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Editing 40d Talk:Irrigation

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: Made a few changes to clarify.--[[User:Koltom|Koltom]] 14:36, 10 February 2008 (EST)
 
: Made a few changes to clarify.--[[User:Koltom|Koltom]] 14:36, 10 February 2008 (EST)
 
:Irrigation is only needed to be able to farm on rock. Soil layers don't need irrigation before you can farm on them. --[[User:Eagle of Fire|Eagle of Fire]] 15:04, 10 February 2008 (EST)
 
:Irrigation is only needed to be able to farm on rock. Soil layers don't need irrigation before you can farm on them. --[[User:Eagle of Fire|Eagle of Fire]] 15:04, 10 February 2008 (EST)
: Irrigating a soil layer will however allow you to fertilize the farm plot using potash which increases the yeild. --[[User:Malibu Stacey|Malibu Stacey]] 13:37, 20 October 2009 (UTC)
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The current version says you can "effectively" water an area 7x the size of the reservoir, but that doesn't seem to take into account the water that remains in the reservoir once the floodgate's opened which can lead to spots getting missed and people who're anal about this sort of stuff getting annoyed - maybe a 6x/5x figure should be used instead so we can get a depth average of 1.4-ish? --[[User:Sorenson|Sorenson]] 11 March 2008 (EST)
  
 
The article indicates that "some natural ponds replenish themselves at the beginning of spring."  My research indicates that this is the result of water thawing.  Any amount of water (x/7) becomes ice during winter (assuming your climate is cold enough).  When melting, it becomes 7/7 deep water.  [[User:Ripheus|Ripheus]] 02:57, 6 April 2008 (EDT)
 
The article indicates that "some natural ponds replenish themselves at the beginning of spring."  My research indicates that this is the result of water thawing.  Any amount of water (x/7) becomes ice during winter (assuming your climate is cold enough).  When melting, it becomes 7/7 deep water.  [[User:Ripheus|Ripheus]] 02:57, 6 April 2008 (EDT)
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== Reservoir Irrigation ==
 
== Reservoir Irrigation ==
 
The current version says you can "effectively" water an area 7x the size of the reservoir, but that doesn't seem to take into account the water that remains in the reservoir once the floodgate's opened which can lead to spots getting missed and people who're anal about this sort of stuff getting annoyed - maybe a 6x/5x figure should be used instead so we can get a depth average of 1.4-ish? --[[User:Sorenson|Sorenson]] 11 March 2008 (EST)
 
  
 
The current example for reservior irrigation is a rather bad example, as water flows far too slowly for it to fill the destination area before drying out - actually attempting it would likely only irrigate 60-70% of the growing room. A much more reliable setup would leave 1.5 (between 1 and 2) units of water on each tile (would take longer to evaporate, but you only need to irrigate '''once''' and it's well worth the wait), and the gate between the reservoir and the tree farm would ideally be significantly wider (ideally the '''entire wall''' separating the two in the current diagram) so the reservoir takes less than a month to empty. --[[User:Quietust|Quietust]] 19:40, 14 October 2009 (UTC)
 
The current example for reservior irrigation is a rather bad example, as water flows far too slowly for it to fill the destination area before drying out - actually attempting it would likely only irrigate 60-70% of the growing room. A much more reliable setup would leave 1.5 (between 1 and 2) units of water on each tile (would take longer to evaporate, but you only need to irrigate '''once''' and it's well worth the wait), and the gate between the reservoir and the tree farm would ideally be significantly wider (ideally the '''entire wall''' separating the two in the current diagram) so the reservoir takes less than a month to empty. --[[User:Quietust|Quietust]] 19:40, 14 October 2009 (UTC)

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