Formation of the giant Aynak copper deposit, Afghanistan: evidence from mineralogy, lithogeochemistry and sulphur isotopes

Keyphrases

• Mineralogy 100%
• Sulfide 100%
• Copper Deposit 100%
• Afghanistan 100%
• Lithogeochemistry 100%
• Sulfur Isotopes 100%
• Silica 66%
• Schist 66%
• Lamin 33%
• Host Rock 33%
• Chalcopyrite 33%
• Dolomite 33%
• Shale 33%
• Garnet 33%
• Biotite 33%
• Barite 33%
• Apatite 33%
• Scapolite 33%
• Pyrite 33%
• Metamorphism 33%
• Magnesium 33%
• Molybdenite 33%
• HypoGen 33%
• Reduction Method 33%
• Dolomite Marble 33%
• Uraninite 33%
• Stratabound 33%
• Seawater Sulfate 33%
• Neoproterozoic 33%
• Metasediments 33%
• Chalcocite 33%
• Disseminated Sulphides 33%
• Thermochemical Reduction 33%
• Bornite 33%
• Sphalerite 33%
• Pyrrhotite 33%
• Carbonate-hosted 33%
• Mafic Volcanics 33%
• Central African Copperbelt 33%
• Partial Homogenization 33%
• Copper Source 33%
• Sulfur Source 33%
• Cryogenian 33%
• Giant Deposit 33%
• Biogenic Reduction 33%
• Cobaltites 33%
• Geochemical Interactions 33%
• Basaltic Volcanism 33%
• Red Beds 33%
• Copper Sulfate 33%

Earth and Planetary Sciences

• Mineralogy 100%
• Afghanistan 100%
• Sulfur Isotopes 100%
• Host Rock 50%
• Peridotite 50%
• Chalcopyrite 50%
• Dolomite 50%
• Garnet 50%
• Barite 50%
• Scapolite 50%
• Calcium Phosphate 50%
• Molybdenite 50%
• Volcanism 50%
• Homogenizing 50%
• Uraninite 50%
• Metasediment 50%
• Pyrrhotite 50%
• Zincblende 50%
• Red Bed 50%
• Cobaltite 50%
• Bornite 50%
• Thermochemical 50%