Showing papers on "River engineering published in 1989"
TL;DR: In this paper, the effect of active tectonics on alluvial river morphology is discussed and a model of fluvial systems: rock, gravel and sand bed channels is presented.
Abstract: 1. Rivers: environment, process and form: Keith S.Richards (Department of Geography, University of Cambridge) 2. Spatial adjustments to temporal variations in flood regime in some Australian rivers: Robin F.Warner (Department of Geography, University of Sydney) 3. The effect of active tectonics on alluvial river morphology: Daniel I.Gregory (Water Engineering and Technology Inc., Colorado) and Stanley A.Schumm (Department of Earth Sciences, Colorado State University) 4. Modelling fluvial systems: rock, gravel and sand bed channels: Alan D.Howard (Department of Environmental Science, University of Virginia) 5. River Channel adjustment - the downstream dimension: D.Knighton (Department of Geography, University of Sheffield) 6. Hydraulic and sedimentary controls of channel pattern: Rob Ferguson (Department of Environmental Science, University of Stirling) 7. Bed forms and clast size changes in gravel bed rivers: B.J.Bluck: (Department of Geology, University of Glasgow) 8. Mechanics of flow and sediment transport in river bends: William E.Dietrich (Department of Geology and Geophysics, University of California) 9. Channel boundary shape - evolution and equilibrium: T.R.H. Davies (Agricultural Engineering Department, Lincoln College, Canterbury) 10. Small and medium scale bedforms in gravel bed rivers: Pamela S.Naden (School of Geography, Leeds University) and Andrew C.Brayshaw (BP PLC, Brittanic House) 11. Measuring and modelling bedload transport in channels with coarse bed materials: James C.Bathurst (NERC Water Resource Systems Research Unit, Department of Civil Engineering, University of Newcastle-upon-Tyne) 12. The classification and characterization of rivers: M.P.Mosley (Ministry of Works and Development, New Zealand) 13. Bed stability in gravel streams, with reference to stream regulation and ecology: P.A.Carling (Freshwater Biological Association, Cumbria) 14. Applied fluvial geomorphology: river engineering project appraisal in its geomorphological context: K.S.Richards, (Department of Geography, University of Cambridge) with D.Brunsden, (Department of Geography, King's College London) D.K.C.Jones, (Department of Geography, LSE) and M.McCaig (formerly Geomorphological Services Ltd., Bucks.).
109 citations
TL;DR: In this paper, the effects of water public policy and soil erosion in the UK were investigated and a case study from Downderry, SE Cornwall, was presented in relation to public policies.
Abstract: Rural Land Use and Soil Erosion: Upland Land Use and Land Management Policy and Research Aspects of the Effects of Water Public Policy and Soil Erosion in Britain. Urban Land Use: Urban Planning Policies for Physical Constraints and Environmental Change. Slope Management: Slope Instability, Planning and Geomorphology in the United Kingdom. River Management: Channelization, River Engineering and Geomorphology Urban River Pollution in the UK - The WRC River Basin Management Programme. Coastal Management: Geomorphology and Public Policy at the Coast Coastal Erosion, Protection and Planning in Relation to Public Policies - A Case Study from Downderry, SE Cornwall. Policy Formulation: Geomorphological Information Needed for Environmental Policy Formulation.
42 citations