Using NCRIS-enabled laser technology, a study on the 2021 La Palma eruption demonstrates how analysing magma chemistry over time can enhance volcanic monitoring and forecasting, potentially mitigating future eruption hazards globally.
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Have you heard of forensic seismology, the emerging field that studies human-made Earth vibrations, including nuclear explosions? Our AuSIS team recently stepped into it in collaboration with the RAAF to better detect unexploded bombs.
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In November 2021, Chalice Mining Limited released a maiden resource statement for the Julimar polymetallic mineral deposit in WA — an exciting milestone for Chalice on the path to delivering palladium, nickel, copper and platinum for clean energy technologies. Equally impressive is the decades-long backstory to the Julimar discovery, with NCRIS enabled seismology at the heart.
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Our spectrometry wizards at Macquarie University’s MQ GeoAnalytical laboratory (MQGA) are at it again, innovatively applying their new age-dating technique to novel science challenges outside of the geology domain.
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What do fast wifi, aerogard and HyLogger have in common? All three are CSIRO science innovations, but the third you may not know, despite its fifteen-year history and far-reaching positive impact on the planet about to unfurl. With early NCRIS investment via AuScope, the quiet achieving HyLogger has changed the game for critical minerals hunters.
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Partners, Geoscience Australia set to lead the charge on two world class projects.
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Hydrogeologists demonstrate that AuScope code is critical for advanced geotechnical risk assessment.
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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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