Darga Fern - Revision history

Krzeszny: added image, removed volume

2022-10-13T16:13:58Z

added image, removed volume

Krzeszny: added infobox

2022-10-10T21:48:22Z

added infobox

Krzeszny: mentioned lilies

2022-10-10T21:18:30Z

mentioned lilies

Krzeszny: formatting

2022-10-10T20:42:22Z

formatting

Krzeszny: v0.2.3647.17684

2022-10-10T20:40:42Z

v0.2.3647.17684

The Green Jelly: added mol/tick information in the More information section. And added last dot point on recipes

2022-08-19T01:59:38Z

added mol/tick information in the More information section. And added last dot point on recipes

Autom8it at 02:13, 25 June 2022

2022-06-25T02:13:44Z

Autom8it at 02:11, 25 June 2022

2022-06-25T02:11:07Z

Autom8it: Created page with "Category:Items Category:Plants Can be grown in hydroponics to yield 2 x Darga Fern when fully grown. The Darga Fern is genetically engineers to increase the rate of [..."

2022-06-25T02:09:20Z

Created page with "Category:Items Category:Plants Can be grown in hydroponics to yield 2 x Darga Fern when fully grown. The Darga Fern is genetically engineers to increase the rate of [..."

New page

[[Category:Items]]
[[Category:Plants]]
Can be grown in hydroponics to yield 2 x Darga Fern when fully grown. The Darga Fern is genetically engineers to increase the rate of [[Carbon_Dioxide|CO2]] to [[Oxygen|O2]] conversion, 7 times faster than a common plant.
{{Hydroponics}}

More information:
* A harvested Darga Fern won't decay like a regular [[Fern]]

@@ Line 3: / Line 3: @@
 {{Itembox
   | name        = Darga Fern
-  | image       =
+  | image       = [[File:Darga Fern.png|thumb]]
   | stacks      = 10
 }}

@@ Line 1: / Line 1: @@
 [[Category:Items]]
 [[Category:Plants]]
 The Darga Fern is genetically engineered to increase the rate of [[Carbon_Dioxide|CO2]] to [[Oxygen|O2]] conversion, 7 times faster than a common plant, or 4 times faster than [[Peace Lily]] and [[Tropical Lily]].
 Can be grown in hydroponics to yield 2 x Darga Fern Seeds at an early stage and 2 x Darga Fern when fully grown.

@@ Line 1: / Line 1: @@
 [[Category:Items]]
 [[Category:Plants]]
-The Darga Fern is genetically engineered to increase the rate of [[Carbon_Dioxide|CO2]] to [[Oxygen|O2]] conversion, 7 times faster than a common plant.
+The Darga Fern is genetically engineered to increase the rate of [[Carbon_Dioxide|CO2]] to [[Oxygen|O2]] conversion, 7 times faster than a common plant, or 4 times faster than [[Peace Lily]] and [[Tropical Lily]].
 Can be grown in hydroponics to yield 2 x Darga Fern Seeds at an early stage and 2 x Darga Fern when fully grown.
 <br>

@@ Line 3: / Line 3: @@
 The Darga Fern is genetically engineered to increase the rate of [[Carbon_Dioxide|CO2]] to [[Oxygen|O2]] conversion, 7 times faster than a common plant.
 Can be grown in hydroponics to yield 2 x Darga Fern Seeds at an early stage and 2 x Darga Fern when fully grown.
 {{Hydroponics}}

@@ Line 1: / Line 1: @@
 [[Category:Items]]
 [[Category:Plants]]
-Can be grown in hydroponics to yield 2 x Darga Fern when fully grown.  The Darga Fern is genetically engineered to increase the rate of [[Carbon_Dioxide|CO2]] to [[Oxygen|O2]] conversion, 7 times faster than a common plant.
+The Darga Fern is genetically engineered to increase the rate of [[Carbon_Dioxide|CO2]] to [[Oxygen|O2]] conversion, 7 times faster than a common plant.
-{{Hydroponics}}
+{| class="wikitable"
 More information:
 * A harvested Darga Fern won't decay like a regular [[Fern]]
-* Consume [[Carbon_Dioxide|CO2]] at 2.016 mol/minute (0.017mol/tick) and produce [[Oxygen|O2]] at 1.008 mol/minute (0.0085mol/tick)
+* Consumes [[Carbon_Dioxide|CO2]] and produces [[Oxygen|O2]] at 0.51 mol/minute (0.0085mol/tick)
 * The Darga Fern '''cannot''' be substituted in for the regular [[Fern]] in recipes, including [[Pill (Medical)]] and [[Milk]]

← Older revision		Revision as of 02:13, 25 June 2022
Line 6:		Line 6:
	More information:		More information:
	* A harvested Darga Fern won't decay like a regular [[Fern]]		* A harvested Darga Fern won't decay like a regular [[Fern]]
		+	* Consume [[Carbon_Dioxide\|CO2]] at 2.016 mol/minute and produce [[Oxygen\|O2]] at 1.008 mol/minute