Distinguishing base-level change and climate signals in a Cretaceous alluvial sequence

Earth and Planetary Sciences

• Climate Signal 100%
• Hydrologic Cycle 100%
• Atmospheric Moisture 100%
• Atmospherics 50%
• Sea Level 50%
• Temporal Variation 50%
• Oxygen 18 50%
• Tethys 50%
• Albian 50%
• Paleosol 50%
• Iowa 50%
• Cenomanian 50%
• Belemnite 50%
• Groundwater Chemistry 50%
• Soil Genesis 50%
• Aggradation 50%
• Inland Sea 50%
• Alluvial Plain 50%

Keyphrases

• Alluvial Sequence 100%
• Base-level Change 100%
• Change Signal 100%
• Albian-Cenomanian Boundary 50%
• Cretaceous Western Interior Seaway 50%
• Soil Genesis 50%
• Groundwater Inundation 50%
• Electron Microprobe Analysis 50%
• Alluvial Plain 50%
• Groundwater Chemistry 50%
• Aggradation 50%
• Epicontinental Sea 50%
• Global Hydrologic Cycle 50%
• Brackish Groundwater 50%