Waterwijzer Module: Difference between revisions

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===Considerations===
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The Waterwijzer Overlay communicates with the [https://waterwijzerlandbouw.wur.nl/query-wdb.php?f=JSON Waterwijzer API] to calculate the loss of earnings for agriculture crops based on the following parameters:
The Waterwijzer module calculates the result for the following question:
* A climate scenario;
''I want to know the expected agricultural yield loss based on the crop, soil type and local groundwater levels, given a climate scenario and the expected weather.''
* A weather station;
* Type of soil;
* Type of crop;
* Highest and lowest (averaged) ground water levels;
* The irrigation parameter, which in the [https://waterwijzerlandbouw.wur.nl/tool.html Waterwijzer tool] is active for a number of the crop types, is currently not taken into account.


==Concept==
In order to answer this question using the {{software}} a connection (using API) was realized with Wageningen University's [https://waterwijzerlandbouw.wur.nl/ Waterwijzer Landbouw module].
Preparation steps:
#Generate a project for an area in the Netherlands using the {{software}}.
#*The Dutch BRP geo-plugin retrieves the known agriculture plots. Each agriculture plot has an identification number for the type of plot, which is stored in the [[BRP_CODE]] attribute.  
#*The Dutch BRO geo-plugin retrieves the known soil types, stored as underground terrain. The simplified [[BOFEK_ID]] is configured by default for each terrain type of these terrain.
#Add a [[Waterwijzer Overlay]]
#The climate scenario and weather station are configured using the Waterwijzer Overlay Wizard
#The ground water levels can also be configured using the Waterwijzer Overlay Wizard. These ground water levels can be provided as:
#* A [[GeoTiff|geotiff]] containing ground water depths;
#* A result type of the [[Subsidence Overlay]]; See [[Hi_ground_water_result_type_(Subsidence_Overlay)|high]] and [[Low_ground_water_result_type_(Subsidence_Overlay)|low ground water depths]].
#* A result type of the [[Groundwater_(Overlay)|Groundwater Overlay]]; See [[Ground_last_value_result_type_(Water_Overlay)|last ground water depth]] and [[Ground_max_value_result_type_(Water_Overlay)|max depth]]


The Waterwijzer Overlay is a [grid overlay]. The project area is rasterized into grid cells, each containing a value for:
{{article end
* the crop: BRP_CODE
|seealso=
* the soil: BOFEK_ID
* [[Waterwijzer Overlay]]
* the lowest (average) ground water depth: distance to surface, from geotiff or result overlay.
|videos=
* the highest (average) ground water depth: distance of surface, from geotiff or result overlay.  
<gallery widths=300px>
The climate scenario and weather station are a single value for each grid cell.  
File:YoutubeLogo1.jpg|Koppeling met Waterwijzer Landbouw van de Wageningen Universiteit in Tygron (Dutch only)|link=https://youtu.be/S6159aWGDyM
Each unique combination of crop, soil, ground water depths, climate scenario and weather station leads to four loss of earning values, one for each category.
File:YoutubeLogo1.jpg|Uitleg van de Waterwijzer Landbouw 2.0, versie september 2020 (Dutch only)|link=https://youtu.be/FXMM3ib-ggw
These categories are:
</gallery>
* Dry: A low water level (high ground water depth) can limit the amount of water absorbed by plant roots.
}}
* Wet/Oxygen: A high water level (low ground water depth) can lead to suffocation of the plant roots.
{{Template:Waterwijzer Module buttons}}
* Indirect: Indirect causes due to soil type in combination with crop, water levels, climate scenario and weather station's weather patterns.
* Salt: The damage occurring due to irrigation with salt water.
These four categories are also summed up to a total number, resulting in a [[Total loss of earnings result type (Waterwijzer Overlay)|fifth result type]].

Latest revision as of 14:32, 13 December 2023

This functionality is currently unavailable or non-functional.

The Waterwijzer module calculates the result for the following question:

I want to know the expected agricultural yield loss based on the crop, soil type and local groundwater levels, given a climate scenario and the expected weather.

In order to answer this question using the Tygron Platform a connection (using API) was realized with Wageningen University's Waterwijzer Landbouw module.

Videos

See also