Environmental Hydrology and Hydraulics

Eco-hydrological Background: Environmental Hydrology in General; Hydrologic Cycle and its Processes; Precipitation- Runoff-Infiltration-Evaporation Analysis; The Water Balance; Water Bodies; ReferencesWater Uses: General; Water supply for Rural and Urban Neighborhoods; Water for Agriculture; Water for Industries; Water for Hydropower Generation; Water for Navigation; Water for Pisciculture; Water for Recreation; References Hydraulic Principles and Eco-friendly Design Approach: Conservation Principles in General; Mass Conservation Principle and Applications; Energy Conservation Principle and Applications; Momentum Conservation Principle and Applications; Angular Momentum Conservation Principles and Applications; Flow Measurement Devices in Pipes and Open Channels; Basic Considerations for Eco-friendly Design of Water Systems; References Water Hazards and their Management: Hazards in General: An Overview; Water and the Nature of its Pollution; Flood Disaster and its Management; Landslide Hazards and their Management; Disaster due to Collapse of Dams; Hazards due to Droughts; Information and System Organization for Disaster Mitigation; ReferencesEco-technological Practices for Sustainable Development: General; Traditional Water Conservation Practices; Recent Eco-technological Practices; Sustainable Development through Integrated Water Management; References; Appendix