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Short Abstract

By using x-ray tomographic 3D-scans, we can make efficient use of drill cores for the mining industry. However, information in these 3D-scans is overwhelming. We are now developing a global citizen science platform to allow classification of what’s visible in these 3D-scans.

Abstract

The love of geology takes many forms. Literally looking for gems is one such activity, but the learning about and fascination for geology and geological history may lead you down fascinating paths. Ask Charles Lyell …The mining industry also stirs up many emotions with its truly fascinating history and future, promises of local development, job opportunities, and environmental burdens. To contribute to a more efficient use of drill cores in the mining industry, Orexplore AB has developed a new method of 3D-scanning drill cores. The rendering of the 3D-scans are visually attractive and allow you to see the structures set in the stone. Classifying these visualizations of the 3D-scans will allow for a more efficient use of the drill cores and will develop the science of ore geology. Experts in gamification aim at developing a web portal, where we hope to engage volunteers in a research and learning experience based on these 3D-scans. Interpreting the structures, textures and colours of drill cores is a truly complex exercise, where four geologists might give five answers! Our expectation is that by bringing large numbers of engaged citizen scientists into this classification exercise, much more data will be gathered from these drill cores and 3D-scans.