Petalgae: Difference between revisions

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Just like their ancestors, the '''Petalgae''' use camoplasts to change color, but because there are 4 cells now, their photosynthesizing surface has increased and thus it replaced its ancestor. This has not only led to more energy due to more photosynthesis, it has also led to even more specialization of their camoplast. Now they have 5 available phases. Completely black, 1 white cell and 3 black cells, 2 white cells and 2 black cells, 1 black cell and 3 white cells, and all cells white. Although they rarely are fully white, unless the water is extremely hot.
Just like their ancestors, the '''Petalgae''' use camoplasts to change color, but because there are 4 cells now, their photosynthesizing surface has increased and thus it replaced its ancestor. This has not only led to more energy due to more photosynthesis, it has also led to even more specialization of their camoplast. Now they have 5 available phases. Completely black, 1 white cell and 3 black cells, 2 white cells and 2 black cells, 1 black cell and 3 white cells, and all cells white. Although they rarely are fully white, unless the water is extremely hot.


{{LivingRelatives}}
{{LivingRelatives|full=yeah}}

Revision as of 17:20, 13 April 2023

Petalgae
(Multiquila florqautri)
Main image of Petalgae
Species is extinct.
18/122, replaced by descendant
Information
CreatorYannick Other
Week/Generation14/95
HabitatYokto Coast
SizeMicroscopic
Primary MobilityUnknown
SupportUnknown
DietPhotosynthesis
RespirationUnknown
ThermoregulationUnknown
ReproductionMitosis
Taxonomy
Domain
Genus
Species
Eukaryota
Multiquila
Multiquila florqautri
Ancestor:Descendants:

Just like their ancestors, the Petalgae use camoplasts to change color, but because there are 4 cells now, their photosynthesizing surface has increased and thus it replaced its ancestor. This has not only led to more energy due to more photosynthesis, it has also led to even more specialization of their camoplast. Now they have 5 available phases. Completely black, 1 white cell and 3 black cells, 2 white cells and 2 black cells, 1 black cell and 3 white cells, and all cells white. Although they rarely are fully white, unless the water is extremely hot.

Living Relatives (click to show/hide)

These are randomly selected, and organized from lowest to highest shared taxon. (This may correspond to similarity more than actual relation)