Transport mechanism and paleoclimatic significance of terrigenous silt deposited in varved sediments of an African rift lake

Keyphrases

• Transport Mechanism 100%
• Rift Valley Lakes 100%
• Silt 100%
• Varved Sediments 100%
• Terrigenous 100%
• African Rift 100%
• Paleoclimatic Significance 100%
• Sortable Silt 100%
• Clay 66%
• Lake Level 66%
• Historical Records 33%
• East Africa 33%
• Lake Malawi 33%
• Plume 33%
• Mass Accumulation Rate 33%
• Wind Strength 33%
• Resuspension 33%
• River Flood 33%
• Annual Rainfall 33%
• Underflow 33%
• Silt Fraction 33%
• North Atlantic Oscillation 33%
• National Centers for Environmental Prediction 33%
• Offshore Basins 33%
• Flood Loads 33%
• Regional Winds 33%
• North Basin 33%

Earth and Planetary Sciences

• Lake Level 100%
• Eastern Africa 50%
• Malawi 50%
• Resuspension 50%
• Accumulation Rate 50%
• North Atlantic Oscillation 50%

Agricultural and Biological Sciences

• Silt 100%
• Silt Fraction 25%