Flood Frequency Estimation Using Historical, Botanical, Regional and Physical Paleo-hydrologic InformationCornell University, 1990 - 336 pages |
Contents
LITERATURE REVIEW | 6 |
MAXIMUM LIKELIHOOD WITH SYSTEMATIC | 28 |
2 | 32 |
Copyright | |
4 other sections not shown
Common terms and phrases
100-year flood at-site estimate Baker best flood estimate botanical information Box Plot Bulletin 17b Censoring Threshold level Chapter Comparison of ML data sets Davidson River described estimators for LP3 estimators for varying exceedance probability Experiment Number Figure flood frequency analysis flood quantile estimate flood with log-space frequency analysis historical and paleoflood historical data historical flood historical information available Hupp hydrologic Index Flood large floods largest flood Least Square likelihood function Little Tennessee River log-space skew coefficient logarithm LP3 distribution Maximum Likelihood Estimator Mean Square Error Method of Moment MLE Estimator Passage Creek Pearson distribution perception threshold plotting positions Regional Flood regional information regional model regional regression RMSE RMSE of GMLE Root Mean Square scale parameter smaller floods standard error Stedinger 1987 Stedinger and Cohn Stedinger and Tasker streamflow systematic and historical systematic record length T-year flood Table Type I censoring Variance Weighted estimator Weighted Moment Estimators