- IN22A-02: AuScope Enabled Collaborative Infrastructure for a Sustainable Geochemical Data Ecosystem
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Board 0367‚ 294NOLA CC
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Bryant Ware, Curtin University (First Author, Presenting Author)
Brent I. A. McInnes, Curtin University
Bhavik Lodhia, Curtin University
Halimulati Ananuer, Australian National University
Samuel C. Boone, University of Sydney
Hayden Dalton, University of Melbourne
Yoann Gréau, Australian National University
Malcolm McMillan, University of Melbourne
Angus Nixon, University of Adelaide
Ashley Savelkouls, University of Melbourne
Olivier Alard, Australian National University
Andrew Gleadow, University of Melbourne
Stijn Glorie, University of Adelaide
Barry Kohn, University of Melbourne
Renjie Zhou, The University of Queensland
Fabian Kohlmann, Lithodat Pty Ltd
Wayne Noble, Lithodat Pty Ltd
Moritz Theile, Lithodat Pty Ltd
Tim Rawling, AuScope Ltd
Rebecca Farrington, AuScope Ltd
Jo Condon, AuScope Ltd
Australia’s geochemistry community is generating more scientific data than ever before. To better manage and connect these valuable datasets, the AuScope Geochemistry Network (AGN) was established in 2019 with support from AuScope, the national provider of Earth science research infrastructure. AGN brought together labs, researchers, and industry to develop the AuScope EarthBank platform—a digital system that makes it easier to share, find, and use geochemical data.This collaboration led to the launch of the $19 million EarthBank project, which now connects 12 university labs, government agencies, museums, and industry across Australia. EarthBank helps ensure data remains useful and accessible by modernising lab systems, supporting better data practices, and training researchers and technicians.
The platform also supports global data sharing by using common standards and tools, and allows labs to publish datasets directly—even those not included in journal articles. By investing in people, infrastructure, and open data systems, EarthBank is helping to build a more resilient, connected, and sustainable supply of Earth and environmental data—essential for advancing research and understanding our planet.
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