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Low Impact Development Hydrologic Modeling: West Stroh Gulch Case Study
Sponsored by the Sustainable Stormwater Infrastructure Committee of the Waste, Wastewater and Stormwater Council of the Environmental and Water Resources Institute of ASCE.
Low Impact Development Hydrologic West Stroh Gulch Case Study discusses the hydrologic modeling of the West Stroh Gulch watershed in Parker, Colorado. It explores innovative stormwater infrastructure planning for water quality, conveyance, detention, flood control, and stream health. In addition, the case study delves into alternative development approaches for preserving tributary stream networks and managing runoff through various stormwater controls, presenting results from event-based and continuous stormwater modelingThe study aids in understanding hydrologic changes that can lead to improved development practices.
Topics include
Hydrologic modeling of distributed stormwater treatment controls,Modeling scenarios and inputs,Event-based models,Continuous simulation model, andSurrogate methods.The book aims to provide planners, engineers, and watershed scientists with insights into innovative stormwater management practices and how these practices can integrate into and navigate the development process.
Low Impact Development Hydrologic West Stroh Gulch Case Study discusses the hydrologic modeling of the West Stroh Gulch watershed in Parker, Colorado. It explores innovative stormwater infrastructure planning for water quality, conveyance, detention, flood control, and stream health. In addition, the case study delves into alternative development approaches for preserving tributary stream networks and managing runoff through various stormwater controls, presenting results from event-based and continuous stormwater modelingThe study aids in understanding hydrologic changes that can lead to improved development practices.
Topics include
Hydrologic modeling of distributed stormwater treatment controls,Modeling scenarios and inputs,Event-based models,Continuous simulation model, andSurrogate methods.The book aims to provide planners, engineers, and watershed scientists with insights into innovative stormwater management practices and how these practices can integrate into and navigate the development process.
133 pages, Kindle Edition
Published August 24, 2025
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