1. GeoSciML borehole data exchange and applications Christian Bellier (BRGM), John Laxton (BGS)

2. IGC 33 – Oslo – Norway - August 2008 > 2 Borehole model and GeoSciML Interoperability of Geology boreholes Examples of Geology boreholes GeoSciML Testbed 3 to validate borehole delivery Conclusion Overview

3. IGC 33 – Oslo – Norway - August 2008 > 3 GeoSciML and borehole UML diagram Boreholes O&M (Observations & Measurements) GeoSciML (Geoscience Markup Language) Links to other modelling languages GML (Geography Markup Language)

4. IGC 33 – Oslo – Norway - August 2008 > 4 Borehole UML diagram 3D curve Observations and measurements on points or intervals

5. IGC 33 – Oslo – Norway - August 2008 > 5 The interoperability for geology boreholes Profile for geology boreholes: Observations of age and lithology Intersected geologic units

6. IGC 33 – Oslo – Norway - August 2008 > 6 systems syntax schematic semantic interoperability Data Structure (GeoSciML, Obs.& Measurements) Data Content (Ontologies, Vocabularies) Data Language (GML, XML) Data Services (WFS, WMS, WCS) Interoperability requirements

7. IGC 33 – Oslo – Norway - August 2008 > 7 Interoperability of Geology boreholes The geology profile Boreholes delivered by WFS according to the borehole XML schema and the profile Dictionaries CGI Stratigraphic chart dictionary for ages CGI Simple lithology dictionary Local dictionaries such as BRGM lithology dictionary Stratigraphic lexicon WFS GeoSciML geologic units

8. IGC 33 – Oslo – Norway - August 2008 > 8 Examples of geology boreholes Lithology observation according to CGI simple lithology dictionary Sedimentary rock term from the CGI simple lithology dictionary GeoSciML lithology property

9. IGC 33 – Oslo – Norway - August 2008 > 9 Examples of geology boreholes Sedimentary_rock term in the CGI simple lithology dictionary description Term translation into french, italian, english

10. IGC 33 – Oslo – Norway - August 2008 > 10 Examples of geology boreholes Age observation according to CGI stratigraphic chart dictionary GeoSciML Age property Quaternary term from the CGI stratigraphic chart dictionary

11. IGC 33 – Oslo – Norway - August 2008 > 11 Examples of geology boreholes Quaternary term in the CGI stratigraphic chart dictionary description Translation into english, french, italian, swedish

12. IGC 33 – Oslo – Norway - August 2008 > 12 Boreholes in GeoSciML tesbed 3 Use case 2: select geology boreholes available in a 2D bounding box and export them into GeoSciML Use case 3: select geology boreholes with depth greater than ??? meters and intersecting some lithology (for instance, sedimentary rock defined in the CGI simple lithology dictionary in any language english, french, italian)

13. IGC 33 – Oslo – Norway - August 2008 > 13 Boreholes in GeoSciML tesbed 3 Use case 4: import and export GeoSciML data in applications Applications: import/export geology boreholes available in a 2D bounding box GeoSciML BRGM client : it shows a summary of the selected borehole (lithology, geologic units) GDM (Geological Data Management), BRGM Windows application, imports geology boreholes accessed either from a WFS or an XML file

14. IGC 33 – Oslo – Norway - August 2008 > 14 GDM and geology boreholes A strip log with observations of age and lithology Age colored with the colors of the international stratigraphic chart CGI simple lithology vocabulary

15. IGC 33 – Oslo – Norway - August 2008 > 15 GDM and geology boreholes A strip log with geologic units and lithology observations Age colored with the colors of the international stratigraphic chart BRGM lithology

16. IGC 33 – Oslo – Norway - August 2008 > 16 GDM and GeoSciML boreholes A 3D block diagram with the foot wall and the hanging wall of the chalk interpolated by GDM Boreholes colored according to the colors of the international stratigraphy chart

17. IGC 33 – Oslo – Norway - August 2008 > 17 GDM and geology boreholes interoperability A Map with BGS geology boreholes along the channel tunnel and BRGM geology boreholes in the north of France

18. IGC 33 – Oslo – Norway - August 2008 > 18 Boreholes interoperability More profiles can be designed: Structural data (GeoSciML geologic structures) Ore grades Oil Technical data …

19. IGC 33 – Oslo – Norway - August 2008 > 19 Conclusion Data exchange based on standards GeoSciML geology : link between boreholes and maps Applications and components to process geology boreholes boreholes

20. IGC 33 – Oslo – Norway - August 2008 > 20 More information available: During the GeoSciML Workshop (WSS-03) Sunday 10th August, Room D-1 GeoSciML Interoperability Working Group: www.seegrid.csiro.au&path=/twiki/bin/view/CGIModel/InteroperabilityWG Thank you for your attention