We estimated frequency-dependent attenuation of coda waves () and body waves (and) in
1.5–24 Hz by applying the single isotropic scattering theory and the extended coda …

We calculated the spectral decay parameter (κ) in the southern Basin and Range province,
using records from earthquakes located near the Pitáycachi fault. We found that for a given …

We studied attenuation of S and coda waves, their frequency and lapse time dependencies
in northeast India in the frequency range of 1–24 Hz. We adopted theories of both single and …

We investigated the high frequency attenuation of S waves in the southeastern Alps and
northern External Dinarides using waveforms from 331 earthquakes (3.0< M w< 6.5). The …

We evaluated the body wave attenuation parameter in Kopili region of northeast India. Using
the modified algorithm of coda normalization method, we delineated frequency-dependent …

The attenuation properties of Delhi & surrounding region have been investigated using 62
local earthquakes recorded at nine stations. The frequency dependent quality factors Q a …

The frequency-dependent attenuations of P and S waves in the crust beneath Bhuj are
estimated using the extended coda-normalization method for varying the exponent, γ, in the …

We determine average attenuation functions and estimates of the quality factor Q for both P-
and S-waves in the northern Gulf of California, Mexico. We use seismograms from the …

We study attenuation of seismic waves in the source area of Palghar swarm in western part
of India. The intrinsic and scattering loss are separated using the Wennerberg method in the …

We investigated the frequency-dependent attenuation of the crust in Eastern Iran by analysis
data from 132 local earthquakes having focal depths in the range of 5–25 km. We estimated …