Hydrology and the Management of Watersheds

Kenneth N. Brooks is professor of forest hydrology, Department of Forest Resources, University of Minnesota, St. Paul. Peter F. Ffolliott is professor of watershed management, School of Renewable Natural Resources, University of Arizona, Tucson. Hans M. Gregersen is professor emeritus, Department of Forest Resources and Department of Agricultural and Applied Economics, University of Minnesota. Leonard F. DeBano is professor of watershed management, School of Renewable Natural Resources, University of Arizona.

Preface. Definition of Terms. 1 Introduction. Part 1 Hydrologic Processes and Land Use. 2 Precipitation and Interception. 3 Evaporation and Soil Water Storage. 4 Infiltration, Runoff, and Streamflow. 5 Groundwater. 6 Vegetation Management, Water Yield, and Streamflow Pattern. Part 2 Erosion, Sediment Yield and Channel Processes. 7 Surface Erosion and Control of Erosion on Upland Watersheds. 8 Gully Erosion and Soil Mass Movement. 9 Sediment Yield and Channel Processes. 10 Stream Channel Morphology and Stream Classification. Part 3 Water Quality. 11 Water Quality Characteristics. 12 Water Quality Management. Part 4 Riparian and Wetland Management. 13 Riparian Management. 14 Wetland Hydrology and Management. Part 5 Special Topics. 15 Snow Hydrology. 16 Watershed Considerations for Water Resource Development and Engineering Applications. 17 Hydrologic Methods. 18 Tools and Technologies for Watershed Analysis and Research. Part 6 Socioeconomic Considerations in Watershed Management. 19 Implementing Watershed Management: Policy, Planning, and Economic. Appendix. Index.