Breaking News: Floods

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A Virginia Tech disaster response expert has actionable recommendations to improve preparedness and community resilience in the aftermath of Hurricane Helene's disaster

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As residents continue to clean up, the health dangers of standing water and the lack of drinking water is now a concern. ...

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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.

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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.

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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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University of Miami health geographer Imelda Moise led a study that found mosquito populations in Miami-Dade County increased dramatically after Hurricane Irma.

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Dr. Seongpil Jeong and Kyungjin Cho of the Center for Water Cycle Research at the Korea Institute of Science and Technology (KIST) have developed an aquifer storage technique that could improve the potential for stable water storage.

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For the past three years, students in the Rosenstiel School at the University of Miami have investigated how information on devastating landfalling hurricanes is created, shared, and used within a complete warning system.

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By: Kayla Cardenas | Published: September 11, 2024 | 12:09 pm | SHARE: Atlantic hurricane season is nearing its peak, raising alarms for mold outbreaks triggered by flooding and the respiratory health issues to follow.Ebrahim Ahmadisharaf, an assistant professor and researcher at the FAMU-FSU College of Engineering’s Resilient Infrastructure and Disaster Response Center, or RIDER, is shedding new light on the indirect effects of flood damage on residential buildings and human health.

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On the heels of a Northeastern rainstorm that flooded towns on Long Island and claimed at least two lives in Connecticut, teams of scientists, engineers, and representatives of local power and transportation utilities met to discuss the increasing frequency of severe weather and its impacts on crucial infrastructure. The timing for the meeting at New York’s Kennedy International Airport August 21-22, 2024, was a coincidence.

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Scientists from Jefferson Lab, Old Dominion University and the University of Virginia recently conducted a study that compares deep learning models of street-scale flooding in the City of Norfolk with previous machine learning and physics-based simulations.

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Pioneering research forecasts worldwide flooding is likely to be significantly worse in future decades if countries fail to meet official pledges to cut carbon emissions.

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Tufts University researcher Farshid Vahedifard and his team have created physics models to predict cascading hazards such as landslides and debris flows that can follow wildfires.

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Irvine, Calif., Aug. 19, 2024 — Cities around the globe are experiencing increased flooding due to the compounding effects of stronger storms in a warming climate and urban growth. New research from the University of California, Irvine suggests that urban form, specifically the building density and street network of a neighborhood, is also affecting the intensity of flooding.