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application

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  • The Arctic Viewer offers the option of viewing the spatial data services offered by BGR in the Arctic area in stereographic projection and combining them with one another. Web services from the topics geology, geochemistry and geophysics are currently presented.

  • BW Map mobile ist eine App für iOS (iPhone / iPad) und Android (Smartphone / Tablet). Enthalten sind Amtliche Topographische Karten von Baden – Württemberg 1:10.000, 1:50.000, 1:200.000, 1:500.000 und 1:1 Million. Die App "BW Map mobile" ist im AppStore kostenlos erhältlich. Diese kann mit dem Kartendienst "Maps4BW" genutzt werden. Über einen In-App-Kauf (IAK) der "Jahres-Flatrate" aus der kostenlosen App heraus, werden erweiterten Funktionen aktiviert, inklusive den Zugriff auf die Topographischen Karten. Die Darstellungen 1:1 Million und 1:500.000 sind aus dem DLM1000 und die Topographische Übersichtskarte 1:200.000 aus dem DLM250. Die Darstellung 1:50.000 basiert auf dem DLM50. Die kartographische Darstellung 1:10.000 basiert auf dem Basis-DLM und der Gebäudedaten des Amtlichen Liegenschaftskatasterinformationssystems (ALKIS). Die Höheninformationen innerhalb Baden-Württembergs bestehen aus dem Digitalen Geländemodell (DGM25). Das DGM basiert auf dem Höhenbezugssystem „Höhen im Neuen System“ des Deutschen Haupthöhennetzes 1912 (DHHN 12 – HST 130) mit dem Pegel von Amsterdam. Zur Höhendarstellung außerhalb Baden-Württembergs wurden SRTM-3 Höhendaten des United States Geological Survay genutzt. Bezugssystem ist das Europäische Terrestrische Referenzsystem 1989 (ETRS89) und die Kartenprojektion die Universale Transversale Mercatorabbildung (UTM), Zone 32. Weitere Funktionen der App: GPS-Position, Moving Map (IAK), Trackaufzeichnung, Sprachführung entlang von Tracks, Suche (Orte, Straßen, Berge, Gewässer ...), Haltestelleninformationen, Meldefunktion, Messen von Strecken und Flächen. Sprachen DE,EN,FR,IT Erweiterte Funktionen für iOS sind: Panorama-Ansicht (3D-Karte), Augmented Reality. Weitere Angaben unter: http://www.lgl-bw.de/lgl-internet/opencms/de/07_Produkte_und_Dienstleistungen/Karten/BW-Map-mobile/Grundlegendes/

  • Aufgabe/Inhalt - Visualisierung von Daten geologischer Bohrungen - Datengrundlage: UHYDRO-Daten oder Aufschlussdaten aus der ORACLE-DB des LfULG - DIN-gerechte Darstellungen von Schichtenverzeichnissen als Säule und als Formblatt - ArcGIS-Schnittstelle: Erweiterung erzeugt nach Klick auf Bohrpunkt graphische Ausgabe Nutzerkreis: - alle UHYDRO-Nutzer - LfULG-interne Nutzer ============================== Datengrundlagen: ORACLE-Aufschluss-DB UHYDRO-Daten Entwickler: BEAK ==============================

  • ROSYS enables you to better understand the raw material markets in the world and with a specific focus on Germany. With the help of interactive maps and diagrams, current developments on the raw material markets can be tracked, analyzed and evaluated. ROSYS contains data on around 80 raw materials. These include raw materials that are important for future technologies, such as lithium, cobalt and rare earths, as well as conventional energy raw materials.

  • The "Borehole Map Germany" provides information on the geology of the subsurface in the Federal Republic of Germany and contains approx. 2 million boreholes (total length approx. 80,000 km). The application resulted from a cooperation between the BGR and the Geological Survey Organisations of Germany (SGD), which are responsible for the management and long-term storage of the borehole information shown. The BoreholeML format, which is the common denominator of all drilling data in Germany to ensure interoperability, was developed as the basis for cross-national data exchange. The application displays metadata of boreholes, strata data, groundwater measurements, evidence of loggings and samplings, casing and technical drilling data. This makes the data suitable for subsoil investigations, well construction or pipeline construction. A search and an export function work on borehole metadata level. The application starts with a tiled view of the borehole density distribution in Germany, which changes to an view of all single boreholes from a scale 1:80,000. The data is updated irregularly. Unfortunately, not all SGD distribute their data to the application yet.

  • The Soil Atlas Germany published by the BGR provides a broad spectrum of soil science information for the interested public on 144 pages and in 48 thematic maps. The thematic maps are based on the profile and area data as well as evaluation methods in the Soil Science Information System of the BGR (FISBo BGR). With the digital soil atlas Germany, BGR is presenting a part of this comprehensive map series.

  • The GRDC Freshwater Fluxes into the World’s Oceans is a web application provided by the Global Runoff Data Centre (GRDC) to present the Freshwater Fluxes into the World’s Oceans data product. Continental freshwater input into the oceans is computed by the GRDC at irregular intervals, most recently in December 2020 referencing the time period 1901–2016. Previous data sets prepared in 2004, 2009 and 2014 are integrated into the service.

  • BGR's 3D web viewer allows for a visualisation of the its produced 3D subsurface models from various perspectives and camera positions by using only a web browser. Each of the geologic horizons of a model can be separately switched on and off. The information belonging to a horizon can be queried by clicking with the mouse on the displayed object. The user can chose which model data are to be exported, thereby loading the data to the own computer. Predefined camera positions give a quick access to the visualisation of a model. The web application offers essential tools to explore the 3D model such as rotation, zoom and panning functions, or adjustment of the exaggeration in vertical direction. Additionally, the user has the choice between different topographic data which can be put on top of the model. By means of the slicer function parts of the model can be blanked out, so the user gains more detailed insights into the model. Moreover, virtual boreholes and profile sections can be interactively created. Filter functions, spatial measuring tools and storing of scalable screen shots complete the functionalities. Further hints for the usage of the web application are found on the graphical user interface.

  • The data set provides information on the surface deformation of Germany. The surface deformation is color coded as the mean velocity over the time span indicated in the title. The data set was generated using a Persistent Scatterer Interferometry analysis based on Copernicus Sentinel-1 SAR data. The data set contains modified Copernicus Sentinel-1 data 2014-2019

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