Metadata 1739
The dataset contains mineral deposits sized super large, large and medium for ten European countries : the Netherlands, the UK, Belgium, Germany, Estonia, Bulgaria, Italy, North Macedonia, Kosovo and Hungary. This dataset is based on contributions from national and regional Geological Survey Organisations collected between April and October 2024, as part of the EU-funded GSEU (Geological Service for Europe) project, aimed at delivering harmonized geoscientific data across Europe.
Powstała w ramach przedsięwzięcia "Ramowy model 3D budowy geologicznej Polski jako podstawa nowoczesnej, cyfrowej kartografii geologicznej" aplikacja GIS 3D przedstawie 53 warstwy informacyjne, w tym: przestrzenne zasięgi regionalnych formacji i struktur geologicznych od czwartorzędu po prekambr, opisy wydzieleń i struktur, tektonikę, lokalizację wybranych otworów i sejsmiki oraz lokalizację wybranych bardziej sczegółowych modeli geologicznych 3D. W ramach WP3 wykorzystano ten model 3D do wygenerowania zas...
The EGDI3d database is a storage for geologic 3D models. Geometries from a variety of modelling tools are imported and stored in a common format, together with model metadata and geological descriptions in a GeoSciML inspired relational database.
István Marsi, László Bereczki, Gábor Markos 2016: 3D Model of Southern Transdanubia, Hungary
Integrated data from various deep drilling geophysical and laboratory tests such as magnetic susceptibility, natural gamma, neutron porosity and resistivity, as well as grain size and chemical composition. These can be used to determine additional rock physics properties beyond the measurements. The use of geophysical data was primarily aimed at identifying individual paleospecies.
The map contains locations of 3D seismic measurements in Hungary
Modelling areas of the different 3DGEO-EU workpackages.
Digital records of the gravity field changes in Greece (Nisyros, Thira) observed from repeated annual measuring campaigns in gravity network.
A layer represents aquifer media with direct of assignment of A index values for each aquifer delimitated (geological map of Atalanti 1:50.000 HSGME).
A layer represents aquifer media with direct of assignment of A index values for each aquifer delimitated.Higher values of “A” factor correspond to alluvial quaternary aquifers and Miocene sedimentary formations (sands and gravels). Smaller values represent areas with metamorphic and igneous rocks.
The aquifer media layer is created by direct assignment of aquifers to A index values from 1-10. The metamorphic and igneous rocks were given the lowest ‘A’-value of 3 and the karstified limestone is given the highest value of 10. The majority of the catchment can be grouped into bedded sedimentary rocks and given a value of 6.