The National Institute of Standards and Technology (NIST) Monday issued a draft Community Resilience Planning Guide for Buildings and Infrastructure which NIST is requesting public feedback on.
The draft guide — unveiled during a workshop at Texas Southern University – is designed to help communities plan for and act to keep windstorms, floods, earthquakes, sea-level rise, industrial mishaps and other hazards from inflicting disastrous consequences.
“The guide helps to translate the concept of community resilience into practice,” said NIST Acting Director Willie E. May. “We need stakeholder input to ensure that the guide will be an effective tool for helping communities to not only ‘weather the storm’ but also to bounce back quickly and efficiently.”
The guide lays out a six-step process that starts with the formation of a resilience team drawn from the community and culminates with the development and implementation of resilience strategies that are updated regularly. The resilience team’s role is to engage community representatives in a series of efforts that include defining how vital social functions like healthcare, education and public safety are supported by local buildings and infrastructure systems, such as power, water and transportation.
This information helps to address a critical question: When do buildings and infrastructure systems that support social functions need to be restored so that recovery is not deferred and the community’s long-term health does not deteriorate?
According to data collected by the Commerce Department’s National Oceanic and Atmospheric Administration (NOAA), over the last four years there have been 42 extreme weather events in the US leaving behind “at least $1 billion in damage, for a total cost of about $227 billion and 1,286 lives lost.”
“In all,” NIST stated in an announcement, “there were 334 major disaster declarations in the United States between 2010 and 2014. According to a separate tally by the Center for Research on the Epidemiology of Disasters in Belgium, the United States experienced about 500 natural disasters between 1994 and 2013, ranking second globally behind China. The 10 deadliest of these US disasters killed more than 4,000 people.
"Resilience planning is not a stand-alone activity," said NIST structural engineer Therese McAllister, who led development of the planning guide. "The guide recommends that communities integrate their resilience plans into economic development as well as zoning and other local planning activities that impact buildings, public utilities and other infrastructure systems that residents rely on for important services."
“The guide lays out a six-step process that starts with the formation of a resilience team drawn from the community and culminates with the development and implementation of resilience strategies that are updated regularly,” NIST said, noting that, “The resilience team’s role is to engage community representatives in a series of efforts that include defining how vital social functions like healthcare, education and public safety are supported by local buildings and infrastructure systems, such as power, water and transportation.”
NIST said, “This information helps to address a critical question: When do buildings and infrastructure systems that support social functions need to be restored so that recovery is not deferred and the community’s longer-term ability to serve local residents does not deteriorate?"
“The guide is an important addition to the National Preparedness System, which provides a way to organize preparedness activities and programs,” NIST said, adding, “Nearly 24,000 US communities have developed mitigation plans that aim to reduce the risk of damage from a hazard, according to the Federal Emergency Management Agency. Effective mitigation measures will, for example, protect a building from flooding, but factoring in resilience will help to ensure that the structure also has power and water during recovery.”
The draft guide consists of two volumes. The first provides an overview of community resilience and summarizes the six steps involved in developing and implementing a resilience plan. It also provides an example of how a fictional community uses the framework to plan and guide resilience efforts.
The second volume serves as a detailed resource to support the six steps. It includes comprehensive sections on characterization of social and economic functions, buildings, transportation, energy, communication, water and wastewater and community resilience metrics.
NIST “led the development of the draft guide, convening four regional meetings to gather stakeholder input. It engaged nine outside experts in disciplines ranging from buildings to public utilities and from earthquake engineering to sociology to assist in drafting the guide. NIST also drew on its own expertise, developed through its detailed studies of more than 50 disasters and building failures, including the collapse of the World Trade Center buildings and the 2011 Joplin, Mo., and Moore, Okla., tornadoes.”
The announcement stated that, “NIST expertise also comes from ongoing research to improve the structural performance of buildings and technical contributions to the development of building standards and codes by other organizations.”
The 60-day public review of the draft Community Resilience Planning Guide for Buildings and Infrastructure has been announced in the Federal Register.
For more information on NIST’s Community Disaster Resilience Program, visit the NIST website.
As a non-regulatory agency of the Commerce Department, NIST promotes US innovation and industrial competitiveness by advancing measurement science, standards and technology in ways that enhance economic security and improve our quality of life.
To learn more about NIST, visit www.nist.gov.
Photo: Resilience planning can help communities to better withstand and bounce back from storms and other hazards so that they can quickly restore roads, power and other essential services. Aerial views during a US Army search and rescue mission show damage from Hurricane Sandy to the New Jersey coast. US Air Force photo by Master Sgt. Mark C. Olsen.