A new network of researchers and community officials is working to find solutions to some of the biggest challenges within the Mississippi River watershed.
A combination of climate change, extreme weather and pressure from local human activity is causing a collapse in global biodiversity and ecosystems across the tropics, new research shows.
Rising sea levels, a direct impact of the Earth’s warming climate, is intensifying coastal flooding. The findings of a new study show that the projected negative economy-wide effects of coastal flooding are already significant until 2050, but are then predicted to increase substantially towards the end of the century if no further climate action on mitigation and adaptation is taken.
Irvine, Calif., Jan. 21, 2020 – Community collaboration and high-resolution maps are key to effective flood risk management, according to civil engineers and social scientists at the University of California, Irvine and other institutions. In a study published recently in the American Geophysical Union journal Earth’s Future, the researchers report on a successful new process called “collaborative flood modeling” for addressing the increasing threat of rising waters brought on by climate change, aging infrastructure and rapid urban development.
The goals of this project are to help communities guide future mitigation projects as well as to assist local communities in moving up in the Community Rating System (CRS) of the National Flood Insurance Program.
Last spring’s historic flooding along the Missouri and Mississippi rivers may have distributed toxic contaminants along wide flood routes. Researchers know little about how these materials may affect public health and safety in rural and urban areas. But a group of geologists and geological engineers from Missouri University of Science and Technology is working to find out.
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