Static Layers
| Product name | Description (established over forecast horizon) | Outputs | Forecasting horizon | Forecast Model |
| Administrative Regions | Administrative regions merged using NUTS-2 or NUTS-3 classification from EUROSTAT 2016 and the region classification from GADM to obtain an approximately equally sized administrative regions map for Europe. Note: The designation of Kosovo is without prejudice to positions on status, and it is in line with UNSCR 1244/1999 and the ICJ Opinion on the Kosovo Declaration of Independence.
| Map | NA | NA |
| Catchments | Layer showing the main river catchments sourced from the CCM dataset.
| Map | NA | NA |
| Country Borders | Layer showing the country borders. Note: The designation of Kosovo is without prejudice to positions on status, and it is in line with UNSCR 1244/1999 and the ICJ Opinion on the Kosovo Declaration of Independence.
| Map | NA | NA |
| EFAS Partner Regions | Layer showing the river basins/administrative regions being EFAS Partners. Colour code indicates the responsible EFAS Dissemination Centre for EFAS warning procedures. Pink: Rijkswaterstaat Blue: Slovak Hydro-Meteorological Institute Yellow: Swedish Meteorological and Hydrological Institute
| Map | NA | NA |
| Flood Protection Levels | The level of flood protection is given as the estimated design return period of flood defences, that is, the return period of the maximum flood event which can be bared by the defence measures (e.g. dikes). It is assumed that any flood event above the protection level will cause flooding. The data are sourced from the Bianchi et al., 2022 within EU member states at sub-catchment scale and the FLOPROS dataset outside of EU member states at the second level administrative region scale.
| Map based on NUTS administrative regions and river sub-catchments | NA | NA |
| Flood Inundation Scenarios | Modelled flood inundation scenarios for different return periods (also expressed as Annual Exceedance Probability (AEP)). NOTE: This map does not represent an official flood hazard map. Please consult CEMS-Flood flood inundation maps for more information about the methodology to create this layer
| Map | NA | NA |
| Drainage network of LISFLOOD model. Rivers are shown as they are represented in the model. Lines show connections between the model's pixels. Drainage area (km2) | Map | NA | NA | |
| LISFLOOD Fixed Reporting Points | Location of river gauges on LISFLOOD model drainage network. River gauges are displayed on the model pixel that better represents their real location | Map based on LISFLOOD river network and stations location | NA | NA | |
| Location of reservoirs (green) and lakes (purple) on the LISFLOOD model drainage network. Lakes and reservoirs are always centred over LISFLOOD drainage network and are represented using one model pixel. | Map based on LISFLOOD river network and reservoirs and lakes location | NA | NA | |
| Landslide Susceptibility | This European landslide susceptibility map presents the spatial likelihood of landslide occurrence in 5 classes at a 1km raster dataset. Landslide susceptibility is the likelihood of a landslide to occur in an area, controlled by local terrain conditions. Susceptibility does not consider the temporal probability of failure or the magnitude of the expected events. (More information). | Map based on 1-km grid | NA | NA |
| Major Rivers | Major Rivers layer derived from 4 different datasets: FAO AQUASTAT, EU hydro, Natural Earth, and GRDC. FAO AQUASTAT is used as the primary source. In the European domain, vectors were replaced with basins information extracted from EU hydro. Natural Earth or GRDC are used in areas for which neither FAO AQUASTAT nor EU hydro dataset provide information. All the datasets were downloaded in 2023.
| Map | NA | NA |
| National Flood Links | Layer showing the national provider of information. Clicking on the point representing the Region capital will open a pop-up with a list of national information providers and links to their websites.
| Map | NA | NA |
