Carbon cycle perturbation and stabilization in the wake of the Triassic-Jurassic boundary mass-extinction event

Keyphrases

• Carbon Cycle Perturbation 100%
• Triassic-Jurassic Boundary 100%
• Hettangian 100%
• Sinemurian 100%
• Mass Extinction Event 100%
• Carbon Cycle 40%
• Organic Carbon 40%
• Carbon Isotope Excursion 40%
• Carbon Reservoir 40%
• Global Carbon Cycle 40%
• Vienna 40%
• Belemnites 40%
• Recovery Pattern 40%
• High-resolution 20%
• Germany 20%
• Stable Carbon Isotopes 20%
• Carbon Dynamics 20%
• Terrestrial Plants 20%
• Carbonate 20%
• Italy 20%
• Carbon Isotope Record 20%
• Organic Carbon Burial 20%
• Atmospheric CO2 20%
• Partial Pressure of CO2 (pCO2) 20%
• Isotope Excursion 20%
• Rhaetian 20%
• Early Jurassic 20%
• Organic Carbon Isotopes 20%
• Carbonate Carbon Isotope 20%
• Carbon Cycling 20%
• British Columbia 20%
• Late Triassic 20%
• Positive Excursion 20%
• Central Atlantic Magmatic Province 20%
• Bulk Carbonate 20%
• Multi-location 20%
• Local Maxima 20%
• Carbonate Production 20%
• Compositional Changes 20%
• Plant Families 20%
• Southern Alps 20%
• Palynological Analysis 20%
• Boundary Support 20%
• Gradual Reduction 20%
• Cycle Stabilization 20%
• Disturbance Type 20%
• Enriched CO2 20%
• Inorganic Carbon Isotope 20%
• Terrestrial Vegetation 20%
• Outgassing 20%
• Negative Excursions 20%
• Exogenic 20%
• Early-late 20%
• Marine Input 20%

Earth and Planetary Sciences

• Carbon 14 100%
• Carbon Cycle 100%
• Mass Extinction 100%
• Hettangian 100%
• Sinemurian 100%
• Organic Carbon 80%
• Global Carbon Cycle 40%
• Belemnite 40%
• Vegetation 20%
• Atmospherics 20%
• Germany 20%
• Italy 20%
• Outgassing 20%
• Early Jurassic 20%
• Rhaetian 20%
• British Columbia 20%
• Central Atlantic 20%
• Late Triassic 20%
• Inorganic Carbon 20%
• Carbon Dioxide 20%
• Degassing 20%