Ecosystem responses of two Permian biocrises modulated by CO₂ emission rates

Keyphrases

• Seafloor 100%
• Ecosystem Response 100%
• Biocrisis 100%
• CO2 Emission Intensity 100%
• End-Permian Mass Extinction 80%
• Guadalupian 80%
• Carbon Emission Rate 60%
• Uranium Isotopes 60%
• Permian Period 40%
• CO2 Emissions 40%
• Marine Anoxia 40%
• Carbon Reservoir 40%
• Isotope Mass Balance Model 40%
• Sediment Carbon 40%
• Deep-sea Sediments 40%
• Mass Extinction 20%
• Volcanic Eruption 20%
• Climate Change 20%
• Sea Surface Temperature 20%
• Carbon Cycle Model 20%
• Two-period 20%
• Geological Record 20%
• Late Permian 20%
• CO2 Sources 20%
• Anoxia 20%
• Ocean Surface 20%
• Temperature Records 20%
• Proxy Data 20%
• Mass Extinction Event 20%
• Marine Ecosystems 20%
• Changhsingian 20%
• Biological Response 20%
• Marine Carbonate 20%
• Volcanic CO2 20%
• Source Range 20%
• Carbon Dioxide (CO2) Emissions 20%
• Surface pH 20%
• Comparing Models 20%
• Reservoir Model 20%
• Late Early Permian 20%
• Capitanian 20%
• Emission Pattern 20%
• Two-mass 20%
• Input Sources 20%
• Extinction Time 20%
• Marine Limestones 20%

Earth and Planetary Sciences

• Ecosystem Response 100%
• Carbon Dioxide Emission 100%
• Permian 100%
• Mass Extinction 75%
• Guadalupian 50%
• Uranium Isotope 37%
• Permian Period 25%
• Ocean Sediment 25%
• Carbon Dioxide 25%
• Volcanic Eruption 12%
• Climate Change 12%
• Sea Surface Temperature 12%
• Carbon Cycle 12%
• Ocean Surface 12%
• Aquatic Environment 12%
• Limestone 12%