Add to ORKGUsing seismic waveform data, we determine seismic moment tensor solutions for six events in the Minto Flats fault zone, 2012-2016.This project was supported by the National Science Foundation, Grant EAR-1352688
Summary. Moment tensor inversion methods can be applied with success in the determination of source ...
The aim of this project is to enable accurate earthquake magnitudes (moment magnitude, MW) to be cal...
Seismic moment tensor is one of the most important source parameters defining the earthquake dimens...
We determine moment tensor solutions for 53 earthquakes in southern Alaska, which include 9 in Belug...
Using seismic waveform data, we determine seismic moment tensor solutions for 12 earthquakes and 17 ...
We determine moment tensor solutions for 33 earthquakes recorded in the Nenanabasin region of centra...
We determine moment tensor solutions for nine events in the North Korea region. This is a supplement...
We present seismic moment tensor solutions for 63 events at Uturuncu volcano, Bolivia. Moment tensor...
We determine moment tensor solutions for 18 aftershocks of the 2018-11-30 Mw 7.1 Anchorage earthquak...
The files here are part of the PhD thesis work by Vipul Silwal. This supplement will be cited in a m...
We have developed a method to determine moment tensors for local earthquakes using short period (10 ...
We have developed a method to determine moment tensors for local earthquakes using short period (10 ...
We have performed a complete moment tensor analysis (Minson and Dreger, 2007) of the seismic event, ...
The aim of this project is to enable accurate earthquake magnitudes (moment magnitude, MW) to be cal...
Summary. Moment tensor inversion methods can be applied with success in the determination of source ...
Summary. Moment tensor inversion methods can be applied with success in the determination of source ...
The aim of this project is to enable accurate earthquake magnitudes (moment magnitude, MW) to be cal...
Seismic moment tensor is one of the most important source parameters defining the earthquake dimens...
We determine moment tensor solutions for 53 earthquakes in southern Alaska, which include 9 in Belug...
Using seismic waveform data, we determine seismic moment tensor solutions for 12 earthquakes and 17 ...
We determine moment tensor solutions for 33 earthquakes recorded in the Nenanabasin region of centra...
We determine moment tensor solutions for nine events in the North Korea region. This is a supplement...
We present seismic moment tensor solutions for 63 events at Uturuncu volcano, Bolivia. Moment tensor...
We determine moment tensor solutions for 18 aftershocks of the 2018-11-30 Mw 7.1 Anchorage earthquak...
The files here are part of the PhD thesis work by Vipul Silwal. This supplement will be cited in a m...
We have developed a method to determine moment tensors for local earthquakes using short period (10 ...
We have developed a method to determine moment tensors for local earthquakes using short period (10 ...
We have performed a complete moment tensor analysis (Minson and Dreger, 2007) of the seismic event, ...
The aim of this project is to enable accurate earthquake magnitudes (moment magnitude, MW) to be cal...
Summary. Moment tensor inversion methods can be applied with success in the determination of source ...
Summary. Moment tensor inversion methods can be applied with success in the determination of source ...
The aim of this project is to enable accurate earthquake magnitudes (moment magnitude, MW) to be cal...
Seismic moment tensor is one of the most important source parameters defining the earthquake dimens...