Evaporation m (Water Overlay) - Revision history

Rudolf@tygron.nl at 13:39, 17 October 2025

2025-10-17T13:39:31Z

← Older revision		Revision as of 13:39, 17 October 2025
Line 15:		Line 15:
	* A maximum of {{array max\|pairs}} can be defined.		* A maximum of {{array max\|pairs}} can be defined.
	* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.		* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.
	* The default value is set to 0.125 mm in 2 hours (0.000125 m in 7200 seconds), which corresponds to '''1.5 mm per day'''. This value is derived from the theory described in 2.3 Gewasverdamping<ref ~~name="~~GWZ2016~~"/>~~ in the book Grondwaterzakboekje, which combines the formula of Makkink with a temperature dependent factor<ref ~~name="~~GWZ2016-2~~"/>~~ (which is approximately linear between 0 and 24 C). Based on the graph<ref ~~name="~~GWZ2016-3~~"/>~~ with plotted lines of reference evaporation for certain months and cloudiness. The evaporation rate was selected as an average of march, june and september, for a cloudy rainy day, which corresponds to a heavy rainfall event.		* The default value is set to 0.125 mm in 2 hours (0.000125 m in 7200 seconds), which corresponds to '''1.5 mm per day'''. This value is derived from the theory described in 2.3 Gewasverdamping{{ref\|GWZ2016}} in the book Grondwaterzakboekje, which combines the formula of Makkink with a temperature dependent factor{{ref\|GWZ2016-2}} (which is approximately linear between 0 and 24 C). Based on the graph{{ref\|GWZ2016-3}} with plotted lines of reference evaporation for certain months and cloudiness. The evaporation rate was selected as an average of march, june and september, for a cloudy rainy day, which corresponds to a heavy rainfall event.
	\|seealso=		\|seealso=
	* [[Water evaporation factor (Water Overlay)]]		* [[Water evaporation factor (Water Overlay)]]
Line 25:		Line 25:
	\|references=		\|references=
	<references>		<references>
	<ref name=~~"GWZ2016">2.3 Gewasverdamping~~, ~~Referentiegewasverdamping~~, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print~~</ref>~~		{{ref\|GWZ2016
	~~<ref name~~=~~"GWZ2016-2">~~Tabel 2.3 Benadering van <math>\frac{\Delta}{\Delta + \gamma}</math> en <math>\frac{\gamma}{\Delta + \gamma}</math>~~, Bram Bot (2016) ∙~~ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print~~</ref>~~		\|name=Grondwaterzakboekje, Gwz2016 (Impressed druk en print)
	~~<ref name~~=~~"GWZ2016-3">~~Fig. 2.7 referentiegewasverdamping~~, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>~~		\|author=Makkink, Bram Bot (2016)
			\|page=2.3 Gewasverdamping, Referentiegewasverdamping
			\|source=
			\|link=
			\|lastvisit=
			}}
			{{ref\|GWZ2016-2
			\|name=Grondwaterzakboekje, Gwz2016 (Impressed druk en print)
			\|author=Makkink, Bram Bot (2016)
			\|page=Tabel 2.3 Benadering van <math>\frac{\Delta}{\Delta + \gamma}</math> en <math>\frac{\gamma}{\Delta + \gamma}</math>
			\|source=
			\|link=
			\|lastvisit=
			}}
			{{ref\|GWZ2016-3
			\|name=Grondwaterzakboekje, Gwz2016 (Impressed druk en print)
			\|author=Makkink, Bram Bot (2016)
			\|page=Fig. 2.7 referentiegewasverdamping
			\|source=
			\|link=
			\|lastvisit=
			}}
	</references>		</references>
	}}		}}
	{{WaterOverlay simulation data nav}}		{{WaterOverlay simulation data nav}}

Maxim@tygron.com at 13:51, 16 July 2025

2025-07-16T13:51:46Z

← Older revision		Revision as of 13:51, 16 July 2025
Line 12:		Line 12:
	{{article end		{{article end
	\|notes=		\|notes=
	[[File:~~Evaporation_total~~.~~png~~\|thumb\|Image of the [[Evapotranspiration model (Water Overlay)\|Evapotranspiration model]] in the [[Water Module]]]]		[[File:Evapotranspiration.jpg\|thumb\|Image of the [[Evapotranspiration model (Water Overlay)\|Evapotranspiration model]] in the [[Water Module]]]]
	* A maximum of {{array max\|pairs}} can be defined.		* A maximum of {{array max\|pairs}} can be defined.
	* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.		* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.

Maxim@tygron.com at 13:48, 16 July 2025

2025-07-16T13:48:49Z

← Older revision		Revision as of 13:48, 16 July 2025
Line 12:		Line 12:
	{{article end		{{article end
	\|notes=		\|notes=
	[[File:Evaporation_total.png\|thumb\|Image of the [[~~Evaporation~~ model (Water Overlay)\|~~evaporation~~ model]] in the [[Water Module]]]]		[[File:Evaporation_total.png\|thumb\|Image of the [[Evapotranspiration model (Water Overlay)\|Evapotranspiration model]] in the [[Water Module]]]]
	* A maximum of {{array max\|pairs}} can be defined.		* A maximum of {{array max\|pairs}} can be defined.
	* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.		* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.

Maxim@tygron.com at 10:09, 15 July 2025

2025-07-15T10:09:21Z

← Older revision		Revision as of 10:09, 15 July 2025
Line 18:		Line 18:
	\|seealso=		\|seealso=
	* [[Water evaporation factor (Water Overlay)]]		* [[Water evaporation factor (Water Overlay)]]
	* [[Ground ~~evaporation~~ formula (Water Overlay)]]		* [[Ground transpiration formula (Water Overlay)]]
	* [[Surface evaporation formula (Water Overlay)]]		* [[Surface evaporation formula (Water Overlay)]]
	* [[~~Evaporation~~ model (Water Overlay)]]		* [[Evapotranspiration model (Water Overlay)]]
	\|howtos=		\|howtos=
	* [[How to configure more realistic evaporation rates for a Water Overlay]]		* [[How to configure more realistic evaporation rates for a Water Overlay]]

Frank@tygron.nl at 10:47, 29 February 2024

2024-02-29T10:47:23Z

← Older revision		Revision as of 10:47, 29 February 2024
Line 18:		Line 18:
	\|seealso=		\|seealso=
	* [[Water evaporation factor (Water Overlay)]]		* [[Water evaporation factor (Water Overlay)]]
	* [[~~Evaporation~~ formula (Water Overlay)]]		* [[Ground evaporation formula (Water Overlay)]]
			* [[Surface evaporation formula (Water Overlay)]]
	* [[Evaporation model (Water Overlay)]]		* [[Evaporation model (Water Overlay)]]
	\|howtos=		\|howtos=

Frank@tygron.nl at 10:46, 29 February 2024

2024-02-29T10:46:39Z

← Older revision		Revision as of 10:46, 29 February 2024
Line 18:		Line 18:
	\|seealso=		\|seealso=
	* [[Water evaporation factor (Water Overlay)]]		* [[Water evaporation factor (Water Overlay)]]
			* [[Evaporation formula (Water Overlay)]]
			* [[Evaporation model (Water Overlay)]]
	\|howtos=		\|howtos=
	* [[How to configure more realistic evaporation rates for a Water Overlay]]		* [[How to configure more realistic evaporation rates for a Water Overlay]]

Frank@tygron.nl at 16:02, 28 February 2024

2024-02-28T16:02:52Z

← Older revision		Revision as of 16:02, 28 February 2024
Line 15:		Line 15:
	* A maximum of {{array max\|pairs}} can be defined.		* A maximum of {{array max\|pairs}} can be defined.
	* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.		* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.
	* The default value is set to 0.125 mm in 2 hours (0.000125 m in 7200 seconds), which corresponds to 1.5 mm per day. This value is derived from the theory described in 2.3 Gewasverdamping<ref name="GWZ2016"/> in the book Grondwaterzakboekje, which combines the formula of Makkink with a temperature dependent factor<ref name="GWZ2016-2"/> (which is approximately linear between 0 and 24 C). Based on the graph<ref name="GWZ2016-3"/> with plotted lines of reference evaporation for certain months and cloudiness. The evaporation rate was selected as an average of march, june and september, for a cloudy rainy day, which corresponds to a heavy rainfall event.		* The default value is set to 0.125 mm in 2 hours (0.000125 m in 7200 seconds), which corresponds to '''1.5 mm per day'''. This value is derived from the theory described in 2.3 Gewasverdamping<ref name="GWZ2016"/> in the book Grondwaterzakboekje, which combines the formula of Makkink with a temperature dependent factor<ref name="GWZ2016-2"/> (which is approximately linear between 0 and 24 C). Based on the graph<ref name="GWZ2016-3"/> with plotted lines of reference evaporation for certain months and cloudiness. The evaporation rate was selected as an average of march, june and september, for a cloudy rainy day, which corresponds to a heavy rainfall event.
	\|seealso=		\|seealso=
	* [[Water evaporation factor (Water Overlay)]]		* [[Water evaporation factor (Water Overlay)]]

Frank@tygron.nl at 15:46, 28 February 2024

2024-02-28T15:46:06Z

← Older revision		Revision as of 15:46, 28 February 2024
Line 15:		Line 15:
	* A maximum of {{array max\|pairs}} can be defined.		* A maximum of {{array max\|pairs}} can be defined.
	* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.		* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.
	* The default value is set to 0.125 mm in 2 hours (0.000125 m in 7200 seconds), which corresponds to 1.5 mm per day. This value is derived from the theory described in 2.3 Gewasverdamping<ref name="GWZ2016"/> in the book Grondwaterzakboekje, which combines the formula of Makkink with a temperature dependent factor<ref name="GWZ2016-2"/> (which is approximately linear between 0 and 24 C). Based on the plotted lines~~, it~~ was selected as an average of march, june and september, for a cloudy rainy day, which corresponds to a heavy rainfall event.		* The default value is set to 0.125 mm in 2 hours (0.000125 m in 7200 seconds), which corresponds to 1.5 mm per day. This value is derived from the theory described in 2.3 Gewasverdamping<ref name="GWZ2016"/> in the book Grondwaterzakboekje, which combines the formula of Makkink with a temperature dependent factor<ref name="GWZ2016-2"/> (which is approximately linear between 0 and 24 C). Based on the graph<ref name="GWZ2016-3"/> with plotted lines of reference evaporation for certain months and cloudiness. The evaporation rate was selected as an average of march, june and september, for a cloudy rainy day, which corresponds to a heavy rainfall event.
	\|seealso=		\|seealso=
	* [[Water evaporation factor (Water Overlay)]]		* [[Water evaporation factor (Water Overlay)]]
Line 22:		Line 22:
	\|references=		\|references=
	<references>		<references>
	<ref name="GWZ2016">~~Fig.~~ 2.~~7 referentiegewasverdamping Gewasfactoren~~, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>		<ref name="GWZ2016">2.3 Gewasverdamping, Referentiegewasverdamping, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>
	<ref name="GWZ2016-2">Tabel 2.3 Benadering van <math>\frac{\Delta}{\Delta + \gamma}</math> en <math>\frac{\gamma}{\Delta + \gamma}</math>, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>		<ref name="GWZ2016-2">Tabel 2.3 Benadering van <math>\frac{\Delta}{\Delta + \gamma}</math> en <math>\frac{\gamma}{\Delta + \gamma}</math>, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>
			<ref name="GWZ2016-3">Fig. 2.7 referentiegewasverdamping, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>
	</references>		</references>
	}}		}}
	{{WaterOverlay simulation data nav}}		{{WaterOverlay simulation data nav}}

Frank@tygron.nl at 15:43, 28 February 2024

2024-02-28T15:43:04Z

← Older revision		Revision as of 15:43, 28 February 2024
Line 15:		Line 15:
	* A maximum of {{array max\|pairs}} can be defined.		* A maximum of {{array max\|pairs}} can be defined.
	* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.		* Internally each period with amount values are converted to an evaporation rate per second at a particular time in the simulation.
	* The default value is set to 0.125 mm in 2 hours (0.000125 m in 7200 seconds), which corresponds to 1.5 mm per day. This value is derived from the theory described in 2.3 Gewasverdamping<ref name="GWZ2016"/> in the book Grondwaterzakboekje, which combines the formula of Makkink with a temperature dependent factor (which is approximately linear between 0 and 24 C). Based on the plotted lines, it was selected as an average of march, june and september, for a cloudy rainy day, which corresponds to a heavy rainfall event.		* The default value is set to 0.125 mm in 2 hours (0.000125 m in 7200 seconds), which corresponds to 1.5 mm per day. This value is derived from the theory described in 2.3 Gewasverdamping<ref name="GWZ2016"/> in the book Grondwaterzakboekje, which combines the formula of Makkink with a temperature dependent factor<ref name="GWZ2016-2"/> (which is approximately linear between 0 and 24 C). Based on the plotted lines, it was selected as an average of march, june and september, for a cloudy rainy day, which corresponds to a heavy rainfall event.
	\|seealso=		\|seealso=
	* [[Water evaporation factor (Water Overlay)]]		* [[Water evaporation factor (Water Overlay)]]
Line 23:		Line 23:
	<references>		<references>
	<ref name="GWZ2016">Fig. 2.7 referentiegewasverdamping Gewasfactoren, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>		<ref name="GWZ2016">Fig. 2.7 referentiegewasverdamping Gewasfactoren, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>
	<ref name="GWZ2016">Tabel 2.3 Benadering van <math>\frac{\Delta}{\Delta + \gamma}</math> en <math>\frac{\gamma}{\Delta + \gamma}</math>, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>		<ref name="GWZ2016-2">Tabel 2.3 Benadering van <math>\frac{\Delta}{\Delta + \gamma}</math> en <math>\frac{\gamma}{\Delta + \gamma}</math>, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>
	</references>		</references>
	}}		}}
	{{WaterOverlay simulation data nav}}		{{WaterOverlay simulation data nav}}

Frank@tygron.nl at 15:42, 28 February 2024

2024-02-28T15:42:17Z

← Older revision		Revision as of 15:42, 28 February 2024
Line 23:		Line 23:
	<references>		<references>
	<ref name="GWZ2016">Fig. 2.7 referentiegewasverdamping Gewasfactoren, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>		<ref name="GWZ2016">Fig. 2.7 referentiegewasverdamping Gewasfactoren, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>
			<ref name="GWZ2016">Tabel 2.3 Benadering van <math>\frac{\Delta}{\Delta + \gamma}</math> en <math>\frac{\gamma}{\Delta + \gamma}</math>, Bram Bot (2016) ∙ Grondwaterzakboekje, Gwz2016 ∙ Impressed druk en print</ref>
	</references>		</references>
	}}		}}
	{{WaterOverlay simulation data nav}}		{{WaterOverlay simulation data nav}}