Regional centroid moment tensor solutions for eastern Canadian earthquakes: 2017
A L Bent
Abstract
A L Bent
Abstract
Regional centroid moment tensor solutions have been determined for seven moderate-sized earthquakes in eastern Canada during 2017. Two additional earthquakes were also evaluated but their solutions did not meet the minimum quality standards for acceptance. The moment tensor inversion method is used to determine the focal mechanism, depth and seismic moment of the earthquakes. These parameters, in turn, provide information about the seismotectonic environment in which the earthquakes occur and may help improve seismic hazard estimates. The purpose of this report is not to provide an in-depth analysis of any specific earthquake but to catalog the solutions and data used to obtain them to make them available for future research projects.
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Regional centroid moment tensor solutions have been determined for seven moderate-sized earthquakes in eastern Canada during 2017. Two additional earthquakes were also evaluated but their solutions did not meet the minimum quality standards for acceptance. The moment tensor inversion method is used to determine the focal mechanism, depth and seismic moment of the earthquakes. These parameters, in turn, provide information about the seismotectonic environment in which the earthquakes occur and may help improve seismic hazard estimates. The purpose of this report is not to provide an in-depth analysis of any specific earthquake but to catalog the solutions and data used to obtain them to make them available for future research projects.
Key concepts: Centroid, Moment tensor, Moment (physics), Seismology, Geology, Tensor (intrinsic definition), Geodesy, Geography