Earthquake preparedness

Wikipedia, the free encyclopedia - Cite This Source

Earthquake preparedness refers to a variety of measures designed to help individuals, businesses, and local and state governments in earthquake prone areas to prepare for significant earthquakes. Preparedness measures are part of the emergency management cycle, and can be refined through the use of a good Earthquake scenario.

Introduction

Earthquake preparedness measures can be divided into:

Building design and retrofitting

In the United States, buildings codes in earthquake prone states currently often have specific requirements designed to increase new buildings' resistance to earthquakes. Older buildings and homes that are not up to code may be retrofitted to increase their resistance. Such retrofitting is often required for older governmental buildings under state laws. Retrofitting and earthquake resistant design are also employed in elevated freeways and bridges. Current buildings code is not designed to make buildings earthquake proof in the sense of them suffering zero damage. The goal of most building designs is to reduce earthquake damage to a building such that it protects the lives of occupants and thus tolerance of some limited damage is accepted and considered a necessary tradeoff Earthquake retrofitting techniques and modern building codes are designed to prevent total destruction of buildings for earthquakes of no greater than 8.5 on the Richter Scale

Personal preparedness

Homeowners, renters, and businesses in earthquake territory are encouraged by governments to have an earthquake kit available with enough supplies for three days. From experience, this is considered the amount of time it takes for emergency services to reach full strength. Such disaster supplies kits are also useful in other natural hazards. State and federal governments publish earthquake preparedness booklets.

Other things one can do are moving heavy or dangerous objects from high places to low, securing bookshelves and other furniture that could topple into the wall, replacing halogen and incandescent bulbs with fluorescent ones to minimize fire risk. Having a disaster supply kit is useful, but access is an important factor, having close access to battery powered light everywhere in the home may be of great help during emergencies.

External links



Wikipedia, the free encyclopedia © 2001-2006 Wikipedia contributors (Disclaimer)
This article is licensed under the GNU Free Documentation License.
Last updated on Tuesday March 11, 2008 at 20:38:20 PDT (GMT -0700)
View this article at Wikipedia.org - Edit this article at Wikipedia.org - Donate to the Wikimedia Foundation