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Great Southern California shakeout results provide new communication strategies

Date:
February 22, 2010
Source:
University of Colorado at Boulder
Summary:
Researchers who devised the largest earthquake preparedness event ever undertaken in the United States say one of the biggest challenges was translating devastation projections from a hypothetical magnitude 7.8 San Andreas Fault temblor into timely, usable information to the more than 5 million California participants in 2008.

Researchers who devised the largest earthquake preparedness event ever undertaken in the United States say one of the biggest challenges was translating devastation projections from a hypothetical magnitude 7.8 San Andreas Fault temblor into timely, usable information to the more than 5 million California participants in 2008.

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Known as the Great Southern California Shakeout, the event was designed by more than 300 experts in fields including earth sciences, engineering, policy, economics and public health, said University of Colorado at Boulder Research Professor Keith Porter, who coordinated estimates of physical damages in the scenario. He said the interests of the scientists -- including high-tech research and state-of-the-art projections -- did not always coincide with concerns of the general public and emergency preparedness planners looking for timely, simple information on issues.

"One of the biggest challenges of the ShakeOut was to get scientists to speak the language of citizens," said Porter of CU-Boulder's civil, environmental and architectural engineering department. "While many researchers were concerned about advancing the state of science through different modeling scenarios and debate, the citizens made it clear to us they needed the big picture."

Porter gave a presentation on the subject at the 2010 meeting of the American Association for the Advancement of Science held Feb. 18-22 in San Diego. Porter's talk was part of a session titled "Earthquake Science and Advocacy: Helping Californians Live Along the San Andreas Fault." The Great Southern California ShakeOut event was led by the U.S. Geological Survey.

Pushing the limits of science, including efforts like the ShakeOut, almost invariably creates a lack of consensus among scientists that can cause confusion in the public sector leading to "ambiguity aversion" -- a preference by people to deal with known risks and to avoid dealing with risks where there is significant disagreement about the level of uncertainty, said Porter. "We found these people needed a single, discreet, story, which led us to explore and present what we thought was a single, realistic outcome of the hypothetical earthquake, as opposed to a discussion of possible outcomes."

The 2008 ShakeOut scenario and a follow-up 2009 ShakeOut exercise involving more than 5 million Californians participating in "drop, cover and hold on" earthquake drills and other family, school and organizational emergency plans were huge successes, causing the USGS and collaborators to make the ShakeOut an annual event, Porter said. "Our hope is the activities undertaken by participants will become second nature," he said. "In a sense it is similar to people taking CPR courses annually to keep up to speed."

The USGS team that created the ShakeOut is now creating an emergency preparedness scenario known as ARkStorm to simulate the outcome of a series of massive West Coast storms similar to those that pounded California in 1861 and 1862. Those storms lasted for 45 days, flooded vast areas of northern and southern California, submerged a swath of the Sacramento and San Joaquin valleys 300 miles long and up to 60 miles wide and inundated large areas of Los Angeles and Orange counties.

Such storms draw heat and moisture from the tropical Pacific Ocean, forming "atmospheric rivers" that cause damage on the same scale of earthquakes and are projected to become more intense as a result of climate change, said Porter. Porter is leading the ARkStorm team that is assessing the potential outcome from such a storm in terms of physical damages, repair costs and the restoration time for buildings, dams, levees, harbors, bridges, roads, water supply systems and electric power.


Story Source:

The above story is based on materials provided by University of Colorado at Boulder. Note: Materials may be edited for content and length.


Cite This Page:

University of Colorado at Boulder. "Great Southern California shakeout results provide new communication strategies." ScienceDaily. ScienceDaily, 22 February 2010. <www.sciencedaily.com/releases/2010/02/100220184335.htm>.
University of Colorado at Boulder. (2010, February 22). Great Southern California shakeout results provide new communication strategies. ScienceDaily. Retrieved April 18, 2015 from www.sciencedaily.com/releases/2010/02/100220184335.htm
University of Colorado at Boulder. "Great Southern California shakeout results provide new communication strategies." ScienceDaily. www.sciencedaily.com/releases/2010/02/100220184335.htm (accessed April 18, 2015).

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