The RV composite is a Germany composite of the amount of precipitation accumulated over a period of 5 minutes in mm. For graphical visualisation it was converted to mm/h. Horizontal resolution is 1 km x 1 km. The horizontal range of the DWD radar network is 1200 x 1100 with a class number of 4095 and an availability of 5 min.

The LMAX radar data is a site reflectivity product based on the volume scan. The horizontal resolution is 1 km x 1 km. The horizontal range is 180 km (400px x 400px) around each radar site. The product is produced every 5 minutes. The data resolution is 16 bit. The data is available for the following radar sites: ASR Borkum, Boostedt, Rostock, Hannover, Ummendorf, Prötzel, Essen, Korbach-Rhena Flechtdorf, Dresden, Neuhaus, Neuheilenbach, Offenthal, Eisberg, Türkheim, Isen, Feldberg, Memmingen. Up-to-date radar site data is available in the linked list of "Radar and wind profiler locations of DWD".

The PX radar data (250 m) is a location reflectivity product based on the precipitation scan. Horizontal resolution is 250 m x 250 m and the horizontal range is 150 km (1600px x 1600px). The product is produced every 5 minutes. The data resolution is 16 bit. The data is available for the following radar sites: ASR Borkum, Boostedt, Rostock, Hannover, Ummendorf, Prötzel, Essen, Korbach-Rhena Flechtdorf, Dresden, Neuhaus, Neuheilenbach, Offenthal, Eisberg, Türkheim, Isen, Feldberg, Memmingen. Up-to-date radar site data is available in the linked list of "Radar and wind profiler locations of DWD".

The PR radar data is a site radial wind speed product based on the volume scan. Horizontal resolution is 1 km x 1 km. The horizontal range within the DWD radar network is 180 km (400px x 400px). The product is produced every 5 minutes. The data resolution is 16 bit. The data is available for the following radar sites: ASR Borkum, Boostedt, Rostock, Hannover, Ummendorf, Prötzel, Essen, Korbach-Rhena Flechtdorf, Dresden, Neuhaus, Neuheilenbach, Offenthal, Eisberg, Türkheim, Isen, Feldberg, Memmingen. Up-to-date radar site data is available in the linked list of "Radar and wind profiler locations of DWD".

The WN radar composite is a Germany reflectivity composite based on the precipitation scan. The horizontal resolution is 1km x 1km on an area of 1200 x 1100 pixels. The product is produced every 5 minutes. The data format allows values from -64 dBZ to 128 dBZ in increments of approximately 0.003 dBZ (rounded).

The PZ radar data is a site reflectivity product based on the volume scan. Horizontal resolution is 1km x 1km and the horizontal range is variable due to height dependency, but is a maximum of 180km (400px x 400px). The product is produced every 5 minutes. The data resolution is 16 bit. The data is available for the following radar sites: ASR Borkum, Boostedt, Rostock, Hannover, Ummendorf, Prötzel, Essen, Korbach-Rhena Flechtdorf, Dresden, Neuhaus, Neuheilenbach, Offenthal, Eisberg, Türkheim, Isen, Feldberg, Memmingen. Up-to-date radar site data is available in the linked list of "Radar and wind profiler locations of DWD".

The PE radar data is a location echo top product based on the volume radar scan. Horizontal resolution is 1 km x 1 km. The horizontal range within the DWD radar network is 180 km (400px x 400px). The product is produced every 5 minutes. The data resolution is 16 bit. The data is available for the following radar sites: ASR Borkum, Boostedt, Rostock, Hannover, Ummendorf, Prötzel, Essen, Korbach-Rhena Flechtdorf, Dresden, Neuhaus, Neuheilenbach, Offenthal, Eisberg, Türkheim, Isen, Feldberg, Memmingen. Up-to-date radar site data is available in the linked list of "Radar and wind profiler locations of DWD".

INSPIRE theme Oceanographic Geographical Features.

INSPIRE theme Geology. Provision of the sediment distribution of the seabed in the North and Baltic Sea.

This service contains information on the population density of harbor porpoises in German Exclusive Economic Zone (EEZ) based on a 10x10 km grid (EU-GRID). Density [individuals/km²] is calculated for each 10x10 km grid cell by adding the number of individuals within the respective grid cell and dividing by the sum of the effort (area surveyed and period the area was sampled). Individual layers subdivided by season (March-May: spring; June-August: summer; September-November: fall; December-February: winter) show the distribution of harbor porpoises in the respective year. Direct comparability with the data in the BfN service "Porpoise monitoring distribution in individual years" is limited, since the current BSH service only used data collected using the digital flight observation technique.