Papers in collection

• A catchment analysis approach to the interpretation of regional stream sediment data: examples from the Canadian Cordillera Go to Paper
• Well-being and mental health in Kaikoura rebuild Go to Paper
• New geochemical exploration tools to aid discovery of porphyry deposits – a case study from Resolution, Arizona Go to Paper
• Orogenic deposits: new approaches to old goldfields in New Zealand Go to Paper
• What is the link between Cu-Au mineralization and modern seafloor hydrothermal systems associated with submarine volcanic arcs? Go to Paper
• Principles for social performance in mining Go to Paper
• Geological evolution of China and the resulting spatial-temporal distribution of gold resources Go to Paper
• Making the most of multi-element geochemistry Go to Paper
• The business of mineral exploration, challenges and future trends Go to Paper
• Space resources – separating the hype from reality (but it is closer than you think) Go to Paper
• The (dis)organisation of structural controls on epithermal mineralization Go to Paper
• Applications of machine learning to model 3D geological attributes of mineral deposits using multi-element geochemical data Go to Paper
• Exploration lithogeochemistry for volcanogenic massive sulfide (VMS) deposits Go to Paper
• Easy alteration mineralogy – are we there yet and why do we need it? Go to Paper
• Subduction seismic style, fluid release, and orogenic gold mineralisation in fore-arc settings Go to Paper
• Boiling zones and precious metal mineralisation in epithermal environments Go to Paper
• Generating ore body knowledge fit for manufacturing purpose – future trends and challenges in geometallurgy Go to Paper
• A speedy update on machine learning applied to bedrock mapping using geochemistry or geophysics: examples from the Pacific Rim (and nearby) Go to Paper
• Processing of historical geophysical data as an aid to mapping alteration and mineralisation in the Wafi-Golpu porphyry system, Papua New Guinea Go to Paper
• The Century Day – accelerating information, not just data, from drones Go to Paper
• Porphyry exploration at FQM – active application of new techniques Go to Paper
• Russia – open for business Go to Paper
• Improved reporting of mining ‘Feasibility Study’ results Go to Paper
• Automated identification of sulphides from drill core imagery Go to Paper
• X-ray based technologies for geometallurgical characterisation Go to Paper
• Calculated sulphide-sulphate mineral distribution in the Mount Carlton Au-Ag-Cu deposit Go to Paper
• Approach to building a geoenvironmental block model for the Walford Creek Project, Aeon Metals Go to Paper
• Geometallurgy of tailings: unveiling the next generation of mineral resources Go to Paper
• Geometallurgical tools to understand acid and metalliferous drainage risks for Pacrim mining projects Go to Paper
• New evidence of magmatic-hydrothermal activity of porphyry-epithermal system in the reararc of Izu-Bonin-Mariana Go to Paper
• Mineral potential mapping of porphyry targets at the Bundarra Cu-Au project, Queensland Go to Paper
• Spatial and temporal controls on mineral systems Go to Paper
• New technologies for detecting and characterising mineral systems Go to Paper
• 3D tomography and geochemistry of drill cores reveals geological structures, minerals, textures – combined data for maximised results Go to Paper
• Multivariate data analysis and machine learning – towards robust geometallurgical domains: examples from the Pacific Rim Go to Paper
• Multi-scale characterisation of path-finder element and gold microstructures, Alturas Au-Ag Deposit, El Indio Belt, Chile Go to Paper
• Multi-scale modelling of the Martha epithermal Au-Ag deposit, Waihi, New Zealand Go to Paper
• Rapid structural modelling from core photography at the Zafranal project, Peru Go to Paper
• ‘The devil is in the detail’ – vein mineralogy and texture as an aid to exploration in the Hauraki Goldfield, New Zealand Go to Paper
• Geology and mineralization in the Suyoc epithermal deposit, Mankayan District, Philippines: insights from ore mineralogy, fluid inclusion microthermometry and stable isotope studies Go to Paper
• Identifying surface manifestations of epithermal systems: processes and products Go to Paper
• Geophysical properties of rocks from the Hauraki Goldfield (New Zealand), supporting continued mineral exploration Go to Paper
• Alteration in epithermal Au-Ag and geothermal systems in New Zealand: insights for mineral exploration Go to Paper
• Gold mineralization and its relation to intrusive rocks at the Hogatza mine camp, Alaska Go to Paper
• Rare metal concentration triggered by sulfide dynamic recrystallization Go to Paper
• Character and paleotectonic setting of mesoproterozoic iron oxide deposits of the St. Francois Mountains, Missouri, USA Go to Paper
• Source and transport paths in large hydrothermal systems: mapping and geochemical modelling of albitisation and veins around IOCGs Go to Paper
• Townsville Cu-Au prospect, Ok Tedi district, Papua New Guinea: a breccia system zoned from Cu-Au-Ag skarn to carbonate-base metals-gold mineralization Go to Paper
• Geographic dependency of epidote and chlorite chemistry in distal porphyry alteration and its impact on developing global exploration tools Go to Paper
• Tujuh Bukit Deposit, Banyuwangi Province, East Java, Indonesia Go to Paper
• Malmyzh Cu-Au porphyry – flagship discovery in an emerging porphyry-epithermal belt, Russian Far East Go to Paper
• Time in porphyry Cu-Au development – exploration implications Go to Paper
• The geology and mineralisation of the world-class Alpala porphyry copper-gold deposit in northern Ecuador Go to Paper
• Platinum potential of the Pacific Rim in connection with ultramafic zoned intrusions Go to Paper
• Update on structural controls and timing of copper-gold porphyry and skarn mineralisation in the Tifalmin and Nong River Districts, Star Mountains, Papua New Guinea Go to Paper
• Porphyry deposits: genetic models using hyperspectral imagery data of drill core for exploration and mining applications Go to Paper
• Controls on gold mineralization in Carlin-type gold deposits: an example from Goldrush, Nevada Go to Paper
• Hydrological setting and geological controls on hydrothermal fluid flow in Carlin-type gold deposits Go to Paper
• Toward a global Carlin-type exploration model Go to Paper
• Structure of sediment-hosted gold deposits in the Great Basin and China: genetic and exploration implications Go to Paper
• A decade of near-seafloor geophysical surveys at Brothers volcano (southern Kermadec Arc, New Zealand) Go to Paper
• Comparing and contrasting our knowledge base and gaps in ancient volcanogenic massive sulphide (VMS) deposits via comparisons to modern seafloor massive sulfide (SMS) systems Go to Paper
• Hydrothermal fluid chemistry at Brothers submarine arc volcano Go to Paper
• GoldTrace: tracking the origin of precious metals in seafloor arc lavas Go to Paper
• Mineral potential mapping in western NSW: new insights into the distribution of IOCG, VMS, orogenic gold and Broken Hill-type mineral systems Go to Paper
• Exploration for sedimentary-hosted carbonate base metal mineralisation at Manuka, Winduck Shelf, Darling/Cobar Basin, NSW Australia Go to Paper
• Fertile magma genesis: a zircon perspective Go to Paper
• Distribution of gold within the Dargues Reef alteration system Go to Paper
• Development in understanding of the Tritton-Girilambone Cu district, Australia: resolving hydrothermal mineralisation in multiply-deformed rocks Go to Paper
• Metallogenesis of stratabound Cu mineralization in the Dabaoshan deposit, Northern Guangdong Province, South China Go to Paper
• The Sams Creek porphyry gold deposit, Northwest Nelson, New Zealand Go to Paper
• Structural setting and discovery of new resources within the Hyde-Macraes Shear Zone, Macraes Mine, New Zealand Go to Paper
• Exploration of epithermal quartz vein systems at Waihi, Hauraki Goldfield Go to Paper
• Road to discovery at WKP, New Zealand Go to Paper
• Regional crustal structure, fluid and metal transport pathways of Otago illuminated by geophysics Go to Paper
• Epithermal zeolite mineralisation, central Taupo Volcanic Zone, New Zealand Go to Paper
• Biogeochemical exploration: orientation surveys in New Zealand Go to Paper
• Textures and grain size of scheelite as a potential byproduct, Macraes Au mine, New Zealand Go to Paper
• Placer garnet of the west coast of the South Island, New Zealand Go to Paper
• Understanding the mineral potential for critical elements in New Zealand: the case for nickel and cobalt Go to Paper
• An update on new mineral potential modelling of onshore Zealandia Go to Paper
• Regional-scale multi-element in soil baseline surveys over prospective mineral camps in New Zealand Go to Paper
• Targeting lithium mineralisation in the Taupo Volcanic Zone, New Zealand Go to Paper
• Increasing accessibility and interoperability of New Zealand geoscience information for mineral exploration Go to Paper
• The mineral systems of the Zealandia continent: 500 million years and counting Go to Paper
• Deseado Massif hot spring deposits (Late Jurassic, Patagonia, Argentina) and their association with epithermal systems Go to Paper
• The Antakori Cu-Au-Ag Project, Northern Peru Go to Paper
• Geology and exploration of the Keno Hill Silver District, Yukon, Canada Go to Paper
• Exploration and resource growth at the Buriticá Gold Project, Colombia Go to Paper
• The role of multidisciplinary interpretation for porphyry copper targeting in the South American Andes Go to Paper
• Liamu Igneous Complex, PNG: significance for late Miocene-Pliocene mineralisation along Papuan Peninsula and PNG tectonics Go to Paper
• Exploring the Wapolu detachment-related mesothermal and epithermal gold deposit, Fergusson Island, PNG Go to Paper
• Review of nickel-cobalt laterites in Papua New Guinea Go to Paper
• Makatea Island exploration leads to new phosphate discovery Go to Paper
• Discovery paradox and case studies – Cracow and Kainantu Go to Paper