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Near Real-time Flood Threat Recognition Improves Resiliency in Urban, Peri-urban and Natural Watersheds
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Description: Book cover
Near Real-time Flood Threat Recognition Improves Resiliency in Urban, Peri-urban and Natural Watersheds

Near Real-time Flood Threat Recognition Improves Resiliency in Urban, Peri-urban and Natural Watersheds

Near Real-time Flood Threat Recognition Improves Resiliency in Urban, Peri-urban and Natural Watersheds

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Description: Book cover
Near Real-time Flood Threat Recognition Improves Resiliency in Urban, Peri-urban and Natural Watersheds
Abstract
Occurrences of heavy rainfall and flooding events are increasingly impacting people and infrastructure. Understanding how your watershed responds to heavy precipitation is gained through high-resolution rainfall mapping and gridded physics-based hydrologic/hydraulic modeling. This approach helps improve resiliency by reducing the public's exposure to flooding. Emergency responders benefit from knowing when and where flooding is likely to occur, with lead time on where to close or barricade intersections. Results are discussed that demonstrate the importance of detecting rainfall patterns associated with an extreme event, and ability to transform gridded rainfall into runoff to provide notifications and lead-time.
Occurrences of heavy rainfall and flooding events are increasingly impacting people and infrastructure. Understanding how your watershed responds to heavy precipitation is gained through high-resolution rainfall mapping and gridded physics-based hydrologic/hydraulic modeling. This approach helps improve resiliency by reducing the public's exposure to flooding. Emergency responders benefit from knowing when and where flooding is likely to occur, with lead time on where to close or barricade intersections. Results are discussed that demonstrate the importance of detecting rainfall patterns associated with an extreme event, and ability to transform gridded rainfall into runoff to provide notifications and lead-time.
Author(s)
Baxter VieuxBen Wostoupal
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Mar 2020
ISSN1938-6478
DOI10.2175/193864718825157646
Volume / Issue
Content sourceNational Stormwater Symposium
Copyright2020
Word count14
Subject keywordsSustainable SolutionsClimateFlooding

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Description: Book cover
Near Real-time Flood Threat Recognition Improves Resiliency in Urban, Peri-urban and Natural Watersheds
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Description: Book cover
Near Real-time Flood Threat Recognition Improves Resiliency in Urban, Peri-urban and Natural Watersheds
Abstract
Occurrences of heavy rainfall and flooding events are increasingly impacting people and infrastructure. Understanding how your watershed responds to heavy precipitation is gained through high-resolution rainfall mapping and gridded physics-based hydrologic/hydraulic modeling. This approach helps improve resiliency by reducing the public's exposure to flooding. Emergency responders benefit from knowing when and where flooding is likely to occur, with lead time on where to close or barricade intersections. Results are discussed that demonstrate the importance of detecting rainfall patterns associated with an extreme event, and ability to transform gridded rainfall into runoff to provide notifications and lead-time.
Occurrences of heavy rainfall and flooding events are increasingly impacting people and infrastructure. Understanding how your watershed responds to heavy precipitation is gained through high-resolution rainfall mapping and gridded physics-based hydrologic/hydraulic modeling. This approach helps improve resiliency by reducing the public's exposure to flooding. Emergency responders benefit from knowing when and where flooding is likely to occur, with lead time on where to close or barricade intersections. Results are discussed that demonstrate the importance of detecting rainfall patterns associated with an extreme event, and ability to transform gridded rainfall into runoff to provide notifications and lead-time.
Author(s)
Baxter VieuxBen Wostoupal
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Mar 2020
ISSN1938-6478
DOI10.2175/193864718825157646
Volume / Issue
Content sourceNational Stormwater Symposium
Copyright2020
Word count14
Subject keywordsSustainable SolutionsClimateFlooding

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Baxter Vieux#Ben Wostoupal. Near Real-time Flood Threat Recognition Improves Resiliency in Urban, Peri-urban and Natural Watersheds. Water Environment Federation, 2021. Web. 20 Oct. 2025. <https://www.accesswater.org?id=-10033687CITANCHOR>.
Baxter Vieux#Ben Wostoupal. Near Real-time Flood Threat Recognition Improves Resiliency in Urban, Peri-urban and Natural Watersheds. Water Environment Federation, 2021. Accessed October 20, 2025. https://www.accesswater.org/?id=-10033687CITANCHOR.
Baxter Vieux#Ben Wostoupal
Near Real-time Flood Threat Recognition Improves Resiliency in Urban, Peri-urban and Natural Watersheds
Access Water
Water Environment Federation
February 4, 2021
October 20, 2025
https://www.accesswater.org/?id=-10033687CITANCHOR