Dr. Jamie Shinn is overseeing the development of an online resource – the West Virginia Flood Resilience Framework – poised to help residents in flood-prone areas of central Appalachia become better prepared to recover from flooding through accessible information on flood risk, floodplain management, and comprehensive disaster preparation.
For years, Rutgers ecologist Brooke Maslo has studied how to redesign flood-prone landscapes so they can best protect the communities they border from the ravages of swollen brooks and rivers and rising seas.
Researchers at North Carolina State University have created a land change model that simulates interactions between urban growth, increased flooding and how humans adapt in response. The new model could offer a more realistic assessment of risk for urban planners, natural resource managers and other local government stakeholders.
To better understand important dynamics at play in flood-prone coastal areas, Oak Ridge National Laboratory scientists working on simulations of Earth’s carbon and nutrient cycles paid a visit to experimentalists gathering data in a Texas wetland.
The Korea Institute of Science and Technology (KIST) announced that has developed a new zero-dimensional and two-dimensional (2D-0D) semiconductor artificial junction material and observed the effect of a next-generation memory powered by light.
To reduce the human, economic and related risks of blackouts and other types of infrastructure failures, a team associated with the Emerging Energy Markets Analysis initiative, based at Idaho National Laboratory, used a novel framework for assessing critical infrastructure’s resilience.
Indirect pressures on many areas could outweigh direct inundation
Hurricanes, floods, heat waves and other disasters are striking the United States with increased severity and frequency, and since 2000 the Federal Disaster Mitigation Act has required states and local jurisdictions to have plans in place to reduce damages from such events.
Intense tropical cyclones are one of the most devastating natural disasters in the world due to torrential rains, flooding, destructive winds, and coastal storm surges.
Scientists in Australia have found that people impacted by a flooding event are at significantly increased risk of dying – including heart and lung problems – in a crucial window between three and six weeks after the event, even after the flooding has dissipated.
At the core of uncovering extreme events such as floods is the physics of fluids – specifically turbulent flows.
Partnering with AT&T and the New York Power Authority, researchers at Argonne National Laboratory used supercomputing resources to develop a new methodology for estimating increased flood risk from climate change during the mid-21st century.
A new study by Ebrahim Ahmadisharaf, a researcher at the Resilient Infrastructure and Disaster Response Center, or RIDER Center, in the FAMU-FSU College of Engineering, will help communities in the Pensacola Bay and Perdido Bay watersheds manage the threat posed by compound flooding.
Natural flood disasters were associated with increased new cases and deaths of enteric infections, neglected tropical diseases, and respiratory infections. Concerted efforts should be made to design better strategies for adaptation to prevent and control the outbreak of floods-related infectious disease and reduce their impact on health and life.
Most coastal communities will encounter 100-year floods annually by the end of the century, even under a moderate scenario where carbon dioxide emissions peak by 2040, a new study finds. And as early as 2050, regions worldwide could experience 100-year floods every nine to fifteen years on average.
Thousands of people are dead and at least 10,000 missing after devastating flooding in Libya. The Mediterranean storm brought heavy rains to the northeastern part of the country, already crumbling from more than a decade of conflict. “Although Storm Daniel caused the devastating flood, a combination of factors exacerbated the nation's vulnerability to natural hazards, resulting in enormous casualties,” says Virginia Tech geophysicist Manoochehr Shirzaei.
In the United States, tens of millions of people live behind levees, but historically disadvantaged groups are more likely to live behind subpar levees and have fewer resources to maintain critical levee infrastructure, a new study reveals.
Anyone who’s been caught in an unexpected downpour knows that weather forecasting is an imperfect science.
Earth’s rapidly changing climate is taking an increasingly heavy toll on landscapes around the world in the form of floods, rising sea levels, extreme weather, drought and wildfire. Also at growing risk are the values of the property where these hazards are projected to worsen, according to a new study by University of Utah scholars. The research team, led by biology professor William Anderegg, attempted, for the first time, to quantify the value of U.S. property at risk in forested areas exposed to increased wildfire and tree mortality associated with climate stresses and beetle infestation.
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