Annual Highlights 2025
It's been another extraordinary year across AuScope and our national research community. A year of innovation, collaboration, and discovery. From Antarctica to the outback, from classrooms to the deep earth, our people and partners continue to push the boundaries of geoscience for Australia's future. Join us in celebrating the impact and reach of AuScope via our 2025 highlights video and edited transcript below.
Today, I present AuScope’s highlights from the ANU shrimp laboratory on the unseated lands of the Ngunnawal (Ngunawal) and Ngambri peoples. I pay my respects to all First Nation elders, past and present, as the first geoscience scientists around the continent where our team works.
Leadership and Team Changes
We begin with some changes across the AuScope family. We farewell Professor Richard Hillis, who has given many years of dedicated service to our Board. Thank you, Richard. We warmly welcome Professor Anya Reading and Associate Professor Caroline Tiddy as new Board members, bringing fresh expertise and vision to our leadership. At AuScope HQ, we extend a heartfelt thank you to Tanya Down, our Office Manager, for an incredible 17 years—an integral part of the AuScope story. We welcome Nicole Thompson as our new CFO and Dr Sima Mousavi, who continues to lead the AuSIS program while stepping into the new role of National Outreach Manager.
Growing Global Research Partnerships
We are pleased to report the expansion of the MOU between AuScope and the European Plate Observing System (EPOS) to now include EarthScope in the United States and Earth Sciences New Zealand. This partnership strengthens the foundation for a global research infrastructure for the solid earth sciences.
Antarctic & Marine Research Highlights
Anya Reading (Field Leader, GRIT Director, Chief Investigator) downloads seismic data from a site near the Browning Penisula, East Antarctica, adjacent to the fast-changing Vanderford Glacier. Image: Arno Payan (Field Guide)
Our community continues to make remarkable progress exploring Earth's most remote and dynamic environments. Through ANZIC, Australia has formalised its involvement in the next phase of international ocean and continental drilling programs, joining global collaborations that probe deep into the Earth’s past.
ANZIC training initiatives, such as the Marine Geoscience Masterclass and the Capstan at Sea program, saw record numbers of applicants, helping to grow the next generation of marine geoscientists.
In Antarctica:
Dr Linda Armbrecht (University of Tasmania) completed sampling beneath the West Antarctic Ice Sheet at the CAM Ice Stream with the SWAIS2C sea team.
Around 60 sediment core samples have already yielded ancient DNA, giving unprecedented insight into past ecosystems.
AuScope’s terrestrial heat-flow sensors were deployed from the research vessel Nuyina to study geothermal heat flow and its impact on ice and ocean circulation.
Teams from the University of Tasmania and Monash deployed instruments to monitor Earth–ice interactions near the Denman and Vanderford Glaciers.
National Geoscience Infrastructure & Monitoring
At the Stawell Underground Physics Laboratory, a new M8 seismic site was installed, expanding deep-earth monitoring capability.
Collaborative projects, including Fistle DAS, SWAN DAS, and the Natural Hydrogen CRC-P project, reached successful completion with ANU, Adelaide and H2X.
Near-real-time data streaming from the University of Melbourne seismic network has gone live on AusPass for the first time.
Through the Seismometers in Schools program, students continue to explore seismology, building LEGO seismometers at the Australian Science Olympiad.
Network data handling improvements have strengthened the reliability of the AuSIS network.
EarthBank & Data Innovations
EarthBank portal. Image: AuScope
At Curtin University, Dr Bhavik Lodhia joined as Deputy Director of EarthBank, bringing expertise in hydrogen systems, basin modelling and geochemical integration.
EarthBank became a regular member of the World Data System, reinforcing our commitment to open and FAIR data.
The DataGrid team launched:
the new AuScope CAT Python package
the SeedVault software
Analytical & Hyperspectral Advances
Dr Malcolm MacMillan and Dr Ling Chung with ESL193 ImageGEO Laser System. Image: Melbourne Thermochronology Research Group AuScope edited
At the University of Melbourne, the new image geo laser system is revolutionising thermochronology, delivering faster analysis, superior ablation characteristics, and expanded analytical capabilities, opening new frontiers in landscape evolution and mineral exploration.
While at ANU, new in situ high precision strontium isotope techniques are advancing our ability to trace lithospheric domains and improve geochronology data. And in hyperspectral news, the new Hyperion microscope has been installed at ANU, and three HyLogger 4 instruments have now been deployed at Western Australia, New South Wales and South Australia Geological Survey and NVCL Nodes.
Hydrogeology & Groundwater Innovation
Our hydrogeological researchers achieved a world first: developing Australia’s first automated purification system for small-volume noble gas samples—only the second of its kind worldwide.
This technology enables more precise groundwater dating and connectivity studies, critical for sustainable water management.
Geospatial & Coastal Research
The University of Queensland's coastal monitoring team deployed new drone infrastructure to support campaigns ranging from coral-reef mapping in Vanuatu to surveys of earthquake-related coastal damage.
A local tie survey was conducted at the Yarragadee Geodetic Observatory, encompassing GNSS, SLR, VLBI, and DORIS infrastructure.
An airborne gravity survey over Victoria and Greater Adelaide improved national gravity models and geological understanding.
Modelling advances continue at ANU’s Coastal GAdopt team, focusing on glacial isostatic adjustment.
GPlates 2.0 was released at the University of Sydney, expanding tectonic modelling capability.
Inspiring the Next Generation
InspireWA's portable scanning electron microscope (SEM) is sparking imaginations. Image: AuScope
Thanks to the partnership between EarthBank and the Inspire STEM Education program in WA, students across Western Australia now explore the microscopic world using research-grade scanning electron microscopes—magnifying objects up to 100,000 times.
Their discoveries range from pollen and bone to strands of hair and mysterious objects, limited only by curiosity and imagination.
Awards and Recognition
Congratulations to:
Dr Lesley Wyborn – awarded the 2025 Ian McTaggart Medal by the EGU
Professor Anya Reading – ARC Laureate Fellow
Professor Matt King – ARC Laureate Fellow
Professor Hrvoje Tkalčić – ARC Laureate Fellow
These honours reflect transformative work shaping our understanding of Earth and planetary systems.
Closing Reflections
Powered by open access, collaboration, and world-class infrastructure, these achievements highlight the strength of Australia’s geoscience community and the vital role shared data, instruments, and partnerships play in building a resilient and prosperous future.
Thank you to everyone across AuScope, our partners, and the ENRIS team for an inspiring year.
Narrated by: Dr Tim Rawling
Filmed by: CruzMedia
Edited: Philomena Manifold
FURTHER INFORMATION
National Collaborative Research Infrastructure Strategy (NCRIS)
2025 IMPACT CASE STUDIES
