Coupling cosmogenic nuclides and luminescence dating into a unified accumulation model of aeolian landforms age and dynamics: The case study of the Kalahari Erg

Keyphrases

• Sand 100%
• Luminescence Dating 100%
• Cosmogenic nuclide Dating 100%
• Aeolian Landforms 100%
• Accumulation Model 100%
• Cosmogenic nuclides 83%
• Dune Fields 50%
• Luminescence 33%
• Burial Age 33%
• 26Al 33%
• 10Be 33%
• Luminescence Ages 33%
• Dune Migration 33%
• Dating Methods 33%
• Luminescence Signal 33%
• Sand Migration 33%
• Attenuation 16%
• Cosmic Rays 16%
• South Africa 16%
• Decay Rate 16%
• Northern Hemisphere 16%
• Production Rate 16%
• Optically Stimulated Luminescence 16%
• Depositional Cycle 16%
• Southern Hemisphere 16%
• Stochastic Model 16%
• Aeolian Deposits 16%
• Quartz Grains 16%
• Sand Grains 16%
• Main Phase 16%
• Concentration of Measure 16%
• Sediment Burial 16%
• Cosmogenic Burial Dating 16%
• Southern Kalahari 16%
• Sand Samples 16%
• Sand Column 16%
• Depth Profile 16%
• Nuclide Production 16%
• Vertical Displacement 16%
• Sand Deposit 16%
• Displacement Rate 16%
• Dynamic Evolution 16%
• Environmental Events 16%
• Depositional Age 16%
• Radioactive Decay 16%
• Modelled Concentrations 16%
• Sand Formations 16%
• Signal Accumulation 16%
• Climatic Events 16%
• Late Quaternary Deposits 16%
• Mamatwan 16%
• Vertical Movement Rate 16%
• Time Since Last Exposure 16%
• Two-peak 16%

Earth and Planetary Sciences

• Luminescence Dating 100%
• Landform 100%
• Nuclides 100%
• Dune Field 50%
• Dating Method 33%
• Republic of South Africa 16%
• Pliocene 16%
• Pleistocene 16%
• Northern Hemisphere 16%
• Southern Hemisphere 16%
• Eolian Deposit 16%
• Sand Column 16%
• Radioactive Decay 16%
• Vertical Movement 16%