Interaction between Svecofennian crust and rapakivi granites along the SW margin of the Wiborg Batholith, southern Finland

Keyphrases

• Rapakivi Granite 100%
• Wiborg Batholith 100%
• Rapakivi 37%
• Xenolith 37%
• Dyke 25%
• Anorthosite 25%
• In-rich 25%
• Granitic Batholith 12%
• Mafic Dyke Swarm 12%
• Petrology 12%
• Stringer 12%
• Polymetallic Veins 12%
• Sm-Nd Isotopes 12%
• Alkali Feldspar 12%
• Diabase Dykes 12%
• Geochemical Characterization 12%
• Polymetallic Mineralization 12%
• Ore Type 12%
• Geochemical Evolution 12%
• A-type Granite 12%
• Hydrothermal Activity 12%
• Ferroan Granite 12%
• Geochemical Signature 12%
• Temporal Evolution 12%
• Remapping 12%
• Igneous Activity 12%
• Uranium-lead Dating 12%
• Marviken 12%
• Mid-Proterozoic 12%
• Magma Chamber 12%
• Bull 12%
• Granite Rapakivi 12%
• Extensional Tectonic Regime 12%
• Large Fragment 12%
• Zircon Xenocrysts 12%
• Magmatic Evolution 12%
• Area Constraint 12%
• Overprinting 12%
• Zonation 12%

Earth and Planetary Sciences

• Svecofennian 100%
• Batholith 100%
• Rapakivi 100%
• Zircon 50%
• Indium 37%
• Zincblende 37%
• Xenolith 37%
• Magma 25%
• Volcanic Rock 25%
• Anorthosite 25%
• Granitoid 12%
• Precambrian 12%
• Magma Chamber 12%
• Petrography 12%
• Dike Swarm 12%
• Zonation 12%
• Temporal Evolution 12%
• Extensional Tectonics 12%
• Hydrothermal Activity 12%
• Diabase 12%
• Alkali Feldspar 12%