated outward into many forms. The majority of colonuses have regained their abilities to absorb surrounding microbes for fuel. They have left the caves have adapted for a wide range of environments, and can survive in any but the most extreme conditions. Those that fully dependent on the micro fort organelles have remained in subterranean Dixon. One species has even adapted the organelles of carpozoa after engulfing cells from their waste. They can be found anywhere from glaciers with symbiotic chloroplasts, to the deep sea vents surviving on sulfur loving organisms.