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- Author or Editor: G. Drufuca x
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Abstract
A large sample of low-elevation weather radar data has been analyzed to give information about the spatialstructure of precipitation patterns. The quantities considered are rainfall rate distributions as a functionof the area mean and maximum rates, joint rainfall rate distributions for pairs of points and the cellularstructure of the patterns.
Abstract
A large sample of low-elevation weather radar data has been analyzed to give information about the spatialstructure of precipitation patterns. The quantities considered are rainfall rate distributions as a functionof the area mean and maximum rates, joint rainfall rate distributions for pairs of points and the cellularstructure of the patterns.
Abstract
Ten years of raingage data are processed in order to evaluate duration, average and maximum rate, mean square, variance, autocorrelation function and total amount for each rain storm. A spatial interpretation of these quantities is also given. Further, various rainfall rate probabilities are evaluated.
Abstract
Ten years of raingage data are processed in order to evaluate duration, average and maximum rate, mean square, variance, autocorrelation function and total amount for each rain storm. A spatial interpretation of these quantities is also given. Further, various rainfall rate probabilities are evaluated.
