• Media type: Book
  • Title: Hydrology : a science for engineers
  • Work titles: Hydrologie 2: Une science pour l'ingénieur <engl.>
    Hingray, Benoît: Hydrologie 2: Une science pour l'ingénieur <engl.>
  • Contains: Data required for hydrological analysis and modelingPrinciples of hydrological modeling -- Rainfall excess and associated processes -- Rainfall-runoff analysis -- Reservoir and streamflow routing -- Snow hydrology in mountainous regions -- Low-flow prediction and forecasting -- Flood prediction -- Hydrological forecasting -- Regionalization methods -- Meteorological scenarios.
  • Contributor: Hingray, Benoît [Author]; Picouet, Cécile [Author]; Musy, André [Author]
  • imprint: Boca Raton, Fla. [u.a.]: CRC Press/Science Publ., c 2014
  • Extent: XVII, 572 S.; Ill., graph. Darst., Kt
  • Language: English; French
  • ISBN: 9781466590595
  • Publisher, production or purchase order numbers: Sonstige Nummer: K20477
  • RVK notation: RB 10115 : Geophysik , Geochemie
    RB 10348 : Gesamtdarstellungen
    TI 8100 : Physikalische und chemische Eigenschaften, Dynamik und Statik, Form des Wassers in der Erde, Wasserdurchlässigkeit
    AR 22960 : Forschung und Planung
  • Keywords: Angewandte Hydrologie
  • Origination:
  • Footnote: Updated Engl. transl. of the original French ed. "Hydrologie 2: Une science pour l'ingénieur" (2009). - Literaturverz. S. [527] - 557
    Authors: Dr. Benoît Hingray (Laboratoire d'Etudes des Transferts en Hydrologie et Environnement-Grenoble, Centre National de la Recherche Scientifique, CNRS/France, Grenoble, France); Dr. Cécile Picouet (expert in hydrological risks, water resources and regional planning, HYDRETUDES, Alpespace, France); Dr. André Musy (Professor emeritus Ecole Polytechnique Fédérale de Lausanne, EPFL, Switzerland)
  • Description: Data required for hydrological analysis and modeling -- Principles of hydrological modeling -- Rainfall excess and associated processes -- Rainfall-runoff analysis -- Reservoir and streamflow routing -- Snow hydrology in mountainous regions -- Low-flow prediction and forecasting -- Flood prediction -- Hydrological forecasting -- Regionalization methods -- Meteorological scenarios

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  • Status: Loanable