GENERAL
Group	Name	Value	Description
Basic information	Dataset title:	Urban flood dataset – Denmark (Bellinge) case study
	Short description:	Urban drainage network data, in-situ sensor measurements (water level/flow/temperature), rainfall observations (gauges, radar, meteorological station), and terrain/orthophoto/DTM reference data for the Bellinge catchment (Denmark). Includes hydraulic models (MIKE URBAN and SWMM) and supporting scripts.
	Bounding box:	N/A
	Primary coordinate system (EPSG):	ETRS89 / UTM zone 32N (EPSG:25832)
	Domain area (km²):	N/A
	City/Region/Country:	Bellinge, Denmark
	Keywords:	urban flooding, drainage network, MIKE URBAN, SWMM, rainfall gauges, weather radar, water level sensors, Denmark, Bellinge, orthophoto, DTM
Temporal coverage	Time series type:	Continuous
	Start datetime:	2010-06-01 (approx.)
	End datetime:	2021-08-31 (approx.)
	Temporal resolution:	10 min (rain); sensors vary	e.g., 5 min, 1 h, daily
	Timezone:	Europe/Copenhagen (CET/CEST)
	Gaps handling:	Missing periods documented (e.g., *_missing_data.txt; planned closures).
Measurements	Contains in-situ measurements:	Yes
	Rainfall stations provided:	Yes
	Water level/flow stations provided:	Yes
	Station CRS (EPSG):	EPSG:25832 (ETRS89 / UTM zone 32N) (from file naming)
	Quality control perfomed on measurements:	Partial
Model overview	Model dimensionality:	1D (urban drainage network)
	Hydrological engine:	MIKE URBAN (MU) and EPA SWMM
	Model version:	Unknown
	Coupling approach (if 1D–2D):	N/A	e.g., HX/SX, lateral links, other
	Global spatial resolution:	N/A
	Numerical timestep:	Unknown	e.g., 1 s, 2 s, 5 s
	1D model deposited:	Yes (MU + SWMM)
	2D model deposited:	No
Licensing	License:	Mixed / restricted (Danish Map Supply terms for base maps/DTM/orthophoto; scripts under BSD-3-Clause; other data proprietary unless stated).	e.g., CC-BY 4.0, CC0, proprietary, other
	Preferred citation:	TBD
	DOI (if any):	N/A
Data origin and processing	Primary data sources:	in-situ sensors, rain gauges, weather radar, digital terrain models/orthophotos, simulations/models	e.g., sensors, satellites, simulations, mixed, other
	Methodology (short):	Collected drainage asset/network data and sensor observations; compiled rainfall products (gauges, radar, meteo); prepared/reference GIS layers and terrain data; provided hydraulic model setups (MIKE URBAN, SWMM) and scripts for processing.
	Last update date:	2025-10-28	YYYY-MM-DD
	Dataset version:	v1.0
Quality	Validation against observations:	Yes (sensor observations included)
	Validation period:	2010-06 to 2021-08 (approx.)	YYYY-MM-DD - YYYY-MM-DD
	Performance metrics:	N/A (not provided here)	e.g., NSE, RMSE, R², Bias, other
	Known limitations:	Temporal/spatial metadata and full QA/QC details not fully documented in the repository; some datasets may be large/compressed and require proprietary software (e.g., MIKE URBAN).
Contact	Maintainer / Contact person:	N/A
	Organization / Project:	N/A
	Contact email:	N/A
	Related publications / links:	Tbd
INPUTS
Group	Existence	Name	Value	Description
Geometry	Yes	Terrain	/inputs/terrain/	DTM/orthophoto/background maps and GIS reference data.
Hydrology	Yes	Rainfall	/inputs/rainfall/	Rain gauges, radar products, and meteorological station timeseries.
Model	Yes	Hydraulic models	/models/hydraulic/	MIKE URBAN (MU) and SWMM model files.
Roughness	No		/
Boundaries	Yes	Catchment	/inputs/catchment/	Catchment boundaries and land use data used for hydrological parameterization.
Structures	Yes	Drainage network assets	/inputs/network/	Sewer network GIS layers including links, manholes, historical versions, and visualization symbology.
OUTPUTS
Group	Existence	Name	Value	Description
Timeseries	No		/
Reports	No		/
Rasters	No		/
Maps	No		/
Animations	No		/
Logs	No		/