Stochastic Modeling of Hydrologic, Intermittent Daily Processes

applied approach assumed asymptotic Austin Chapter chi-square chi-square distribution Colorado State University Columbia covariance matrix daily flow daily rainfall daily streamflow Daily Values dependence Divided in Twelve estimated evaluated exponential falling limb Flagstaff Fort Collins function given harmonic heavy tail HIST historic hydrograph hydrologic Hydrology Papers intermittent daily intermittent process intermittent time series intervals Kansas City length likelihood function linear reservoirs Log F(x marginal distribution Markov chain model is tested multivariate non-intermittent process normal distribution null hypothesis observations obtained outflow percent significance level periodic functions periodic parameters periodic-stochastic positive run-length Powell River Precipitation Station problem procedure qz(t Raleigh-Durham random variable Rapid City recession curve rejected run-sum Seattle-Tacoma sequence Springfield standard deviation station series stationarity Stochastic Modeling stochastic process storage Table test statistic Todorovic truncated normal Twelve Seasons Water Resources watershed Woolhiser Yevjevich zero