Global seismographic networks (GSNs) emerged during the late nineteenth and early
twentieth centuries, facilitated by seminal international developments in theory, technology …

The last decade witnessed an explosion in yearly number of publications on passive glacier
seismology. The seismic signals from a wide range of glacier‐related processes fill a broad …

Seismologists have recently begun using low‐cost nodal sensors in dense deployments to
sample the seismic wavefield at unprecedented spatial resolution. Earthquake early warning …

Vadose zone soil moisture is often considered a pivotal intermediary water reservoir
between surface and groundwater in semi-arid regions. Understanding its dynamics in …

Seismic source and wave propagation studies contribute to understanding structure,
transport, fracture mechanics, mass balance, and other processes within glaciers and …

Sea waves constitute a natural phenomenon with a great impact on human activities, and
their monitoring is essential for meteorology, coastal safety, navigation, and renewable …

Previously developed continental-scale surface wave models for Antarctica provide only
broad interpretations of the mantle structure, and the best resolved features in recent …

Ocean waves excite continuous globally observable seismic signals. We use data from 52
globally distributed seismographs to analyze the vertical component primary microseism …

Ambient noise characteristics are perused to assess the station performance of 27 newly
constructed broadband seismic stations across Sikkim Himalaya and adjoining Himalayan …

Ambient noise is useful for characterizing frequency‐dependent noise levels and for
assessing data quality for seismic stations. We use 4 years of ambient noise spectra from 16 …