Rainfall Studies Using Rain-Gage Networks and Radar
H. E. Hudson, Glenn E. Stout, Floyd A. Huff
Abstract
H. E. Hudson, Glenn E. Stout, Floyd A. Huff
Abstract
The results of three years’ work on concentrated rain-gage networks and, on measurements of rainfall extent and intensity by means of radar are described. Thunderstorm rainfall is shown to be multicellular, so that the application of area-depth data is more complex than is usually assumed. The orientation, duration, and path of storm cells are shown to have marked effects on area-depth curves for a given basin. Data on area-depth relationships are presented for networks having areas of 5.2 sq miles, 95 sq miles, and 280 sq miles.
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The results of three years’ work on concentrated rain-gage networks and, on measurements of rainfall extent and intensity by means of radar are described. Thunderstorm rainfall is shown to be multicellular, so that the application of area-depth data is more complex than is usually assumed. The orientation, duration, and path of storm cells are shown to have marked effects on area-depth curves for a given basin. Data on area-depth relationships are presented for networks having areas of 5.2 sq miles, 95 sq miles, and 280 sq miles.
Key concepts: Thunderstorm, Radar, Storm, Weather radar, Meteorology, Geology, Intensity (physics), Hydrology (agriculture)