Water - Revision history

Keranik: Small changes for Update 3

2025-05-27T08:31:59Z

Small changes for Update 3

Keranik: added a link to the Weather page

2025-03-30T02:23:47Z

added a link to the Weather page

← Older revision		Revision as of 02:23, 30 March 2025
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	* A 15,000-unit reservoir regenerates '''14 units per day''' during normal rain (50% intensity) and '''28 units per day''' during heavy rain (100% intensity).		* A 15,000-unit reservoir regenerates '''14 units per day''' during normal rain (50% intensity) and '''28 units per day''' during heavy rain (100% intensity).
	* A 12,000-unit reservoir regenerates '''11 units per day''' in normal rain and '''22 units per day''' in heavy rain.		* A 12,000-unit reservoir regenerates '''11 units per day''' in normal rain and '''22 units per day''' in heavy rain.


	The replenishment formula for groundwater is:		The replenishment formula for groundwater is:
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	* Heavy rain: <code>15,000 × 0.00185 × 1.0 = 27.75</code> (rounds to 28 units).		* Heavy rain: <code>15,000 × 0.00185 × 1.0 = 27.75</code> (rounds to 28 units).

	A [[Rainwater Harvester]] collects water directly from rainfall, producing '''0.5 units per day''' during normal rain and '''1.0 unit per day''' during heavy rain. A [[Farm]] collects water into its soil buffer, regenerating '''2.5 units per day''' during normal rain and '''5.0 units per day''' during heavy rain.		A [[Rainwater Harvester]] collects water directly from rainfall, producing '''0.5 units per day''' during normal rain and '''1.0 unit per day''' during heavy rain.

			A [[Farm]] collects water into its soil buffer, regenerating '''2.5 units per day''' during normal rain and '''5.0 units per day''' during heavy rain.

	The replenishment formula for rainwater harvesters and farms is:		The replenishment formula for rainwater harvesters and farms is:
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	* A Rainwater Harvester yields '''20 units''' in normal rain (0.5 × 40) or '''40 units''' in heavy rain (1.0 × 40).		* A Rainwater Harvester yields '''20 units''' in normal rain (0.5 × 40) or '''40 units''' in heavy rain (1.0 × 40).
	* A Farm collects '''100 units''' in normal rain (2.5 × 40) or '''200 units''' in heavy rain (5.0 × 40).		* A Farm collects '''100 units''' in normal rain (2.5 × 40) or '''200 units''' in heavy rain (5.0 × 40).


			The number of rainy days depends on the weather, which varies by difficulty and year. See the [[Weather]] page for details on weather patterns and their impact on water availability.

	=== Strategic Notes ===		=== Strategic Notes ===

Keranik: Added formula and cleaned up some formatting

2025-03-30T02:14:22Z

Added formula and cleaned up some formatting

@@ Line 4: / Line 4: @@
 | Type2         = Crafted material
 | State         = Fluid
-| CreatedIn     = [[Groundwater Well]]<br/>[[Rainwater Harvester]]
+| CreatedIn     = [[Groundwater Well]]<br/>[[Rainwater Harvester]]<br/>[[Thermal Desalinator]]
 | StoredInCargoModule = yes
 }}
-'''Water''', notably ''fresh water'', is a natural resource obtained through pumping groundwater tables with a [[Groundwater Pump]] or collected with a [[Rainwater Harvester]] in the early-game. It is most useful in the early game for making {{infoicon|Concrete Slab|plural=s}} in the [[Concrete Mixer]] and processing {{infoicon|Impure Copper}} in a [[Copper Electrolysis]]. From mid-game, water is also obtained by [[Groundwater Well]] in [[World Map]] and [[Thermal Desalinator]], and it is widely used for petrochemical chains and in steam power production.
+'''Water''', specifically fresh water, is a vital natural resource in the game, extracted by pumping groundwater with a [[Groundwater Pump]] or collecting rainfall via a [[Rainwater Harvester]] in the early game. It’s essential early on for producing {{infoicon|Concrete Slab|plural=s}} in the [[Concrete Mixer]] and refining {{infoicon|Impure Copper}} in a [[Copper Electrolysis]]. From the mid-game onward, water becomes available through [[Groundwater Well]]s on the [[World Map]] and via [[Thermal Desalinator]]s, fueling petrochemical production chains and steam power generation.
-It can be [[dump]]ed into the ocean with a [[Liquid Dump]], though given the abundant number of recipes requiring it and the ability of groundwater to run dry, this is not recommended in most cases.
+Excess water can be [[dump]]ed into the ocean using a [[Liquid Dump]], but this is rarely advisable due to its widespread use and the finite nature of groundwater reserves, which can deplete without rainfall.
-== Groundwater and rainfall ==
+== Groundwater and Rainfall ==
-Groundwater reserves are finite and replenished only by rainfall. The rate of replenishment is seemingly dependent on the size of the reservoir, i.e. reservoir containing 15 000 units of water replenishes 14 units of water per day during rain, and 12 000 unit reservoir replenishes 11 units of water per day. Heavy rain has twice the rate of replenishment. Since the [[Rainwater Harvester]] generates only 0.5 units of water per day of rain, we can assume that a 15k reservoir generates 28*40=1120 units of water per year. Assuming that 15k reservoir is worth 28 rain collectors, and each captures 40 units of water each year. Rain seems to replenish 2.5 units of water per day in a [[Farm]].
+Groundwater reserves are finite but regenerate slowly through rainfall. The replenishment rate depends on the reservoir’s capacity and the intensity of the rain. For example:
 == Recipes ==
 {{recipe fetch|dir=out}}

NaK: Fix broken template

2023-05-20T05:08:25Z

Fix broken template

← Older revision		Revision as of 05:08, 20 May 2023
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	\| Type2 = Crafted material		\| Type2 = Crafted material
	\| State = Fluid		\| State = Fluid
	\| CreatedIn = ~~[[Groundwater Pump]]<br/>~~[[Groundwater Well]]<br/>[[Rainwater Harvester~~]]<br/>various byproducts~~		\| CreatedIn = [[Groundwater Well]]<br/>[[Rainwater Harvester]]
	\| UsedIn = [[Concrete Mixer]]<br/>[[Concrete Mixer II]]<br/>[[Concrete Mixer III]]<br/>[[Copper Electrolysis]]<br/>[[Boiler (Coal)]]<br/>[[Boiler (Gas)]]<br/>[[Boiler (Electric)]]<br/>[[Cooled Caster]]<br/>[[Cooled Caster II]]<br/>[[Electrolyzer]]<br/>[[Mixer]]<br/>[[Chemical Plant]]<br/>[[Nuclear Reactor]]<br/>[[Arc Furnace II]]		\| StoredInCargoModule = yes
	\| ~~OtherStorage~~ = ~~[[Fluid Module (S)]] [[[Fluid Module (M)\|M]]]~~
	}}		}}
	'''Water''', notably ''fresh water'', is a natural resource obtained through pumping groundwater tables with a [[Groundwater Pump]] or collected with a [[Rainwater Harvester]] in the early-game. It is most useful in the early game for making {{infoicon\|Concrete Slab\|plural=s}} in the [[Concrete Mixer]] and processing {{infoicon\|Impure Copper}} in a [[Copper Electrolysis]]. From mid-game, water is also obtained by [[Groundwater Well]] in [[World Map]] and [[Thermal Desalinator]], and it is widely used for petrochemical chains and in steam power production.		'''Water''', notably ''fresh water'', is a natural resource obtained through pumping groundwater tables with a [[Groundwater Pump]] or collected with a [[Rainwater Harvester]] in the early-game. It is most useful in the early game for making {{infoicon\|Concrete Slab\|plural=s}} in the [[Concrete Mixer]] and processing {{infoicon\|Impure Copper}} in a [[Copper Electrolysis]]. From mid-game, water is also obtained by [[Groundwater Well]] in [[World Map]] and [[Thermal Desalinator]], and it is widely used for petrochemical chains and in steam power production.
Line 15:		Line 14:
	Groundwater reserves are finite and replenished only by rainfall. The rate of replenishment is seemingly dependent on the size of the reservoir, i.e. reservoir containing 15 000 units of water replenishes 14 units of water per day during rain, and 12 000 unit reservoir replenishes 11 units of water per day. Heavy rain has twice the rate of replenishment. Since the [[Rainwater Harvester]] generates only 0.5 units of water per day of rain, we can assume that a 15k reservoir generates 28*40=1120 units of water per year. Assuming that 15k reservoir is worth 28 rain collectors, and each captures 40 units of water each year. Rain seems to replenish 2.5 units of water per day in a [[Farm]].		Groundwater reserves are finite and replenished only by rainfall. The rate of replenishment is seemingly dependent on the size of the reservoir, i.e. reservoir containing 15 000 units of water replenishes 14 units of water per day during rain, and 12 000 unit reservoir replenishes 11 units of water per day. Heavy rain has twice the rate of replenishment. Since the [[Rainwater Harvester]] generates only 0.5 units of water per day of rain, we can assume that a 15k reservoir generates 28*40=1120 units of water per year. Assuming that 15k reservoir is worth 28 rain collectors, and each captures 40 units of water each year. Rain seems to replenish 2.5 units of water per day in a [[Farm]].

	{{Footer Infobox}}
			<!--
			Copy of {{Footer Infobox}}:
			cannot apply this template to this page, because Water has too many recipes and size of the template is exceeded
			-->
			== Recipes ==
			{{recipe fetch\|dir=out}}
			{{recipe fetch\|dir=in}}

			{{Navbox/Materials}}

Brammigamer: added Footer Infobox

2023-05-05T14:50:38Z

added Footer Infobox

← Older revision		Revision as of 14:50, 5 May 2023
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	Groundwater reserves are finite and replenished only by rainfall. The rate of replenishment is seemingly dependent on the size of the reservoir, i.e. reservoir containing 15 000 units of water replenishes 14 units of water per day during rain, and 12 000 unit reservoir replenishes 11 units of water per day. Heavy rain has twice the rate of replenishment. Since the [[Rainwater Harvester]] generates only 0.5 units of water per day of rain, we can assume that a 15k reservoir generates 28*40=1120 units of water per year. Assuming that 15k reservoir is worth 28 rain collectors, and each captures 40 units of water each year. Rain seems to replenish 2.5 units of water per day in a [[Farm]].		Groundwater reserves are finite and replenished only by rainfall. The rate of replenishment is seemingly dependent on the size of the reservoir, i.e. reservoir containing 15 000 units of water replenishes 14 units of water per day during rain, and 12 000 unit reservoir replenishes 11 units of water per day. Heavy rain has twice the rate of replenishment. Since the [[Rainwater Harvester]] generates only 0.5 units of water per day of rain, we can assume that a 15k reservoir generates 28*40=1120 units of water per year. Assuming that 15k reservoir is worth 28 rain collectors, and each captures 40 units of water each year. Rain seems to replenish 2.5 units of water per day in a [[Farm]].

	{{~~Recipes~~}}		{{Footer Infobox}}

NaK: Split section about rainfall and some other changes

2022-11-11T04:37:43Z

Split section about rainfall and some other changes

← Older revision		Revision as of 04:37, 11 November 2022
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	\| OtherStorage = [[Fluid Module (S)]] [[[Fluid Module (M)\|M]]]		\| OtherStorage = [[Fluid Module (S)]] [[[Fluid Module (M)\|M]]]
	}}		}}
	'''Water''', notably ''fresh water'', is a natural resource obtained through pumping groundwater tables with a [[Groundwater Pump]] or collected with a [[Rainwater Harvester]]. It is most useful in the early game for making {{infoicon\|Concrete Slab\|plural=s}} in the [[Concrete Mixer]] and processing {{infoicon\|Impure Copper}} in a [[Copper Electrolysis]]. ~~Mid~~-game it is widely used for petrochemical chains and in steam power production.		'''Water''', notably ''fresh water'', is a natural resource obtained through pumping groundwater tables with a [[Groundwater Pump]] or collected with a [[Rainwater Harvester]] in the early-game. It is most useful in the early game for making {{infoicon\|Concrete Slab\|plural=s}} in the [[Concrete Mixer]] and processing {{infoicon\|Impure Copper}} in a [[Copper Electrolysis]]. From mid-game, water is also obtained by [[Groundwater Well]] in [[World Map]] and [[Thermal Desalinator]], and it is widely used for petrochemical chains and in steam power production.

	~~Note that groundwater reserves are finite and replenished only by rainfall.~~ It can be [[dump]]ed into the ocean with a [[Liquid Dump]], though given the abundant number of recipes requiring it and the ability of groundwater to run dry, this is not recommended in most cases. The rate of replenishment is seemingly dependent on the size of the reservoir, i.e. reservoir containing 15 000 units of water replenishes 14 units of water per day during rain, and 12 000 unit reservoir replenishes 11 units of water per day. Heavy rain has twice the rate of replenishment. Since the [[Rainwater Harvester]] generates only 0.5 units of water per day of rain, we can assume that a 15k reservoir generates 28*40=1120 units of water per year. Assuming that 15k reservoir is worth 28 rain collectors, and each captures 40 units of water each year. Rain seems to replenish 2.5 units of water per day in a [[Farm]].		It can be [[dump]]ed into the ocean with a [[Liquid Dump]], though given the abundant number of recipes requiring it and the ability of groundwater to run dry, this is not recommended in most cases.

	~~Each~~ [[~~World Map~~]] ~~has~~ a [[~~Groundwater Well~~]] ~~from where an unlimited amount of water can be imported~~.		== Groundwater and rainfall ==
			Groundwater reserves are finite and replenished only by rainfall. The rate of replenishment is seemingly dependent on the size of the reservoir, i.e. reservoir containing 15 000 units of water replenishes 14 units of water per day during rain, and 12 000 unit reservoir replenishes 11 units of water per day. Heavy rain has twice the rate of replenishment. Since the [[Rainwater Harvester]] generates only 0.5 units of water per day of rain, we can assume that a 15k reservoir generates 28*40=1120 units of water per year. Assuming that 15k reservoir is worth 28 rain collectors, and each captures 40 units of water each year. Rain seems to replenish 2.5 units of water per day in a [[Farm]].

	{{Recipes}}		{{Recipes}}

Henry84 at 14:08, 12 July 2022

2022-07-12T14:08:14Z

← Older revision		Revision as of 14:08, 12 July 2022
Line 10:		Line 10:
	'''Water''', notably ''fresh water'', is a natural resource obtained through pumping groundwater tables with a [[Groundwater Pump]] or collected with a [[Rainwater Harvester]]. It is most useful in the early game for making {{infoicon\|Concrete Slab\|plural=s}} in the [[Concrete Mixer]] and processing {{infoicon\|Impure Copper}} in a [[Copper Electrolysis]]. Mid-game it is widely used for petrochemical chains and in steam power production.		'''Water''', notably ''fresh water'', is a natural resource obtained through pumping groundwater tables with a [[Groundwater Pump]] or collected with a [[Rainwater Harvester]]. It is most useful in the early game for making {{infoicon\|Concrete Slab\|plural=s}} in the [[Concrete Mixer]] and processing {{infoicon\|Impure Copper}} in a [[Copper Electrolysis]]. Mid-game it is widely used for petrochemical chains and in steam power production.

	Note that groundwater reserves are finite and replenished only by rainfall. It can be [[dump]]ed into the ocean with a [[Liquid Dump]], though given the abundant number of recipes requiring it and the ability of groundwater to run dry, this is not recommended in most cases.		Note that groundwater reserves are finite and replenished only by rainfall. It can be [[dump]]ed into the ocean with a [[Liquid Dump]], though given the abundant number of recipes requiring it and the ability of groundwater to run dry, this is not recommended in most cases. The rate of replenishment is seemingly dependent on the size of the reservoir, i.e. reservoir containing 15 000 units of water replenishes 14 units of water per day during rain, and 12 000 unit reservoir replenishes 11 units of water per day. Heavy rain has twice the rate of replenishment. Since the [[Rainwater Harvester]] generates only 0.5 units of water per day of rain, we can assume that a 15k reservoir generates 28*40=1120 units of water per year. Assuming that 15k reservoir is worth 28 rain collectors, and each captures 40 units of water each year. Rain seems to replenish 2.5 units of water per day in a [[Farm]].

	Each [[World Map]] has a [[Groundwater Well]] from where an unlimited amount of water can be imported.		Each [[World Map]] has a [[Groundwater Well]] from where an unlimited amount of water can be imported.

	{{Recipes}}		{{Recipes}}

AK615 at 16:54, 7 July 2022

2022-07-07T16:54:51Z

← Older revision		Revision as of 16:54, 7 July 2022
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	Note that groundwater reserves are finite and replenished only by rainfall. It can be [[dump]]ed into the ocean with a [[Liquid Dump]], though given the abundant number of recipes requiring it and the ability of groundwater to run dry, this is not recommended in most cases.		Note that groundwater reserves are finite and replenished only by rainfall. It can be [[dump]]ed into the ocean with a [[Liquid Dump]], though given the abundant number of recipes requiring it and the ability of groundwater to run dry, this is not recommended in most cases.

	Each [[World Map]] has a [[Groundwater Well]] from where water can be imported.		Each [[World Map]] has a [[Groundwater Well]] from where an unlimited amount of water can be imported.

	{{Recipes}}		{{Recipes}}

AK615: added mentions of Rainwater harvester and groundwater well

2022-07-07T16:53:44Z

added mentions of Rainwater harvester and groundwater well

← Older revision		Revision as of 16:53, 7 July 2022
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	\| Type2 = Crafted material		\| Type2 = Crafted material
	\| State = Fluid		\| State = Fluid
	\| CreatedIn = [[Groundwater Pump]]<br/>[[Groundwater Well]]<br/>various byproducts		\| CreatedIn = [[Groundwater Pump]]<br/>[[Groundwater Well]]<br/>[[Rainwater Harvester]]<br/>various byproducts
	\| UsedIn = [[Concrete Mixer]]<br/>[[Concrete Mixer II]]<br/>[[Concrete Mixer III]]<br/>[[Copper Electrolysis]]<br/>[[Boiler (Coal)]]<br/>[[Boiler (Gas)]]<br/>[[Boiler (Electric)]]<br/>[[Cooled Caster]]<br/>[[Cooled Caster II]]<br/>[[Electrolyzer]]<br/>[[Mixer]]<br/>[[Chemical Plant]]<br/>[[Nuclear Reactor]]<br/>[[Arc Furnace II]]		\| UsedIn = [[Concrete Mixer]]<br/>[[Concrete Mixer II]]<br/>[[Concrete Mixer III]]<br/>[[Copper Electrolysis]]<br/>[[Boiler (Coal)]]<br/>[[Boiler (Gas)]]<br/>[[Boiler (Electric)]]<br/>[[Cooled Caster]]<br/>[[Cooled Caster II]]<br/>[[Electrolyzer]]<br/>[[Mixer]]<br/>[[Chemical Plant]]<br/>[[Nuclear Reactor]]<br/>[[Arc Furnace II]]
	\| OtherStorage = [[Fluid Module (S)]] [[[Fluid Module (M)\|M]]]		\| OtherStorage = [[Fluid Module (S)]] [[[Fluid Module (M)\|M]]]
	}}		}}
	'''Water''', notably ''fresh water'', is a natural resource obtained through pumping groundwater tables with a [[Groundwater Pump]]. It is most useful in the early game for making {{infoicon\|Concrete Slab\|plural=s}} in the [[Concrete Mixer]] and processing {{infoicon\|Impure Copper}} in a [[Copper Electrolysis]]. Mid-game it is widely used for petrochemical chains and in steam power production.		'''Water''', notably ''fresh water'', is a natural resource obtained through pumping groundwater tables with a [[Groundwater Pump]] or collected with a [[Rainwater Harvester]]. It is most useful in the early game for making {{infoicon\|Concrete Slab\|plural=s}} in the [[Concrete Mixer]] and processing {{infoicon\|Impure Copper}} in a [[Copper Electrolysis]]. Mid-game it is widely used for petrochemical chains and in steam power production.

	Note that groundwater reserves are finite and replenished only by rainfall. It can be [[dump]]ed into the ocean with a [[Liquid Dump]], though given the abundant number of recipes requiring it and the ability of groundwater to run dry, this is not recommended in most cases.		Note that groundwater reserves are finite and replenished only by rainfall. It can be [[dump]]ed into the ocean with a [[Liquid Dump]], though given the abundant number of recipes requiring it and the ability of groundwater to run dry, this is not recommended in most cases.

			Each [[World Map]] has a [[Groundwater Well]] from where water can be imported.

	{{Recipes}}		{{Recipes}}

Phoenixx at 17:38, 17 June 2022

2022-06-17T17:38:16Z

← Older revision		Revision as of 17:38, 17 June 2022
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	\| Type2 = Crafted material		\| Type2 = Crafted material
	\| State = Fluid		\| State = Fluid
	\| CreatedIn = [[Groundwater Pump]]<br/>various byproducts		\| CreatedIn = [[Groundwater Pump]]<br/>[[Groundwater Well]]<br/>various byproducts
	\| UsedIn = [[Concrete Mixer]]<br/>[[Concrete Mixer II]]<br/>[[Concrete Mixer III]]<br/>[[Copper Electrolysis]]<br/>[[Boiler (Coal)]]<br/>[[Boiler (Gas)]]<br/>[[Boiler (Electric)]]<br/>[[Cooled Caster]]<br/>[[Cooled Caster II]]<br/>[[Electrolyzer]]<br/>[[Mixer]]<br/>[[Chemical Plant]]<br/>[[Nuclear Reactor]]<br/>[[Arc Furnace II]]		\| UsedIn = [[Concrete Mixer]]<br/>[[Concrete Mixer II]]<br/>[[Concrete Mixer III]]<br/>[[Copper Electrolysis]]<br/>[[Boiler (Coal)]]<br/>[[Boiler (Gas)]]<br/>[[Boiler (Electric)]]<br/>[[Cooled Caster]]<br/>[[Cooled Caster II]]<br/>[[Electrolyzer]]<br/>[[Mixer]]<br/>[[Chemical Plant]]<br/>[[Nuclear Reactor]]<br/>[[Arc Furnace II]]
	\| OtherStorage = [[Fluid Module (S)]] [[[Fluid Module (M)\|M]]]		\| OtherStorage = [[Fluid Module (S)]] [[[Fluid Module (M)\|M]]]

← Older revision		Revision as of 08:31, 27 May 2025
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	A [[Rainwater Harvester]] collects water directly from rainfall, producing '''0.5 units per day''' during normal rain and '''1.0 unit per day''' during heavy rain.		A [[Rainwater Harvester]] collects water directly from rainfall, producing '''0.5 units per day''' during normal rain and '''1.0 unit per day''' during heavy rain.

	A [[Farm]] collects water into its soil buffer, regenerating '''2.5 units per day''' during normal rain and '''5.0 units per day''' during heavy rain.		A [[Farm]] collects water into its soil buffer, regenerating '''3.0 units per day''' during normal rain and '''6.0 units per day''' during heavy rain.

	The replenishment formula for rainwater harvesters and farms is:		The replenishment formula for rainwater harvesters and farms is:
Line 36:		Line 36:

	Where:		Where:
	* Base Rate is 1.0 for a Rainwater Harvester and 5.0 for a Farm (assuming no yield multipliers).		* Base Rate is 1.0 for a Rainwater Harvester and 6.0 for a Farm (assuming no yield multipliers).
	* Rain Intensity is 0.5 for normal rain and 1.0 for heavy rain.		* Rain Intensity is 0.5 for normal rain and 1.0 for heavy rain.
	* Note: These rates assume the global rain yield multiplier is 100%. If modified (e.g., via research), the rates will scale accordingly.		* Note: These rates assume the global rain yield multiplier is 100%. If modified (e.g., via research), the rates will scale accordingly.
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	* A 15,000-unit reservoir regenerates '''560 units''' in normal rain (14 × 40) or '''1,120 units''' in heavy rain (28 × 40).		* A 15,000-unit reservoir regenerates '''560 units''' in normal rain (14 × 40) or '''1,120 units''' in heavy rain (28 × 40).
	* A Rainwater Harvester yields '''20 units''' in normal rain (0.5 × 40) or '''40 units''' in heavy rain (1.0 × 40).		* A Rainwater Harvester yields '''20 units''' in normal rain (0.5 × 40) or '''40 units''' in heavy rain (1.0 × 40).
	* A Farm collects '''~~100~~ units''' in normal rain (2.5 × 40) or '''~~200~~ units''' in heavy rain (5.0 × 40).		* A Farm collects '''120 units''' in normal rain (3.0 × 40) or '''240 units''' in heavy rain (6.0 × 40).


	The number of rainy days depends on the weather, which varies by difficulty and year. See the [[Weather]] page for details on weather patterns and their impact on water availability.		The number of rainy days depends on the weather, which varies by difficulty and year. See the [[Weather]] page for details on weather patterns and their impact on water availability.