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Handbook of Applied Hydrology, Second Edition

One of today’s leading experts in the field of hydrology, Dr. Singh specializes in surface water hydrology, groundwater hydrology, hydraulics, irrigation engineering, environmental quality, and water resources.

He has published 25 books and has edited over 58 books, and has published hundreds of journal articles. Singh has received more than 75 national and international awards. Fully updated hydrology principles, methods, and applications.

Handbook of Applied Hydrology : Ven Te Chow :

This industry-standard resource has been completely revised for the first time since Ven Te Chow’s classic edition was published over 50 years ago.

Compiled by chiw colleague of the late Dr. Chow and featuring chapter contributions from a “who’s who” of international hydrology experts, Handbook of Applied Hydrology, Second Edition, covers scientific and engineering fundamentals and presents all-new methods, processes, and technologies.


Complete details are provided for the full range of ecosystems and models. Advanced chapters look to the future of hydrology, including climate change impacts, extraterrestrial water, social hydrology, and water security.

Handbook of Applied Hydrology, Second Edition, covers: Table of Contents A.

Handbook of Applied Hydrology, 1964

International Advisory Board E. Practitioner Advisory Board F. The Hydrologic Cycle 2.

Watersheds, River Basins, and Land Use 3. Hydrometeors and Quantitative Precipitation Estimation 5. Hydrologic Information Systems 8. Geographic Information Systems Design of Hydrologic Networks C. Artificial Neural Networks Relevance Vector Machine Harmonic Analysis and Wavelets Linear and Nonlinear Regression Time Series Analysis and Models Statistical Detection of Nonstationarity: Issues and Needs Spatial Analysis and Geostatistical Methods Predictive Uncertainty Assessment and Decision Making Scaling and Fractals Nonlinear Dynamics and Chaos Copula Modeling in Hydrologic Frequency Analysis Entropy Production Extremum Principles Data-Based Mechanistic Modeling Weather and Climate Global Warming and Climate Change Spatial and Temporal Estimation and Analysis of Precipitation Snow Distribution and Snowpack Characteristics Time-Space Modeling of Precipitation Evapotranspiration and Evaporative Demand Rainfall Interception, Detention, and Depression Storage Watershed Geomorphological Characteristics Soil Moisture and Vadose Zone Modeling Snowmelt Runoff Generation and Modeling Glacial Melting and Runoff Modeling Reservoir and Channel Routing Waterlogging and Salinzation Integrated Modeling of a Coupled System Seawater Intrusion in Coastal Aquifers: Concepts, Mitigation, and Simulation Hydraulic Fracturing and Hydrologic Impacts Catchment Classification and Regionalization Continuous Watershed Modeling Calibration and Evaluation of Watershed Models Feasibility, Engineering, and Operations Models: Channel Erosion and Sediment Transport Sedimentation of Floodplains, Lakes, and Reservoirs Pollutant Transport in Surface Water Pollutant Transport in Vadose Zone Pollutant Transport in Groundwater Salinization and Salinity Management in Watersheds Transport of Biochemicals and Microorganisms F.


Hydrometeorological Extremes Hurricanes and Typhoons Flood Frequency Analysis Regional Flood Frequency Modeling Low Flow and Drought Analysis G. Arid Zone Hydrology Hydrology of Transportation Systems Large-Scale and Global Hydrology H. Amazon River Basin Orinoco River Basin Nile River Basin Congo River Basin Zambezi River Basin Euphrates and Tigris River Basin Yangtze River Basin Yellow River Basin Yenisei River Basin Lena River Basin Brahmaputra River Basin Ganga River Basin Indus River Basin The Mississippi River Basin Colorado River Basin Columbia River Basin Lawrence River Basin River Rhine Basin Danube River Basin Ob River Basin Po River Basin River Thames Basin Managing Water in an Arid Land: The Murray Darling Basin, Australia The Great Lakes System The East African Great Lakes Aral Sea Basin Baltic Sea Basin

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