Tracing the thermal evolution of the Corsican lower crust during Tethyan rifting

Keyphrases

• Thermal Evolution 100%
• Lower Crust 100%
• 238U 100%
• 206Pb 100%
• Shear Zone 66%
• Apatite 66%
• Rapid Cooling 66%
• Zircon 66%
• Hyperextension 66%
• Garnet 66%
• Ductile Thinning 66%
• High-resolution 33%
• Rutile 33%
• High Temperature 33%
• Thermal Field 33%
• Depth Profiling 33%
• Overgrowth 33%
• Rifting 33%
• Diffusion Profile 33%
• Hanging Wall 33%
• Thermal Pulse 33%
• Diffusion Modeling 33%
• Upper Plate 33%
• Rift 33%
• Syn-rift 33%
• Unroofing 33%
• Depth-dependent 33%
• Thermochronology 33%
• Seafloor Spreading 33%
• Continental Lithosphere 33%
• Crustal Section 33%
• Thermal Signature 33%
• Extension Results 33%
• Fast Exhumation 33%
• Steady-state Thermal 33%
• Tectonic Subsidence 33%
• Crustal Rocks 33%
• Continental Rifting 33%

Earth and Planetary Sciences

• Thermal Evolution 100%
• Rifting 100%
• Footwall 100%
• Lower Crust 100%
• Thinning 50%
• Shear Zone 50%
• Exhumation 50%
• Zircon 50%
• Calcium Phosphate 50%
• Garnet 50%
• Trace Element 25%
• Tectonics 25%
• Lithosphere 25%
• Subsidence 25%
• Permian 25%
• Unroofing 25%
• Thermochronology 25%
• Sea Floor Spreading 25%
• Continental Lithosphere 25%