Water and Life in Tonle Sap Lake

Rajendra KHANAL Tokyo Institute of Technology, Japan Chihiro YOSHIMURA Tokyo Institute of Technology, Japan Uk Sovannara Tokyo Institute of Technology, Japan

Chapter1. Introduction.- Chapter 2. Lake and Livelihoods: Threats to Their Sustainability.- Chapter 3. Fish Resources: Its Importance and Challenges.- Chapter 4. Governance and Human–Nature Relation.- Chapter 5. Zoning and Its Impacts on Governance.- Chapter 6. Climate and Rainfall.- Chapter 7. Inundation and Water Surface Temperature: Satellite-Based Observation.- Chapter 8. Hydrology of the Inflow River Basins.- Chapter 9. Groundwater and Surface Water Exchange in the Lake Basin.- Chapter 10. Improvement of a Hydrological Model Performance by Satellite Rainfall Product.- Chapter 11. Flood Pulse and Water Level.- Chapter 12. Discharge Measurement and Hydraulic Characteristics in the Tonle Sap River.- Chapter 13. Mathematics and Numerics of a Two-Dimensional Local Inertial Equation.- Chapter 14. Numerical Simulation of Hydrodynamics Using the Two-Dimensional Local Inertial Equation.- Chapter 15. Hydrodynamic Properties Characterized by Two-Dimensional Hydraulic Simulation.- Chapter 16.Flow Regime of a Floating Village Using a Three-Dimensional Hydraulic Model.- Chapter 17. Sediment and Suspended Solids: Spatiotemporal Dynamics.- Chapter 18. Total Suspended Solid Dynamics Revealed by Long-term Satellite Image Analysis.- Chapter 19. Sediment Resuspension and its Relation to Flood Pulse.- Chapter 20. Sediment Loads from Tonle Sap Lake Tributaries.- Chapter 21. Physico-Chemical Properties of Suspended Solids and Sediment.- Chapter 22. Basin-wide Distribution of Water Quality.- Chapter 23. Basic Physicochemical Water Quality—Spatiotemporal Distribution.- Chapter 24. Nutrient Availability and Phosphorus Dynamics.- Chapter 25. Phosphorus Dynamics—Modeling and Simulation.- Chapter 26. Chemistry of Groundwater in the Floodplain.- Chapter 27. Bacterial Communities: Their Dynamics and Interactions with Physicochemical Factors.- Chapter 28. Microcystin Production and Oxidative Stress.- Chapter 29. Multidrug-ResistantBacteria.- Chapter 30. Antibiotic Resistance of Intestinal Bacteria.- Chapter 31. Primary Production.- Chapter 32. Flooded Forests.- Chapter 33. Aquatic Fauna and Aquaculture.- Chapter 34. Waterbirds.- Chapter 35. Chemical Analysis of Heavy Metals and Pesticides: Pretreatment.- Chapter 36. Heavy Metals.- Chapter 37. Residual Pesticides.- Chapter 38. Heavy Metal Accumulation in Fish.- Chapter 39. Pesticide Residues in Vegetables from Provinces around Tonle Sap Lake.- Chapter 40. Water Use, Sanitation, and Health Conditions in Villages on/around the Lake.- Chapter 41. Health Risk Assessment of a Floating Village Based on a Three-Dimensional Hydraulic Model.- Chapter 42. Virus Removal by Poly Aluminum Chloride and Calcium Hypochlorite.- Chapter 43. Impact of Climate Change on the Hydrological Regime of Tonle Sap Lake.- Chapter 44. Projection of Land Use and Land Cover in the Lake Basin.- Chapter 45. Permissible Phosphorus Load.- Chapter 46. Effects of Environmental Factors on Eutrophication.- Chapter 47. Application of a Sorbent Derived from Lake Sediment and Bivalve Shells for Phosphorus Removal.- Chapter 48. Management of Flooded Forests and Fish Resources.- Chapter 49. Transdisciplinary Research Collaboration for Environmental Conservation.- Chapter 50. Recommendations for Further Research and Environmental Management.