General Climatology, Volume 1, Part 2Oskar M. Essenwanger, Hermann Flohn Elsevier Publishing Company, 1969 - Climatology |
Contents
FOREWORD | 1 |
Primitive and elementary characteristics | 7 |
Homogeneity | 14 |
Copyright | |
47 other sections not shown
Common terms and phrases
a₁ amplitude analysis application approximation assume autocorrelation B₁ c₁ calculated canonical correlation class interval column components computed contingency table correlation coefficient cumulative distribution data sample data set defined degrees of freedom denotes derived differences electronic data processing equation ESSENWANGER Example extreme value F-distribution formula Fourier Fourier series frequency density frequency distribution function gamma gamma distribution Gaussian distribution given Gumbel's H₁ hypothesis incomplete gamma function linear logarithmic Markov chain matrix maximum maximum-likelihood estimators mean Meteorol method moments estimators n₁ n₂ negative binomial non-central obtained order statistics orthogonal P₁ parameter period points polynomials postulate power spectrum precipitation amount probability problem procedure R₁ rainfall random ratio red noise regression relationship sequence smoothing SNEYERS solution standard deviation standard error Stat temperature threshold transformation utilized V₁ variables variance variate vector Weibull distribution wet days wind speed X₁ Y₁ Y₂ Z₁ zero