The influence of climate and sea-level change on the Holocene evolution of a Mediterranean coastal lagoon: Evidence from ostracod palaeoecology and geochemistry

Keyphrases

• Paleoecology 100%
• Sea-level Change 100%
• Ostracods 100%
• Holocene Evolution 100%
• Mediterranean Coastal Lagoon 100%
• Western Mediterranean 66%
• Storm Events 33%
• Taphonomy 33%
• Spain 33%
• Coastal Wetlands 33%
• Sedimentary Record 33%
• Multiproxy Reconstruction 33%
• Coastal Zone 33%
• Humid Climate 33%
• Progradation 33%
• Late Pleistocene 33%
• Seawater 33%
• Mg-Ca 33%
• Effective Moisture 33%
• Arid Climate 33%
• Upper Part 33%
• Lagoon 33%
• Process Controlling 33%
• Middle Holocene 33%
• Freshwater Inflow 33%
• High-energy Events 33%
• Sedimentary Unit 33%
• Mediterranean Coast 33%
• Sedimentological Analysis 33%
• Marine Transgression 33%
• Mediterranean Area 33%
• Valencia 33%
• Coastal Lagoon 33%
• Pleistocene Sediments 33%
• Back-shoring 33%
• Subaerial Habitats 33%
• Albufera 33%
• Coastal Evolution 33%
• Palaeostorm 33%

Earth and Planetary Sciences

• Holocene 100%
• Geochemistry 100%
• Sea Level Change 100%
• Ostracod 100%
• Coastal Lagoon 100%
• Paleoecology 100%
• Taphonomy 25%
• Spain 25%
• Coastal Wetland 25%
• Coastal Environment 25%
• Transgression 25%
• Progradation 25%
• Late Pleistocene 25%
• Hiatus 25%
• Mediterranean Area 25%
• Coastal Evolution 25%