Holocene evolution and signature of environmental change of the Burullus lagoon (Nile Delta) deciphered from a long sediment record

Keyphrases

• Environmental Change 100%
• Sedimentary Record 100%
• Lagoon 100%
• Nile Delta 100%
• TiAl 100%
• Burullus Lagoon 100%
• Holocene Evolution 100%
• Nile 66%
• Magnetic Susceptibility 66%
• Palaeo 66%
• African Humid Period 66%
• Sediment Provenance 66%
• Sediment Core 33%
• High-resolution 33%
• Macrofauna 33%
• Two-period 33%
• Geochemical Data 33%
• Sea Level Rise 33%
• Deceleration 33%
• Two-peak 33%
• River Channel 33%
• Early Holocene 33%
• Land Subsidence 33%
• High Sedimentation Rate 33%
• Holocene Sea Level 33%
• Mid-late Holocene 33%
• Burullus 33%
• Hydroclimate 33%
• Hydroclimatic Changes 33%
• Dated Sediment 33%
• Blue Nile 33%
• Morphodynamics 33%
• Shallow Water Bodies 33%
• Lagoon System 33%
• Ti-Cr 33%
• Multi-proxy Analysis 33%
• Sea Level Height 33%
• Channel Facies 33%
• Ferroaluminum 33%
• Cerastoderma Glaucum 33%
• Brackish Water 33%
• Mafic 33%
• Climate Fluctuations 33%
• Al-Ti 33%
• Peat 33%
• Basin-wide 33%
• Ostracods 33%
• Cyprideis Torosa 33%
• Peat Layers 33%

Earth and Planetary Sciences

• Environmental Change 100%
• Holocene 100%
• Sea Level 40%
• Magnetic Permeability 40%
• Shallow Water 20%
• Climate Change 20%
• Sediment Core 20%
• Macrofauna 20%
• Sedimentation Rate 20%
• Sea Level Rise 20%
• Water Body 20%
• Subsidence 20%
• River Channel 20%
• Early Holocene 20%
• Brackish Water 20%
• Morphodynamics 20%
• Ostracod 20%
• Regional Geography 20%