Professor Stephen Cox has conducted research spanning the fields of experimental rock deformation, field-based structural geology, microstructural analysis, isotope geochemistry, seismology and numerical simulation to explore how fluid migration deep in Earth’s crust triggers earthquakes and generates the high permeabilities necessary to sustain the development of many types of ore deposits whose formation involves large fluxes of metal-bearing fluids. His research is providing new understanding of the dynamic coupling between fluid flow, deformation processes, and reaction involved in the formation of ore deposits. It is also providing insight into how the structure of seismically-active fault networks localises fluid migration pathways and ore deposit location at depth in the Earth’s crust. These new perspectives are critical to developing more effective strategies during exploration for Earth resources. Professor Cox has demonstrated a consistent commitment to sharing his knowledge via undergraduate teaching, training research students, and providing training courses for minerals industry geoscientists, both nationally and internationally.
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