A new WHOI-led study uses satellite data to help uncover what caused devastating flooding and examine how it impacted some of the state’s most vulnerable residents.
Nature-based solutions like restoring mangroves, and hybrid solutions, protect vulnerable shorelines. However, they need careful planning to be effective. A new GIS-based tool, combined with varied experts’ input, has identified the best shoreline stabilization methods for the Florida Keys. Findings show that about 8% of coastline is suitable for nature-based or hybrid solutions, while 25.1% is unsuitable, and 67% is already vegetated or naturally protected. The tool integrates data on shoreline types, environmental factors and wave exposure to guide decisions on shoreline protection.
Wildfires in California and floods in the Southeast have damaged thousands of homes in recent months, with many homeowners eligible for low-interest loans from the federal government to help repair damage and get back on their feet.
Researchers led by an UdeM architecture professor look at how fear, anger and pride combine to shape responses to climate risks in four Latin American communities.
A new study led by the University of Portsmouth, England analysing a lake formed by a glacier surge in the Karakoram Mountains has revealed how satellite images can be used to monitor the potential for lake drainage hazards
A joint U.S.-Japan project funded by the NSF and JST, involving researchers from FAU, Lehigh University, and Japanese institutions like Kyoto University, aims to develop a human-centered flood risk management framework. Supported by a $1 million grant, the three-year project focuses on integrating natural conditions, public perceptions, policies, and the impacts of flooding on vulnerable groups such as low-income, minority, disabled, and elderly populations.
Preliminary findings suggest that lower-quality public housing structures (with lower inspection scores) are more likely to be located in a FEMA flood zone and in areas with higher flood risk as defined by FEMA’s National Risk Index. They are also more likely to be home to higher percentages of people of color. Kelsea Best, assistant professor of Urban Climate Resilience and Adaptation Disparities in Ohio State University’s College of Engineering, will present the team’s research in December at the annual Society for Risk Analysis meeting in Austin, Texas.
Recent decades have seen a rapid surge in damages and disruptions caused by flooding. In a commentary article published today in the American Geophysical Union journal Earth’s Future, researchers at the University of California, Irvine and the University of Bristol in the United Kingdom – the latter also executives of U.
U.S. Air Force officials installed a new kind of structure in the waters of St. Andrew Bay on the shore of the Tyndall U.S. Air Force Base in Northwest Florida on Oct. 30 – the first section of a Rutgers University-designed “self-healing” reef made of custom-designed concrete modules and living oysters. The reef is designed to protect the base and its people from hurricanes and tidal surges.
The Arctic is warming faster than any other area of the planet. How environmental change affects the landscape, weather patterns and infrastructure for communities — not just here but across the world — is of keen interest to scientists studying climate change.
A Virginia Tech disaster response expert has actionable recommendations to improve preparedness and community resilience in the aftermath of Hurricane Helene's disaster
As residents continue to clean up, the health dangers of standing water and the lack of drinking water is now a concern. ...
Hurricane Helene has brought widespread devastation along the East Coast, particularly in North Carolina, South Carolina, Georgia, and Florida. Three Virginia Tech public health and water quality experts – Stephanie Lareau, Julia Gohlke, and Alasdair Cohen – share insights on the pressing health risks associated with flooding in the wake of the hurricane.
A Virginia Tech environmental security expert says there are lessons to learn in the aftermath of Hurricane Helene's disaster that can improve preparedness and community resilience. “The tragic flood event in the southeast U.S. is a poignant example of the confluence of multiple factors, including development in floodplains, inadequate infrastructure maintenance and management, and the specter of climate change, whose compounding effect can amplify the disaster,” says Manoochehr Shirzaei, an associate professor of geophysics.
A team from the University of Houston found that, when they reduced estimates of atmospheric friction of storms, their predictions on PSC’s Bridges-2 improved markedly over standard storm predictions. This advancement promises better planning to lessen the effects of storms on people and possibly aid emergency storm responses.
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