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G3Dv3 031804, isopachen Ld van Beselare van de Fm van Hannut
This layer gives the isopaches of the Member of Beselare of the Geological 3D model of Flanders. The Geological 3D model has been drawn up within the framework of the management... -
Potential soil erosion map per plot (2017)
The potential soil erosion map per plot (2017) shows the total potential erosion of a certain agricultural plot on the basis of a classification. The total erosion potential... -
G3Dv3 0304, drilling with base Fm from Bilzen
This layer provides the drilling through the base of the Bilzen Formation, as defined in the Geological 3D model of the Flemish subsurface. The Geological 3D model has been... -
G3Dv3 03, isohypses of top Paleogene
This layer gives the isohypses of the top of the Paleogene, as defined in the Geological 3D model of the Flemish subsurface. The Geological 3D model has been drawn up in the... -
G3Dv3 031701, fractures in base Ld van Knokke of the Fm van Tienen
This layer shows the fractures through the base of the Member of Knokke, as defined in the Geological 3D model of the Flemish subsurface. The Geological 3D model has been drawn... -
G3Dv3.1 0105, breaks in base Fm of Lanklaar, Lanaken and Zutendaal
This layer shows the fractures through the base of the Lanklaar, Lanaken and Zutendaal formations, as defined in the Geological 3D model of the Flemish subsurface - version 3.1.... -
G3Dv3 0801, drillings with base Fm from Neeroeteren, Flénu, Charleroi and Châ...
This layer provides the drilling through the base of the Westphalian, as defined in the Geological 3D model of the Flemish subsoil. The Geological 3D model has been drawn up in... -
G3Dv3 020401, fractures in top Undifferentiated member of the Fm of Lillo and...
This layer shows the fractures through the top of the Undifferentiated part, as defined in the Geological 3D model of the Flemish subsurface. The Geological 3D model has been... -
G3Dv3.1 020902, breaks in top Ld van Edegem of the Fm van Berchem
This layer shows the fractures through the top of the Member of Edegem, as defined in the Geological 3D model of the Flemish subsoil - version 3.1. The Geological 3D model has... -
H3O Roerdal Valley - Hydrogeology - Elevation map top BE-k-2
This layer gives the height of the top (mTAW) of BE-k-2. -
G3Dv3 06 and 07, occurrence of Fm of Keuper, Muschelkalk, Röt, Buntsandstein ...
This layer gives the occurrence boundaries of the Keuper, Muschelkalk, Rot, Buntsandstein and Helchteren formations, as defined in the Geological 3D model of the Flemish... -
Tertiary isohypses top
The isohypse maps are part of the Quaternary and Tertiary maps of Flanders. Isohypses represent the relief of the base of the Quaternary deposits, which is the same as the top... -
G3Dv3.1 030403, isohypses of base Ld van Berg of the Fm van Bilzen
This layer gives the isohypses of the base of the Lid van Berg, as defined in the Geological 3D model of the Flemish subsoil - version 3.1. The Geological 3D model has been... -
G3Dv3.1 05, isohypses of top Fm of Aalburg and Sleen (Jura)
This layer gives the isohypses of the top of the Aalburg and Sleen formations, as defined in the Geological 3D model of the Flemish subsoil - version 3.1. The Geological 3D... -
Member of Vlierzele
This layer shows the shallow occurrence (up to 50 m below ground level) of the relevant mineral-bearing geological unit. This layer is an adaptation of the raster layer of the... -
H3O-De Kempen - Hydrogeology - Elevation map Basis Kieseloolite clay 2
This height map represents the modeled base (mTAW) of the Kiezeloolite clay 2. 'Elevation map Basis Kiezeloolite clay 2' is a map layer that is part of the dataset 'H3O-De... -
G3Dv3.1 09, isopachen Devoon
This layer gives the isopaches of the Devonian of the Geological 3D model of Flanders - version 3.1. The Geological 3D model has been drawn up in the context of the management... -
G3Dv3.1 0106, fractures in base Fm of Sterksel
This layer shows the fractures through the base of the Sterksel Formation, as defined in the Geological 3D model of the Flemish subsurface - version 3.1. The Geological 3D model... -
H3O Roer Valley Rift - Geology - Thickness Formation of Tree
This layer represents the thickness (m) of the Boom Formation. -
G3Dv3 031902, occurrence of Ld van Gelinden from the Fm van Heers
This layer gives the boundaries of the Gelinden Member, as defined in the Geological 3D model of the Flemish subsurface. The Geological 3D model has been drawn up in the context...
