Collaborative Approach to Calibration of a Riverine Water Quality Model

Stackelberg, N. O. von; Neilson, Bethany T.

doi:10.1061/(asce)wr.1943-5452.0000332

Cited by 8 publications

(3 citation statements)

References 9 publications

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“…Stakeholder involvement in discreet portions of TMDL development and implementation has been discussed relatively frequently at professional meetings (e.g., Mumley and Speare 2002 ;Gaddis et al 2010 ) and in the peer-reviewed literature (e.g., Voinov and Gaddis 2008 ;Von Stackelberg and Neilson 2014 ;Hunt et al 2021 ). In contrast, there is a dearth of peer-reviewed literature describing stakeholder involvement throughout the process of impairment identifi cation and remediation, especially related to temperature impairment.…”

Section: Stakeholder Engagement and Collaborationmentioning

confidence: 99%

Fisheries Volume 48 Number 8 August 2023

2023

Fisheries

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Wiley's Corporate Citizenship initiative seeks to address the environmental, social, economic, and ethical challenges faced in our business and which are important to our diverse stakeholder groups. Since launching the initiative, we have focused on sharing our content with those in need, enhancing community philanthropy, reducing our carbon impact, creating global guidelines and best practices for paper use, establishing a vendor code of ethics, and engaging our colleagues and other stakeholders in our efforts.

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Section: Stakeholder Engagement and Collaborationmentioning

confidence: 99%

Fisheries Volume 48 Number 8 August 2023

2023

Fisheries

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“…Stakeholder involvement in discreet portions of TMDL development and implementation has been discussed relatively frequently at professional meetings (e.g., Mumley and Speare 2002; Gaddis et al 2010) and in the peer‐reviewed literature (e.g., Voinov and Gaddis 2008; Von Stackelberg and Neilson 2014; Hunt et al 2021). In contrast, there is a dearth of peer‐reviewed literature describing stakeholder involvement throughout the process of impairment identification and remediation, especially related to temperature impairment.…”

Section: Stakeholder Engagement and Collaborationmentioning

confidence: 99%

Addressing Coldwater Temperature Impairment in a Changing Climate

Kusnierz¹,

Leiman²,

Jager

2023

Fisheries

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Climate change is concerning for fisheries professionals because increased water temperatures threaten coldwater habitats, which are vital to recreational and commercial fisheries and keystone species. The Clean Water Act provides a legal framework to identify and address water quality impairments including those associated with temperature. Although this framework provides a basic strategy to identify impairments, develop total maximum daily loads, and reduce pollution, it does not explicitly consider the challenges of a changing climate in addressing water quality impairments. Clean Water Act administrators and fisheries professionals can facilitate temperature restoration planning and implementation using the Clean Water Act framework to link stakeholders to the management of coldwater resources. Stakeholder engagement and collaboration, robust local monitoring, and incorporating climate resilience into restoration planning and implementation will promote comprehensive management of temperature impairments and the effects of climate change on fisheries.

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“…Stormwater runoff from impervious urban and suburban development can contribute to significant degradation of streams and rivers [2]. Since many TMDL studies have been performed using steady state models such as QUAL2Kw [3][4][5][6], owning to the fact that point sources were historically identified as both the main source and the main opportunity, properly accounting for stormwater pollution has not been adequately addressed. Previous studies have shown that low flow analysis do not necessarily capture the largest inputs of nutrients [7].…”

Section: Introductionmentioning

confidence: 99%

Climate change impacts on urban stormwater best management practices

Rakib

Barber²,

Mahler

2017

Int. J. SDP

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Total maximum daily load (TMDL) studies determine the amount of contaminant(s) that can be discharged daily from point (waste load allocation-WLA) and nonpoint (load allocation-LA) sources including a margin of safety (MOS) and then layout the path for achieving these levels by reductions in loadings. This has caused environmental agencies to require best management practices (BMPs) for control of urban stormwater contributions. Design storms for volume-based and peak discharge BMPs are typically determined from historic precipitation and runoff records that do not adequately address the impacts of climate change. We examine a 10-year period of predicted flows in the Spokane River watershed under 2050 climate predictions to determine the amount of additional LA removal required to meet water quality goals. While the current TMDL proposes a 50% reduction of nonpoint loading, our results indicate this will not be adequate. The implication is that urban BMPs are currently inadequately designed to handle nonpoint pollution in areas projected to experience increased precipitation events. The problem is particularly acute for rain on snow events where BMP performance is already impaired.

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Collaborative Approach to Calibration of a Riverine Water Quality Model

Cited by 8 publications

References 9 publications

Fisheries Volume 48 Number 8 August 2023

Fisheries Volume 48 Number 8 August 2023

Addressing Coldwater Temperature Impairment in a Changing Climate

Climate change impacts on urban stormwater best management practices

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