This chapter examines the potential improvements in tropospheric weather forecasts that might ari...
We propose a numerical modeling technique based on a frequency-dependent attenuation relation to ...
The use of modal expansions to solve the problem of atmospheric infrasound propagation is revisit...
The use of expansions in vertical eigen-modes for long range infrasound propagation modeling in t...
Accurate prediction of Sudden Stratospheric Warming (SSW) events is important for the performance...
The underground nuclear tests by the Democratic People's Republic of Korea (DPRK) generated atmos...
This paper reports the advances in seismic waveform description and discovery leading to a new se...
This report summarizes the current abilities of the ARISE network, focussing on the use of ARISE ...
Infrasound has a long history in monitoring SSWs. Several pioneering studies have focused on the ...
Never before it was so easy and inexpensive to gather data in amounts which were beyond imaginati...
Seismic waves and Foucault pendula share intriguing similarities in the way they respond to Earth...
Obtaining new seismic responses from existing recordings is generally referred to as seismic inte...
An areal distribution of sensors can be used for estimating the direction of incoming waves throu...
Earth’s rotation causes splitting of normal modes. Wave fronts and rays are, however, not affecte...
Obtaining detailed images of aseismic parts of subducting slabs remains a large challenge for und...
EPOS is a Research Infrastructure plan that is undertaking the challenge of integrating data from...
High-resolution, ground-based and independent observations including co-located wind radiometer, ...
This study demonstrates probabilistic infrasound propagation modeling using realistic perturbatio...
The ideal case of a deep and well-formed stratospheric duct for long range infrasound propagation...