作者: Philip Neil Owens , Alison J Collins , None
DOI:
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摘要: Section 1: Introduction to soil erosion and sediment redistribution in river catchments: measurement, modelling management the 21st century, A J Collins P N Owens 2: Measurement Tracing versus monitoring: new challenges opportunities delivery research, D E Walling, University of Exeter, UK comparison caesium-137 pin data from Tai To Yan, Hong Kong, M R Peart, Ruse Hill, China Assessing contribution different processes degradation within an arable catchment Stavropol upland, southern European Russia, V Belyaev, Yu Sidorchuk, Golosov, Moscow State University, Wallbrink, CSIRO Land Water, Australia, S Murray, Aarhus Denmark Hillslope bioturbation after Christmas 2001 forest fires near Sydney, Australia. Shakesby, Wales, UK, W H Blake, Plymouth, Doerr, G Humphreys, Macquarie Wallbrink C Chafer, Sydney Catchment Authority, Australia eroded a burnt water supply catchment, Australia: linking magnetic enhancement repellency, Humphreys Chafer use, yield England Evans, Queens Belfast, Northern Ireland Seasonal trends suspended concentration Mediterranean Basin (Anoia River, NE Spain), Farguell Sala, Barcelona, Spain Suspended transport during rainfall snowmelt-rainfall floods small lowland central Poland, L Hejduk, Hejduk K Banasik, Warsaw Agricultural Poland Sediment River Bush, - transport, sources implications, Anglia Polytechnic Gibson, Department Agriculture Rural Development, The physical biological influence spawning fish on fine storage, Petticrew, British Columbia, Canada Lakes reservoirs system reconstructing yields, I Foster, Coventry 3: Modelling Can be predicted?, Nearing, USDA-ARS Southwest Watershed Research Center, USA Erodibility assessment dynamic event-based models, Kuhn, Double-averaging methodology stochastic erosion, Smith Nikora, National Institute Water Atmospheric Research, Runoff predicting hillslopes catchments, Kinnell, Canberra, roles natural human disturbances Elliot, USDA Forest Service Rocky Mountain Station, USA. by WEPP exper