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(re-wording for clarification that it's ONE species.)
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[[Image:Space-dwelling lifeform.jpg|thumb|Small space-dwelling lifeforms attaching to a larger one]]
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[[File:Space-dwelling lifeform.jpg|thumb|Small space-dwelling lifeforms attaching to a larger one]]
[[Image:Space-dwelling lifeform scan.jpg|thumb|[[Sensor]] scan of a small space-dwelling lifeform]]
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[[File:Space-dwelling lifeform scan.jpg|thumb|[[Sensor]] scan of a small space-dwelling lifeform]]
Native to the [[Delta Quadrant]], this '''space-dwelling lifeform''' is a [[spaceborne species]] . They propel themselves through [[space]] via flagellation much like [[protozoan|protozoa]] and are capable of approaching speeds up to 3,000 [[kilometer]]s per [[second]].
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Native to the [[Delta Quadrant]], this '''space-dwelling lifeform''' was a [[spaceborne species]]. They propelled themselves through [[space]] via flagellation much like [[protozoan|protozoa]] and were capable of approaching speeds up to 3,000 [[kilometer]]s per [[second]].
   
Space-dwelling lifeforms travel in lightly dense swarms consisting of fewer than two thousand organisms. Among them is at least one dominant organism, physiologically similar to the others but much larger. This larger lifeform attracts mates by emitting a stream of [[plasma]], causing the smaller lifeforms to attach themselves to the larger lifeform. In the process, the smaller lifeforms roll over and change their color from a dark red to a bright blue to indicate submissiveness.
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Space-dwelling lifeforms traveled in lightly dense swarms consisting of fewer than two thousand organisms. Among them was at least one dominant organism, physiologically similar to the others but much larger. This larger lifeform attracted mates by emitting a stream of [[plasma]], causing the smaller lifeforms to attach themselves to the larger lifeform. In the process, the smaller lifeforms rolled over and changed their color from a dark red to a bright blue to indicate submissiveness.
   
The larger lifeforms also use their ability to emit plasma as an aggressive tactic, particularly towards a [[sex]]ual rival.
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The larger lifeforms also used their ability to emit plasma as an aggressive tactic, particularly towards a [[sex]]ual rival.
   
These lifeforms do not appear to have a [[digestive system]]; instead, they have an extremely porous outer covering which they use to absorb [[particle]] directly from space. In addition, they are capable of generating their own [[magnetic field|magnetic wake]].
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These lifeforms did not appear to have a [[digestive system]]; instead, they had an extremely porous outer covering which they used to absorb [[particle]]s directly from space. In addition, they were capable of generating their own [[magnetic field|magnetic wake]].
   
 
{{USS|Voyager}} encountered a swarm of space-dwelling lifeforms in [[2371]]. While observing the creatures, the [[starship]] was pulled into the swarm by its magnetic wake. Aboard ''Voyager'', the electrophoretic levels created by the swarm caused [[Kes]]' metabolic activity to increase. As a result, the young [[Ocampa]] entered a premature ''[[elogium]]''.
 
{{USS|Voyager}} encountered a swarm of space-dwelling lifeforms in [[2371]]. While observing the creatures, the [[starship]] was pulled into the swarm by its magnetic wake. Aboard ''Voyager'', the electrophoretic levels created by the swarm caused [[Kes]]' metabolic activity to increase. As a result, the young [[Ocampa]] entered a premature ''[[elogium]]''.
   
During ''Voyager''<nowiki>'</nowiki>s attempts to escape the swarm, the smaller lifeforms became sexually attracted to the starship and began attaching themselves to its [[hull]]. This was due to the fact that the vessel's [[subspace]] signature matched the plasma stream emitted by the larger, dominant lifeforms. Sensing a rivalry, one of the dominant lifeforms attacked ''Voyager''. Determining the creatures' behaviors, the ''Voyager'' crew had the ship roll over and vent plasma residue to make the ship appear blue, signaling its submissiveness to the dominant creature. ''Voyager'' was then able to leave the swarm and continue on its journey towards the [[Alpha Quadrant]]. ({{VOY|Elogium}})
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During ''Voyager''{{'}}s attempts to escape the swarm, the smaller lifeforms became sexually attracted to the starship's [[nacelle]] emissions and began attaching themselves to its [[hull]]. This was due to the fact that the vessel's [[subspace signature]] matched the plasma stream emitted by the larger, dominant lifeforms. Sensing a rivalry, one of the dominant lifeforms attacked ''Voyager''. Determining the creatures' behaviors, the ''Voyager'' crew had the ship roll over and vent plasma residue to make the ship appear blue, signaling its submissiveness to the dominant creature. ''Voyager'' was then able to leave the swarm and continue on its journey towards the [[Alpha Quadrant]]. ({{VOY|Elogium}})
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{{bginfo|The production design team of {{DS9|Chimera}} thought about reusing the design of the space-dwelling lifeform to portray [[Laas]]' space-dwelling form, but decided to create a new design instead. (''[[Star Trek: Deep Space Nine Companion]]'')}}
 
[[Category:Species]]
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[[Category:Unnamed species]]

Revision as of 18:34, 16 February 2015

Space-dwelling lifeform

Small space-dwelling lifeforms attaching to a larger one

Space-dwelling lifeform scan

Sensor scan of a small space-dwelling lifeform

Native to the Delta Quadrant, this space-dwelling lifeform was a spaceborne species. They propelled themselves through space via flagellation much like protozoa and were capable of approaching speeds up to 3,000 kilometers per second.

Space-dwelling lifeforms traveled in lightly dense swarms consisting of fewer than two thousand organisms. Among them was at least one dominant organism, physiologically similar to the others but much larger. This larger lifeform attracted mates by emitting a stream of plasma, causing the smaller lifeforms to attach themselves to the larger lifeform. In the process, the smaller lifeforms rolled over and changed their color from a dark red to a bright blue to indicate submissiveness.

The larger lifeforms also used their ability to emit plasma as an aggressive tactic, particularly towards a sexual rival.

These lifeforms did not appear to have a digestive system; instead, they had an extremely porous outer covering which they used to absorb particles directly from space. In addition, they were capable of generating their own magnetic wake.

USS Voyager encountered a swarm of space-dwelling lifeforms in 2371. While observing the creatures, the starship was pulled into the swarm by its magnetic wake. Aboard Voyager, the electrophoretic levels created by the swarm caused Kes' metabolic activity to increase. As a result, the young Ocampa entered a premature elogium.

During Voyager's attempts to escape the swarm, the smaller lifeforms became sexually attracted to the starship's nacelle emissions and began attaching themselves to its hull. This was due to the fact that the vessel's subspace signature matched the plasma stream emitted by the larger, dominant lifeforms. Sensing a rivalry, one of the dominant lifeforms attacked Voyager. Determining the creatures' behaviors, the Voyager crew had the ship roll over and vent plasma residue to make the ship appear blue, signaling its submissiveness to the dominant creature. Voyager was then able to leave the swarm and continue on its journey towards the Alpha Quadrant. (VOY: "Elogium")

The production design team of DS9: "Chimera" thought about reusing the design of the space-dwelling lifeform to portray Laas' space-dwelling form, but decided to create a new design instead. (Star Trek: Deep Space Nine Companion)