Memory Alpha
Memory Alpha
No edit summary
m (formatting)
(3 intermediate revisions by 3 users not shown)
Line 19: Line 19:
 
 
 
However, five [[Kohl]] had gone into a state of artificial hibernation in order to survive the effects of the ecological disaster on their world. ({{VOY|The Thaw}})
 
However, five [[Kohl]] had gone into a state of artificial hibernation in order to survive the effects of the ecological disaster on their world. ({{VOY|The Thaw}})
  +
  +
{{bginfo|According to [[Startrek.com]], this planet was [[Class M]] before the solar flares. ''{{st.com|kohl-planet|}}''|According to the ''[[Star Trek: Star Charts]]'' (pg. 85), this world, identified as Kohl settlement, [[orbit]]ed a [[Star Trek: Star Charts#Spectral classification|Class A star]] with a magnitude of +7, which was 1/10 as bright as [[Sol]]. The {{USS|Voyager}} visited this planet on [[stardate]] 49580.}}
   
 
[[de:Heimatwelt der Kohl]]
 
[[de:Heimatwelt der Kohl]]

Revision as of 17:46, 6 February 2013

The Kohl planet was a planet located in the Delta Quadrant. It was deserted when the USS Voyager approached it in 2372.

The planet used to be a major trading spot. About nineteen years prior, a major solar flare occurred which caused a glacial freeze on the planet's surface. Magnetic storms and extreme levels of radiation followed.

Evidence suggested an advanced culture with warp drive had existed on the planet, but there were no life signs and it appeared that the atmospheric disturbances would have prevented any escape attempts. The entire colony of 400,000 people was likely wiped out.

However, five Kohl had gone into a state of artificial hibernation in order to survive the effects of the ecological disaster on their world. (VOY: "The Thaw")

According to Startrek.com, this planet was Class M before the solar flares. [1]
According to the Star Trek: Star Charts (pg. 85), this world, identified as Kohl settlement, orbited a Class A star with a magnitude of +7, which was 1/10 as bright as Sol. The USS Voyager visited this planet on stardate 49580.