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In fall of 2007, the landscape architecture firm of April Philips Design Works, Inc. and the landscape construction company of Cagwin & Dorward, in conjunction with Dixie Elementary School and numerous donors and volunteers, completed a Rain Garden in the drop off loop at Dixie Elementary School in San Rafael, California. The beautification project is a demonstration garden that educates the students and community about ecology, sustainability, as well as being a case study garden to advance sustainable landscaping industry practices beyond the current status quo. We especially wish to thank the Dixie Home and School Club and the Dixie School District for their generosity and support.

Located in a 3,800 sq foot median within the school’s main entry and vehicular drop-off, the derelict looking landscape had never been developed or planted due to insufficient school funding and water conservation requirements. The design team chose to design a garden that would reflect its Mediterranean, coastal bioregion and meet the following goals: 100% zero waste, pesticide free, rely on predominantly native vegetation, use only organic soil amendments to increase permeability and water retention of the local soils. In addition, to use only local recycled and salvaged materials, total reliance on seasonal rain water instead of irrigation and to be designed and built by 100% volunteer effort in order to be economically viable.

Saturday, October 20, 2007

A Sustainable Approach

Up to 70 percent of harmful pollutants are introduced by storm water runoff: unfiltered water that reaches waterways by flowing across impervious surfaces: roads, parking lots, driveways, and roofs. Runoff deposits pollutants – via storm drains and sewers into our lakes and streams. Lawn clippings and leaves are also washed into our waterways, reducing oxygen levels and ultimately suffocating fish and other aquatic species. Water that comes off an asphalt roof onto an oil-stained driveway will flow across an over-fertilized lawn straight into creeks, rivers, and lakes.Rain gardens do the opposite. By integrating stormwater into building and site development, raingardens can avoid or mitigate the damaging effects of urbanization to rivers and streams, preventing Global Warming. By keeping stormwater close to where it falls, rain gardens reduce flooding and settle out sediments. They not only prevent stormwater from becoming contaminated, they actually remove pollutants from the water as it percolates through the soil on its way to becoming groundwater.

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