Hydrologic systems : Vijay P. Singh.
Material type: TextPublisher: Englewood Cliffs, N.J. : Prentice Hall, �1988-1989Description: 2 volumes : illustrations ; 29 cmISBN: 0134480511; 9780134480510; 0134480287; 9780134480282Subject(s): Hydrology -- Mathematical models | Hydrology -- Mathematical models | Hydrologie Mathematique Modele SystemeAdditional physical formats: Online version:: Hydrologic systems.DDC classification: 551.480724 LOC classification: GB656.2.M33 | S56 1988Also issued online.Item type | Current location | Call number | Vol info | Status | Date due | Barcode |
---|---|---|---|---|---|---|
Reference | GKVK Library | 551.480724 SIN (Browse shelf) | Vol.01 (Rainfall-Runoff Modeling) | Not for loan | 101602 | |
Reference | GKVK Library | 551.480724 SIN (Browse shelf) | Vol.02 (Watershed Modeling) | Not for loan | 101603 |
Includes bibliographical references and indexes.
vol. 1. PRELIMINARIES: Introduction: hydrologic investigation -- Systems approach: definitions and concepts -- Problems and models in hydrology -- Elementary functions and their hydrologic responses -- Superposition integrals -- Parameter estimation -- More on parameter estimation -- EFFECTIVE RAINFALL-DIRECT RUNOFF RELATIONSHIP: Watershed runoff modeling: preliminary remarks -- Response time characteristics -- Linear black-box models for continuous-time systems -- Linear black-box models for discrete-time systems -- Differential equations and hydrologic system characteristics -- Linear conceptual models for continuous-time systems -- Linear conceptual models for discrete-time systems -- Linear time-variant models -- Nonlinear conceptual models -- Nonlinear black-box models -- Models for ungaged watersheds -- FLOOD ROUTING: Reservoir flood routing -- River flood routing.
vol. 2. HYDROLOGIC ABSTRACTIONS: Interception -- Depression storage -- Evaporation and evapotranspiration -- Infiltration -- HYDROLOGIC INPUTS: Mean areal rainfall -- Geomorphology -- BASEFLOW: Groundwater -- Baseflow recession -- WATERSHED YIELD: Water yield -- Sediment yield -- WATERSHED MODELS: Event-based streamflow simulation models -- Continuous streamflow simulation models -- APPLICATION OF WATERSHED MODELS: Real-time flood forecasting -- Hydrologic effects of land use.
Also issued online.
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