Erosion and Sediment Transport Measurement in Rivers: Technological and Methodological AdvancesJim Bogen, Tharan Fergus, D. E. Walling IAHS, 2003 - 238 من الصفحات |
المحتوى
implications for the measurement and | 3 |
Turbiditycontrolled sampling for suspended sediment load estimation Jack Lewis | 13 |
Testing laserbased sensors for continuous in situ monitoring of suspended 17 | 21 |
Continuous measurement of suspendedsediment discharge in rivers by use of | 28 |
Measuring suspended sediment characteristics using a LISSTST in an embanked | 37 |
Modelling and monitoring flow and suspended sediment transport in lowland | 45 |
Using environmental radionuclides as tracers in sediment budget investigations 57 | 57 |
Sediment transport in agricultural catchmentsthe need for methods to trace | 79 |
Suspended and bed load sediment transport dynamics in two lowland UK | 103 |
Perspectives on bed load measurement P Ergenzinger C de Jong | 113 |
Sampler size and sampling time affect bed load transport rates and particle sizes | 126 |
Event bed load yield measurement with load cell bed load traps and prediction of | 146 |
An assessment of the accuracy of the Spatial Integration Method SIM for | 164 |
Bed load measurements with a new passive acoustic sensor Jim Bogen | 181 |
Monitoring bed load transport using acoustic and magnetic devices | 201 |
Measurement of bed load with the use of hydrophones in mountain torrents | 222 |
Application of an improved PEEP system to bank erosion investigations on the | 88 |
Development of a sediment yield model for Ghana using sediment transport data | 96 |
عبارات ومصطلحات مألوفة
acoustic bank erosion basin bed load flux bed load sampling bed load transport bed load traps calibration catchment channel clasts coarse Creek deposition depth drainage basin Droppo environments Ergenzinger Erosion and Sediment estimates fallout field floc flood plain flow fluvial fraction frequency Geomorphology grain gully Habersack Helley-Smith sampler hydraulic Hydrology hydrophone IAHS Publ Iceland impact increase inventory Jökulsá Jökulsá á Fjöllum Laronne Lawler load transport rates m³ s¹ magnetic magnitude Measurement in Rivers methods monitoring Mørdre optical Oslo Oslo Workshop Øygarden particles peak period Proc Processes Landf radionuclides record River Wharfe runoff sampler sand sediment budget sediment load sediment sources sediment transport Sediment Transport Measurement sensor settling velocity shear stress soil erosion soil loss spatial stream surface suspended sediment suspended sediment transport suspended-sediment techniques Technological and Methodological threshold tracers turbidity unsupported 210Pb upstream variability Water Resour width