Heat Stress Overlay: Difference between revisions

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We are working on a new heat module in accordance to the new [[DPRA guideline|Dutch DPRA standards]]. This module is still under construction, as is the documentation, however a Beta version of the module is available on the Preview server for our partners.  
[[File:DPRA_Heatstress_overlay.PNG|thumb|420px|right|Example of the DPRA heat stress overlay]]
The new Heat Stress [[Overlay]] module is in accordance with the 2019 {{Heat DPRA Report}}.


==Overlays==
==Modules==
Several overlays with data that influence heat are available :
In order to configure a Heat Stress Overlay, a module has to be selected. The module can be configured by opening the Heat Overlay Wizard.
* The PET map (real feel temperature, wind chill). In accordance to the [[DPRA guideline]]: https://ruimtelijkeadaptatie.nl/stresstest/bijsluiter/hitte/pet-hittekaart/
* Foliage (map with tree heights)
* Shade
* Average Sky View
*      Sky view (percentage sky view in relation to total view),
* UHI (Urban Heat Island effect)
*      Temperature of atmosphere
* Vegetation average
* Vegetation (yes/no))
* Bowen ratio (evaporation ratio): in the city a value of 3 is normal. For green that evaporates well or open water, a value of 0.4 is normal.  
* Wind speed


De  overlays are calculated by our cuda module.
The selectable modules are:
* [[DPRA Heat Module|DPRA Heat stress module]]. This module is more detailed and based on the 2019 {{Heat DPRA Report}}. It can generate multiple Heat Overlay [[Result types (Heat Overlay)|result types]] as child overlays;
* [[UNESCO Heat Module|UNESCO Heat stress module]]. This module generates a simple heat stress overlay which visualizes the [[Pet_relative_result_type_(Heat_Overlay)|Relative Physiological equivalent temperature]] result type. It uses a different (and smaller) set of formula's to calculate Heat differences. It does not calculate the expected Physiological Equivalent Temperature.


==Calculations==
[[File:Heatstress_overlay.PNG|thumb|420px|right|Example of the UNESCO heat stress overlay]]
Heat is calculated in accordance to the Dutch standard for heat stress:
{{Heat_Module_buttons}}
https://ruimtelijkeadaptatie.nl/stresstest/bijsluiter/hitte/
{{clear}}
For more detailed implementation we used RIVM-documentation:
https://www.rivm.nl/bibliotheek/rapporten/2019-0008.pdf


==Results==
{{article end
With a Heat Overlay, one can generate different kinds of results. For further information about these outcomes, see [[Result type (Heat Overlay)|result types]].
|notes=
* The Heat Stress Overlay certain [[past projects]] used the [[UNESCO Heat Module]], rather than the [[DPRA Heat Module]], for legacy reasons.
|howtos=
* [[How to add and remove an Overlay]]
* [[How to edit an overlay legend]]
* [[How to use a Infrared WMS to estimate foliage height]]
* [[How to improve the estimated foliage overlay]]
* [[How to compute additional shadow effects for the Heat Stress Overlay]]
|seealso=
* [[FAQ (Heat Overlay)]]
}}


==How-to's==
{{HeatOverlay result type nav}}
* [[FAQ Heat (Overlay)|FAQ for Heat Overlay]]
{{Overlay nav}}
* [[How-to add and remove an overlay|Add and remove an overlay]]
[[Category:Overlays with result types]]
* [[How-to edit an overlay legend|Edit an overlay legend]]
 
{{Template:Overlay nav}}
 
\[[File:Heatstress_overlay.PNG|thumb|420px|right|Example of the heat stress overlay]]

Latest revision as of 08:41, 7 November 2024

Example of the DPRA heat stress overlay

The new Heat Stress Overlay module is in accordance with the 2019 DPRA Heat stress report.

Modules

In order to configure a Heat Stress Overlay, a module has to be selected. The module can be configured by opening the Heat Overlay Wizard.

The selectable modules are:

Example of the UNESCO heat stress overlay