Human activity is a major source of high‐frequency seismic noise. Long‐term ambient
seismic noise levels and their influencing factors are investigated. The diurnal seismic noise …

This paper investigates the scattering of scalar and elastic waves in two-phase materials
and single-mineral-cubic, hexagonal, orthorhombic-polycrystalline aggregates with …

Thunder-induced seismic waves recorded at dense seismic stations in Seoul, South Korea
are analysed for inversion of thunder source spectra. Thunder-induced seismic waves from …

We investigate temporal variations in teleseismic receiver functions using 11 yr of data at
station PKD near Parkfield, California, by stacking power spectral density (PSD) functions …

Exploiting Seismic Waveforms introduces a range of recent developments in seismology
including the application of correlation techniques, understanding of multi-scale …

The determination of accurate hypocentral parameters is crucial in seismic monitoring, and
is highly dependent on the accuracy of the implemented velocity model in conventional …

The effect of initial and couple stresses on the propagation and attenuation of seismic body
waves in a dissipative orthotropic medium is considered. In the limiting cases, the phase …

This paper presents new insights into the South American subduction zone from
reprocessed seismic images. We applied a 3D Kirchhoff prestack depth migration scheme to …

The wavelet approach to numerical simulation of elastic wave propagation is applied to
models with localized heterogeneity, with significant contrasts with their surroundings. We …

The characteristics of scattering of scalar waves in stochastic random media are investigated
in through the behaviour of the meanfield, scattering attenuation, and transmission …