The Devonian accretionary orogen of the North Patagonian cordillera

Keyphrases

• Cordillera 100%
• Hf Isotopes 100%
• Marginal Basin 100%
• Foreland 100%
• Tonalite 100%
• North Patagonian Massif 100%
• Accretionary Orogen 100%
• Calc-alkaline 50%
• Andes 50%
• Isotopic Characteristics 50%
• Igneous Rocks 50%
• Hf Isotope Analysis 50%
• Magma 50%
• Subduction-related 50%
• Zircon 50%
• O Isotopes 50%
• Detrital Zircon 50%
• Metasedimentary Rocks 50%
• Patagonia 50%
• Subduction 50%
• Forearc 50%
• Granitic Rocks 50%
• Mesoproterozoic 50%
• U-Pb Geochronology 50%
• Crustal Materials 50%
• Rifting 50%
• Turbidites 50%
• Basin Closure 50%
• Tectonic Model 50%
• Basin Formation 50%
• Igneous Zircon 50%
• Granodiorite 50%
• Alkali 50%
• E-MORB 50%
• Zircon O Isotope 50%
• Pacific Coast 50%
• Metabasalt 50%
• N-MORB 50%
• Oceanic Arc 50%
• Light Rare Earth 50%
• Andean Basement 50%
• Primitive Character 50%
• Magmatic History 50%
• Double Arc 50%
• Continental Arc 50%
• Trace Element Geochemistry 50%
• Lithophile Elements 50%
• Subalkaline 50%
• Major Element Geochemistry 50%
• Metasandstone 50%
• Depleted Mantle Composition 50%
• Mississippian 50%
• SW Iberian Margin 50%

Earth and Planetary Sciences

• Devonian 100%
• Zircon 30%
• Marginal Basin 20%
• Tonalite 20%
• Mid-Ocean Ridge Basalt 20%
• Tectonics 10%
• Andes 10%
• Magma 10%
• Igneous Rock 10%
• Geochronology 10%
• Metasedimentary Rock 10%
• Gondwana 10%
• Rifting 10%
• Turbidite 10%
• Basin Evolution 10%
• Granodiorite 10%
• Metabasalt 10%
• Continental Arc 10%
• Trace Element Geochemistry 10%
• Lithophile Element 10%
• Mississippian 10%