Add to ORKGSeismotectonics is the synthesis of earthquake, geophysical, geodetic and geological data to deduce the tectonic framework of a region [Scholz, 1990]. This approach has been applied successfully to active tectonic regions such as plate boundaries, regions of intraplate seismicity, and active volcanoes throughout the world
Federal and state agencies and university groups all operate seismic networks in California. The U.S...
The Whittier Narrows earthquake of 1987 and the Northridge earthquake of 1991 highlighted the earthq...
Virtually everything that is known about the seismicity of the southern California region comes fro...
Seismotectonics is the synthesis of earthquake, geophysical, geodetic and geological data to deduce...
Recent decades have seen dramatic improvement in the ability of earth scientists to resolve the geom...
Studying seismograms is the first step in the scientific study of earthquakes and the interior of th...
Seismotectonics plays a very important role in global and regional tectonic studies. The study of ea...
The Sixth Geodesy/Solid Earth and Ocean Physics (GEOP) Research Conference was held on February 4–5,...
Evidence for regional seismicity is of four kinds: (1) geological field observation of fault phenome...
A Caltech seismologist outlines the areas where damaging earthquakes are likely to occur
This review and the accompanying references will be concerned mainly with earthquake source studies ...
The (M_L 5.8) Sierra Madre earthquake of 28 June 1991 occurred at a depth of 12 km under the San Gab...
The lithologically and tectonically complex crust of southern California and the current broad defor...
The nature and dynamics of time-dependent deformation along major seismic zones including the influe...
A number of geologic processes on the surface and in the interior of the Earth result in ground defo...
Federal and state agencies and university groups all operate seismic networks in California. The U.S...
The Whittier Narrows earthquake of 1987 and the Northridge earthquake of 1991 highlighted the earthq...
Virtually everything that is known about the seismicity of the southern California region comes fro...
Seismotectonics is the synthesis of earthquake, geophysical, geodetic and geological data to deduce...
Recent decades have seen dramatic improvement in the ability of earth scientists to resolve the geom...
Studying seismograms is the first step in the scientific study of earthquakes and the interior of th...
Seismotectonics plays a very important role in global and regional tectonic studies. The study of ea...
The Sixth Geodesy/Solid Earth and Ocean Physics (GEOP) Research Conference was held on February 4–5,...
Evidence for regional seismicity is of four kinds: (1) geological field observation of fault phenome...
A Caltech seismologist outlines the areas where damaging earthquakes are likely to occur
This review and the accompanying references will be concerned mainly with earthquake source studies ...
The (M_L 5.8) Sierra Madre earthquake of 28 June 1991 occurred at a depth of 12 km under the San Gab...
The lithologically and tectonically complex crust of southern California and the current broad defor...
The nature and dynamics of time-dependent deformation along major seismic zones including the influe...
A number of geologic processes on the surface and in the interior of the Earth result in ground defo...
Federal and state agencies and university groups all operate seismic networks in California. The U.S...
The Whittier Narrows earthquake of 1987 and the Northridge earthquake of 1991 highlighted the earthq...
Virtually everything that is known about the seismicity of the southern California region comes fro...