Hydrological Models for Environmental Management

"Preface. Acknowledgements.
1: Hydrometeorological extremes. Bayesian analysis of a simultaneous change in both the mean and the variance; L. Perreault, E. Parent, B. Bobee. On the distribution of the maximum of a random sample; V.F. Pisarenko. Stochastic model of the runoff fluctuations for rivers with a flood flow regime; A.V. Khristoforov, G.V. Kruglova, T.V. Samborski.
2: Stochastic models of long-term and seasonal variation in water balance. A study of the synchronicity of annual runoff fluctuations; V.M. Evstigneev, T.A. Akimenko. Stochastic models with periodic-correlation of seasonal river runoff variations; M.V. Bolgov. Identification of regional stochastic models from short time-series; M.I. Fortus, M.V. Bolgov. A method for simulation of periodic hydrological time series using wavelet transform; G. Feng. The Caspian Sea as a stochastic reservoir; A.V. Frolov. Geophysical time series and climatic change: A sceptic's view; V. Klemes. On the development of the stochastic approach in hydrology; D.Ya. Ratkovich. Stochastic models of the long-term river runoff fluctuations with application water in construction and management; A.V. Rozhdestvensky.
3: River and sediment dynamics. Statistical model of river-bed stream: parameters of turbulence, energy characteristics; V.K. Debolksy, E.N. Dolgopolova.
4: Water resource system management. Management of water resources systems under non-stationary conditions; I.L. Khranovich, A.L. Velikanov. Interactive river-aquifer simulation and stochastic analyses for predicting and evaluating the ecologic impacts of alternative land and water management policies; D.P. Loucks. A decision-making support system for selecting water protection and reservoir control measures; V.G."