On the problem of radar effectiveness of discriminating thunderstorms and clouds
P. A. Allenov, R. M. Zrazhevskaya
Abstract
P. A. Allenov, R. M. Zrazhevskaya
Abstract
Data are presented on the effectiveness of detecting clouds (within a radius of 40 km) and thunderstorms (within a radius of 300 km) with the aid of instrumental (WR) and visual (weather station net) observations in the operational service of aviation. Data obtained on a large statistical sample confirm the very great effectiveness of the radar method of observations for thunderstorms and clouds with precipitation. The origin of certain probabilities for detecting stratiform clouds without precipitation which are small compared with the data of other authors is explained.
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Data are presented on the effectiveness of detecting clouds (within a radius of 40 km) and thunderstorms (within a radius of 300 km) with the aid of instrumental (WR) and visual (weather station net) observations in the operational service of aviation. Data obtained on a large statistical sample confirm the very great effectiveness of the radar method of observations for thunderstorms and clouds with precipitation. The origin of certain probabilities for detecting stratiform clouds without precipitation which are small compared with the data of other authors is explained.
Key concepts: Thunderstorm, Radar, Meteorology, Precipitation, RADIUS, Quantitative precipitation estimation, Environmental science, Remote sensing