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34th International Geological Congress (IGC): AUSTRALIA 2012

34th International Geological Congress (IGC): AUSTRALIA 2012

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Digital Earth - The information explosion<br />

This plenary will overview the digital revolution and explosion of information shaping the future direction<br />

and application of the earth sciences. Rapid advances in real time monitoring and measurement, web<br />

technologies and in data transfer are making geological and geospatial data increasingly global, accessible<br />

and instantaneous, and therefore useful for purposes beyond which they were originally collected. This<br />

expanded information base, coupled with increased understanding of global geological processes, is<br />

becoming increasingly vital to governments and the global community at large. Topics include remote<br />

sensing; 4-D geology, with GPS networks contributing to the fourth dimension; geohazards and<br />

environmental monitoring; regional and global scale geophysical datasets; and 3-D geological mapping.<br />

Thomas CUDAHY (Australia)<br />

Dr Tom Cudahy is the Director of the Western Australian Centre of Excellence for<br />

3D Mineral Mapping. He has over 25 years of research experience with CSIRO in<br />

Perth in developing optical remote and proximal technologies for mineral resources<br />

exploration and development, especially hyperspectral mineral mapping at visible<br />

to thermal infrared wavelengths. Tom has led numerous national and international<br />

collaborative research projects and been involved with international science teams,<br />

including ASTER and Hyperion. His 2020 vision is a public, web-accessible 3D<br />

mineral map of Australia (and beyond) based on a new generation of satellite,<br />

airborne, field and drill-core logging hyperspectral technologies.<br />

Laura WALLACE (New Zealand)<br />

Dr Laura Wallace is a senior scientist at GNS Science in Lower Hutt, New Zealand.<br />

Her primary research interests are in using GPS techniques to understand tectonic<br />

processes. In particular, she applies GPS methods to gain new insights into slow<br />

slip events at subduction zones, tectonic geohazards, and plate boundary zone<br />

deformation. Much of her research also involves integrating observations from GPS<br />

with geological and other geophysical data. She conducts this type of work in New<br />

Zealand, Japan, Papua New Guinea, and at a number of other western Pacific Plate<br />

boundaries.<br />

Kristine ASCH (Germany)<br />

Dr Kristine Asch, a geologist, heads the <strong>Geological</strong> Information Systems and Maps<br />

unit at the Federal Institute for Geosciences and Natural Resources (BGR). She<br />

is Chair of the IUGS Commission of Geoscience Information, leads the Europe<br />

Subcommission of the Commission of the <strong>Geological</strong> Map of the World, and<br />

coordinates building the Geoscience Information in Africa (GIRAF) network.<br />

Kristine authored the 1:5 Million <strong>International</strong> <strong>Geological</strong> Map of Europe and<br />

Adjacent Areas. Through her roles in the German Geoscience INSPIRE Expert<br />

Group and the EU data specifications team and working group on geology and<br />

mineral resources, and related publications, Kristine has been closely associated<br />

with the development and dissemination of a new web language for geology, which<br />

allows nations to share data with each other and the public.<br />

www.34igc.org 17

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