Interplay between volcanic and plutonic systems: A case study of the early Miocene Solarya Volcano-plutonic Complex in NW Anatolia (Turkey)

Keyphrases

• Volcanic 100%
• Turkey 100%
• NW Anatolia 100%
• Early Miocene 100%
• Volcanic-plutonic Complex 100%
• Pluton 42%
• Hypabyssal Rocks 42%
• Hypabyssal 42%
• Volcanic Rocks 42%
• Magma Chamber Processes 42%
• Biotite 28%
• Granodiorite 28%
• 40Ar-39Ar 28%
• Plutonic Rocks 28%
• Enriched Mantle 28%
• Plagioclase 14%
• NW Turkey 14%
• Lava 14%
• Isotopic Data 14%
• Sr-Nd-Pb 14%
• Magma Source 14%
• Honeycomb Texture 14%
• Hornblende 14%
• Trachyandesite 14%
• Dacite 14%
• Extensional Regime 14%
• Isotopic Characteristics 14%
• Crust-mantle Interaction 14%
• Radial Faults 14%
• High-K Calc-alkaline 14%
• Isotopic Composition 14%
• Radiometric Ages 14%
• Zoning Texture 14%
• Andesite 14%
• Mixing Model 14%
• Ring Fault 14%
• K-feldspar 14%
• Calc-alkaline Rocks 14%
• Bulk Mixing 14%
• Subcontinental Lithospheric Mantle 14%
• Mingling 14%
• Open Systems 14%
• Lithospheric Mantle Source 14%
• Intrusive Rocks 14%
• Haplogranite 14%
• Nb-Ta 14%
• Core Complex 14%
• Pyroclastic Rock 14%
• Quartz Diorite Porphyry 14%
• Oscillatory Zoning 14%
• Disequilibrium Textures 14%
• Crustal Contribution 14%
• Rock-cut 14%

Earth and Planetary Sciences

• Magma Chamber 100%
• Volcanic Rock 100%
• Miocene 100%
• Hypabyssal Rock 100%
• Peridotite 66%
• Mantle Source 66%
• Plutonic Rock 66%
• Granodiorite 66%
• Magma 33%
• Andesite 33%
• Calc Alkaline Rock 33%
• Diorite 33%
• Isotopic Composition 33%
• Dacite 33%
• Exhumation 33%