Salinity dynamics in the Baltic Sea linked to anthropogenic foraging behavior during the Holocene: S03-03

Keyphrases

• Foraging Behavior 100%
• Baltic Sea 100%
• Salinity Dynamics 100%
• Organic Content 50%
• Sea-level History 50%
• South Sweden 25%
• Reed 25%
• Diatoms 25%
• Species Composition 25%
• Limnic 25%
• Green Algae 25%
• Nutrient Level 25%
• Phragmites 25%
• Major Change 25%
• Color Change 25%
• Sea Level Rise 25%
• Dinoflagellate 25%
• Well-balancing 25%
• Marine Fauna 25%
• Lake Stage 25%
• Organic Production 25%
• Ancylus 25%
• Sediment Core 25%
• Paleoecological 25%
• Environmental History 25%
• Local Sea Level 25%
• Ancylus Lake 25%
• Global Ocean Change 25%
• Glacioisostatic Uplift 25%
• Resting Spore 25%
• Diatom Flora 25%
• Last Glacial 25%
• Young Sediments 25%
• Changes in Abundance 25%
• Wave Action 25%
• Physical Parameters 25%
• Microfossils 25%
• Dwelling Unit 25%
• Shallow Lakes 25%
• Early Holocene 25%
• Littorina Sea 25%
• Pediastrum 25%
• High Salinity 25%
• Increased Productivity 25%

Earth and Planetary Sciences

• Salinity 100%
• Baltic Sea 100%
• Holocene 100%
• Foraging Behavior 100%
• Diatom 40%
• Sea Level 40%
• Sweden 20%
• Sea Level Rise 20%
• Marine Fauna 20%
• Sediment Core 20%
• Microfossil 20%
• Environmental History 20%
• Last Glacial 20%
• Hiatus 20%
• Green Alga 20%
• Ancylus Lake 20%
• Early Holocene 20%
• Sea Level Change 20%