Abstract
The results of complex measurements of meteorological parameters at two observation sites in Moscow with a Volna-4 sodar, Meteo-2 ultrasonic meteorological station, and MTP-5 meteorological temperature profiler are considered. The coefficients of the interlevel wind speed correlation are analyzed after initial data averaging over 10-min time intervals. A minimum of correlation is identified, which corresponds to the height of the urban roughness sublayer. The possibility of determining the height of the atmospheric surface layer over urbanized territory from estimates of the coefficients of correlation is discussed. It is noted that an increase in the wind speed results in a growth of the interlevel correlation inside the urban roughness sublayer and above the atmospheric surface layer; however, the correlation changes insignificantly in the inertial sublayer.
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