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  • High resolution radar data (lmax) of Feldberg

  • High resolution radar data (lmax) of Isen

  • The WMS D-AERO (INSPIRE) comprises airborne geophysical surveys for mapping the shallow subsurface in Germany. Since the eighties BGR carries out helicopter borne measurements in Germany as well as in neighbouring and distant countries. In particular a series of continuous areas on the German North Sea coast are flown during the last years within the context of the D-AERO project. The helicopter of type Sikorsky S-76B is operated for the airborne geophysical survey of the earth's subsurface. Usually airborne electromagnetic, magnetic and radiometric measurements are carried out. According to the Data Specification on Geology (D2.8.II.4_v3.0, sub-theme Geophysics) the information with respect to the airborne geophysical surveys is INSPIRE-compliant. The WMS D-AERO (INSPIRE) contains for each airborne geophysical survey one layer, e.g. GE.flightLine.G081Cuxhaven. The flightlines are displayed correspondingly to the INSPIRE portrayal rules. Via the getFeatureInfo request, the user obtains the content of the INSPIRE attributes platformType und profileType. Additionally, the WMS contains a campaign layer (GE.airborneGeophysicalSurvey) with the INSPIRE attributes campaignType and surveyType.

  • High resolution radar data (lmax) of Prötzel

  • High resolution radar data (lmax) of Eisberg

  • The QBMG98 TTAAii Data Designators decode as: T1 (Q): Pictorial information regional (Binary coded) T1T2 (QB): Cloud A2 (G): 18 hours forecast T1ii (Q98): Air priorities for the Earth's surface (Remarks from Volume-C: (COSEU) Cloud type (gpv) H+18,+24 (gpv))

  • Since July 2020, the DWD has been offering the crowdsourcing module User Reports in its WarnWetter app. This gives app users the opportunity to make their own reports on current weather and severe weather events available to the DWD and other users. The data are now also made available on Open Data in daily packages. The user reports are snapshots of the current weather conditions at a location at a certain point in time. They have the advantage of collecting information on the weather near the ground, where there is no weather station in the immediate vicinity. These can then supplement the data network. In particular, striking weather events can be well assessed through the impact of user data and improve warning management. No advanced quality assurance is carried out for the user reports, but a largely correct meteorological assessment of the weather situation by the reporters is assumed. With the help of reference data sets, an instantaneous filtering of false reports takes place. In addition, meteorological false alerts can also be reported manually by users. Thus, users are granted a certain meteorological estimation of the weather situation. Through crowdsourcing, the truth of the report can also be checked for plausibility: The more reports are submitted at a location at a certain time, the more likely an event is. The user reports are made available in the Open Data portal in GeoJson format. The retention period is 60 days. Adjustments to the data are possible at any time and are announced via the RSS feed. Each file contains the accumulated messages of one day (00:00 UTC to 23:59 UTC) and is provided with a 24h delay. Translated with www.DeepL.com/Translator (free version)

  • High resolution radar data (lmax) of Rostock

  • The WMS GÜK250 (INSPIRE) represents the surface geology of Germany on a scale of 1:250,000. In general, the term “surface geology” refers to geologic formations up to a depth of two meters. However, particularly in the south of Germany, considerable deviations of this concept exist and thicknesses of a couple of hundred meters may be displayed. According to the Data Specification on Geology (D2.8.II.4_v3.0) the geological map provides INSPIRE-compliant data. The GÜK250 (INSPIRE) contains a base layer and an overlay layer which usually represents thin Quaternary deposits. The WMS GÜK250 (INSPIRE) contains correspondingly two layers for the geologic units (GE.GeologicUnit.BaseLayer and GE.GeologicUnit.OverlayLayer). Additionally the WMS comprises layers representing the faults (GE.GeologicFault), marginal position of the ice shield (GE. NaturalGeomorphologicFeature) and quartz veins (GE.GeologicUnit.QuartzVein). The layers are mostly displayed according to the INSPIRE portrayal rules. The geologic units are represented graphically by stratigraphy (GE.GeologicUnit.BaseLayer.AgeOfRocks and GE.GeologicUnit.OverlayLayer.AgeOfRocks, stored in group layer GE.AgeOfRocks) and lithology (GE.GeologicUnit.BaseLayer.Lithology and GE.GeologicUnit.OverlayLayer.Lithology, stored in group layer GE.Lithology). Because INSPIRE doesn’t provide portrayal rules for the genesis (event process und event environment), this display mode is not available compared to the original WMS GÜK250. In case of different geochronologic minimum and maximum ages, e.g. Pleistocene - Holocene, the portrayal is defined by the colour of the geochronologic minimum age (olderNamedAge). The portrayal of the lithology is defined by the rock or rock group representing the main part of the petrographic composition of the geologic unit. For the portrayal of different petrographic main components the corresponding colours are superimposed in a dot pattern. Analogous to the original WMS GÜK250 the petrographic content is represented graphically according to the generic terms of the main components, e.g. clastic sedimentary rock, pure carbonate sedimentary rock or metamorphic rock. In case of the geologic units the user obtains detailed information on the stratigraphy, lithology and genesis via the getFeatureInfo request.

  • High resolution radar data (lmax) of Boostedt