Damage caused in Japan http://mceer.buffalo.edu/publications/sp_pubs.kobereport/Kobereport.asp
There is a graphic example of an earthquake
in Kobe, Japan. All utilities, railways, and other lifelines to the
city suffered
great damage. As far as residential and office buildings
are concerned, there is a clear indication that the extent of damage sustained
by buildings in Japan depends on when, and under what design code, they
are designed. Older wooden residential houses in Kobe's less affluent district,
Nogata-ku, appear to have sustained the most damage.
Japans's Median Tectonic Zone is
a zone of strike slip faults. Damage to transportation system can
be very drastic, a lot of which is caused by liquification and induced
ground deformation. Collapse of a 500 m segment of the Hanshin expressway
that was constructed over seismic provisions is reminiscent of welded joints
of steel frame buildings in California.
Damage caused in California http://www.fema.gov/library/eq_usa.htm
Valley fever occured in Ventura county
following the Northridge earthquake. This was caused by dust generated
by
landslides caused by the earthquake. Much destruction in
SanFrancisco has been caused by fires and liquification.
The San Andreas fault is one of the most active areas for earthquakes
in California and has seen much damage.
The Road to Earthquake Safety
Preparing buildings for
earthquakes can be a tedious process. First of all, building components
must be secured and a strong and flexible structure must be constructed.
Estimating what earthquakes of what size are likely to occur can be done
in different ways. Using communities to apply knowledge of building codes,
retrofitting programs, hazard hunts, and neighborhood and emergency plans
are several ways to do this. Standards are instituted through
the establishment of Building Codes, which regulate the design and construction
of buildings. Hazard maps (how building codes are drafted)
are constructed by examining
the frequency of shaking, the distance from the fault, the earthquake
history of the region, and the expected shaking intensity.

Difference in Building Structures: wysiwyg://56/http://www.eas.slu.edu/Peopl...IntroQuakes/Notes/earthquake_effects.html
When the ground shakes, buildings respond to the accelerations
transmitted from the ground. The type and frequency of shaking depends
on the structure. Tall buildings tend to amplify the motions of longer
periods and also tend to shake longer. A rule to measure this is
called the period of resonance-it is about equal to 0.1 times the
number of stories in the structure.
Where to Find Photographs of Earthquake Damage
http://earthquake.usgs.gov/faq/effects.html
Smithsonian Photographs Online
The Museum of the City of San Francisco- Bay Area Earthquake Damage
The Geo Images Project-UC Berkeley
Library of Congress American Memory