https://criticalresources.org.au/project/investigating-the-genesis-and-distribution-of-platinum-pt-in-the-fifield-alaskan-type-complex-tout-intrusion-central-nsw/2026-09-02T14:22:40+08:00https://criticalresources.org.au/project/advanced-data-to-knowledge-platform/2026-07-03T09:38:05+08:00https://criticalresources.org.au/project/the-petrogenesis-of-the-gonneville-ni-co-pge-deposit-western-australia/2026-05-21T17:30:17+08:00https://criticalresources.org.au/project/building-geospatial-models-to-inform-critical-mineral-extraction-from-mine-waste-towards-a-new-industry-standard/2026-02-02T14:42:09+08:00https://criticalresources.org.au/project/recovery-of-critical-metals-from-iocg-mine-waste/2026-02-02T20:09:48+08:00https://criticalresources.org.au/project/unravelling-the-behaviour-and-concentration-processes-of-rare-earth-elements-in-regolith-environments/2026-08-04T14:32:10+08:00https://criticalresources.org.au/project/geological-evolution-critical-mineral-ree-li-u-co-potential-of-the-curnamona-province-south-australia/2025-11-19T07:50:11+08:00https://criticalresources.org.au/project/expression-of-li-cs-ta-pegmatites-in-the-critical-zone/2026-01-20T13:15:54+08:00https://criticalresources.org.au/project/hyperspectral-geochemical-mineralogy-of-greenstone-belts-and-associated-alteration-footprints-of-mineral-deposits/2025-03-11T09:40:03+08:00https://criticalresources.org.au/project/sustainable-extraction-of-scandium-from-lateritic-nickel-cobalt-ores/2024-12-16T16:38:22+08:00https://criticalresources.org.au/project/green-lixiviants-for-ek-isr-induced-metal-extraction-from-tailings/2026-02-13T17:44:52+08:00https://criticalresources.org.au/project/pyrite-to-pyrrhotite-transformations-during-roasting/2026-05-21T20:40:57+08:00https://criticalresources.org.au/project/application-of-geophysical-tools-in-unravelling-mine-waste-environments/2026-02-11T08:42:39+08:00https://criticalresources.org.au/project/experimental-investigations-of-the-magmatic-hydrothermal-transition-in-carbonatites-and-the-factors-controlling-ree-and-cm-enrichment/2026-02-13T17:30:59+08:00https://criticalresources.org.au/project/partitioning-of-ree-and-cm-between-crystals-melts-and-fluids-and-in-situ-xas-studies-of-metal-transport/2025-08-04T09:23:41+08:00https://criticalresources.org.au/project/bioleaching-of-hyper-enriched-black-shales-hebs/2025-11-14T14:19:44+08:00https://criticalresources.org.au/project/provenance-critical-minerals-for-electrification/2026-01-21T07:15:20+08:00https://criticalresources.org.au/project/exposing-a-new-rare-earth-element-mineralisation-province-at-the-western-margin-of-the-pine-creek-orogen-northern-territory/2025-01-13T11:37:12+08:00https://criticalresources.org.au/project/mineralogical-and-isotopic-fertility-indicators-for-lct-pegmatites/2025-11-19T07:47:19+08:00https://criticalresources.org.au/project/quantitative-exploration-of-spatio-temporalmetasomatic-mantle-sources-of-metals/2025-03-11T11:49:54+08:00https://criticalresources.org.au/project/experimental-geochemistry-of-critical-metals/2026-08-04T16:01:51+08:00https://criticalresources.org.au/project/the-role-of-carbonate-melts-in-the-genesis-of-critical-metal-deposits/2024-11-27T15:34:24+08:00https://criticalresources.org.au/project/formation-conditions-of-the-lct-pegmatites-in-western-australia/2024-11-27T15:44:28+08:00https://criticalresources.org.au/project/the-genesis-of-carbonatite-related-niobium-and-rare-earth-element-mineralisation/2026-03-18T13:37:52+08:00https://criticalresources.org.au/project/the-role-of-marine-silicate-alteration-in-the-formation-of-sediment-hosted-critical-metal-deposits/2026-08-04T15:34:10+08:00https://criticalresources.org.au/project/tracking-indium-and-associated-critical-metals-in-mine-wastes-unravelling-their-deportment-mobility-and-recovery-potential/2025-11-14T15:07:52+08:00https://criticalresources.org.au/project/exploring-heavy-rare-earth-element-enrichment-in-carbonatites-insights-from-the-world-class-mount-weld-deposit-western-australia/2026-05-21T17:31:13+08:00https://criticalresources.org.au/project/coupled-transport-and-reaction-phenomena-during-electrokinetic-in-situ-recovery-of-gold-from-tailings/2025-11-14T13:55:37+08:00https://criticalresources.org.au/project/developing-geochemical-vectoring-tools-for-the-exploration-of-large-metal-endowed-skarn-deposits/2026-04-20T08:57:48+08:00https://criticalresources.org.au/project/application-of-non-traditional-stable-isotopes-to-trace-mantle-source-metasomatism-and-mineralisation-processes-in-magmatic-hydrothermal-ore-deposits/2026-05-12T09:14:56+08:00https://criticalresources.org.au/project/detecting-geochemical-anomaly-detection-for-mineral-exploration/2026-07-01T14:36:43+08:00https://criticalresources.org.au/project/niobium-tantalum-mineralisation-of-the-mount-weld-carbonatite-western-australia/2026-08-04T16:43:24+08:00https://criticalresources.org.au/project/multimodal-foundation-models-for-mineral-exploration/2026-09-04T10:10:39+08:00https://criticalresources.org.au/project/multi-modal-representation-learning-for-geoscientific-reasoning/2026-09-04T10:15:06+08:00https://criticalresources.org.au/project/understanding-critical-minerals-the-rocha-da-rocha-rare-earth-element-niobium-scandium-deposits-in-northeast-brazil/2026-07-03T12:54:22+08:00