Table of Contents

I: 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

About the Author

ecology, hydrology