Nox overlay attribute (Aerius Overlay): Difference between revisions
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* The AERIUS Connect API calculates the pollution in Natura 2000 areas, represented as a set of hexagons, each with their own NOX pollution in mol/ha/year. Currently an array of these values is made and stored in the Aerius Overlay. This way they can all be inspected, because not always all pollution hexagons are located in the project area. | * The AERIUS Connect API calculates the pollution in Natura 2000 areas, represented as a set of hexagons, each with their own NOX pollution in mol/ha/year. Currently an array of these values is made and stored in the Aerius Overlay. This way they can all be inspected, because not always all pollution hexagons are located in the project area. | ||
* A possible future improvement is to store this data differently, for example categorized per Natura 2000 area and distance similar to the Aerius Calculator app. | * A possible future improvement is to store this data differently, for example categorized per Natura 2000 area and distance similar to the Aerius Calculator app. | ||
==See also== | |||
* [[NOX_result_type_(Aerius_Overlay)|NOX result type]] | |||
{{Template:AeriusOverlay_model_attribute_nav}} | {{Template:AeriusOverlay_model_attribute_nav}} | ||
Revision as of 09:37, 2 July 2020
Notes
- The AERIUS Connect API calculates the pollution in Natura 2000 areas, represented as a set of hexagons, each with their own NOX pollution in mol/ha/year. Currently an array of these values is made and stored in the Aerius Overlay. This way they can all be inspected, because not always all pollution hexagons are located in the project area.
- A possible future improvement is to store this data differently, for example categorized per Natura 2000 area and distance similar to the Aerius Calculator app.
See also
