Impact of the May 2017 Meteorological Storm in Moscow Oblast on Variations in the Parameters of the Upper Atmosphere
摘要
Abstract
A three-dimensional version of the AtmoSym high-resolution nonlinear numerical model is used to simulate the propagation of an atmospheric wave ahead of a strong surge of pressure during a squall in Moscow on May 29, 2017. The meteorological source of disturbances is specified on the basis of experimental observations by a network of four microbarographs in Moscow oblast. An estimate is made of wave disturbances in the upper atmosphere caused by the generation of internal gravity waves by the meteorological source.