Advances in our understanding of isotopic tracers, isotopic systems, trace element geochemistry, pathfinder elements - these are examples of areas of research that are being used.

Geoscientific spatial datasets allow for informed decisions to be made about all types of land use from agriculture, hydrology through to infrastructure and mining.
One of the main upcoming challenges is to successfully implement AI systems at scale to help geoscientists integrate and interrogate big data in meaningful and grounded ways.

Through breakthroughs in isotopic tracer development, geochemical fingerprinting, and pathfinder element analysis, Curtin University continues to be a World leader in decoding Earth’s hidden geochemical signatures driving both scientific insight and exploration discovery.

Findings delivered by Curtin University continue to unlock discoveries and are therefore a critical component to modern exploration geoscience.