E. Golikova¹ , S. Kulichkov¹

¹A.M. Obukhov Institute of Atmospheric Physics, Russian Academy of Sciences

Abstract:

The results of recording internal gravity waves and infrasound waves from the warm and cold fronts associated with the atmospheric storm passing through Moscow on May 29, 2017 are presented. The waves were recorded by a network of 4 microbarographs IFA-MGU-MSR- ZNS located in Moscow and Moscow region. It shows the temporal changes in the characteristics of IGWs and infrasound waves such as coherence, direction of propagation,phase velocities, characteristic periods and frequency spectra with the passage of warm and cold fronts through the network.