Stochastic Processes in Hydrology |
Contents
Chapter | 1 |
AUTOCORRELATION AND LAG CROSS CORRELATION | 32 |
SPECTRAL AND CROSS SPECTRAL ANALYSIS | 68 |
Copyright | |
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analysis annual application approach approximately assumed autocorrelation autoregressive basic bursts coefficients complex computed constant continuous correlation coefficient correlogram cross curves deficit defined dependent determined discrete discussed distribution effects empirical equations estimated exact Example expected value Figure first-order fitted flows frequency function given gives harmonics hydrologic hydrologic series increase independent interval linear mathematical mean method monthly moving average negative normal normal variable obtained outflow parameters percent periodic periodic component positive practical precipitation probability problems produce properties r₁ range relation replaced represents reservoir River run-length runs sample scheme selected sequence shown shows significant similar smoothing spectral spectrum stationary statistical stochastic component stochastic processes storage surplus techniques tolerance limits transform trend truncation usually values variable variance variance densities various x₁