Dinoflagellate cyst and pollen assemblages as tracers for marine productivity and river input in the northern Gulf of Mexico

Keyphrases

• Palynological 100%
• Dinoflagellate Cyst Assemblages 100%
• Dinocysts 100%
• Pollen Assemblages 100%
• Marine Productivity 100%
• Northern Gulf of Mexico 100%
• Riverine Input 100%
• River Mouth 50%
• Dinocyst Assemblages 50%
• Dinoflagellate Cysts 50%
• Mississippi River 50%
• Redundancy Analysis 50%
• River Plume 50%
• Sedimentary Record 25%
• Nutrient Availability 25%
• Open Ocean 25%
• Nutrient Input 25%
• Environmental Parameters 25%
• Cyst 25%
• Primary Productivity 25%
• Autotrophic 25%
• Marine Dinoflagellate 25%
• Paleo 25%
• Freshwater Input 25%
• Heterotrophic 25%
• Coastal Margin 25%
• Marine Surface Sediments 25%
• Productivity Trends 25%
• Mississippi 25%
• Climate Interactions 25%
• Coastal Sediments 25%
• Net Primary Productivity 25%
• Heterotrophic Dinoflagellates 25%
• Pollen Concentration 25%
• Autotrophic Dinoflagellates 25%
• Turbid Rivers 25%
• Atchafalaya 25%
• Paleoreconstruction 25%
• Robust Indicators 25%
• Combined Calibration 25%

Earth and Planetary Sciences

• Dinoflagellate Cyst 100%
• Dinocyst 100%
• Gulf of Mexico 100%
• Mississippi 50%
• River Plume 33%
• Vegetation 16%
• Open Ocean 16%
• Freshwater Input 16%
• Coastal Sediment 16%