About

Most of Earth’s critical resources are extracted from rocks. Geology is the science of rocks, encompassing their characterisation, formation, evolution through time, and more. One of the ultimate goals of geology in the context of critical minerals is enhancing our ability to explore for additional deposits and better understand known deposits.

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Drill core of Nolans Bore, a REE deposit, showing various mineralised zones and rock types.

Drill core of Nolans Bore, a REE deposit, showing various mineralised zones and rock types.

Geology is undertaken using both field and lab-based methods, and it underpins many of the other research themes such as geochemistry and mineralogy. Geology can also be experimental: one of the best ways to understand a rock is to make it yourself, and the Research School of Earth Sciences hosts one of the largest experimental petrology labs in the world where a variety of high pressure and temperature furnaces are used to recreate rocks at a range of conditions within the earth, including volcanoes, deep magma chambers, and metamorphic settings.

Projects

This project is a collaboration between CSIRO, ANU and Lynas Corporation, under CSIRO's iPhD program. It aims to understand the genesis of the niobium enrichment at the Mt Weld carbonatite and to use this information to develop exploration models for future discoveries.

Researchers

  • Ignacio Gonzalez-Alvarez (CSIRO)
  • Weihua Liu (CSIRO)

The Himalaya are the world’s largest mountain belt formed in response to Cenozoic collision of the Indian continent & the Eurasian plate. This project assesses uplift history of the Himalaya, its erosional landscape response, & the preservation potential of critical mineral systems in this region.

This research program explores the geodynamic history recorded by sedimentary basins and its influence on lithospheric architecture, geological processes, and critical mineral systems.

This project aims to provide geological constraints on the thickness and nature of the sub-continental lithospheric mantle (SCLM) beneath the North Australian Craton (NAC) and adjacent regions in the northernmost Tasman Fold Belt in order to evaluate and constrain geophysical models of the lithosphere in this region.

Researchers

  • Zach Sudholz

The project aims to determine how the critical metal niobium is concentrated in the Earth's crust to levels sufficient for economically viable mining.