Attenuation characteristics have been estimated to understand the effect of the
heterogeneity in the tectonically active Aswan Reservoir, the southern part of Egypt using …

Scattered waves observed at the seismographs of the National Italy's seismic network have
been used to investigate the intrinsic dissipation and scattering properties of the lithosphere …

Volcano‐tectonic earthquakes produce high‐frequency seismograms characterized by
impulsive shear mechanism; their seismogram coda reflects the random inhomogeneity of …

Significantly affected by fractures and faults, the spectrum and attenuation of seismic waves
can assist in clarifying the physical mechanism of subtle changes in rock properties, such as …

We have performed ultrasonic measurements on tight siltstone samples to obtain the P wave
coda and intrinsic attenuations using a single isotropic scattering model and the spectral …

Published results of coda Q show a large variation in values. These variations are often
claimed to be related to different tectonics, whereas they might just be related to using …

We analyze the seismicity that occurred in the Tres Vírgenes Volcanic Complex, TVVC,(Baja
California Sur, northwestern Mexico) from 2009 to 2013, whose depths range from 2 to 6 km …

In volcanoes, topography, shallow heterogeneity and even shallow morphology can
substantially modify seismic coda signals. Coda waves are an essential tool to monitor …

Seismic wave attenuation is a key feature of seismic wave propagation that provides
constraints on the composition and physical state of the medium within the Earth. We …

We estimated the attenuation laws of high-frequency seismic waves in the shallow crust
(depth≤ 5 km) and earthquake source parameters by using a selected data set of 320 …