STORMWATER MANAGEMENT RESOURCES
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Plans for land development should include a plan for stormwater as well, incorporating both natural and engineered solutions.
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The city of Fayetteville, North Carolina has always had flooding issues, but it’s been getting worse as weather patterns have been changing. They were hit four years in a row by storms Matthew (2016), Irma (2017), Florence (2018), and Dorian (2019).
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The RESILIO project has helped Amsterdam repurpose rooftops as smart blue-green roofs to reuse rainwater and prevent localized flooding. This project, along with other sustainable water initiatives like the Amsterdam Rainproof program, continues to position the Netherlands at the forefront of water management.
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Heavy rains in California prove the worthiness of the "sponge city" concept.
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How the city of Aurora, CO, via the Fitzsimmons-Peoria Stormwater Outfall Project, modernized outdated infrastructure in response to current needs and future threats.
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With extreme weather events appearing to occur with greater frequency, state and local governments are scrambling to prepare for the possibilities. Properly scaled preparation can save lives — and getting a sense of that scale is where AI is helping.
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The U.S. set an unwelcome record for weather and climate disasters in 2023, with 28 disasters that exceeded more than US$1 billion in damage each. While it wasn't the most expensive year overall — the costliest years included multiple hurricane strikes — it had the highest number of billion-dollar storms, floods, droughts, and fires of any year since counting began in 1980, with six more than any other year, accounting for inflation.
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Natural disaster risk modeling provides a reliable and affordable way for governments to estimate expected damage caused by rivers overflowing their banks.
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Two Indiana communities nestled along the Ohio River hope a new $6 million pump station will alleviate the region’s flooding woes. Relief was certainly long overdue.
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In the wake of the destructive Hurricane Otis, we find ourselves at a pivotal moment in the history of weather forecasting. This rare and alarming event, described by the U.S. National Hurricane Center as a "nightmare scenario," broke records for the fastest intensification rate over a 12-hour period in the eastern Pacific. Otis not only caught residents and authorities off guard, but also exposed the limitations of our current predictive tools.