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VIDEOS
[1.4] Geomorphological Systems - System Types (Course: Catchment Systems)
2022-11-08
1411
0
0
[2.3] Hillslope runoff generation: surface 1 (Course: Catchment Systems)
2022-11-08
1320
0
0
[1.6] Geomorphological Systems - Equilibrium (Course: Catchment Systems)
2022-11-08
1277
0
0
[1.2] Process Geomorphology 1 (Course: Catchment Systems)
2022-11-08
1254
0
0
[8.7] Detrimental effects of channelisation 1 (Course: Catchment Systems)
2022-11-08
1245
0
0
[2.2] Hillslope Processes Introduction 2 (Course: Catchment Systems)
2022-11-08
1239
0
0
[2.4] Hillslope runoff generation: surface 2 (Course: Catchment Systems)
2022-11-08
1228
0
0
[6.6] Human impacts on hydraulic geometry (Course: Catchment Systems)
2022-11-08
1220
0
0
[4.12] Sediment sorting (Course: Catchment Systems)
2022-11-08
1212
0
0
[1.7] Geomorphological Systems - Thresholds (Course: Catchment Systems)
2022-11-08
1201
0
0
[1.8] Geomorphological Systems - Magnitude and Frequency (Course: Catchment Systems)
2022-11-08
1197
0
0
[5.6] Monitoring river channel erosion (Course: Catchment Systems)
2022-11-08
1185
0
0
[1.5] Steve Nelle explaining Lane’s Balance (Course: Catchment Systems)
2022-11-08
1178
0
0
[5.4] Processes of river bank erosion (Course: Catchment Systems)
2022-11-08
1164
0
0
[4.9] Bedform creation 1: Ripples, dunes and antidunes (Course: Catchment Systems)
2022-11-08
1161
0
0
[4.11] Bedform creation 3: Theories of pool-riffle formation and development (Course: Catchment Systems)
2022-11-08
1146
0
0
[1.3] Process Geomorphology 2 (Course: Catchment Systems)
2022-11-08
1141
0
0
[8.10] Design challenges (Course: Catchment Systems)
2022-11-08
1138
0
0
[5.5] Factors affecting river bank erosion (Course: Catchment Systems)
2022-11-08
1133
0
0
[4.5] Sediment entrainment and transport 4: Lift forces (Course: Catchment Systems)
2022-11-08
1107
0
0
[3.5] Mechanics of flow 2 (Course: Catchment Systems)
2022-11-08
1097
0
0
[5.2] Stream energy (Course: Catchment Systems)
2022-11-08
1094
0
0
[8.11] Twenty first century channel management (Course: Catchment Systems)
2022-11-08
1089
0
0
[2.6] Network development 1 (Course: Catchment Systems)
2022-11-08
1086
0
0
[2.8] Network development 3 (Course: Catchment Systems)
2022-11-08
1078
0
0
[3.2] Channel Processes: Fluid Flow Introduction 2 (Course: Catchment Systems)
2022-11-08
1076
0
0
[3.9] Manning’s equation (Course: Catchment Systems)
2022-11-08
1068
0
0
[4.2] Sediment entrainment and transport 1: Sediment entrainment (Course: Catchment Systems)
2022-11-08
1067
0
0
[6.3] Hydraulic geometry theory (Course: Catchment Systems)
2022-11-08
1065
0
0
[4.3] Sediment entrainment and transport 2: Critical velocity (Course: Catchment Systems)
2022-11-08
1051
0
0
[4.6] Sediment entrainment and transport 5: Shield’s Dimensionless Analysis (Course: Catchment Systems)
2022-11-08
1044
0
0
[7.4] Channel pattern types 2: multiple (Course: Catchment Systems)
2022-11-08
1039
0
0
[7.3] Channel pattern types 1: single (Course: Catchment Systems)
2022-11-08
1032
0
0
[2.5] Hillslope runoff generation: sub-surface (Course: Catchment Systems)
2022-11-08
1028
0
0
[3.6] Mechanics of flow 3 (Course: Catchment Systems)
2022-11-08
1026
0
0
[3.4] Mechanics of flow 1 (Course: Catchment Systems)
2022-11-08
1024
0
0
[2.10] Network evolution (Course: Catchment Systems)
2022-11-08
1023
0
0
[3.3] Some definitions and basic principles (Course: Catchment Systems)
2022-11-08
1023
0
0
[7.5] The continuum concept (Course: Catchment Systems)
2022-11-08
1021
0
0
[4.8] Sediment entrainment and transport 7 (Course: Catchment Systems)
2022-11-08
1020
0
0
[5.3] Bank composition (Course: Catchment Systems)
2022-11-08
1017
0
0
[4.4] Sediment entrainment and transport 3: Critical Shear Stress (Course: Catchment Systems)
2022-11-08
1011
0
0
[6.4] Changes in hydraulic geometry 1 (Course: Catchment Systems)
2022-11-08
1011
0
0
[2.7] Network development 2 (Course: Catchment Systems)
2022-11-08
1009
0
0
[3.7] Velocity and resistance 1 (Course: Catchment Systems)
2022-11-08
1007
0
0
[4.7] Sediment entrainment and transport 6: Fuzzy Thresholds (Course: Catchment Systems)
2022-11-08
1007
0
0
[6.2] Hydraulic Geometry Introduction and context 2 (Course: Catchment Systems)
2022-11-08
1002
0
0
[2.9] Network development 4 (Course: Catchment Systems)
2022-11-08
1000
0
0
[4.10] Bedform creation 2: Pools, riffles and bars (Course: Catchment Systems)
2022-11-08
1000
0
0
[7.7] How do patterns evolve 1: single (Course: Catchment Systems)
2022-11-08
989
0
0
[2.11] Hillslope Processes Conclusion (Course: Catchment Systems)
2022-11-08
988
0
0
[7.2] River Channel Patterns Context (Course: Catchment Systems)
2022-11-08
985
0
0
[8.8] Detrimental effects of channelisation 2 (Course: Catchment Systems)
2022-11-08
974
0
0
[8.6] Conventional channel engineering techniques 4 (Course: Catchment Systems)
2022-11-08
965
0
0
[7.6] Why do different patterns develop? (Course: Catchment Systems)
2022-11-08
962
0
0
[8.2] River Channel Management Introduction 2 (Course: Catchment Systems)
2022-11-08
959
0
0
[8.9] Detrimental effects of channelisation 3 (Course: Catchment Systems)
2022-11-08
954
0
0
[8.3] Conventional channel engineering techniques 1 (Course: Catchment Systems)
2022-11-08
953
0
0
[6.5] Changes in hydraulic geometry 2 (Course: Catchment Systems)
2022-11-08
952
0
0
[3.8] Velocity and resistance 2 (Course: Catchment Systems)
2022-11-08
937
0
0
[7.8] How do patterns evolve 2: meandering (Course: Catchment Systems)
2022-11-08
933
0
0
[7.9] How do patterns evolve 3: braided (Course: Catchment Systems)
2022-11-08
927
0
0
[8.5] Conventional channel engineering techniques 3 (Course: Catchment Systems)
2022-11-08
914
0
0
[4.8] Sediment entrainment and transport 5: Shield’s Dimensionless Analysis (Course: Catchment Systems)
2022-11-08
632
0
0