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Digital Surface Model - Malmö
A digital surface model (DSM) is a representation of the Earth’s surface that includes everything sitting on top of the ground: buildings, trees, vehicles, bridges, and any... -
Natura 2000 sites
Natura 2000 is the main instrument of the European Union's policy for the conservation of biodiversity. It is an ecological network spread throughout the territory of the Union,... -
Catchment Boundaries
This dataset provide spatial reference for hydrological and ecological analysis. -
Water Connectivity Links
The dataset identifies the hydrological corridors and links the areas of ecological value. -
Historical Wetlands
The dataset identifies potential restoration areas and historical flood retention areas. -
Rainfall Map - Helsingborg
The dataset is a hydrological input for pluvial flood modelling and hazard mapping for different return periods. -
Urban Forest Polygon - Malmö
This dataset is a polygonal vector layer that rapresent the new urban forest planted in Sept 2025. It was used to replace paved surface with evergreen trees in the “after NbS”... -
Land Cover Map - Malmö
Land cover was digitised and classified into paved, buildings, evergreen trees, deciduous trees, grass, bare soil and water. Two situations were defined:- Baseline...
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Flow Data - Helsingborg
The dataset is a peak river flow estimation under design scenarios. Data are related to the following station:- Station name: BRÖDDEBACKEN
- StationId: 2127 ...
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Potential Floodplain Restoration
The dataset supports the planning of natural flood retention measures. -
Regular Grid (10 × 10 m) - Malmö
A regular 10 × 10 m grid (613 cells) was created in QGIS to cover the Ferry Terminal area. All analysis is carried out at grid-cell level. -
EPW Weather File for Copenhagen
EPW files are “typical meteorological dataset with a typical year” and can be downloaded from several sources (e.g. EnergyPlus, EPWmap) or generated from reanalysis datasets... -
Digital Elevation Model - Malmö
A Digital elevation model was derived in QGIS and was used together with DSM to estimate building height and morphology.