The Parkfield earthquake of June 28, 1966 (04:26:12.4 GMT) is studied using short-period and long-period teleseismic records. It is found that (1) Mb = 5.8 and Ms = 6.4 as compared to Mb = 5.4 and Ms = 5.4 for the foreshock (04:08:54), (2) both the Rayleigh and Love wave radiation patterns conform to those of a double couple at a depth of about 8.6 km, (3) the main shock can be represented by a series of shocks separated in space and time. The near-field strong-motion data support the last conclusion. Based on strong-motion seismograms, and the surficial evidences of the dimensions of the fault, the energy is found to be 10^(21) ergs
The accuracy of teleseismic estimates of moment, fault area, dislocation and stress drop was tested ...
The mechanism of the May 2, 1983, Coalinga, California earthquake determined from long-period surfac...
The depths and source mechanisms of nine large shallow earthquakes were determined from long-period ...
A detailed seismological interpretation of the strong motion records was attempted for the 1966 Park...
Spectral analysis of teleseismic body phases at several azimuths was used to determine the moment, ...
Spectral analysis of teleseismic body phases at several azimuths was used to determine the moment, ...
Spectral analysis of teleseismic body phases at several azimuths was used to determine the moment, ...
All quality teleseismic recordings of the great 1906 San Francisco earthquake archived in the 1908 C...
All quality teleseismic recordings of the great 1906 San Francisco earthquake archived in the 1908 C...
The Rat Island earthquake of February 4, 1965 (origin time 05h 01m 21.8s, h = 40 km), is one of the ...
The Santa Barbara earthquake of 13 August 1978, provides an opportunity to perform a broadband inves...
The accuracy of teleseismic estimates of moment, fault area, dislocation and stress drop was tested ...
The Santa Barbara earthquake of 13 August 1978, provides an opportunity to perform a broadband inves...
Teleseismic P, SV, and SH waves recorded by the WWSS and Canadian networks from the 1971 San Fernand...
Teleseismic P, SV, and SH waves recorded by the WWSS and Canadian networks from the 1971 San Fernand...
The accuracy of teleseismic estimates of moment, fault area, dislocation and stress drop was tested ...
The mechanism of the May 2, 1983, Coalinga, California earthquake determined from long-period surfac...
The depths and source mechanisms of nine large shallow earthquakes were determined from long-period ...
A detailed seismological interpretation of the strong motion records was attempted for the 1966 Park...
Spectral analysis of teleseismic body phases at several azimuths was used to determine the moment, ...
Spectral analysis of teleseismic body phases at several azimuths was used to determine the moment, ...
Spectral analysis of teleseismic body phases at several azimuths was used to determine the moment, ...
All quality teleseismic recordings of the great 1906 San Francisco earthquake archived in the 1908 C...
All quality teleseismic recordings of the great 1906 San Francisco earthquake archived in the 1908 C...
The Rat Island earthquake of February 4, 1965 (origin time 05h 01m 21.8s, h = 40 km), is one of the ...
The Santa Barbara earthquake of 13 August 1978, provides an opportunity to perform a broadband inves...
The accuracy of teleseismic estimates of moment, fault area, dislocation and stress drop was tested ...
The Santa Barbara earthquake of 13 August 1978, provides an opportunity to perform a broadband inves...
Teleseismic P, SV, and SH waves recorded by the WWSS and Canadian networks from the 1971 San Fernand...
Teleseismic P, SV, and SH waves recorded by the WWSS and Canadian networks from the 1971 San Fernand...
The accuracy of teleseismic estimates of moment, fault area, dislocation and stress drop was tested ...
The mechanism of the May 2, 1983, Coalinga, California earthquake determined from long-period surfac...
The depths and source mechanisms of nine large shallow earthquakes were determined from long-period ...