Rust Mold: Difference between revisions
Jump to navigation
Jump to search
Content added Content deleted
imported>Mnidjm (ββtop: Eukaryota) |
imported>Mnidjm No edit summary |
||
Line 6: | Line 6: | ||
|image = Rust_Mold.png |
|image = Rust_Mold.png |
||
|extant = 1 |
|extant = 1 |
||
|exweek = 23 |
|||
|exgen = 149 |
|||
|excause = Replaced by descendant |
|||
|ancestor = Rusty Symbiocell |
|ancestor = Rusty Symbiocell |
||
|size = Microscopic |
|size = Microscopic |
Revision as of 01:19, 7 March 2021
Rust Mold | ||
---|---|---|
(Fungiferrus vulcan) | ||
23/149, Replaced by descendant | ||
Information | ||
Creator | Mnidjm Other | |
Week/Generation | 21/138 | |
Habitat | Maineiac Volcanic | |
Size | Microscopic | |
Primary Mobility | Unknown | |
Support | Unknown | |
Diet | Lithovore (Iron, Copper), Parasite (Volcanic Voltflora) | |
Respiration | Unknown | |
Thermoregulation | Unknown | |
Reproduction | Binary Fission, Sexual (Plasmoidal) | |
Taxonomy | ||
Domain Genus Species | Eukaryota Fungiferrus Fungiferrus vulcan |
Ancestor: | Descendants: |
---|---|
The rust mold split from it's ancestor and adapted to a new life cycle. They start out life as individual haploid cells, feeding on the minerals in the soil. If they find a suitable location, they will replicate, forming a reddish orange spongy plasmoidal structure and release spores. These spores must land on a volcanic voltflora in order to progress. When they find one, the diploid cells work their way to the reproductive structures and are incorporated into the seeds, forming iron coated spherical structures about 2 mm wide each. When the seeds are shot and land elsewhere, the spheres breakdown, releasing thousands of newly formed diploid cells.