This map shows estimated Modified Mercalli Intensity (MMI) values for the City of San Francisco and the eight counties of the Greater Bay Area, in a scenario based on the 1906 earthquake along the San Andreas fault. The 430 kilometers of fault rupture included several segments during one massive earthquake. Links are supplied to more detailed maps of the cities of Rohnert Park, Pittsburg, Antioch, San Francisco, and Palo Alto. Educational levels: Middle school, High school, Undergraduate lower division, Undergraduate upper division, Graduate or professional
This photograph shows the damage to the Old City Hall in San Francisco, California, that was caused ...
This interactive map displays faults for five regions in Southern California. Clicking on a region l...
This page contains a map of southern California with epicenters of earthquakes shown as circles of d...
This activity is designed to provide a better understanding of earthquake activity, the locations of...
This map displays earthquake probabilities for several faults in the San Francisco Bay Area. The pro...
This collection of resources is intended to commemorate the centennial of the Great 1906 Earthquake ...
For a repeat of the M 7.9 1906 San Francisco earthquake, ground shaking maps are produced for the te...
This virtual tour utilizes the geographic interactive software Google Earth to explain the scientifi...
This guidebook contains a series of geology field trips featuring destinations along the San Andreas...
In this activity, students gather data and compare the shaking intensities of the 1906 San Francsico...
Intensities of shaking for previously untapped, historical sources of damage data from the 1906 eart...
The San Andreas fault is the longest fault in California and one of the longest strike-slip faults i...
This resource is used in the Living in Earthquake Country Teaching Box, Lesson 7: "Examining All the...
This resource explores earthquakes and seismic hazards, using the San Francisco area as an example. ...
The prediction of earthquakes may be inexact, but it is vital, especially when large cities such as ...
This photograph shows the damage to the Old City Hall in San Francisco, California, that was caused ...
This interactive map displays faults for five regions in Southern California. Clicking on a region l...
This page contains a map of southern California with epicenters of earthquakes shown as circles of d...
This activity is designed to provide a better understanding of earthquake activity, the locations of...
This map displays earthquake probabilities for several faults in the San Francisco Bay Area. The pro...
This collection of resources is intended to commemorate the centennial of the Great 1906 Earthquake ...
For a repeat of the M 7.9 1906 San Francisco earthquake, ground shaking maps are produced for the te...
This virtual tour utilizes the geographic interactive software Google Earth to explain the scientifi...
This guidebook contains a series of geology field trips featuring destinations along the San Andreas...
In this activity, students gather data and compare the shaking intensities of the 1906 San Francsico...
Intensities of shaking for previously untapped, historical sources of damage data from the 1906 eart...
The San Andreas fault is the longest fault in California and one of the longest strike-slip faults i...
This resource is used in the Living in Earthquake Country Teaching Box, Lesson 7: "Examining All the...
This resource explores earthquakes and seismic hazards, using the San Francisco area as an example. ...
The prediction of earthquakes may be inexact, but it is vital, especially when large cities such as ...
This photograph shows the damage to the Old City Hall in San Francisco, California, that was caused ...
This interactive map displays faults for five regions in Southern California. Clicking on a region l...
This page contains a map of southern California with epicenters of earthquakes shown as circles of d...