The interplay of evolved seawater and magmatic-hydrothermal fluids in the 3.24 Ga Panorama volcanic-hosted massive sulfide hydrothermal system, North Pilbara Craton, Western Australia

Earth and Planetary Sciences

• Western Australia 100%
• Craton 100%
• Massive Sulfide 100%
• Hydrothermal Fluid 100%
• Hydrothermal System 100%
• Sea Water 100%
• Volcanology 100%
• Granite 27%
• Salinity 27%
• Quartz 27%
• Greisen 22%
• Temperature 16%
• Contrast 16%
• Chlorite 11%
• Muscovite 11%
• Deposit 11%
• High Temperature 11%
• Volcanic Rock 5%
• Fluorite 5%
• Ankerite 5%
• Fluid Inclusion 5%
• Feldspar 5%
• Chalcopyrite 5%
• Isotopic Composition 5%
• Political Economy 5%
• Sea Bed 5%
• Albite 5%
• Zincblende 5%
• Ore-Forming Fluid 5%
• Cassiterite 5%
• Datum 5%
• Lens 5%
• Investigation 5%
• Laboratory 5%
• Society 5%
• Variability 5%
• Position (Location) 5%
• Mixing 5%
• Occurrence 5%
• Depth 5%
• Partitioning 5%
• Circulation 5%
• Stable Isotope 5%