Tab Article

Foreword
Preface
Acknowledgments

Part 1 : Fundamentals
Chapter 1 : The Hydrologic Cycle
Chapter 2 : Watersheds, River Basins, and Land Use
Chapter 3 : Water Balance

Part 2 : Data Collection and Processing
Chapter 4 : Hydrometeors and Quantitative Precipitation Estimation
Chapter 5 : Streamflow Data
Chapter 6 : Streamflow Ratings
Chapter 7 : Hydrologic Information Systems
Chapter 8 : Remote Sensing Techniques and Data Assimilation for Hydrologic Modeling
Chapter 9 : Geographic Information Systems
Chapter 10 : Design of Hydrologic Networks

Part 3 : Methods
Chapter 11 : Artificial Neural Networks
Chapter 12 : Fuzzy Logic
Chapter 13 : Evolutionary Computing : Genetic Algorithms
Chapter 14 : Relevance Vector Machine
Chapter 15 : Harmonic Analysis and Wavelets
Chapter 16 : Outlier Analysis and Infilling of Missing Records in Hydrologic Data
Chapter 17 : Linear and Nonlinear Regression
Chapter 18 : Time Series Analysis and Models
Chapter 19 : Statistical Detection of Nonstationarity : Issues and Needs
Chapter 20 : Spatial Analysis and Geostatistical Methods
Chapter 21 : Frequency Distributions
Chapter 22 : Calibration, Parameter Estimation, Uncertainty, Data Assimilation, Sensitivity Analysis, and Validation
Chapter 23 : Bayesian Methods
Chapter 24 : Optimization Approaches for Integrated Water Resources Management
Chapter 25 : Nonparametric Methods
Chapter 26 : Predictive Uncertainty Assessment and Decision Making
Chapter 27 : Risk-Reliability Analysis
Chapter 28 : Scaling and Fractals
Chapter 29 : Nonlinear Dynamics and Chaos
Chapter 30 : Copula Modeling in Hydrologic Frequency Analysis
Chapter 31 : Entropy Theory
Chapter 32 : Entropy Production Extremum Principles
Chapter 33 : Data-Based Mechanistic Modeling
Chapter 34 : Decomposition Methods
Chapter 35 : Network Theory
Chapter 36 : Hydroeconomic Analysis

Part 4 : Hydrologic Processes and Modeling
Chapter 37 : Weather and Climate
Chapter 38 : Hydroclimatology : Global Warming and Climate Change
Chapter 39 : Spatial and Temporal Estimation and Analysis of Precipitation
Chapter 40 : Snow Distribution and Snowpack Characteristics
Chapter 41 : Time-Space Modeling of Precipitation
Chapter 42 : Evapotranspiration and Evaporative Demand
Chapter 43 : Rainfall Interception, Detention, and Depression Storage
Chapter 44 : Watershed Geomorphological Characteristics
Chapter 45 : Infiltration Modeling
Chapter 46 : Soil Moisture and Vadose Zone Modeling
Chapter 47 : Hydrogeological Characterization
Chapter 48 : Groundwater Modeling
Chapter 49 : Watershed Runoff, Streamflow Generation, and Hydrologic Flow Regimes
Chapter 50 : Snowmelt Runoff Generation and Modeling
Chapter 51 : Glacial Melting and Runoff Modeling
Chapter 52 : Reservoir and Channel Routing
Chapter 53 : Waterlogging and Salinzation
Chapter 54 : Surface Water - Groundwater Interactions : Integrated Modeling of a Coupled System
Chapter 55 : Seawater Intrusion in Coastal Aquifers : Concepts, Mitigation, and Simulation
Chapter 56 : Regional Land Subsidence Caused by the Compaction of Susceptible Aquifer Systems Accompanying Groundwater Extraction
Chapter 57 : Hydraulic Fracturing and Hydrologic Impacts
Chapter 58 : Catchment Classification and Regionalization
Chapter 59 : Rainfall-Runoff Modeling
Chapter 60 : Continuous Watershed Modeling
Chapter 61 : Calibration and Evaluation of Watershed Models
Chapter 62 : Feasibility, Engineering, and Operations Models : Using the Decision Environment of Inform the Model Design

Part 5 : Sediment and Pollutant Transport
Chapter 63 : Water Quality
Chapter 64 : Soil Erosion
Chapter 65 : Channel Erosion and Sediment Transport
Chapter 66 : Sedimentation of Floodplains, Lakes, and Reservoirs
Chapter 67 : Pollutant Transport in Surface Water
Chapter 68 : Pollutant Transport in Vadose Zone
Chapter 69 : Pollutant Transport in Groundwater
Chapter 70 : Salinization and Salinity Management in Watersheds
Chapter 71 : Transport of Biochemicals and Microorganisms

Part 6 : Hydrometeorologic and Hydrologic Extremes
Chapter 72 : Atmospheric Rivers
Chapter 73 : Hydrometeorological Extremes (Hurricanes and Typhoons)
Chapter 74 : Extreme Rainfall : Global Perspective
Chapter 75 : Floods
Chapter 76 : Flood Frequency Analysis
Chapter 77 : Regional Flood Frequency Modeling
Chapter 78 : Risk, Reliability, and Return Periods and Hydrologic Design
Chapter 79 : Drought Characteristics
Chapter 80 : Low Flow and Drought Analysis

Part 7 : Systems Hydrology
Chapter 81 : Isotope Hydrology
Chapter 82 : Lake Hydrology
Chapter 83 : Urban Hydrology
Chapter 84 : Agricultural Hydrology
Chapter 85 : Forest Hydrology
Chapter 86 : Coastal Hydrology
Chapter 87 : Wetland Hydrology
Chapter 88 : Arid Zone Hydrology
Chapter 89 : Karst
Chapter 90 : Cryospheric Hydrology : Mountainous Environment
Chapter 91 : Hydrology of Transportation Systems
Chapter 92 : Large-Scale and Global Hydrology

Part 8 : Hydrology of Large River and Lake Basins
Chapter 93 : Amazon River Basin
Chapter 94 : Parana (Rio de la Plata) River Basins
Chapter 95 : Orinoco River Basin
Chapter 96 : Nile River Basin
Chapter 97 : Congo River Basin
Chapter 98 : Zambezi River Basin
Chapter 99 : Euphrates and Tigris River Basin
Chapter 100 : Yangtze River Basin
Chapter 101 : Yellow River Basin
Chapter 102 : Mekong River
Chapter 103 : Yenisei River Basin
Chapter 104 : Lena River Basin
Chapter 105 : Brahmaputra River Basin
Chapter 106 : Ganga River Basin
Chapter 107 : Narmada Basin
Chapter 108 : Indus River Basin
Chapter 109 : The Mississippi River Basin
Chapter 110 : Colorado River Basin
Chapter 111 : Columbia River Basin
Chapter 112 : St. Lawrence River Basin
Chapter 113 : River Rhine Basin
Chapter 114 : Danube River Basin
Chapter 115 : Ob River Basin
Chapter 116 : Po River Basin
Chapter 117 : River Thames Basin
Chapter 118 : Managing Water in an Arid Land : The Murray Darling Basin, Australia
Chapter 119 : The Great Lakes System
Chapter 120 : The East African Great Lakes
Chapter 121 : Aral Sea Basin
Chapter 122 : Baltic Sea Basin
Chapter 123 : Black Sea Basin
Chapter 124 : The Caspian Sea Basin

Part 9 : Applications and Design
Chapter 125 : Design Rainfall
Chapter 126 : Probable Maximum Precipitation
Chapter 127 : Runoff Prediction in Ungauged Basins
Chapter 128 : Stochastic Streamflow Simulation and Forecasting
Chapter 129 : Flood Forecasting and Flash Flood Forecasting -  Special Considerations in Hydrologic Modeling for the Expressed Purpose of Flood adn Flash Flood Forecasting
Chapter 130 : Reservoir Operation Design
Chapter 131 : Floodplain Management
Chapter 132 : Storm Water Management, Best Management Practices, and Low-Impact Development
Chapter 133 : Flood Proofing and Infrastructure Development
Chapter 134 : Environmental Flows
Chapter 135 : Drainage and Culvert Design
Chapter 136 : Wetland and River Restoration
Chapter 137 : Institutional Framework for Water Management
Chapter 138 : Peak Water, Virtual Water, and Water Footprints : New Definitions and Tools for Water Research
Chapter 139 : Transboundary Water Management
Chapter 140 : Integrated River Basin Management
Chapter 141 : Conflict Resolution
Chapter 142 : Long-Distance Water Transfers
Chapter 143 : The Indian River-Linking Program
Chapter 144 : Irrigation Scheduling and Management
Chapter 145 : Rainwater Harvesting and Groundwater Recharge
Chapter 146 : Reuse-Reclaimed Water in Managed Aquifer Recharge
Chapter 147 : River Bank Filtration
Chapter 148 : Assessment of Climate Change Impacts on Water Resources
Chapter 149 : Human Impacts on Hydrology
Chapter 150 : Climate Change and Its Impacts on Hydrologic Cycle

Part 10 : Future
Chapter 151 : Human-Hydrology Systems Modeling
Chapter 152 : Variability of Hydrological Processes and Systems in a Changing Environment
Chapter 153 : Extraterrestrial Water
Chapter 154 : Water Security
Chapter 155 : Social Hydrology
Chapter 156 : Grand Challenges Facing the Hydrologic Sciences

Index