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CC PACKET 06262001
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CC PACKET 06262001
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12/30/2015 7:52:43 PM
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12/30/2015 7:52:19 PM
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29
SP Folder Name
CC PACKETS 2001-2004
SP Name
CC PACKET 06262001
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E. SITE PLANNING PRINCIPLES Use Rooftops for Stormwater Collection and Sources: <br /> Filtration- Eco-roofs cover all or a portion of a roof Claytor, Richard and Thomas Schueler. Design of <br /> with grasses and ground covers and can be retrofit- Stormwater Filtering t - <br /> Minimize Total Impervious Area- Impervious gSys ems. Chesapeake <br /> areas prevent Infiltration of rainfall and act as pol- ted to existing buildings with little or no structural rein- Research Consortium, 1996. <br /> lutant collectors between storms,while vegetated forcement. This soft roof filters and reduces Hansen, Richard. "Watermarks at the Nature Cen- <br /> surfaces tend to treat or uptake pollutants. Total stormwater runoff volume while enhancing the ther- ter." Landscape Journal, Special Issue, <br /> Impervious surface may be reduced by locating <br /> mal and acoustic insulation of the building, 1998, <br /> parking areas beneath buildings,minimizing build- Lipton, Tom. "Integrated Approaches to Urban <br /> in footprints by adding stories,and by using po- 2 Xa Stormwater Management:Examples from <br /> g 9 9 j ,Grasses&Grc,ndcovers Home and Abroad." Integrating <br /> rous paving materials rather than traditional asphalt i g g <br /> :its' �'��?. `' Stormwater Into the Urban Fabric Confer- <br /> and concrete for parking lots,roads,sidewalks,and , . .,r• �; <br /> Confer- <br /> driveways. 4 --1"Mulch ence Proceedings. American Society of <br /> -��- 2'Scil Landscape Architects,.Oregon Chapter, <br /> Prdedlve Layer 1996. <br /> Minimize Direct Connection Between Im- <br /> pervious Surfaces- Connected Impervious sur- Watep�erproo Root fing Schueler, Thomas, Controllin g Urban Runoff: A <br /> faces result in rapid stormwater flows. Driveways, Practical Manual for Planning and Design- <br /> sidewalks and streets may be sloped so that run- Ing Urban BMPs. Metropolitan Washington <br /> off drains first to lawns or vegetated swales. Figure VI-9:Eco-Roof Council of Governments, 1987. <br /> Source.,Upton Tourbier, J, Toby and Richard Westmacott. Water <br /> Conduct Watershed-Based Zoning- Conduct Resources Protection Technology. Urban <br /> land use master planning across scales to ensure Land Institute, 1981. <br /> that future growth is compatible with high water Use Native Plant Materials Appropriate to <br /> quality.Create regulation that is preventative rather Soil Type and Wetness- Plants such as Cattails, <br /> than reactive, such as Best Management Prac- Blue flag Iris, Sedgegrass and Common Reed are <br /> tices, buffer regulations, limits on impervious sur- site specific and respond to wet conditions, <br /> faces, limits on curb and gutter, and require low <br /> Irrigation and low fertilizer/pesticide plantings.Adopt <br /> sensitive area ordinances to provide for buffers and <br /> ��—Wetland species-Cattail,Commai Reed. <br /> to ensure development does not occur in key ar- Blue Flag Iris. Sedges <br /> eas such as steep slopes, floodplains and wet- 1 ,i ParWng Lot Sheet Runoff <br /> lands.Review municipal codes and modify them I Permeable Grate <br /> to protect water quality, I , ��Gravel <br /> -Impermeable PVC Liner <br /> Plant More Trees-Trees and shrubs can capture 1 / Overflow Grassy Swalerlrrlgatlan Ditch <br /> as much as 35 percent of the annual rainfall �� I I P 1 <br /> through absorption or evaporation. Roots provide <br /> a path for Increased water infiltration as well. <br /> C S <br /> � I �11,r• <br /> Figure VI-10:Wetland Runnel <br /> Source:Hansen <br />
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