Geochemistry of Neogene-Quaternary alkaline volcanism in western Anatolia, Turkey, and implications for the Aegean mantle

Keyphrases

• Turkey 100%
• Aegean 100%
• Western Anatolia 100%
• Ultrapotassic Rocks 100%
• Alkaline Volcanism 100%
• Neogene-Quaternary 100%
• Potassic Rocks 62%
• Subduction 25%
• 207Pb 25%
• 206Pb 25%
• Trachyandesite 25%
• Serbia 25%
• 208Pb 25%
• Potassic 25%
• Light Rare Earth 12%
• High Field Strength Elements 12%
• Lithophile Elements 12%
• Volcanic Province 12%
• Aegean Region 12%
• Silica 12%
• Western Turkey 12%
• Sr-Nd-Pb 12%
• High-K Calc-alkaline 12%
• Isotopic Composition 12%
• Lithospheric Mantle Source 12%
• Nb-Ta 12%
• Early Miocene 12%
• High Content 12%
• Age Data 12%
• Southwestern Anatolia 12%
• Isotopic Signature 12%
• NbTi 12%
• Within-plate 12%
• Isotopic Differences 12%
• Heterogeneous Lithospheric Mantle 12%
• Lamproite 12%
• Aging Model 12%
• Basaltic Trachyandesite 12%
• MgCaO 12%
• Trace Element Characteristics 12%
• Ignimbrite 12%
• Metasomatism 12%
• Afyon 12%
• Alkaline Lavas 12%
• Rhyolite 12%
• Depleted Mantle 12%
• Close Relationships 12%
• Upper Mantle 12%
• Isotope Ratio 12%
• Volcanic Field 12%
• Sediment Recycling 12%
• Three-field 12%
• Subduction Events 12%
• Alkaline Volcanic Rocks 12%
• Shoshonitic 12%
• Shoshonitic Rocks 12%
• Pb Isotopes 12%
• Trachyte 12%
• Ultrapotassic 12%
• Isparta 12%
• Age Progression 12%
• Crustal Components 12%
• Roman 12%

Earth and Planetary Sciences

• Volcanism 100%
• Potassic Rock 100%
• Field Strength 33%
• Lithophile Element 33%
• Rare Earth Element 33%
• Recycling 33%
• Miocene 33%
• Mantle Source 33%
• Isotopic Composition 33%
• Upper Mantle 33%
• Igneous Rock 33%
• Metasomatism 33%
• Trace Element 33%
• Rhyolite 33%
• Lamproite 33%
• Isotopic Ratio 33%