Contents -- Contributors -- Preface -- 1. Linking Biological and Physical Processes at the River Basin Scale: the Origins, Scientific Background and Scope of Ecohydrology -- 2. Patterns and Processes in the Catchment -- 3. Nutrient Processes and Consequences -- 4. Lotic Vegetation Processes -- 5. Processes Influencing Aquatic Fauna -- 6. Ecohydrological Modelling for Managing Scarce Water Resources in a Groundwater-dominated Temperate System -- 7. The Benefits and Risks of Ecohydrological Models to Water Resource Management Decisions -- 8. Nutrient Budget Modelling for Lake and River Basin Restoration -- 9. Ecohydrology Driving a Tropical Savannah Ecosystem -- 10. The Mid-European Agricultural Landscape: Catchment-scale Links between Hydrology and Ecology in Mosaic Lakeland Regions -- 11. The Ecohydrological Approach as a Tool for Managing Water Quality in Large South American Rivers -- 12. Ecohydrological Analysis of Tropical River Basin Development Schemes in Africa -- 13. Ecohydrological Management of Impounded Large Rivers in the Former Soviet Union -- 14. Palaeohydrology: the Past as a Basis for Understanding the Present and Predicting the Future -- 15. Ecohydrology: Understanding the Present as a Perspective on the Future - Global Change -- References -- Index -- A -- B -- C -- D -- E -- F -- G -- H -- I -- J -- K -- L -- M -- N -- O -- P -- Q -- R -- S -- T -- U -- V -- W -- Y -- Z.