微动探测方法研究进展与展望 Page 1 2021 年第36 卷第3 期 2021,36( 3) : 1306-1316 地球物理
学进展Progress in Geophysics http: //www.progeophys.cn ISSN 1004-2903 CN 11-2982 /P …

Focusing on a comparison of the accuracy of the extended spatial autocorrelation (ESAC)
method and the frequency–wavenumber spectrum (FK) method, we carried out short-period …

On 25 April 2015, a large earthquake of Mw 7.8 occurred along the Main Himalayan Thrust
fault in central Nepal. It was caused by a collision of the Indian Plate beneath the Eurasian …

We first present a summary of recent results on coda interpretation. We emphasize the
observation of the stabilization of P to S energy ratio indicating the modal equipartition of the …

Array observations of the vertical component of microtremors are frequently conducted to
estimate a subsurface layered-earth structure on the assumption that microtremors consist …

In the wake of the 1999 earthquake destruction in Turkey, the urgent need has arisen to
evaluate the benefits of loss mitigation measures that could be undertaken to strengthen the …

We investigate 3-D basin structures and site resonance frequencies in the İzmit Bay area of
Turkey by new geophysical surveys based on 239 single station microtremor and 405-point …

Abstract Horizontal‐to‐vertical (H/V) spectral ratios of microtremors (HVRM) have been
traditionally interpreted as representing either the S‐wave amplification directly or the …

Loss estimation from future earthquakes is of growing importance in planning earthquake
protection strategies in high-risk areas. Loss models based on the spectral displacement …

Single station seismic noise measurements were carried out at 192 sites in the western part
of Istanbul, Turkey. This extensive survey allowed the fundamental resonance frequency of …