• From Bush Fires to Terrorism: How Communities Become Resilient

    The world has watched in sympathy as Australia has come to terms with the ravages of the worst bush fires on record. Communities have been devastated by this crisis, but many have shown incredible resilience in banding together to support one another through the harrowing experience. Challenges to communities come in many guises – social, political, economic, climatic, technological and cultural. Our study looked at ways of building community resilience in response to extreme events.

  • Before We Rush to Rebuild after Fires, We Need to Think about Where and How

    Public support for rebuilding in the same disaster affected places is often high. But as fire-fighting agencies are aware, our bushfires are increasing in size, intensity and duration, and a warming climate will continue to worsen these factors. We need to start being more strategic about where we rebuild homes and facilities lost to fire, and how.

  • ResponderCQ Measures Disaster Resilience, Response Capabilities

    Disaster response has dominated headlines for years, and technologies to enhance disaster response capabilities are rapidly emerging. Now, a new global dialogue is centering on resilience—how we not only come together to help communities quickly recover, and even thrive, post-disaster, but how we strengthen their defenses against future threats. DHS S&T funded the development of guidance and tools to help communities measure their “Capability Quotient (CQ),” which is the readiness to respond to risk and to respond to disruptions of any kind.

  • Comparing Floodplain Protection Today to Predicted Future Flood Losses

    A new study seeks to answer an important question related to flooding in the United States – pay now to protect undeveloped areas that are likely to flood in the future or allow developments to go ahead and pay for damage when it occurs.

  • Why White Island Erupted and Why There Was No Warning

    White Island is one of several volcanoes in New Zealand that can produce sudden explosive eruptions at any time. In this case, magma is shallow, and the heat and gases affect surface and ground water to form vigorous hydrothermal systems. In these, water is trapped in pores of rocks in a super-heated state. Any external process, such as an earthquake, gas input from below, or even a change in the lake water level can tip this delicate balance and release the pressure on the hot and trapped water. The resulting steam-driven eruption, also called a hydrothermal or phreatic eruption, can happen suddenly and with little to no warning.

  • Prayers May Crowd Out Donations for Disaster Victims

    People who offer prayers for victims of natural disasters may be less likely to donate to those victims, according to research. “The results suggest that the act of praying is a substitute for material help — in other words, prayers crowd out donations, at least in some contexts,” Professor Linda Thunstrom says.

  • Bans on Rebuilding in Disaster-Prone Areas Ignore Homeowners Preferences – Raising Costs Works Better

    As California’s wildfire season intensifies, a growing number of residents in the state want to ban people from building in areas at greatest risk. That’s because taxpayers bear the burden of protecting homes in dangerous areas when fire breaks out – and they often help foot the bill when it’s time to rebuild. A recent assessment showed that 1 in 4 Californians live in an area at “high risk” of wildfire. And people tend to want to rebuild in the same spot that was hit by a disaster. Alexander Smith writes that as a behavioral economist who studies the psychology of decision-making, he tries to understand people’s motivations before taking a position in a policy debate. He believes there’s a better way for policymakers to achieve the same goal of getting people to avoid building in disaster-prone areas without forcing people from their homes.

  • Helping an Iowa Town Recover from Tornado Through Research, Outreach

    In the months following the tornado which hit Marshalltown, Iowa, faculty and students in Iowa State University’s sustainable environments interdisciplinary graduate program examined the housing recovery experience of different groups of Marshalltown residents. The goal is to finalize a toolkit that communities can use to examine social and economic challenges that exacerbate a disaster’s damage and slow recovery efforts.

  • Dorian Lashes U.S. Carolinas after Pounding Bahamas, Weakens to Category 1 Storm

    Hurricane Dorian weakened into a Category 1 hurricane Friday, after generating tornadoes and flooding roads in North and South Carolina. Dorian is moving with maximum sustained winds of 150 kilometers per hour. Dorian will remain a potent storm straight into the weekend, however, with tropical storm warnings posted as far north as Martha’s Vineyard, Massachusetts, according to the National Hurricane Center.

  • Boosting Energy Security: Lessons from Post-Hurricane Maria Puerto Rico

    It took nearly a year for the government-run Puerto Rico Electric Power Authority (PREPA), which is the only power company in Puerto Rico, to restore electricity throughout the island. This was the biggest and longest power outage in U.S. history.As scientists suggest that weather will probably become more extreme and weather-related natural disasters are likely to intensify in the coming decades,we can learn some valuable lessons from what Puerto Rico has gone through in the wake of Hurricane Maria.

  • Optimizing use of future wave electricity generators during disaster

    When hurricanes strike, loss of electricity ranks as one of the top concerns for relief workers. Blackouts lasting a week or more can hamper recovery efforts, shutter hospitals, threaten public health and disrupt transportation. The months-long effort to restore power to Puerto Rico following the 2017 hurricane season has led to renewed interest in finding innovative ways to get affected power grids back online. Researchers look to develop a strategy for how floating devices that harness the energy of the oceans’ waves might be able to provide this much needed aid.

  • Satellite observations help in earthquake monitoring, response

    Researchers have found that data gathered from orbiting satellites can provide more accurate information on the impact of large earthquakes, which, in turn, can help provide more effective emergency response.

  • Cities can save lives, resources by using a vulnerability reduction scorecard

    A new planning tool enables communities to effectively reduce their vulnerabilities to hazards across their network of plans – including transportation, parks, economic development, hazard mitigation, emergency management and comprehensive land use.

  • Robots help in the demanding Fukushima cleanup efforts

    In 2011, a tsunami triggered by a magnitude 9.0 earthquake all but decimated the Pacific Coast of Tohoku, Japan, including the Fukushima Daiichi power plant. A catastrophic meltdown ensued. Many tons of nuclear fuel, boiled down to a radioactive lava, corroded the steel surrounding the facility’s three reactors. Today, the cleanup effort is still projected to take several decades. S&T and NIST developed standard test methods for robots, which the Japanese government is now beginning to apply directly to their Fukushima cleanup efforts.

  • Technology assesses bridge safety after powerful storms

    Hurricanes and heavy rains often cause strong, overflowing river currents that can damage critical infrastructure, such as bridges. For example, after Hurricane Katrina, many National Guard convoys loaded with aid did not drive on bridges for fear the bridges could not support the heavy trucks. To safely transport, they had to use roundabout roads or boats to reach Katrina survivors. Loose or loosening soil is often the culprit in weakening bridge stability. Thus, an instrument that can quickly assess the soil conditions around bridge pillars is a top priority.