Geochemical and palynological sea-level proxies in hemipelagic sediments: A critical assessment from the Upper Cretaceous of the Czech Republic

Keyphrases

• Palynological 100%
• Upper Cretaceous 100%
• Czech Republic 100%
• Hemipelagic Sediment 100%
• Sea-level Proxy 100%
• High-resolution 66%
• Dinocysts 66%
• Geochemical Data 66%
• Dinoflagellate Cysts 66%
• Species Richness 66%
• Sea-level Curve 66%
• Shallow Water 33%
• Sea-level Change 33%
• Transgressive Event 33%
• TiAl 33%
• Eccentricity Cycles 33%
• Rapid Sea-level Rise 33%
• Transgression 33%
• Biostratigraphy 33%
• Manganese 33%
• Palynological Data 33%
• Stratigraphic Framework 33%
• Palynological Record 33%
• Organic Carbon Isotopes 33%
• Flooding Events 33%
• Hemipelagic 33%
• Basin-wide 33%
• Sea-level Cycles 33%
• Nutrient Level 33%
• Outer Shelf 33%
• Level Model 33%
• Mn Content 33%
• Central Basin 33%
• Baseline Trend 33%
• Bohemian Cretaceous Basin 33%
• Hypopycnal Flows 33%
• Chemostratigraphy 33%
• Sea Level Trend 33%
• Proximity Data 33%
• Elemental Chemostratigraphy 33%
• Cycle Duration 33%
• Peridinioid 33%
• Water Species 33%
• Long Eccentricity 33%
• High Sea State 33%
• Short-term Changes 33%

Earth and Planetary Sciences

• Sea Level 100%
• Upper Cretaceous 100%
• Czech Republic 100%
• Dinoflagellate Cyst 16%
• Dinocyst 16%
• Chemostratigraphy 16%
• Species Richness 16%
• Chemical Element 16%
• Shallow Water 8%
• Sea Level Rise 8%
• Sea Level Change 8%
• Biostratigraphy 8%
• Trough 8%
• Regional Geography 8%
• Manganese 8%
• Stable Isotope 8%
• Organic Carbon 8%