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AuScope Virtual Research Environment Earth Composition & Evolution Earth Imaging & Sounding Geodesy & Geodynamics National Virtual Core Library Australian Seismometers In Schools Simulation, Analysis & Modelling Subsurface Observatory Pilot Projects
StrategyAbout Us Programs AuScope Virtual Research Environment Earth Composition & Evolution Earth Imaging & Sounding Geodesy & Geodynamics National Virtual Core Library Australian Seismometers In Schools Simulation, Analysis & Modelling Subsurface Observatory Pilot Projects NewsImpact
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Assessing geotechnical risk in geothermal areas using ESys computation
Assessing geotechnical risk in geothermal areas using ESys computation

Hydrogeologists demonstrate that AuScope code is critical for advanced geotechnical risk assessment.

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Case Study, Impact, 2016AuScopeAugust 2, 2016AuScope Grid, SAM
Using GNSS meteorology to improve prediction of severe storms
Using GNSS meteorology to improve prediction of severe storms

Geodetic tool dramatically advances severe storm detection in Australia, thus reducing economic impact through property damage and, in some cases, injury and loss of life.

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Case Study, Impact, 2017, 2016AuScopeAugust 2, 2016AuScope Grid, Geodesy
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Contact Us

Physical & Mail Address
School of Earth Sciences
University of Melbourne
Victoria 3010

Phone +613 8344 8351
Email info@auscope.org.au

Funding

AuScope is funded by the Australian Government through the National Collaborative Research Infrastructure Strategy, NCRIS.

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NCRIS 2020 reporting
NCRIS 2019 reporting

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