Australia’s critical minerals are essential to clean energy and modern technologies, but new deposits are becoming harder to find. AuScope’s NCRIS-enabled research infrastructure is helping unlock Australia’s mineral potential through smarter, safer and more efficient exploration.
Read MoreNCRIS-enabled research at the University of Wollongong is mapping Australia’s strontium isotope landscape to track movement of people, animals and materials, enabling applications from archaeology to food provenance.
Read MoreA powerful new laser at the University of Melbourne is turbo-charging rock-dating, making thermochronology faster and sharper than ever. It is set to spark fresh insights into landscapes, ancient art, and hidden mineral treasures.
Read MoreProfessor Brent McInnes shares the history of AusGeoChem and discusses its upcoming rebrand to AuScope EarthBank – a new name that reflects the platform’s international reach and commitment to open science.
Read MoreUsing 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.
Read MoreTake a dive into the top AuScope enabled science papers of 2021! Here we present a collection of newly published geoscience research that captures a breadth of new knowledge, from the depths of ancient oceans to the spinning edges of asteroids. Excitingly, this new knowledge will contribute to ongoing learning about our shapeshifting planet.
Read MoreOur 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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