Detecting upland glaciation in Earth’s pre-Pleistocene record

Earth and Planetary Sciences

• Pleistocene 100%
• Transportation 100%
• Meltwater 50%
• Climate Modeling 50%
• Chemical Weathering 50%
• Global Climate 50%
• Subsidence 50%
• Pavement 50%
• Mudstone 50%
• Frozen Ground 50%
• Ice Crystal 50%
• Silicate Mineral 50%
• Debris Flow 50%
• Glaciers 50%

Keyphrases

• Glaciation 100%
• Silt 18%
• Proglacial 18%
• Glacial Grinding 18%
• Global Climate 9%
• Chemical Weathering 9%
• Debris Flow 9%
• Long Distance 9%
• Cold Temperature 9%
• Modeller 9%
• Eolian 9%
• Clast 9%
• Sedimentary Record 9%
• Earth's Climate System 9%
• Glacial Till 9%
• Meltwater 9%
• Past Climate 9%
• Pavement 9%
• Climate Models 9%
• Non-cohesive 9%
• Loess Deposits 9%
• Continental Glaciation 9%
• Subsidence 9%
• Base Level 9%
• High Stress 9%
• Stress Fracture 9%
• Microtexture 9%
• Striations 9%
• Mudstone 9%
• Frozen Ground 9%
• Ice Crystals 9%
• Silicate Minerals 9%
• Pebbles 9%
• Glaciolacustrine 9%
• Low Elevation 9%
• Quartz Sand 9%
• Preservation Potential 9%
• Ice Wedges 9%
• Cross-stratification 9%
• Frozen Condition 9%
• Fluvial System 9%
• Glaciomarine 9%
• Flood Flow 9%
• Mountain Glaciation 9%
• Large Clasts 9%
• Piedmont Region 9%
• Glacial Weathering 9%
• Non-cohesive Sediment 9%
• Marine Silt 9%
• Periglacial Processes 9%
• Fluvial Transport 9%
• Rip-up Clast 9%
• Hyperconcentrated Flood 9%
• Periglacial Conditions 9%
• Ice-ice 9%
• Dropstones 9%