Hillslope-scale experiment demonstrates the role of convergence during two-step saturation

Keyphrases

• Observatory 100%
• From below 100%
• Hillslope 100%
• Flow Dynamics 100%
• Landscape Evolution 100%
• Hillslope Scale 100%
• Subsurface Flow 100%
• Subsurface Storage 100%
• Storage Dynamics 100%
• Scaled Experiment 100%
• Saturation Excess Overland Flow 100%
• Soil Properties 50%
• Saturated Condition 50%
• Groundwater 50%
• Land Surface Model 50%
• Biosphere 2 50%
• Moisture Content 50%
• Natural Environment 50%
• Wetting Front 50%
• High-resolution Measurements 50%
• Hydrological Processes 50%
• High Temporal Resolution 50%
• Flow-based 50%
• Ecological Processes 50%
• Water Dynamics 50%
• Saturation Excess Runoff 50%
• Runoff Generation 50%
• Upper Layer 50%
• Conceptual Rainfall-runoff Model 50%
• Extreme Rainfall 50%
• Lateral Subsurface Flow 50%
• Upslope 50%
• Ultra-high Spatial Resolution 50%
• Incomplete Understanding 50%
• Soil Moisture Sensor 50%
• Gravity-driven 50%
• Rising Water Table 50%
• Model Surfaces 50%
• Environmental Aspects 50%
• Model Layer 50%
• Rainfall Simulation Experiments 50%
• Gully Erosion 50%
• Flow Erosion 50%
• Saturation Process 50%
• Continuous Rainfall 50%
• Downward Movement 50%
• Landscape Water 50%

Earth and Planetary Sciences

• Gully Erosion 25%