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• Calculating credits for wet swale (wetland channel)
  ...rmwater BMP database, 2016, for fecal coliform bacteria; ⁴ From the International Stormwater BMP database, 2016, for total nitrogen; <sup>5</su ...ust be based on the assumption that an instantaneous volume is captured by the BMP.|alert-danger}}
  36 KB (5,160 words) - 22:22, 23 November 2022
• Operation and maintenance of bioretention
  #REDIRECT [[Operation and maintenance of stormwater infiltration practices]] ...er-bmp-maintenance/ two videos] that illustrate inspection and maintenance of BMP practices. '''NOTE: These videos provide useful tips but should not be
  22 KB (3,054 words) - 14:21, 24 January 2023
• Calculating credits for sand (media) filters
  {{alert|Calculation of credits for iron enhanced sand filters is covered on another page: [[Calcul ...ust be based on the assumption that an instantaneous volume is captured by the BMP.|alert-danger}}
  51 KB (7,398 words) - 14:29, 2 February 2023
• Overview for green roofs
  ...yers that create an environment suitable for plant growth without damaging the underlying roof system. Green roofs create green space for public benefit, ...yers that create an environment suitable for plant growth without damaging the underlying roof system. Green roofs create green space for public benefit,
  20 KB (2,983 words) - 21:34, 7 February 2023
• Soil amendments to enhance phosphorus sorption
  ...r runoff and can be up to 95 percent of the total phosphorus, depending on the storm event ([[Soil amendments to enhance phosphorus sorption#References|Er ...ments that have been shown to be effective in increasing chemical sorption of dissolved P include
  25 KB (3,641 words) - 22:43, 28 January 2023
• Operation and maintenance of wet swale (wetland channel)
  ...ted information now exists on two separate pages. We recommend you utilize the information on these two pages. *[[Operation and maintenance (O&M) of swales]]
  24 KB (3,567 words) - 13:21, 7 February 2023
• Design criteria for wet swale (wetland channel)
  ...arbon sequestration, improved biological habitat, and aesthetic value. See the section [[Green Stormwater Infrastructure (GSI) and sustainable stormwater ...or_individual_best_management_practices this link] to access .pdf diagrams of CADD drawings.
  25 KB (3,758 words) - 17:15, 29 December 2022
• Funding
  {{alert|We no longer update this page. Some or many of these funding opportunities or funded projects likely no longer exist or ha ...urces and funding opportunities for stormwater projects, as well as a list of currently funded and previously funded projects.
  28 KB (3,977 words) - 16:47, 12 January 2023
• Stormwater quizzes
  #Using information from the Minnesota Stormwater Manual, which of these classification systems is not used for determining infiltration rates ...-foot separation distance is widely applied in determining the feasibility of infiltration at sites. This value is based on extensive research at sites e
  24 KB (3,620 words) - 17:23, 23 June 2023
• Requirements, recommendations and information for using bioretention with an underdrain BMPs in the MIDS calculator
  ...basin (with underdrain).The user must input a value for impervious area or the BMP will not provide volume and pollutant reduction. Other fields are optio ...shot of the BMP Parameters tab for a Bioretention basin (with underdrain). The user must enter values for all blank cells.</font size>]]
  55 KB (8,696 words) - 13:27, 29 January 2023
• Plants for swales
  ...les/pfsd-section1.pdf “Plants for Stormwater Design: Species Selection for the Upper Midwest”] (Daniel Shaw and Rusty Schmidt, Minnesota Pollution Contr ...arbon sequestration, improved biological habitat, and aesthetic value. See the section [[Green Stormwater Infrastructure (GSI) and sustainable stormwater
  33 KB (4,525 words) - 17:15, 8 December 2022
• Construction specifications for infiltration
  ...of stormwater runoff and treatment of pollutants in stormwater runoff. If the practice utilizes vegetation, additional benefits may include cleaner air, This page provides a discussion of construction specifications for infiltration basins, trenches, and undergro
  21 KB (3,095 words) - 20:49, 27 December 2022
• Requirements, recommendations and information for using trees with an underdrain as a BMP in the MIDS calculator
  ...to represent the tree trench system-tree box BMP with an underdrain. Note the symbol shows multiple trees since tree trench systems contain multiple tree ...ted water are removed, while pollutants are removed through filtration for the water that flows through an underdrain. All pollutants in water lost to ET
  44 KB (7,312 words) - 13:41, 29 January 2023
• What's New
  This page provides a summary of '''significant''' recent changes to this website. We anticipate this page w {{alert|For more detailed information about some of the updates described below, see [[Minnesota Stormwater Manual email Updates]]|
  60 KB (8,737 words) - 18:14, 19 July 2023
• Overview and management strategies for bacteria in stormwater
  ...(E. coli), two closely related bacteria groups, can indicate the presence of pathogens. Fecal coliform and E. coli found in Minnesota rivers and streams ...that the focus is on bacteria because bacteria are used as a surrogate for assessing potential contamination by pathogenic microorganisms. A short section on th
  31 KB (4,336 words) - 13:13, 7 February 2023
• Calculating credits for infiltration
  ...span="8" style="text-align: center;" |Pollutant removal is 100 percent for the volume that is captured and infiltrated ...ust be based on the assumption that an instantaneous volume is captured by the BMP.|alert-danger}}
  42 KB (5,899 words) - 14:22, 26 July 2022
• Design criteria for filtration
  The following terminology is used throughout this design section: {{Alert|''REQUIRED'' - Indicates design standards stipulated by the [http://stormwater.pca.state.mn.us/index.php/Construction_stormwater_permit
  42 KB (6,383 words) - 18:54, 29 December 2022
• Calculating credits for permeable pavement
  ...al_by_BMPs#References Sources]. NOTE: removal efficiencies are 100 percent of captured water for systems with no underdrain'''.<br> ...ust be based on the assumption that an instantaneous volume is captured by the BMP.|alert-danger}}
  58 KB (8,708 words) - 02:30, 15 December 2022
• Overview for trees
  ...or, St. Paul, MN, using Cornell University structural soil. Photo courtesy of [http://www.capitolregionwd.org/ Capital Region Watershed District].</font ...nue, Minneapolis Minnesota, using Silva cell technology. Photo courtesy of the Kestrel Design Group, Inc.</font size>]]
  30 KB (4,275 words) - 19:52, 27 December 2022
• Design criteria for dry swale (grass swale)
  ...thumb|alt=photo of a dry swale|<font size=3>Photo of a dry swale. Courtesy of Limnotech.</font size>]] ...ain.jpg|300px|thumb|alt=photo dry swale with underdrain|<font size=3>Photo of a dry swale with an underdrain. Courtesy H.R. Green</font size>]]
  43 KB (6,506 words) - 16:08, 29 December 2022

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