Symbiofortress Rustballs: Difference between revisions

From Sagan 4 Alpha Wiki
Jump to navigation Jump to search
Content added Content deleted
imported>Disgustedorite
m (→‎top: clean up - removing extra spaces and old sporewiki code, removed: <!-- Don't edit below this line -->, <!--{{creature database}}-->)
imported>Disgustedorite
m (→‎top: fixed accidental deletion of line breaks)
Line 1: Line 1:
{{Species
{{Species

|name = Symbiofortress Rustballs
|name = Symbiofortress Rustballs

|week = 20
|week = 20

|generation = 133
|generation = 133

|creator = Nergali
|creator = Nergali

|image = Symbiofortress_Rustballs.gif
|image = Symbiofortress_Rustballs.gif

|extant = 1
|extant = 1

|exweek = 20
|exweek = 20

|exgen = 134
|exgen = 134

|excause = [[Symbioship Plague]]
|excause = [[Symbioship Plague]]

|ancestor = Rustballs
|ancestor = Rustballs

|size = 1.5 cm Wide
|size = 1.5 cm Wide

|habitat = Clayren Tropical Beach
|habitat = Clayren Tropical Beach

|habitat2 = Wolfgang Tropical Beach
|habitat2 = Wolfgang Tropical Beach

|habitat3 = Oz Temperate Beach
|habitat3 = Oz Temperate Beach

|habitat4 = Raq Temperate Beach
|habitat4 = Raq Temperate Beach

|habitat5 = Jlindy Tropical Beach
|habitat5 = Jlindy Tropical Beach

|habitat6 = Ninth Tropical Beach
|habitat6 = Ninth Tropical Beach

|diet = Photosynthesis, Lithovore (Iron Oxide)
|diet = Photosynthesis, Lithovore (Iron Oxide)

|reproduction= Super fast asexual budding, very resistant spores
|reproduction= Super fast asexual budding, very resistant spores

|domain = Eukaryota
|domain = Eukaryota

|kingdom =
|kingdom =

|phylum =
|phylum =

|class =
|class =

|order =
|order =

|family =
|family =

|genus = Testudohexapodia
|genus = Testudohexapodia

|species = symbiofortress
|species = symbiofortress

}}
}}

The '''symbiofortress rustballs''' split from their ancestors and took to life with the symbiofortress. It grows around the edges of each [[Symbiofortress Diamiboard|symbiofortress diamiboard]], and will absorb iron oxide from within the sand should it be plentiful. They use this iron oxide to strengthen their internal structures and prevent water loss. In areas with little to no iron oxide in the sand, the symbiofortress rustballs have a pinkish coloration and rely primarily on photosynthesis.
The '''symbiofortress rustballs''' split from their ancestors and took to life with the symbiofortress. It grows around the edges of each [[Symbiofortress Diamiboard|symbiofortress diamiboard]], and will absorb iron oxide from within the sand should it be plentiful. They use this iron oxide to strengthen their internal structures and prevent water loss. In areas with little to no iron oxide in the sand, the symbiofortress rustballs have a pinkish coloration and rely primarily on photosynthesis.

The rustballs store excess nutrients and such, created from photosynthesis, and supply them to the diamiboard which in turn supplies them with excess water. Both species benefit from the relationship, especially since the symbiofortress rustballs can provide secure areas where symbiofortress diamiboard spores can grow.
The rustballs store excess nutrients and such, created from photosynthesis, and supply them to the diamiboard which in turn supplies them with excess water. Both species benefit from the relationship, especially since the symbiofortress rustballs can provide secure areas where symbiofortress diamiboard spores can grow.

Revision as of 08:03, 22 September 2021

Symbiofortress Rustballs
(Testudohexapodia symbiofortress)
Main image of Symbiofortress Rustballs
Species is extinct.
20/134, Symbioship Plague
Information
CreatorNergali Other
Week/Generation20/133
HabitatClayren Tropical Beach
Size1.5 cm Wide
Primary MobilityUnknown
SupportUnknown
DietPhotosynthesis, Lithovore (Iron Oxide)
RespirationUnknown
ThermoregulationUnknown
ReproductionSuper fast asexual budding, very resistant spores
Taxonomy
Domain
Genus
Species
Eukaryota
Testudohexapodia
Testudohexapodia symbiofortress
Ancestor:Descendants:

The symbiofortress rustballs split from their ancestors and took to life with the symbiofortress. It grows around the edges of each symbiofortress diamiboard, and will absorb iron oxide from within the sand should it be plentiful. They use this iron oxide to strengthen their internal structures and prevent water loss. In areas with little to no iron oxide in the sand, the symbiofortress rustballs have a pinkish coloration and rely primarily on photosynthesis.

The rustballs store excess nutrients and such, created from photosynthesis, and supply them to the diamiboard which in turn supplies them with excess water. Both species benefit from the relationship, especially since the symbiofortress rustballs can provide secure areas where symbiofortress diamiboard spores can grow.