Extended abstracts and presentations of the 2nd international GSI3D conference
01. The Past, Present and Future of GSI3D Steve Mathers, Hans-Georg Sobisch (INSIGHT GmbH), Ben Wood and Holger Kessler. [Adobe Acrobat PDF 11.4MB] download nowmore information
02. Unlocking the potential of geological subsurface models for Engineers Keith Turner (Colorado School of Mines), Holger Kessler and Martin Culshaw (University of Birmingham) [Adobe Acrobat PDF 4.3MB] download nowmore information
03. Application of BGS 3D modelling to regional groundwater resource studies Keith Seymour and Martin Shepley (Environment Agency of England & Wales) [Adobe Acrobat PDF 10.9MB] download nowmore information
04. Applications of attributed 3D geological models in the London area Kate Royse, Don Aldiss, Ricky Terrington and Jon Ford [Adobe Acrobat PDF 4.7MB] download nowmore information
05. The 3D geological and anthropogenic history of the Mersey Corridor Simon Price, Ricky Terrington, Helen Burke, Dick Crofts and Steve Thorpe [Adobe Acrobat PDF 16.8MB] download nowmore information
06. The comprehensive geological 3D subsurface model as a standard tool for addressing questions on water management Egon Harms (East Friesland Waterboard, OOWV) and Michael Howahr (NOWAC GmbH). [Adobe Acrobat PDF 4.8MB] download nowmore information
07. GSI3D goes overseas: building a model of the south Sirte Basin, Libya Andrew Newell & Ian Gale [Adobe Acrobat PDF 11.3MB] download nowmore information
08. Live demonstration of the LithoFrame Viewer, GSI3D V3 bedrock and ESRI toolbox Holger Kessler, Ricky Terrington, Ben Wood and Gerry Wildman [Adobe Acrobat PDF 2MB] download nowmore information
09. The 3D Geology of London and the Thames Gateway: a modern approach to geological surveying and its relevance to the urban environment Jon Ford, Helen Burke, Steve Mathers, Kate Royse and Ricky Terrington [Adobe Acrobat PDF 34.8MB] download nowmore information
10. GSI3D and soils - building detailed 3D models of the shallow subsurface Andreas Scheib and John Williams [Adobe Acrobat PDF 6MB] download nowmore information
11. GSI3D modelling of the Vale of York: application of the results and 4D interpretation of the glacial geology Anthony Cooper, Simon Price, Jon Ford, Helen Burke and Holger Kessler [Adobe Acrobat PDF 9.5MB] download nowmore information
12. New insights into the superficial geology of the Clyde Basin from GSI3D models Joanne Merritt, Diarmad Campbell, Katie Whitbread, Andrew Finlayson, Sue Loughlin, Sarah Arkley Mike Browne et al [Adobe Acrobat PDF 15.5MB] download nowmore information
14. 3D subsurface characterization of the Netherlands: results from stochastic modelling Jan Stafleu, Denise Maljers, Jan L. Gunnink, Armin Menkovic, Freek S. Busschers. (Deltares/TNO Geological Survey of the Netherlands) [Adobe Acrobat PDF 4MB] download nowmore information
15. The integration of 3D geophysical and geological modelling techniques for investigating buried sand and gravel deposits: an example from the Quaternary Bytham River Terrace of eastern England Jon Chambers, Helen Burke, Jon Lee, Alan Weller, Paul Wilkinson, and Holger Kessler [Adobe Acrobat PDF 5.3MB] download nowmore information
16. ZOOM in to GSI3D: Using 3D geological models to better parameterise groundwater models Andrew Hughes, Malcolm Graham, Chris Jackson, Majdi Mansour and Thalia Vounaki [Adobe Acrobat PDF 5.9MB] download nowmore information
17. The Vision goes on... Hans-Georg Sobisch (INSIGHT GmbH) [Adobe Acrobat PDF 0.7MB] download nowmore information
Extended Abstracts of the 2nd International GSI3D Conference (high resolution) This report is a volume of conference abstracts representing the development of 3D modelling in the geological sciences. The technique allows better understanding and prediction of shallow earth processes and is a major step on the way to the goal of living with environmental change. [Adobe Acrobat PDF 16.6 MB] download nowmore information
Extended Abstracts of the 2nd International GSI3D Conference (low resolution) This report is a volume of conference abstracts representing the development of 3D modelling in the geological sciences. The technique allows better understanding and prediction of shallow earth processes and is a major step on the way to the goal of living with environmental change. [Adobe Acrobat PDF 2.11 MB] download nowmore information