Synchronous measurements of atmospheric characteristics in the surface layer

In order to study atmospheric turbulence of the lower atmosphere, a series of experiments was carried out using a multiparameter meter of turbulent micropulsations of the components of wind speed, temperature, humidity, pressure and concentration of aerosol particles. The results of statistical processing of experimental time series of aerosol scattering coefficient (nephelometer), wind speed and temperature components (ultrasonic anemometer-thermometer) are presented. Also, the relative and absolute humidity, incoming and outgoing radiation were recorded simultaneously. The data on the turbulent characteristics of various meteorological parameters in the surface layer of the atmosphere were accumulated during automated measurements. The synchronous behavior of the statistical characteristics of the measured substances and their turbulent flows based on the obtained experimental information was considered, and some preliminary results of their complex processing and analysis were made.