Since the publication in 2011 of the "Synopsis of Current Three-dimensional Geological Mapping and Modeling in Geological Survey Organizations" there has been an increased uptake of 3D mapping and modelling methods at geological survey organizations (GSOs) across provincial, territorial, state, and federal levels. This mirrors a growing recognition of the societal value of geoscience data management, geological mapping, visualization, and modelling applications to support science-based decision making in the areas of sustainable resource development, environmental protection, and public safety.
This update to the 2011 publication will provide geoscience organizations with a guide highlighting the recent successes, accomplishments, and challenges experienced by GSOs in the development and deployment of their 3D modelling programs. It will provide context for organizations looking to gain support within their organizations to build 3D modelling programs by leveraging the business cases and approaches highlighted by international surveys with successful 3D modelling programs.
Chapter 1 - Overview
Chapter 2 - Background and Purpose
Chapter 16 - Minnesota Geological Survey Geological Mapping
Chapter 17 - Systematic 3D Subsurface Mapping in the Netherlands
Chapter 19 - New Zealand 3D Geological Mapping and Modelling
Chapter 22 - Saskatchewan 3D Phanerozoic Stratigraphic Framework
Chapter 25 - 3D Geoscience for the UK and Beyond
Chapter 27 - Communicating 3D Geology to Stakeholders
Chapter 30 - Conclusions and Recommendations
MacCormack, K.E., Berg, R.C., Kessler, H., Russell, H.A.J. and Thorleifson, L.H. (ed.) (2019): 2019 synopsis of current three-dimensional geological mapping and modelling in geological survey organizations; Alberta Energy Regulator / Alberta Geological Survey, AER/AGS Special Report 112, 307 p.