Mercury and sulfur isotopic evidence for the linkages between the ca. 510 Ma Kalkarindji large igneous province and trilobite crisis

Keyphrases

• 199Hg 20%
• Australia 20%
• Calcareous Shale 100%
• Cambrian Series 2 60%
• Carbon Isotope Excursion 20%
• Carbonate-associated Sulfate 20%
• Causal Link 20%
• Continental Erosion 20%
• Continental Shelf 20%
• Depositional Environment 20%
• Environmental Change 20%
• Erosion Rate 20%
• Euxinic 40%
• Fe Speciation 20%
• Framboidal Pyrite 20%
• Isotope Excursion 20%
• Isotopic Differences 20%
• Isotopic Evidence 100%
• Kalkarindji 100%
• Large Igneous Provinces 100%
• Life-history Evolution 20%
• Marginal Basin 40%
• Marine Transgression 20%
• Mass Extinction 40%
• Mean Diameter 20%
• Mercury 100%
• Miaolingian 20%
• Middle Part 20%
• Negative Excursions 40%
• Negative Shift 20%
• Oceanic Upwelling 40%
• Pyrite 40%
• Seawater 40%
• SO42- 40%
• South China 20%
• Speciation Data 20%
• Sulfur 100%
• Terrestrial Input 20%
• Trilobites 100%
• Upper Part of the Section 20%
• Volcanic Eruption 60%

Earth and Planetary Sciences

• Australia 25%
• Carbon 14 25%
• China 25%
• Continental Shelf 25%
• Depositional Environment 25%
• Environmental Change 25%
• Erosion Rate 25%
• Large Igneous Province 100%
• Marginal Basin 50%
• Mass Extinction 50%
• Transgression 25%
• Volcanic Eruption 75%