Geoscience data visualisation and analytics
Explorers operating in Australia's greenfield and undercover regions face a common challenge: how to make confident decisions when the surface reveals so little.
As mineral explorers delve deeper into complex regolith terrains and undercover targets, the need for geochemical techniques that offer both precision and sensitivity has never been greater.
In the ever-evolving field of mineral exploration, the challenge of interpreting surface geochemical data in complex terrains has long limited early-stage targeting success.
In a bold shift from business-as-usual block modelling, a team of geologists has turned their attention to the part of the orebody most often ignored — waste — and what they’ve uncovered could reshape how mining operations plan for ESG risk.
When Laércio Bertossi took to the stage at AusIMM’s 2025 Mineral Resource Estimation Conference in Perth, he didn’t unveil a new machine learning model or simulation breakthrough.
At the 2025 Mineral Resource Estimation Conference (MREC2025) in Perth, Glencore principal geologist Bruno Afonseca presented a compelling case study that could help reshape how the mining industry quantifies and manages risk.
At a time when the mining industry is grappling with increasingly complex ore bodies, evolving digital toolsets, and growing demand for speed and precision, one standout case study is helping reshape how we think about resource modelling.
A new report from the Geological Survey of Western Australia shines a spotlight on some of Australia’s most underexplored frontiers—Neoproterozoic basins with the potential to reshape the future of clean energy and critical gases.
In a standout session at the AusIMM Mineral Resource Estimation Conference, six of the industry’s most experienced and outspoken minds came together for a dynamic panel discussion titled “Myth-Busting.
Western Australian gold explorer Hamelin Gold is taking a data-driven approach to cracking some of the state's most prospective but underexplored terrains, blending geoscience and tech in the hunt for multi-million-ounce deposits.
