Stratigraphy, petrogenesis and geodynamic setting of Late Cretaceous volcanism on the SW margin of the Black Sea, Turkey

Keyphrases

• Late Cretaceous 100%
• Turkey 100%
• Black Sea 100%
• Stratigraphy 100%
• Geodynamic Setting 100%
• Petrogenesis 100%
• Rollback 100%
• Cretaceous Volcanism 100%
• Asthenospheric Mantle 66%
• Magma 66%
• Mantle Source 66%
• Rifting 66%
• Laurasia 66%
• Volcanism 66%
• Santonian 66%
• Tethys Ocean 66%
• Western Black Sea Basin 66%
• Subducting Slab 66%
• Pelagic Limestones 66%
• Lava 33%
• Temporal Change 33%
• Subcontinental Lithospheric Mantle 33%
• Subsidence 33%
• Magmatic Belt 33%
• Magmatism 33%
• Alkaline Lavas 33%
• Depleted Mantle 33%
• Subduction Events 33%
• Lithospheric Mantle 33%
• Southern Margin 33%
• Extensional Tectonic Regime 33%
• Continental Lithosphere 33%
• Turonian 33%
• Arc Setting 33%
• Sakarya Zone 33%
• Campanian 33%
• Istanbul Zone 33%
• Debris Flow 33%
• Subduction Signature 33%
• Western Pontides 33%
• Intra-arc Basin 33%
• Southward Subduction 33%
• Magma Generation 33%
• Ocean Island Basalt 33%
• Clastic Sediments 33%
• Arc Magmatism 33%
• Upwelling 33%
• Subduction Component 33%
• Tethyan Subduction 33%
• Pelagic Carbonates 33%
• Oceanic Spreading 33%
• Lithospheric Source 33%
• Late Santonian 33%
• Marker Horizon 33%
• Middle Turonian 33%
• Depositional Features 33%
• Regional Unconformity 33%
• Olistoliths 33%

Earth and Planetary Sciences

• Late Cretaceous 100%
• Geodynamics 100%
• Volcanism 100%
• Stratigraphy 100%
• Petrogenesis 100%
• Santonian 100%
• Magma 66%
• Magmatism 66%
• Mantle Source 66%
• Rifting 66%
• Turonian 66%
• Lithosphere 33%
• Subsidence 33%
• Maastrichtian 33%
• Extensional Tectonics 33%
• Continental Lithosphere 33%
• Campanian 33%
• Ocean Island Basalt 33%
• Debris Flow 33%
• Magma Generation 33%
• Clastic Sediment 33%
• Thinning 33%