Sea-level changes recorded by cerium anomalies in the late Jurassic (Tithonian) black rock series of qiangtang basin, North-Central Tibet

Keyphrases

• Sea-level Change 100%
• Late Jurassic 100%
• Black Rock Series 100%
• Qiangtang Basin 100%
• Cerium Anomaly 100%
• North-central Tibet 100%
• Middle Part 50%
• Amdo 50%
• Sea-level Fluctuations 50%
• Sedimentary Rocks 25%
• Elemental Abundances 25%
• Deep-sea Sediment 25%
• Continental Slope 25%
• North Central 25%
• Rare Earth Elements 25%
• Continental Shelf 25%
• Diagenesis 25%
• Shale 25%
• Stratigraphic Framework 25%
• Bivalves 25%
• Tectono-sedimentary Evolution 25%
• Northern Tibet 25%
• Upper Jurassic 25%
• Elemental Correlations 25%
• Slope Environment 25%
• Total Rare Earth 25%
• Upper Part of the Section 25%
• Oil Seepage 25%
• Ammonites 25%
• Buchia 25%
• Eustatic Sea-level Changes 25%
• Organic-rich 25%
• Lower Tithonian 25%
• Potential Indicators 25%
• Rare Earth Element Pattern 25%
• Marine Shale 25%
• Anomaly Value 25%
• Central Qiangtang 25%

Earth and Planetary Sciences

• Sea Level 100%
• Sea Level Change 100%
• Late Jurassic 100%
• Tibet 100%
• Tithonian 100%
• Deep Water 50%
• Rare Earth Element 50%
• Sedimentary Rock 25%
• Continental Shelf 25%
• Continental Slope 25%
• Diagenesis 25%
• Ammonite 25%