Learning Outcomes
• Acquisition of knowledge about mining activity in Greece since antiquity
• Acquisition of knowledge about the formation conditions of Greek ore deposits
• Metallogenesis in the geological context of Greece
• Understanding the relationship of ore deposits to the geotectonic zones
• Learn about the particular characteristics of important Greek deposits in relation to the geology, tectonics, host rocks and mineralogical and chemical composition
• Study of parameters and problems related to the environmental impact of mining
• Methods and ways of protecting and restoring the environment
• Use of basic research methods, such as metallographic microscopy, in the study of Greek deposits.
• Linking theoretical knowledge with practical applications in field research
Course Content (Syllabus)
• A historical overview of the mining activity in Greece
• Geotectonic evolution and metallogenesis in Greece
• Classification of Greek deposits in different metallogenic provinces
• Cr deposits and volcanogenic massive sulfides deposits of in Mesozoic ophiolitic complexes
• Deposits associated with Cenozoic magmatism: porphyry and epithermal deposits, skarn deposits, carbonate replacement deposits, intrusion related systems
• Deposits hosted in metamorphic rocks.
• Lateritic residual deposits (laterites, bauxites)
• Supergene oxidized Fe, Mn deposits enriched in Au
• Karst-type deposits
• Alluvial deposits
• Submarine metal-rich hydrothermal fields in the South Aegean Volcanic Arc
• Comparison between global and Greek deposits
Keywords
Greek ore deposits, Ore mineralizing processes, Classification of mineral deposits, Ore microscopy