βρέθηκαν 2.862 σύνολα δεδομένων

This layer gives the isohypses of the base of the non-tabular Quaternary, as defined in the Geological 3D model of the Flemish subsurface - version 3.1. The Geological 3D model...

This layer shows the fractures through the top of A0257, as defined in the Hydrogeological 3D model of the Flemish subsurface - version 2.1. The Hydrogeological 3D model has...

This layer represents the occurrence boundaries of the Houthem Formation, as defined in the Geological 3D model of the Flemish subsurface. The Geological 3D model has been drawn...

This layer gives the isohypses of the top of A0420, as defined in the Hydrogeological 3D model of the Flemish subsurface. The Hydrogeological 3D model has been drawn up in the...

This layer provides the drilling through the base of the Member of Genk, as defined in the Geological 3D model of the Flemish subsoil. The Geological 3D model has been drawn up...

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...

This layer represents the fractures through the base of the Lillo and Powderlee formations, as defined in the Geological 3D model of the Flemish subsurface. The Geological 3D...

This layer gives the occurrence limits of A1102, as defined in the Hydrogeological 3D model of the Flemish subsoil - version 2.1. The Hydrogeological 3D model has been drawn up...

This layer gives the isopaches of the Arenberg and Stokkem formations of the Geological 3D model of Flanders. The Geological 3D model has been drawn up within the framework of...

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...

This layer gives the occurrence limits of A0150, as defined in the Hydrogeological 3D model of the Flemish subsurface. The Hydrogeological 3D model has been drawn up in the...

This layer gives the occurrence limits of A0252, as defined in the Hydrogeological 3D model of the Flemish subsoil - version 2.1. The Hydrogeological 3D model has been drawn up...

This layer gives the isopaches of the Member of Orchies of the Geological 3D model of Flanders. The Geological 3D model has been drawn up within the framework of the management...

This layer gives the occurrence boundaries 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...

This layer gives the isohypses of the top of the Silurian-Ordovician-Cambrian, as defined in the Geological 3D model of the Flemish subsoil - version 3.1. The Geological 3D...

This layer gives the isohypses of the base of A1011, as defined in the Hydrogeological 3D model of the Flemish subsurface. The Hydrogeological 3D model has been drawn up in the...

This layer gives the occurrence limits of A1021, as defined in the Hydrogeological 3D model of the Flemish subsurface. The Hydrogeological 3D model has been drawn up in the...

This layer represents the isohypses of the top of the Bilzen Formation, as defined in the Geological 3D model of the Flemish subsurface. The Geological 3D model has been drawn...

This layer gives the isohypses of the top of A0230, as defined in the Hydrogeological 3D model of the Flemish subsurface. The Hydrogeological 3D model has been drawn up in the...

This layer gives the occurrence boundaries of the Member of Waubach, as defined in the Geological 3D model of the Flemish subsurface. The Geological 3D model has been drawn up...