Modeling components of hydrologic cycle / edited by V.P. Singh.

Proceedings of the International Symposium on Rainfall-Runoff Modeling held May 18-21, 1981 at Mississippi State University, Mississippi State, Mississippi, U.S.A."--Title page verso.

Includes bibliographical references.

PREFACE -- ACKNOWLEDGEMENTS -- SECTION 1. HYDROLOGIC DATA -- Acquisition and Management of Water Quality and Quantity Data / by L.F. Huggins -- Raingauge Network Design: A Review / by P.E. O’Connell -- Hydrologic Data Network Design by Modified Langbein Method / by V.L. Gupta -- Urban Stormwater Data Management System / by W.N. Doyle, Jr. & J.A. Lorens -- Realistic Rainfall and Watershed Response Simulations for Assessing Water Quality Impacts of Land Use Management / by H.E. Westerdahl & J.G. Skogerboe -- SECTION 2. INFILTRATION -- Rational Models of Infiltration Hydrodynamics / by R.E. Smith -- Pre-Ponding Constant-Rate Rainfall Infiltration / by I. White, B.E. Clothier & D.E. Smiles -- Use of Similar Media Theory in Infiltration and Runoff Relationships / by E.G. Youngs -- Upward Migration of Water Under Cold But Above Freezing Surface Conditions / by H.J. Morel-Seytoux & E.L. Peck -- The Estimation of Soil Hydraulic Properties from Inflow Data / by D.W. Zachmann, P.C. DuChateau & A. Klute -- SECTION 3. EVAPOTRANSPIRATION -- Mathematical Modeling of Evapotranspiration on Agricultural Watersheds / by K.E. Saxton -- Distributed Watershed Evapotranspiration Modeling in Hilly Terrain / by R.E. Schulze -- Modeling Effects of Surface Configuration on Soil Moisture Storage, Evapotranspiration and Runoff / by F.I. Idike, C.L. Larson & D.C. Slack -- Unsaturated Flow and Evapotranspiration Modeling as a Component of the European Hydrologic System (SHE) / by K.H. Jensen & T. Jonch-Clausen -- SECTION 4. GEOMORPHOLOGY -- Geomorphology of Upper Peters Creek Catchment, Panola County, Mississippi: Part I, Constraints on Water Budgets / by E.H. Grissinger, J.B. Murphy & R.L. Frederking -- Geomorphology of Upper Peters Creek Catchment, Panola County, Mississippi: Part II, Within Channel Characteristics / by E.H. Grissinger, J.B. Murphy & R.L. Frederking -- Dynamics of Alluvial Channels: A Process Model / by W.R. Osterkamp & P.E. Harrold -- SECTION 5. RUNOFF -- A Study on Mathematical Rainfall-Runoff Modeling / by H.S. Quian, W. Kang, L.D. Juan, K.G. Sheng, J.G. Sheng & L. Qi -- Determination of Flood Hydrograph for Large Watersheds / by K.N. Mutreja -- Modeling of Streamflow Routing for Flood Embankment Planning / by S. Chander, R.N. Kapoor, S.K. Spolia & P. Naterajan -- SECTION 6. WATER QUALITY -- Water Quality Modeling in Relation to Watershed Hydrology / by A.S. Donigian, Jr. -- A Unified Approach to the Modeling of Transient Storage, Treatment and Transport of Urban Point and Nonpoint Water Pollutants / by M.A. Medina, Jr. & J. Buzun -- A Kinematic Model for Pollutant Concentration During the Rising Hydrograph / by S.G. Buchberger & T.G. Sanders -- Modeling Nonpoint Pollution Due to Animal Waste with ARM II / by K.R> Reddy, R. Khaleel, & M.R. Overcash -- Temporal and Spatial Variations of Solute Pickup During Runoff Generation in Saline Hillslopes / by J.B. Laronne & H.W. Shen -- Modeling the Release of Phosphorus and Related Adsorbed Chemicals from Soil to Overland Flow / by L.R. Ahuja, A.N. Sharpley, R.G. Menzel & S.J. Smith -- Environmental Impact of Rain, Runoff and Infiltration on Solid Waste Piles / by A. Prakash, M. Prakash & J. Mohan -- SECTION 7. WATERSED SEDIMENT YIELD -- Mathematical Modeling of Watershed Sediment Yield / by J.R. Williams -- Explicit Solutions to Kinematic Equations for Erosion on an Infiltrating Plane / by V.P. Singh & S.N. Prasad -- An Instantaneous Unit Sediment Graph Study for Small Upland Watersheds / by V.P. Singh, A. Baniukiewicz & V.J. Chen -- On the Relation Between Sediment Yield and Runoff Volume / by V.P. Singh & V.J. Chen -- The Sediment Transfer Coefficient as Determined from some Suspension Measurements in a River / by N.L. Coleman -- Experience With a Process-Orientated Road Sediment Model / by E. Sundberg, R.S. Johnston, E.R. Burroughs & J.D. Armijo.

GRETA POINT: 556.1 INT