Age and geochemistry of an 'anorogenic' crustal melt and implications for I-type granite petrogenesis

Keyphrases

• 207Pb 33%
• Alkaline Source 33%
• Anorogenic 100%
• Basaltic Magmatism 33%
• Biotite Granite 33%
• Calc-alkaline 66%
• Collisional Granites 33%
• Collisional Tectonics 33%
• Continental Crust 33%
• Crustal Melting 100%
• Early Miocene 33%
• Geochemical Affinity 33%
• Granite Petrogenesis 100%
• Heat Source 33%
• High-K Calc-alkaline 33%
• I-type 33%
• I-type Granite 100%
• Late Oligocene-early Miocene 33%
• Magmatic Arc 33%
• Major Element Geochemistry 33%
• Metaluminous 33%
• Middle Miocene 66%
• Monazite 33%
• Palawan Continental Terrane 100%
• Partial Melting 33%
• Permian-Jurassic 33%
• Philippines 33%
• Pluton 66%
• Rifting 33%
• Seafloor Spreading 33%
• Sedimentary Rocks 33%
• Source Rock 66%
• South China 33%
• South China Sea 66%
• Southeast China 33%
• Subduction Zone 33%
• Tectonic Setting 66%
• Trace Element Geochemistry 33%
• Zircon 33%
• Zircon Xenocrysts 33%

Earth and Planetary Sciences

• Actuator 25%
• China 75%
• Continental Crust 25%
• Geochemistry 100%
• Magmatism 25%
• Miocene 100%
• Monazite 25%
• Oligocene 25%
• Partial Melting 25%
• Peridotite 25%
• Permian 25%
• Petrogenesis 100%
• Philippines 25%
• Rifting 25%
• Sea Floor Spreading 25%
• Sedimentary Rock 25%
• Source Rock 50%
• South China Sea 25%
• Subduction Zone 25%
• Tectonic Setting 50%
• Terrane 75%
• Trace Element Geochemistry 25%
• Zirconium 50%