Dissolveballs: Difference between revisions

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{{Species
{{Species

|name = Dissolveballs
|name = Dissolveballs

|week = 16
|week = 16

|generation = 107
|generation = 107

|creator = BioCat
|creator = BioCat

|image = Dissolveballs.jpg
|image = Dissolveballs.jpg

|extant = 1
|extant = 1

|ancestor = Stickyballs
|ancestor = Stickyballs

|size = 5 cm Wide (each ball)
|size = 5 cm Wide (each ball)

|habitat = Yokto Island
|habitat = Yokto Island

|habitat2 = Inside or On Other Species
|habitat2 = Inside or On Other Species

|diet = Parasitic ([[Rubric Sticky-Cube]])
|diet = Parasitic ([[Rubric Sticky-Cube]])

|reproduction= Super fast asexual budding, Very resistant long lasting spores
|reproduction= Super fast asexual budding, Very resistant long lasting spores

|domain = Eukaryota
|domain = Eukaryota
|kingdom = Phoenoplastida

|kingdom =

|phylum =
|phylum =

|class =
|class =

|order =
|order =

|family =
|family =

|genus = Texvesica
|genus = Texvesica

|species = distraho
|species = distraho

}}
}}



Revision as of 19:37, 29 September 2021

Dissolveballs
(Texvesica distraho)
Main image of Dissolveballs
Species is extinct.
19/?, unknown cause
Information
CreatorBioCat Other
Week/Generation16/107
HabitatYokto Island
Size5 cm Wide (each ball)
Primary MobilityUnknown
SupportUnknown
DietParasitic (Rubric Sticky-Cube)
RespirationUnknown
ThermoregulationUnknown
ReproductionSuper fast asexual budding, Very resistant long lasting spores
Taxonomy
Domain
Genus
Species
Eukaryota
Texvesica
Texvesica distraho
Ancestor:Descendants:

The dissolveballs split from its ancestor in the Yokto Island. When the rubric sticky-cube feeds on its victim, some of whom are plants that stickyballs are attached to, it swallows them and digests them inside it. A few stickyballs that were swollen by the rubric sticky-cube survived the digestive materials the cube created and kept surviving inside the cube. Some of these eventually evolved into the dissolveballs, new specie. The dissolveballs often bund in huge ball clusters that can reach up to a cubic meter in size. These colonies release dissolving materials creating small pocket inside the huge cube where they live. There they release more digestive materials and feed on the cube’s flesh. They usually find new hosts when spores are released from the cube and swallowed by another cube or when a few cubes meet or join together to create a mega cube.