Researchers in Program 1 work across a range of scales from continents to crystals with the aim of identifying the key tectonic, magmatic and volcanic influences on the formation and location of major ore deposits. In particular, we focus on the relationships between magmatism, tectonics and mineralisation in modern and ancient West Pacific-type settings. Program 1 also hosts one of the best equipped and most productive melt inclusion laboratories internationally. Read More....

Program 2 researches mechanisms of ore genesis. We are developing process-based exploration models through detailed evaluation of the structural, sedimentary, volcanic, hydrothermal and magmatic phenomena fundamental to high-grade ore formation. Read More....

Program 3 addresses the need to develop techniques for the acquisition, processing and interpretation of ore deposit geological, geophysical and geochemical data that will assist in the discovery of Australia's deep-earth resources. Read More....

A research initiative focused on investigating the fundamental relationships between geological characterisation of mineral deposits and their impact on mineral processing and recovery. The project involves collaboration with the Julius Kruttschnitt Mineral Research Centre at the University of Queensland. The aim is to develop integrated measures of mining and processing attributes that can be embodied into ore body models, which more representatively reflect potential economic value. Read More....

The aim of research projects within this program is to develop novel analytical and data interpretation techniques based on the latest technological developments, such as laser ablation microprobes coupled with single- and multi-collector mass-spectrometers, nuclear microprobes and synchrotrons. Research within this program is conducted in cooperation with a number of Australian universities and research organisations. Read More....