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Land access and Indigenous engagement for Australian geoscience
The Exploring for the Future (EFTF) program is unmatched for the scale of geoscience data acquisition across northern Australia, covering 37 648 individual land parcels and 2.9... -
Uncover-ML: a machine learning pipeline for geoscience data analysis.
The geosciences are a data-rich domain where Earth materials and processes are analysed from local to global scales. However, often we only have discrete measurements at... -
Exploring for the Future: advancing the search for groundwater, energy and...
Water, energy and mineral resources are vital for Australia’s economic prosperity and sustainable development. However, continued supply of these resources cannot be taken for... -
Putting all your EGGS in one basket: the Estimates of Geological and...
Effective mineral, energy and groundwater resource management and exploration rely on accurate geological maps. While geological maps of the surface exist and increase in... -
Land access and Indigenous engagement for Australian geoscience
The Exploring for the Future (EFTF) program is unmatched for the scale of geoscience data acquisition across northern Australia, covering 37 648 individual land parcels and 2.9... -
Generation of high-quality data for energy, minerals and groundwater by...
One of the aims of the Exploring for the Future (EFTF) program is to characterise the geochemistry of sedimentary and volcanic units, overbank sediments and groundwater in... -
Australian source rocks, fluids and petroleum systems – a new integrated...
Petroleum geochemical datasets and information are essential to government for evidence-based decision making on natural resources, and to the petroleum industry for de-risking... -
High-Performance Seismological Tools (HiPerSeis)
Seismological data are used for a variety of purposes, from earthquake hazard zonation to mapping Earth structure and mineral resource exploration. The immense volumes of...
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