Whip Swarmers: Difference between revisions

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|creator = Disgustedorite
|creator = Disgustedorite
|image = Whip Swarmers.png
|image = Whip Swarmers.png
|extant =
|ancestor = Microswarmers
|ancestor = Microswarmers
|habitat = Global (Sagan 4)
|habitat = Global (Sagan 4)
|habitat2 =
|size = 50-100 micrometers long (excluding flagella)
|size = 50-100 micrometers long (excluding flagella)
|diet = Photosynthesis
|diet = Photosynthesis
|thermoregulation=Ectotherm
|reproduction = Sexual (male and female, spawning)
|reproduction = Sexual (male and female, spawning)
|domain = Eukaryota
|parent = Flagellamancerxidae
|kingdom =
|phylum =
|class =
|order =
|family =
|genus = Flagellamancerxia
|genus = Flagellamancerxia
|species = spp.
|species = spp.
}}
}}
'''Whip Swarmers''' are various highly motile [[microswarmers]] which use their greatly elongated tentacles as flagella. This allows them to utilize motility to move towards light, should a shadow fall on them or if they drift into deep water. This also allows them to swim away from predators. Notably, they actually swim backwards--their tentacle-flagella pull them, rather than push!


'''Whip Swarmers''' are various highly motile [[microswarmers]] which use their greatly elongated tentacles as flagella. This allows them to utilize motility to move towards light, should a shadow fall on them or if they drift into deep water. This also allows them to swim away from predators. Notably, they actually swim backwards—their tentacle-flagella pull them, rather than push!
There are many, many species of Whip Swarmer. They can live anywhere where there is water, with a notable preference for slower currents. Polar species may hibernate over the dark winters. They are not as resistant to ice and desiccation as their cousins, the [[Swarmerkings]], but this does not stop them from having a few species that thrive in desert oases and icy rivers. They can also hibernate in the water table, which allows them to be easily transported between different river ecosystems. They are quite similar to their ancestor, being purely phototrophs.


There are many, many species of Whip Swarmer. They can live anywhere where there is water, with a notable preference for slower currents. Polar species may hibernate over the dark winters. They are not as resistant to ice and desiccation as their cousins, the [[Swarmerkings]], but this does not stop them from having a few species that thrive in desert oases and icy rivers. They can also hibernate in the water table, which allows them to be easily transported between different river ecosystems. They are quite similar to their ancestor, being purely phototrophs.
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Latest revision as of 00:14, 23 February 2024

Whip Swarmers
(Flagellamancerxia spp.)
Main image of Whip Swarmers
Species is extant.
Information
CreatorDisgustedorite Other
Week/Generation26/161
HabitatGlobal (Sagan 4)
Size50-100 micrometers long (excluding flagella)
Primary MobilityUnknown
SupportUnknown
DietPhotosynthesis
RespirationUnknown
ThermoregulationEctotherm
ReproductionSexual (male and female, spawning)
Taxonomy
Domain
Superkingdom
Kingdom
Subkingdom
Phylum
Class
Order
Family
Genus
Species
Eukaryota
Viridisagania
Mancerxa
Phytozoa (info)
Phylloichthyia (info)
Cycloptifabae
Puerplentiformes
Flagellamancerxidae
Flagellamancerxia
Flagellamancerxia spp.
Ancestor:Descendants:

Whip Swarmers are various highly motile microswarmers which use their greatly elongated tentacles as flagella. This allows them to utilize motility to move towards light, should a shadow fall on them or if they drift into deep water. This also allows them to swim away from predators. Notably, they actually swim backwards—their tentacle-flagella pull them, rather than push!

There are many, many species of Whip Swarmer. They can live anywhere where there is water, with a notable preference for slower currents. Polar species may hibernate over the dark winters. They are not as resistant to ice and desiccation as their cousins, the Swarmerkings, but this does not stop them from having a few species that thrive in desert oases and icy rivers. They can also hibernate in the water table, which allows them to be easily transported between different river ecosystems. They are quite similar to their ancestor, being purely phototrophs.