Microseisms are the most energetic signals of Earth's ambient noise field. Locating the
sources of microseisms helps us to understand arrivals on noise cross‐correlation functions …

Underground traffic systems are a major generator of high-frequency ground vibrations in
urban regions. Subway-induced ground vibrations are identified from seismic records at a …

We investigate the continent‐size lithospheric structures of paleo rift around the central
Korean Peninsula using ambient noise tomography and earthquake‐based Eikonal …

We introduce a novel method to determine the azimuthal orientation of borehole
seismometer using microseisms that are ubiquitously present in seismic records. The …

Correct sensor orientation is vital for seismological analysis. However, seismic sensors
including both borehole and surface seismometers are often installed in incorrect …

This study analyses the ambient noise field recorded by the seismic network, TREMBLE, in
Bangladesh, operational since late 2016. Horizontal-vertical spectral ratios confirm the …

There was an evident increase in the number of earthquakes in the Xinfengjiang Reservoir
from June to July 2014 after the landing of Typhoon Hagibis. To understand the spatial and …

The main sources of the ambient seismic wavefield in the microseismic frequency band
(peaking in the∼ 0.04–0.5 Hz range) are earth's oceans, namely the wind‐driven surface …

抄録 Large amplitude microseisms were recorded during the passage of typhoon Hagibis in
2019 at the Hirono Thermal Power Station (HRN) located in the middle of eastern …