Time‐lapse photogrammetry reveals hydrological controls of fine‐scale High‐Arctic glacier surface roughness evolution

Keyphrases

• Glacier 100%
• Hydrological Control 100%
• Surface Roughness Evolution 100%
• Glacier Surface 100%
• Photogrammetry 100%
• Time-lapse 100%
• Temporal Change 66%
• Surface Topography 66%
• Ice Surface 66%
• Aerodynamic Roughness 33%
• Rill 33%
• Geostatistics 33%
• Surface Ablation 33%
• Energy Exchange 33%
• Surface Elevation 33%
• Surface Roughness 33%
• Roughness Parameters 33%
• Hydrometeorological Factors 33%
• Albedo Feedback 33%
• Hole Effect 33%
• Glacier Mass Balance 33%
• Semivariogram 33%
• Drainage Development 33%
• Turbulent Energy Flux 33%
• Subglacial Hydrology 33%
• Seasonal Snow Cover 33%
• Superimposed Ice 33%
• Analytical Framework 33%
• Turbulent Energy 33%
• Snowline 33%
• Svalbard 33%
• Driver Control 33%
• Morphometric Description 33%
• Supraglacial 33%
• Hydrological Drivers 33%
• Millimeter-scale 33%
• Ablated Mass 33%

Earth and Planetary Sciences

• Surface Roughness 100%
• Photogrammetry 100%
• Energy Flux 50%
• Glacier Mass Balance 50%
• Albedo 50%
• Svalbard 50%
• Rill 50%
• Snowline 50%
• Snow Cover 50%
• Analytical Framework 50%
• Geostatistical Analysis 50%
• Energy Transfer 50%