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Anemometer records from five levels on a 151 m meteorological tower have been analyzed. Results show an approximate elliptical clockwise diurnal oscillation of the sea breeze component of the wind. The oscillation amplitude increases with height; it is largest in May and smallest in January.
Anemometer records from five levels on a 151 m meteorological tower have been analyzed. Results show an approximate elliptical clockwise diurnal oscillation of the sea breeze component of the wind. The oscillation amplitude increases with height; it is largest in May and smallest in January.
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| Full Text Views | 467 | 231 | 24 |
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