Middle to late Pleistocene shift in eolian silts contribution into Mediterranean soils at the fringe of the Negev loess, Israel

Keyphrases

• Israel 100%
• Negev 100%
• Silt 100%
• Middle Pleistocene 100%
• Loess 100%
• Mediterranean Soils 100%
• Eolian 100%
• Silty Clay 50%
• Clay 25%
• Clast 25%
• Middle Palaeolithic 25%
• Surficial 25%
• Abrasion 25%
• Runoff Erosion 25%
• Grain Size 25%
• Jerusalem 25%
• Atmospheric Circulation 25%
• Hydrology 25%
• Dunes 25%
• Ancient Sites 25%
• Silica 25%
• Chert 25%
• Spatial Features 25%
• Palaeolithic Artefacts 25%
• Unconformity 25%
• Sand Grains 25%
• Soil Formation 25%
• Soil Erosion Rate 25%
• Dust Deposits 25%
• Coarse Mode 25%
• Soil Composition 25%
• Loess Deposits 25%
• Drainage Network 25%
• Dust Accumulation 25%
• Late Pleistocene to Holocene 25%
• Quaternary Sequences 25%
• Plagioclase 25%
• K-feldspar 25%
• Soil Hydrological Process 25%
• Wetted Area 25%
• Loess Region 25%
• Non-deposition 25%
• Silty Clay Loam 25%
• Paleowinds 25%
• Desert Loess 25%
• Grain Size Trend 25%

Earth and Planetary Sciences

• Israel 100%
• Late Pleistocene 100%
• Mediterranean Soil 100%
• Grain Size 66%
• Sediment 66%
• Silty Clay 66%
• Pleistocene 33%
• Holocene 33%
• Prehistoric 33%
• Jerusalem 33%
• Atmospheric Circulation 33%
• Accumulation Rate 33%
• Erosion Rate 33%
• Chert 33%
• Silty Clay Loam 33%
• Drainage Network 33%
• Quaternary Sequence 33%
• Soil Composition 33%
• Pedogenesis 33%
• Erosion 33%