Tectonic control of Guadalupian-Lopingian cherts in northwestern Sichuan Basin, South China

Keyphrases

• South China 100%
• Northwestern Sichuan Basin 100%
• Guadalupian-Lopingian 100%
• Chert 100%
• Tectonic Control 100%
• Tectonic Activity 21%
• Debris 14%
• Emeishan Large Igneous Province 14%
• Biosilicification 14%
• Maokou Formation 14%
• Deep Faults 14%
• Paleo-Tethys Ocean 14%
• Hydrothermal Activity 14%
• Silica 7%
• Hydrothermal Fluids 7%
• Geochemical Studies 7%
• Upwelling 7%
• Geochemical Analysis 7%
• Biological Activity 7%
• Accommodation Space 7%
• Paleoceanography 7%
• Spatial Heterogeneity 7%
• Rare Earth Elements 7%
• Paleogeography 7%
• Microscopic Observation 7%
• Nutrient-rich Waters 7%
• Silicon-rich 7%
• Petrographic Study 7%
• Hydrothermal Origin 7%
• Bioclasts 7%
• Hydrothermal Influence 7%
• Geochemical Characteristics 7%
• Lopingian 7%
• Petrologic Characteristics 7%
• Eastern Paleo-Tethys 7%
• Dalong Formation 7%
• Silicification 7%
• Microcrystalline Quartz 7%
• Chert Origin 7%
• Guadalupian 7%
• Extensional Tectonics 7%
• Riverine Input 7%
• Biogenetic 7%

Earth and Planetary Sciences

• China 100%
• Tectonics 100%
• Sichuan Basin 100%
• Guadalupian 100%
• Lopingian 100%
• Chert 100%
• Permian 20%
• Large Igneous Province 13%
• Hydrothermal Activity 13%
• Paleo-Tethys Ocean 13%
• Hydrothermal Fluid 6%
• Paleoceanography 6%
• Trough 6%
• Paleogeography 6%
• Biological Activity 6%
• Extensional Tectonics 6%
• Rare Earth Element 6%
• Spatial Heterogeneity 6%