Seismology has come a long way in providing insights into Earth's internal structure and
dynamics. Among many forward and inverse geophysical techniques developed, full …

Over 100 small‐to moderate‐sized earthquakes, including an Mw 5.0 event, were detected
during September 2015 to November 2016 near the town of Cushing, Oklahoma. The …

Observations of seismic body waves that traverse the Earth's inner core (IC) as shear (J)
waves are critical for understanding the IC shear properties, advancing our knowledge of the …

The Earth, in large portions, is covered in oceans, sediments, and glaciers. High‐resolution
body wave imaging in such environments often suffers from severe reverberations, that is …

Detailed crustal and uppermost mantle structure is imaged for the first time utilizing∼ 4
years of broadband seismic data newly collected in the Timor‐Leste and Nusa Tenggara …

Sedimentary basins can strongly amplify seismic waves from earthquakes. To better predict
future ground motions, detailed knowledge of the sediment thickness and internal structure …

Abstract The Jaz Murian Basin in Southeast Iran is a forearc basin that sits on top of the
western Makran subduction zone. A recent seismic deployment inside the western Jaz …

Ice shelves play a critical role in modulating dynamic loss of ice from the grounded portion of
the Antarctic Ice Sheet and its contribution to sea-level rise. Measurements of ice-shelf …

Investigations of the Earth's inner core (IC) using seismic body waves are limited by their
volumetric sampling due to uneven global distribution of large earthquakes and receivers …

The autocorrelation of the seismic transmission response of a layered medium
(autocorrelogram), in the presence of a free surface, corresponds to the reflection response …