Water Table Foi: Difference between revisions
Jump to navigation
Jump to search
Content added Content deleted
imported>Clarke (New page: {{Species |name = {{subst:PAGENAME}} |week = 19 |generation = 129 |creator = Clarke |image = Water Table Foi.png |extant = |ancestor = Ash Foi |size ...) |
imported>Elerd No edit summary |
||
Line 13: | Line 13: | ||
|habitat4 = Hydro Water Table |
|habitat4 = Hydro Water Table |
||
|habitat5 = Martyk Sandstone Sea Caves |
|habitat5 = Martyk Sandstone Sea Caves |
||
|diet = Filter Feeder (Lithoamoeba, Microfort, Tomokanoti, Stalkfort, Sifterfort, Iron Colony, Cave Ferrumtine, Sulfamoeba, Methamoeba) Detrivore |
|diet = Filter Feeder ([[Lithoamoeba]], [[Microfort]], [[Tomokanoti]], [[Stalkfort]], [[Sifterfort]], [[Iron Colony]], [[Cave Ferrumtine]], [[Sulfamoeba]], [[Methamoeba]]) Detrivore |
||
|reproduction= Fragmentation |
|reproduction= Fragmentation |
||
|domain = |
|domain = |
Revision as of 16:02, 22 May 2009
Water Table Foi | ||
---|---|---|
(Extoileisn atrumunda) | ||
![]() | ||
![]() | ||
Information | ||
Creator | Clarke Other | |
Week/Generation | 19/129 | |
Habitat | Blood Lava Tube Sea Caves | |
Size | 2 cm Long | |
Primary Mobility | Unknown | |
Support | Unknown | |
Diet | Filter Feeder (Lithoamoeba, Microfort, Tomokanoti, Stalkfort, Sifterfort, Iron Colony, Cave Ferrumtine, Sulfamoeba, Methamoeba) Detrivore | |
Respiration | Unknown | |
Thermoregulation | Unknown | |
Reproduction | Fragmentation | |
Taxonomy | ||
Domain Genus Species | Eukaryota Extoileisn Extoileisn atrumunda |
Ancestor: | Descendants: |
---|---|
The water table foi split from its ancestor, the ash foi, when some ash foi found their way into the Wright water tables through Blood Lava Tube Sea Caves. The now live on the abundant lithovoric microbes present on the cave walls, crawling over the rock absorbing them with its digestive system. This makes their bodies appear a rusty-red color. Because of the darkness, their eyes have grown smaller and are now useless. They have also grown longer for more digestive surface area.