3D Geology
3D geological models provide a key solutions approach for infrastructure, urban and landscape planning. Spatial representation offers many advantages.
Summary
Geological 3D modeling: a pioneering technology
Complex geological features can be visualized very effectively using 3D models. Scientists, planners and policy makers benefit especially in the following areas of application:
- Underground planning
- Energy planning (e.g., the Plan for Deep Geological Repositories)
- Infrastructure planning (e.g., road and tunnel construction)
- Underground analysis
- Natural resources and raw materials management
- Management of natural hazards
The need for geological 3D models and 3D visualizations will increase sharply in the future. The aim must be to create geological, geometrical and (where possible and meaningful) kinematic consistent 3D geological models of Switzerland, based on (poly)lines, polygons and surfaces (TIN).
Who is who
Who is who Switzerland
Data
Geological 3D modeling is one of the key technologies for the future understanding of geological features. 3D geological models simplify the comprehension of geological relationships through visualization. This facilitates the communication between specialists and the interested public.
Mont Terri
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Simplified geological 3D base model of the Mont Terri anticline
3D disturbance model & 3D surface model
PDF, 1 Pages, 16 MB -
Mont Terri anticline – all layers
2.5D surface model
PDF, 1 Pages, 19 MB -
Mont Terri anticline – Opalinus Clay & Muschelkalk
2.5D surface model
PDF, 1 Pages, 12 MB -
Mont Terri anticline – Triassic
2.5D surface model
PDF, 1 Pages, 8 MB
Project Manager 3D-Geology
swisstopo / Swiss Geological Survey
Seftigenstrasse 264
P.O. Box
3084 Wabern
- Tel.
- +41 58 469 05 75
Roland Baumberger
Dr. phil. nat., Geologist, CHGEOL
Project Manager 3D-Geology
swisstopo / Swiss Geological Survey
Seftigenstrasse 264
P.O. Box
3084 Wabern
3D geological models