Exploring the relationship between volcanic passive margins and adjacent large igneous provinces

Keyphrases

• Large Igneous Provinces 100%
• Volcanic Passive Margin 100%
• Passive Margin 62%
• Igneous Rocks 50%
• Continental Breakup 37%
• Rifting 25%
• Continental Rifting 25%
• High Concentration 12%
• Low Density 12%
• High Velocity 12%
• High Density 12%
• Unit Form 12%
• Residuum 12%
• Mantle Plume 12%
• Magmatism 12%
• South Atlantic Ocean 12%
• Cumulate 12%
• Mid-south 12%
• Seismic Reflection Profile 12%
• Mid-Atlantic 12%
• Rifting Process 12%
• Seafloor Spreading 12%
• Crustal Units 12%
• Seaward Dipping Reflectors 12%
• Lithospheric Processes 12%
• Euler Pole 12%
• Consistent Ratio 12%
• Paraná-Etendeka Large Igneous Province 12%
• North Atlantic Igneous Province 12%
• Magma-rich 12%
• Central Atlantic Magmatic Province 12%

Earth and Planetary Sciences

• Passive Margin 100%
• Large Igneous Province 100%
• Rifting 38%
• Igneous Rock 30%
• Magma 7%
• North Atlantic 7%
• Magmatism 7%
• Mantle Plume 7%
• South Atlantic Ocean 7%
• Seismic Reflection 7%
• Sea Floor Spreading 7%
• Igneous Province 7%
• Continental Breakup 7%
• Central Atlantic 7%