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considerations. A sustainable approach inherently achieves effic <br />environmental, economic, and social demands. <br />An example of a sustainability policy the City has developed is Streets Policy. <br />By integrating innovative and non-traditional design options and in <br />community and stakeholders, the policy permits flexibility in ac <br />of travel on existing streets to balance the needs of all corridor users. Complete street <br />elements to be considered include: pathways, both on-road and off-road, crosswalks and <br />crossings, stormwater drainage, trees and other landscaping opti <br />public transportation facilities, bicycle facilities, on-street parking, and environmental <br />corridors and wildlife movement. <br />Another way the City of Roseville has incorporated sustainability is through the Parks and <br />Recreation Renewal Program. The Parks Renewal program is a 3-year improvement program <br />guided by the Parks and Recreation System Master Plan that allows community members to <br />plan for the future of Rosevilles Parks and Recreation System. <br />neighborhood meetings and implementation of park projects throug <br />of the renewal program include recreation systems management, re <br />rehabilitation, space acquisition, trail and pathway connections <br />services, community facilities, and natural resources management <br />As mentioned previously in this Plan, sustainability is a thread that is woven throughout the <br />Citys Comprehensive Plan, and this CSWMP is an integral compone <br />Comprehensive Plan. As in the Comprehensive Plan, this CSWMP will serve as a guide <br />towards improving sustainability across all aspects of the City <br />program and activities. Sustainability represents an approach that strives to achieve the most <br />efficient use of community resources. It is a complicated concep <br />City government and includes areas such as waste reduction, wate, and carbon- <br />emission reduction. <br />Nature is a good example to follow as it works to reduce runoff <br />reduce soil loss through vegetation, enhance habitat, and reduce pollutants in storm runoff by <br />infiltration and biological uptake. When we develop land, we change the natural system. <br />Often, we increase both the peak runoff rate as well as the volume of runoff. The increase in <br />both developed runoff rate and volume can be harmful to downstre <br />degradation. This degradation has effects on habitat as well as water quality <br />sediment loads. <br />In addition to channel degradation, we also introduce new sediment loads and pollutants into <br />the natural system through the development process. During construction, we can introduce <br />new sediment loads by exposing previously vegetated soil. After development is completed, <br />we often see a whole new set of pollutants in storm runoff. <br />One example of how during development sustainability could be innto <br />construction site practices would be to use woodchips as a const <br />of rock. The woodchips not only help to remove the sediment from <br />may also be reused elsewhere onsite at a later stage of construcfor final restoration. <br />Furthermore, woodchips could be made on-site from clearing and g <br />reducing the energy use and costs associated with transporting r <br />Another sustainable construction practice example is using trenchless technologies to reduce <br />Comprehensive Surface Water Management PlanROSEV120222 <br />City of RosevillePage 26 <br /> <br />