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Group Layer Habitat Types (Area, Lines, Point)
The habitats are recorded in the specialist topic biotope types as part of the biotope mapping and are presented differently according to their characteristics -
Map layer road, night level LNight
Outside the metropolitan areas, main roads (motorways, federal and state roads) with a traffic volume of over 3 million vehicles per year are to be mapped. In addition, other... -
Map layer model data
Model data for noise mapping (noise protection structures, roads) -
Map layer specific energy power density 225m in NRW
The map shows the specific energy power density at a height of 225 m above ground. The map was modeled across NRW with a resolution of 100 x 100 m and validated with the yields... -
Map layer specific energy power density 175m in NRW
The map shows the specific energy power density at a height of 175 m above ground. The map was modeled across NRW with a resolution of 100 x 100 m and validated with the yields... -
Kartenlayer Gänseschongebiet NRW
Important note: The data set is updated daily under OpenData NRW! According to § 2 of the ordinance on hunting times (state hunting times ordinance) of the state of North... -
Map layer model data
Model data for noise mapping (noise protection structures, roads) -
Map layer FFH areas NRW
Important note: The data set is updated daily under OpenData NRW! The map layer FFH areas (according to the Flora-Fauna-Habitat-Guideline) of the Web Map Service Landscape... -
Map layer flood hazard map NRW - low probability (HQ500)
The Low Probability (HQ500) map lyer includes: - Flood line of areas without engineered flood defenses - Depth flood prone areas - Depth flood plain - Flow velocities -
Map layer fixed flood areas NRW
Flood plains are important areas for flood and water protection, which are to be preserved in their function as natural retention areas; they are determined on the basis of a... -
Map layer rail other, 24-hour level LDEN
Non-federally owned main rail routes with a traffic volume of over 30,000 trains per year are mapped. In addition, tram routes are mapped in metropolitan areas if these routes... -
Map layer average wind speed 225m, 1981-2010 in North Rhine-Westphalia
The map shows the mean wind speed at a height of 225 m above ground. This was modeled across NRW with a resolution of 100 x 100 m and validated with the yields of existing wind... -
Map layer road, night level LNight
Outside the metropolitan areas, main roads (motorways, federal and state roads) with a traffic volume of over 3 million vehicles per year are to be mapped. In addition, other... -
Map layer nature parks NRW
The map layer nature parks can be selected in the web map service landscape information collection (WMS LINFOS) and shows the spatial location of the nature parks in North... -
Group Layer Habitat Types (Area, Lines, Point)
The habitats are recorded in the specialist topic biotope types as part of the biotope mapping and are presented differently according to their characteristics -
Map layer average wind speed 135m, 1981-2010 in North Rhine-Westphalia
The map shows the mean wind speed at a height of 135 m above ground. This was modeled across NRW with a resolution of 100 x 100 m and validated with the yields of existing wind... -
Map layer average wind speed 200m, 1981-2010 in North Rhine-Westphalia
The map shows the mean wind speed at a height of 200 m above ground. This was modeled across NRW with a resolution of 100 x 100 m and validated with the yields of existing wind... -
Map layer specific energy power density 100m in NRW
The map shows the specific energy power density at a height of 100 m above ground. The map was modeled across NRW with a resolution of 100 x 100 m and validated with the yields... -
Map layer flood hazard map NRW - medium probability (HQ100)
The map layer medium probability (HQ100) NRW includes: - flood limit of the areas without technical flood protection - deep areas at risk of flooding - deep flood areas - flow... -
Map layer average wind speed 150m, 1981-2010 in North Rhine-Westphalia
The map shows the mean wind speed at a height of 150 m above ground. This was modeled across NRW with a resolution of 100 x 100 m and validated with the yields of existing wind...
