Book Description

Linking biological and physical processes at the river basin sclae: the origins, scientific background and scope of ecohydrology; Patterns and processes in the catchment; Nutrient processes and consequences; Lotic vegetation processes; Processes influencing aquatic fauna; Ecohydrological modelling for managing scarce water resources in a groundwater-dominated temperate system; The benefits and risks of ecohydrological models to water resource management decisions; Nutrient budget nodelling for lake and river basin restoration; Ecohydrology driving a tropical savannah ecosystem; The mid-european agricultural landscape: catchment-scale links between hydrology and ecology in mosaic lakeland regions; The ecohydrological approach as a tool for managing water quality un large South American rivers; Ecohydrological analysis of tropical river basin development schemes in Africa; Ecohydrological management of impounded large rivers in the former Soviet Union; Paleohydrology: the past as a basis for understanding the present and predicting the future; Ecohydrology: understanding the present as a perspective on the future - global change.