Has GEMOC made a difference?
Highlights of research program outcomes:
- Unique methodology for geochemical imaging of the lithosphere (4-D Lithosphere Mapping) developed to maturity
- New understanding of lithosphere formation mechanisms and changes through time
- Unique methodology developed for testing mantle - crust coupling through Earth's history - a key to new exploration methods
- Focus on in situ analysis of important elements to parts per billion
- Unique method (in situ Re-Os) to date mantle events
- Novel method to track crustal histories (U-Pb dating and Lu-Hf fingerprinting of zircons, rutiles)
- Delivery of rapid, cost-effective and user-friendly new methodologies and software in geochemical analysis
The tools are now developed - ready to address some elusive and long-standing fundamental questions about Earth's geological evolution! |
Highlights of teaching outcomes:
- Industry-standard training with development of new degree programs (eg Exploration Geoscience, Environmental Geoscience, Marine Geoscience)
- Hands-on undergraduate training in use of state-of-the-art techniques (GIS databases, imaging, geochemical techniques, geophysical measurements) with industry-standard instrumentation
- Vigorous postgraduate group with active international postgraduate exchange programs: (eg Nanjing University, University of Jean-Monnet (St Etienne), University of Clermont-Ferrand, University of Oslo)
- Short-course programs for end-user information and technology exchange
- Changing the mineral exploration paradigm by delivering new concepts for exploration derived from basic research and technology development
- Development of active partnerships in strategic and applied research with industry (exploration companies and technology manufacturers)
- Development of value-added consultancies using GEMOC's geochemical technologies and database
Other sections of this report provide the details of performance
indicators and GEMOC's visiblity