The ionospheric response to explosions which occur at or below the Earth's surface has
been noted since the first detonations of nuclear devices during the early period of …

We experiment with a new method to search systematically through multiyear data from the
International Monitoring System (IMS) infrasound network to identify explosive volcanic …

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

More realistic models for infrasound signal propagation across a region can be used to
improve the precision and accuracy of spatial and temporal source localization estimates …

This study investigates infrasound signals from North Korean underground nuclear
explosions on 2016 January 6 at 01: 30: 01 UTC (UNEJ16) and on 2016 September 9 at 00 …

A dense network of eight, seismo-acoustic arrays operates in the southern Korean
Peninsula, and since the first array installation in 1999, has provided data for monitoring …

This new era of massive datasets gives us the opportunity to examine Earth structure and
geophysical phenomena in more detail than previously possible. Large datasets hold much …

Abstract Infrasound (< 20 Hz) can propagate thousands of kilometers through the
atmosphere, enabling global source location using networks of arrays such as the …

Methods for detecting, associating and locating infrasound events recorded on the global
International Monitoring System (IMS) infrasound network are presented. By using likelihood …

The spatial coherence structure of 30 infrasound array detections, with source-to-receiver
ranges of 25–6500 km, has been measured within the 0.25–1 Hz passband. The data were …