Add to ORKGThis report has two documents pertaining to seismic data recorded by a 400-sensor array in central Alaska between February and March, 2019. The first part examines the influence of removing the instrument response on the amplitude of filtered waveforms. The second part shows how the array of sensors can be used to estimate source mechanisms for local earthquakes.The seismic deployment was support by National Science Foundation awards EAR 1736223 and EAR 1917482. Seismic instruments and database preparations were provided by NSF PASSCAL. The seismic waveforms are archived at the IRIS Data Management Center
An array of seismometers is being developed at the Sanford Underground Laboratory, the formerHomesta...
We determine moment tensor solutions for nine events in the North Korea region. This is a supplement...
A geoscientist yearns to learn more about the subsurface and one way of characterizing the subsurfac...
This dissertation presents a detailed analysis of recorded seismic waves in terms of their source an...
We determine moment tensor solutions for 33 earthquakes recorded in the Nenanabasin region of centra...
This dissertation presents a detailed analysis of recorded seismic waves in terms of their source an...
Using seismic waveform data, we determine seismic moment tensor solutions for 12 earthquakes and 17 ...
The files here are part of the PhD thesis work by Vipul Silwal. This supplement will be cited in a m...
We determine moment tensor solutions for 53 earthquakes in southern Alaska, which include 9 in Belug...
Observing the full seismic wavefield by deploying large numbers of seismometers (also known as large...
We present seismic moment tensor solutions for 63 events at Uturuncu volcano, Bolivia. Moment tensor...
Observing the full seismic wavefield by deploying large numbers of seismometers (also known as large...
We present waveform record sections of 18 earthquakes recorded the Minto Flats fault zone in central...
Our understanding of subsurface processes suffers from a profound observation bias: seismometers are...
Our understanding of subsurface processes suffers from a profound observation bias: seismometers are...
An array of seismometers is being developed at the Sanford Underground Laboratory, the formerHomesta...
We determine moment tensor solutions for nine events in the North Korea region. This is a supplement...
A geoscientist yearns to learn more about the subsurface and one way of characterizing the subsurfac...
This dissertation presents a detailed analysis of recorded seismic waves in terms of their source an...
We determine moment tensor solutions for 33 earthquakes recorded in the Nenanabasin region of centra...
This dissertation presents a detailed analysis of recorded seismic waves in terms of their source an...
Using seismic waveform data, we determine seismic moment tensor solutions for 12 earthquakes and 17 ...
The files here are part of the PhD thesis work by Vipul Silwal. This supplement will be cited in a m...
We determine moment tensor solutions for 53 earthquakes in southern Alaska, which include 9 in Belug...
Observing the full seismic wavefield by deploying large numbers of seismometers (also known as large...
We present seismic moment tensor solutions for 63 events at Uturuncu volcano, Bolivia. Moment tensor...
Observing the full seismic wavefield by deploying large numbers of seismometers (also known as large...
We present waveform record sections of 18 earthquakes recorded the Minto Flats fault zone in central...
Our understanding of subsurface processes suffers from a profound observation bias: seismometers are...
Our understanding of subsurface processes suffers from a profound observation bias: seismometers are...
An array of seismometers is being developed at the Sanford Underground Laboratory, the formerHomesta...
We determine moment tensor solutions for nine events in the North Korea region. This is a supplement...
A geoscientist yearns to learn more about the subsurface and one way of characterizing the subsurfac...