The research in seismic ambient noise as a tool for geophysical studies must primarily rely
on the space-time characteristics of the noise itself. What is important in this research is to …

Einstein Telescope (ET) is a proposed underground infrastructure in Europe to host future
generations of gravitational-wave (GW) detectors. One of its design goals is to extend the …

Since 2004, the most complete estimate of background noise levels across the continental
United States was attained using 61 broadband seismic stations to calculate power spectral …

As part of multidisciplinary research on intracontinental deformation and surface uplift, we
deployed a temporary broadband seismic array in central Mongolia covering an∼ 900× 600 …

The Ross Ice Shelf (RIS) is host to a broadband, multimode seismic wavefield that is excited
in response to atmospheric, oceanic and solid Earth source processes. A 34-station …

Monitoring sea ice extent is critical to understand long‐term trends in climate change. Here,
we show that ambient noise recorded by fiber‐optic sensing technology deployed in an …

The amplitude and frequency content of background seismic noise is highly variable with
geographic location. Understanding the characteristics and behavior of background seismic …

Abstract The Mackenzie Mountains EarthScope Project—a collaboration between Colorado
State University, the University of Alaska, Michigan State University, and Yukon College …

We present a detailed analysis of the 10 June 2019 ML 4.0 Ohio earthquake sequence,
which is the largest earthquake that struck Lake County, northeastern Ohio, since 1986. This …

Recent analyses of ambient seismic noise proximal to large lakes identify excitations
between periods of 0.5 and 5 s as lake‐generated microseisms, though the mechanisms …