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Lawn/sidewalk driveway <br />surface surround the <br />garden. <br />Stones or mulch can be used to <br />redirect water from a higher <br />level, such as where a gutter <br />outlet is to the garden. <br />Storm-water is led to a depression in the ground. Plant <br />native vegetation here to absorb the storm-water. Plants <br />with roots that go deep into the ground are recommended <br />so that the maximum amount of water can be absorbed. <br />Green Infrastructure: <br />Green infrastructure is an approach to water management that protects, restores, or mimics <br />the natural water cycle. Green infrastructure is effective, economical, and enhances <br />community safety and quality of life. Green infrastructure incorporates both the natural <br />environment and engineered systems to provide clean water, conserve ecosystem values <br />and functions, and provide a wide array of benefits to people and wildlife. Implementation <br />will require the master plan to be accompanied by a set of green infrastructure design <br />guidelines that are appropriate at every scale. <br />https://www.epa.gov/green-infrastructure/what-green-infrastructure <br />A few examples of are Green Infrastructure are as follows: <br /> o Rain Gardens can be implemented to treat water on individual lots <br /> o Bioswales much like rain gardens but often in long, narrow spaces, such as <br /> along curbs and parking lots. The mulch, grass, and/or vegetation slows and <br /> filters the rainwater, an improvement from traditional drainage systems or <br /> ditches. Often, bioswales are installed at a larger scale where more water that <br /> needs time to infiltrate into the groundwater. <br /> o Stormwater Planters or planter boxes, are basins built into the street or <br /> sidewalk to filter the water. They have vertical walls, with closed or open <br /> bottoms, and collect and absorb rainwater and runoff. <br />IMAGE 05 <br />IMAGE 06