Ensuring reliable functioning and stability of GNSS systems in any natural and man-made conditions is an urgent task. Understanding the physico-chemical processes developing in the atmosphere is important for successful solving these problems. The paper presents the results of the analysis of observations of atmospheric and ionospheric parameters during the development of storm meteorological disturbances in the Kaliningrad region. The data of observations of the atmosphere and ionosphere parameters were obtained using the methods of lidar sensing of the troposphere and vertical sensing of the ionosphere. Analysis of observations of atmospheric and ionospheric parameters showed that the development of such meteorological disturbances is accompanied by increased activity of wave processes in the troposphere with periods of 2-20 minutes. Perturbations with the same periods are observed in variations of ionospheric parameters. The obtained results indicate the correlation of dynamic processes in the lower atmosphere and ionosphere.
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