Researchers can now create globally unique sample IDs (IGSNs) and link metadata with analytical data for current and future research.
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There is a mystery in Earth’s ancient past, and the clues lie in ancient cratons of Australia and other places. What was the Earth like before the plates formed? AuScope’s Simulation and Modelling team led by Prof. Louis Moresi have a new theory.
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AuScope uses aftershock seismometers to record aftershocks and delineate faulting with more precise earthquake locations.
Read MoreIn April 2018, ANU seismologists headed to remote northern South Australia to test an exciting proof of concept in seismic surveying: a new and cheaper approach to producing detailed, crustal-scale cross sections of the Earth.
Read MoreIn 2016, AuScope awarded three $10k travel bursaries to researchers for their outstanding contribution to science using AuScope infrastructure. We caught up with Dr. Simon Johnson, Associate Prof. Hrvoje Tkalčić, and Gary Johnson to learn about the ongoing impact of their travels.
Read MoreThe 2016 Peterman Ranges earthquake has questioned the established model for intraplate environments, as one of the periodic events occurring on active faults.
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As the Indo-Australian Plate converges with the Tibetan Plateau, recently, so too do researchers from respective locations, outcomes of which are proving to be sizeable. Professor Andy Gleadow, from AuScope’s Earth Composition and Evolution component, explains.
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In 2006, the American researcher, Garrett Euler made a chance observation in seismic noise data in Cameroon: noise spiked at key moments during the African Cup of Nations soccer games, which inspired seismologists around the world to view noisy data differently.
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Remember when CSIRO developed high-speed wifi technology to solve time challenges in digital communication? Equipped with AuScope’s HyLogger hyperspectral equipment, Australian researchers are set to prove a comparable feat, in both nature and size, for improved Australian mineral exploration practices.
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