Development of Storm-Water Management Design Criteria to Maintain Geomorphic Stability in Kansas City Metropolitan Area Streams

Pomeroy, Christine; Postel, N. A.; O’Neill, Patrick; Roesner, Larry A.

doi:10.1061/(asce)0733-9437(2008)134:5(562)

Cited by 23 publications

(19 citation statements)

References 5 publications

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“…Using an erosion index approach, Pomeroy et al (2008) predicted that control of flow rates could reduce erosion to predevelopment levels for streams with gravel beds, but that volume controls are required to control erosion for fine loam bed material which has a lower critical shear stress. The authors predict that erosion can be controlled in both cases, but not simultaneously.…”

Section: Effect Of Urbanisation and Flow Controls On The Erosion Potementioning

confidence: 99%

“…Mecklenburg and Ward (2002) extended the latter approach to include a range of design events and their associated probability of occurrence. In this study, the erosion potential was calculated as a function of flows, and the erosion potential was integrated over a longterm hydrograph through the use of a flow duration curve, similar to the approach used by Bledsoe et al (2007) and Pomeroy et al (2008). A flow duration curve represents the fraction of time over which a flow is equalled or exceeded, as a function of flow rate.…”

Section: Introductionmentioning

confidence: 99%

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Model application to assess effects of urbanisation and distributed flow controls on erosion potential and baseflow hydraulic habitat

Elliott

Spigel

Jowett

et al. 2010

Urban Water Journal

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The catchment model SWMM was modified to include on-site flow-control devices, and then linked with models of hydraulic habitat suitability and erosive potential for specific reaches in a study catchment. Urbanisation decreased the modelled baseflow by up to 33% and reduced the area of suitable hydraulic habitat by 0.5-13.3%, depending on the reach and species. Hypothetical infiltration devices increased the baseflow to pre-development levels, with an associated increase in habitat, but other measures were not effective. Urbanisation increased the erosion potential index by a factor of 1.58-9.32, depending on the reach. Erosion-control ponds decreased the erosion potential to predevelopment level in some reaches. Detention tanks reduced the erosion potential significantly, but not to predevelopment levels. The poor predictive ability of the models for baseflow compromised the utility of the hydraulic habitat assessment. Predictions of the effects of urbanisation on baseflow habitat should therefore be treated cautiously.

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Section: Effect Of Urbanisation and Flow Controls On The Erosion Potementioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Model application to assess effects of urbanisation and distributed flow controls on erosion potential and baseflow hydraulic habitat

Elliott

Spigel

Jowett

et al. 2010

Urban Water Journal

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“…저류시설과 관련된 연구사례를 살펴보면, 도시유역에서 저류 시설 설계를 위한 제반사항에 관한 연구 (Lee et al, 1993;Lee et al, 1995;Pomeroy et al, 2008)를 시작으로, 최근에는 저류시설의 적절한 위치와 용량산정을 위한 사례 (Emerson et al, 2003;Zhen et al, 2004;Lee et al, 2006;Lee and Kim, 2008;Jang et al, 2008), 저류시설의 유출저감효과 평가 (ASCE, 1992;Choi et al, 2003;Yoo et al, 2010;Choi et al, 2012), 분담형 저류시설을 이용한 유출저감효과 분석 (Kim et al, 2007;MST, 2007;Han et al, 2012;Park et al, 2013a) 등이 있다. 아울러 도시지역에서 침수피해 저감을 위한 우수 관망 배치의 최적화 문제도 눈여겨 볼만하다 Lee, 2010;Park et al, 2011).…”

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A Comparative Analysis on the Flood Reduction Effects of Stormwater Storage and Infiltration Measures at a Catchment Scale

Park¹,

Shin²

2014

Journal of Korean Society of Hazard Mitigation

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The purpose of this study is to evaluate the flood reduction effects of stormwater storage and infiltration facilities at a urban catchment scale and to compare the cost-effectiveness with drainage system improvements. Three policy scenarios to mitigate flood damage were developed by considering drainage system improvements, storage installations, and infiltration facility installations. The installation costs and flood reduction effects of the scenarios were compared to each other. The result shows that, while the stormwater storage and infiltration facilities were marginally effective in reducing the amount of peak flow and runoff volume, they were more effective in reducing the inundation damage. As rainfall increases, the cost-effectiveness of drainage improvements measures decreases relatively, yet the cost-effectiveness of stormwater storage and infiltration facility measures increases remarkably. This result indicates that stormwater storage and infiltration facilities could be helpful to mitigate urban flood risk more fundamentally as local heavy rainfall increases.

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“…presented a physically-based distributed modeling approach that can be used to analyze the hydrologic effects of rain gardens in an urban watershed, but which avoids the need to make parameter estimations over larger lumped catchments. Applying 53 years of historical precipitation data in a USEPA SWMM model simulation,(Pomeroy et al, 2008) reported that local hydrologic and geomorphic characteristics such as erosion potential are necessary to identify appropriate storm-water control requirements for on-site BMPs Khader and Montalto (2008). presented preliminary results of a modeling study applying a high-resolution SWMM model to estimate the effects of LID retrofits in a dense urban watershed.…”

mentioning

confidence: 99%

Sustainability

Zhou¹,

Montalto²,

Erdal³

et al. 2009

Water Environment Research

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This review section covers journal articles and conferences papers on sustainability that were published from 2006 to 2008. The literature review has been divided into the following sections 1 : • Sustainable water and wastewater utilities The sustainable water and wastewater utilities reviewed sustainable practices and sustainable workforce management including workforce development, knowledge retention and information sharing, succession planning, and financing. The stormwater and green Infrastructure considered a variety of low impact development (LID) design and technologies and green infrastructures. The wastewater technologies reviewed wastewater treatment, anaerobic technologies, low impact and natural treatment systems, and residuals and emissions management. The sustainability and energy in wastewater industry discussed energy conservation, production and recovery. The sustainability and climate change reviewed greenhouse gas (GHG) emission from water and wastewater industries, the impacts of climate change and reducing carbon footprint.The sustainability and water reuse considered water reclamation and reuse in municipal, industrial, and agricultural settings

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Development of Storm-Water Management Design Criteria to Maintain Geomorphic Stability in Kansas City Metropolitan Area Streams

Cited by 23 publications

References 5 publications

Model application to assess effects of urbanisation and distributed flow controls on erosion potential and baseflow hydraulic habitat

Model application to assess effects of urbanisation and distributed flow controls on erosion potential and baseflow hydraulic habitat

A Comparative Analysis on the Flood Reduction Effects of Stormwater Storage and Infiltration Measures at a Catchment Scale

Sustainability

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