This paper reviews recent progress toward understanding the dynamics of the middle
atmosphere in the framework of the Atmospheric Dynamics Research InfraStructure in …

The recently reinvigorated field of infrasonics is poised to provide insight into atmospheric
structure and the physics of large atmospheric phenomena, just as seismology has shed …

Abstract On 15 February 2013, a large Earth‐impacting fireball disintegrated over the Ural
Mountains. This extraordinary event is, together with the 1908 Tunguska fireball, among the …

As an important means of in situ detection in near space, meteorological rockets can provide
a high-precision distribution analysis of atmospheric elements. However, there are currently …

There are many impulsive sources that produce infrasound in the atmosphere that can be
detected by ground-based microbarometers, but few match the range of potential source …

The mathematical framework used in the Bayesian Infrasonic Source Localization (BISL)
methodology is examined and simplified providing a generalized method of estimating the …

During the past few years, significant progress has been made in our understanding of
atmospheric propagation of infrasound signals from both natural and man-made impulsive …

Expert knowledge suggests that the performance of automated infrasound event association
and source location algorithms could be greatly improved by the ability to continually update …

We analyse infrasound signals from 71 bright meteors/fireballs simultaneously detected by
video to investigate the phenomenology and characteristics of meteor-generated near-field …

Two important challenges in infrasound propagation physics are (1) to explain frequently
observed infrasound signals in the classical near‐field shadow zones and (2) to accurately …