16 Influential Geology Leaders in Melbourne Today

Melbourne’s geology is not just a story in a textbook. It is written into volcanic plains, river systems, fault lines, groundwater, coastlines and the city’s changing climate. The people below help us read that story with more care.

In 2026, this list is a starting point for readers who want to follow current Earth science work across Melbourne. It brings together researchers and teachers working across tectonics, earthquake science, geomorphology, geochemistry, climate, water, planetary science and public understanding.

The people below reflect useful work across the field. Some focus on deep time, some on hazards or water, and some on the models that help us see below the surface.

1. Stephen Gallagher.

Associate Professor in Earth Sciences.

Stephen Gallagher’s work makes long climate histories easier to read. By studying microfossils and sediments, he connects small traces in the ground with broader questions about palaeoclimate and environmental change.

For Melbourne readers, that link between field evidence and long-term thinking matters. It shows how geology can help people understand change over time without losing sight of the places where that evidence was collected.

2. Mark Quigley.

Professor in Active Tectonics and Geomorphology.

Mark Quigley works at the intersection of earthquake geology, active tectonics and geomorphology. Through the University of Melbourne’s Earthquake Research Group, his work connects faults and landscape change with the practical question of how communities can prepare for seismic risk.

That connection gives geology a clear public purpose. It helps turn knowledge about the ground beneath Melbourne and Victoria into better conversations about infrastructure and resilience.

3. Dan Sandiford.

Research Fellow in Earth Imaging and Analysis.

Dan Sandiford brings earth imaging and analysis to questions about faults and landscapes. His work sits between geological records, imaging and interpretation, helping researchers make complex evidence easier to understand.

This kind of work is a reminder that modern geology is both field-based and analytical. The better the image and the interpretation, the more carefully people can reason about how landscapes formed and how they may change.

4. Peter Betts.

Professor in Earth, Atmosphere and Environment.

Peter Betts works across tectonics, structural geophysics and mineral systems. His research brings together geological structure, gravity and magnetic data, and questions about the evolution of the Australian continent.

That breadth is useful because mineral systems and landscapes are not separate stories. They are different views of the same Earth processes, and his work helps connect those views.

5. Peter Cawood.

Professor of Research in Earth, Atmosphere and Environment.

Peter Cawood’s research focuses on deep time and continental evolution. His work asks how continents and the lithosphere developed, giving Melbourne’s Earth science community a strong connection to the long history recorded in rocks.

Deep-time thinking changes the scale of the questions we ask. It helps readers see that the landscapes around us are part of a much longer story, shaped by processes that began well before the modern city.

6. Sandy Cruden.

Professor of Tectonics and Geodynamics.

Sandy Cruden studies tectonics, geodynamics and the way rocks deform. That work brings together experiments, models and geological observations to explain how pressure and movement leave a record in the Earth.

For anyone trying to understand faults, mountain belts or the structure of the continent, rock deformation is a useful starting point. It turns apparently solid ground into a record of movement and change.

7. Laurent Ailleres.

Senior Lecturer in Earth, Atmosphere and Environment.

Laurent Ailleres works in structural geology and three-dimensional geological modelling. By combining field observations with gravity and magnetic data, he helps improve the way geological interpretations are built beneath the surface.

That is especially valuable when the evidence cannot be seen directly. Better models help geoscientists test ideas, communicate uncertainty and make more informed decisions about complex ground conditions.

8. Fabio Capitanio.

Professor in Earth, Atmosphere and Environment.

Fabio Capitanio’s geodynamics research explores tectonics and plate motion, from early Earth questions to present-day carbon storage. His work uses models to examine how the solid Earth behaves across very different time scales.

The value is in seeing connections that are difficult to observe in one place or one lifetime. Modelling lets researchers test how slow geological processes can shape the world we inherit.

9. Joel Brugger.

Professor in Synchrotron Geoscience.

Joel Brugger works across geochemistry, mineralogy, fluids and microbes. His research shows how small chemical interactions can influence much larger geological systems, including the behaviour of minerals and fluids deep within the Earth.

That scale shift is one of the pleasures of geology. A microscopic process can help explain a landscape, a mineral deposit or a change in the chemistry of water.

10. Roberto Weinberg.

Professor in Earth, Atmosphere and Environment.

Roberto Weinberg studies continental evolution, deformation, magmatism and fluid flow. Those themes help explain how continents change and how the geological processes that shape mineral systems unfold.

His work is a useful bridge between Earth history and the practical questions asked about resources. Understanding the process matters just as much as describing the final rock or deposit.

11. Andrew Frierdich.

Associate Professor in Earth, Atmosphere and Environment.

Andrew Frierdich’s low-temperature geochemistry connects rocks, water and environmental change. His work helps show how geological materials interact with the environments people live in now.

That makes geology more immediate. It is not only about ancient events, but also about the movement of elements and water through systems that continue to affect communities.

12. Andrew Mackintosh.

Professor and Head of Earth, Atmosphere and Environment.

Andrew Mackintosh leads the School of Earth, Atmosphere and Environment at Monash and works on glaciers, ice sheets and climate. His research brings long records of ice and Earth systems into present-day conversations about climate risk.

Ice is a geological archive as well as a climate signal. Reading it carefully helps people understand how the planet has changed and what current change may mean for the future.

13. Andrew Tomkins.

Professor in Economic Geology and Planetary Science.

Andrew Tomkins works in economic geology and planetary science, using petrology and structural geology to ask questions about rocks on Earth and beyond it. His research links the materials beneath our feet with the wider story of planetary formation.

That makes geology feel both local and expansive. A close look at a rock can lead to questions about resources, planetary history and the conditions that make a world what it is.

14. Sophia Tsang.

Senior Lecturer in Earth, Atmosphere and Environment.

Sophia Tsang works on volcano hazards and geoscience education. Her work helps connect specialist knowledge about volcanic systems with the way communities understand and respond to risk.

Good hazard communication is part of good Earth science. It gives people language for uncertainty and helps turn technical information into decisions that make sense in real places.

15. Victoria Milanez Fernandes.

Assistant Lecturer in Earth, Atmosphere and Environment.

Victoria Milanez Fernandes brings a newer research voice to Melbourne’s geology community through work in geomorphology and geodynamics. Those fields look closely at how landscapes form, move and respond to deeper Earth processes.

That perspective helps connect what people can see on the surface with the forces operating beneath it. It is a useful way to read landscapes as active systems rather than fixed scenery.

16. Ian Cartwright.

Emeritus Professor in Earth, Atmosphere and Environment.

Ian Cartwright’s work with geochemical tracers has helped explain how groundwater and surface water move. Tracers make hidden pathways easier to follow, linking chemistry with the behaviour of water through geological systems.

For a city and region managing water carefully, that is practical knowledge. It shows how geology can make invisible systems more understandable and support better decisions about water and land.

Conclusion.

Across this group, a few themes stand out. Melbourne’s Earth science community moves between scales, from minerals, fluids and tracers to continents, ice sheets, plate motion and planetary history.

A second theme is the practical value of explanation. Earthquake research, hazard communication, water science and climate work all help people make better decisions about places they share.

For readers who want a wider view of leadership voices in the city, explore the Melbourne leaders list. If you want practical ideas for building a healthier organisation, visit Consult Clarity.

About the Author.

Jonno White is the author of Step Up or Step Out and a Certified Working Genius Facilitator. He is Brisbane-based and works with schools, organisations and leadership teams around the world.

Next Read.

For more people-focused ideas about leadership and culture, read the Melbourne leaders list and visit Consult Clarity.

If your university, science or technical team is navigating change, Jonno can help turn complex ideas into practical ways of working. Email jonno@consultclarity.org.