The Sierra Madre fault, along the southern flank of the San Gabriel Mountains in the Los Angeles region, has failed in magnitude 7.2 to 7.6 events at least twice in the past 15,000 years. Restoration of slip on the fault indicated a minimum of about 4.0 meters of slip from the most recent earthquake and suggests a total cumulative slip of about 10.5 meters for the past two prehistoric earthquakes. Large surface displacements and strong ground motions resulting from greater than magnitude 7 earthquakes within the Los Angeles region are not yet considered in most seismic hazard and risk assessments
Geodetic data show that the Los Angeles metropolitan area is undergoing 8–9 mm/year of north‐south t...
[1] The southernmost San Andreas fault has a high probability of rupturing in a large (greater than ...
Abstract Precariously balanced rocks and overturned transformers in the vicinity of the White Wolf f...
Tectonic motion across the Los Angeles region is distributed across an intricate network of strike-s...
Tectonic motion across the Los Angeles region is distributed across an intricate network of strike-s...
Detailed analysis of high-resolution seismic reflection data, continuously cored boreholes and cone...
The San Andreas fault has the highest calculated time-dependent probability for large-magnitude eart...
Far too few moderate earthquakes have occurred within the Los Angeles, California, metropolitan regi...
Geodetic data indicate that after northern Metropolitan Los Angeles is shorten-ing at a rate of abou...
Far too few moderate earthquakes have occurred within the Los Angeles, California, metropolitan regi...
The most costly American earthquake since 1906 struck Los Angeles on 17 January 1994. The magnitude ...
The Santa Monica fault is a 40-km-long, oblique left-lateral reverse fault that extends through the ...
In 1857 a large earthquake of magnitude 7.9 (Sieh 1978b) occurred on the San Andreas fault with rupt...
The southernmost 200 km of the San Andreas fault in California, from Cajon Pass southeast to Bombay...
The Whittier Narrows earthquake sequence (local magnitude, M_L = 5.9), which caused over $358-milli...
Geodetic data show that the Los Angeles metropolitan area is undergoing 8–9 mm/year of north‐south t...
[1] The southernmost San Andreas fault has a high probability of rupturing in a large (greater than ...
Abstract Precariously balanced rocks and overturned transformers in the vicinity of the White Wolf f...
Tectonic motion across the Los Angeles region is distributed across an intricate network of strike-s...
Tectonic motion across the Los Angeles region is distributed across an intricate network of strike-s...
Detailed analysis of high-resolution seismic reflection data, continuously cored boreholes and cone...
The San Andreas fault has the highest calculated time-dependent probability for large-magnitude eart...
Far too few moderate earthquakes have occurred within the Los Angeles, California, metropolitan regi...
Geodetic data indicate that after northern Metropolitan Los Angeles is shorten-ing at a rate of abou...
Far too few moderate earthquakes have occurred within the Los Angeles, California, metropolitan regi...
The most costly American earthquake since 1906 struck Los Angeles on 17 January 1994. The magnitude ...
The Santa Monica fault is a 40-km-long, oblique left-lateral reverse fault that extends through the ...
In 1857 a large earthquake of magnitude 7.9 (Sieh 1978b) occurred on the San Andreas fault with rupt...
The southernmost 200 km of the San Andreas fault in California, from Cajon Pass southeast to Bombay...
The Whittier Narrows earthquake sequence (local magnitude, M_L = 5.9), which caused over $358-milli...
Geodetic data show that the Los Angeles metropolitan area is undergoing 8–9 mm/year of north‐south t...
[1] The southernmost San Andreas fault has a high probability of rupturing in a large (greater than ...
Abstract Precariously balanced rocks and overturned transformers in the vicinity of the White Wolf f...