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Written by more than 50 experts from around the world, this compendium of hydrologic theory and practice is a welcome and long overdue essential reference for all practicing hydrologists and related professionals. Packed with valuable information and expert guidance, the Handbook offers solutions to your most perplexing on-the-job problems. For example, you'll learn how to:

* Estimate the magnitudes of floods and mitigate their effects
* Develop solutions for cleaning up and preventing pollution of surface water and groundwater
* Assess water usage for a city or an irrigation project
* Choose reliable methods for urban drainage design
* Calculate the rate of rainfall, evaporation, infiltration, groundwater flow, snow-melt, and streamflow
* Determine the rate of movement of contaminants in surface water and groundwater
* Assess the hydrologic effects of land-use changes such as deforestation
* Statistically analyze hydrologic data, including extreme events, time series, and spatial data
* Select the best computer package for hydrologic simulation
* Use remote sensing, automated data collection, forecasting, and advanced computer methods in hydrology

Now when you need to understand an unfamiliar term or a new subject area, obtain a formula, find a computer program for solving a problem, obtain values from a map or a table of data, or convert hydrologic units, this is the only source you'll need. A must-have reference for anyone involved in hydrology, environmental pollution, urban drainage, water resources planning and management, and related fields, the Handbook of Hydrology will prove to be indispensable to your work.

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Contributors
International Advisory Board
Practitioner Advisory Board
About the Editor in Chief

Part 1 : Hydrologic Cycle
Chapter 1 : Hydrology
Chapter 2 : Climatology
Chapter 3 : Precipitation
Chapter 4 : Evaporation
Chapter 5 : Infiltration and Soil Water Movement
Chapter 6 : Groundwater Flow
Chapter 7 : Snow and Floating Ice
Chapter 8 : Streamflow
Chapter 9 : Flood Runoff
Chapter 10 : Flow Routing

Part 2 : Hydrologic Transport
Chapter 11 : Water Quality
Chapter 12 : Erosion and Sediment Transport
Chapter 13 : Hydrologic Effects of Land Use Change
Chapter 14 : Contaminant Transport in Surface Water
Chapter 15 : Contaminant Transport in Unsaturated Flow
Chapter 16 : Contaminant Transport in Groundwater

Part 3 : Hydrologic Statistics
Chapter 17 : Statistical Treatment of Hydrologic Data
Chapter 18 : Frequency Analysis of Extreme Events
Chapter 19 : Analysis and Modelling of Hydrologic Time Series
Chapter 20 : Geostatistics

Part 4 : Hydrologic Technology
Chapter 21 : Computer Models for Surface Water
Chapter 22 : Computer Models for Subsurface Water
Chapter 23 : Advances in Hydrologic Computation
Chapter 24 : Remote Sensing
Chapter 25 : Automated Data Acquisition and Transmission
Chapter 26 : Hydrologic Forecasting
Chapter 27 : Hydrologic Design for Water Use
Chapter 28 : Hydrologic Design for Urban Drainage and Flood Control
Chapter 29 : Hydrologic Design for Groundwater Pollution Control