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<br />Page 2 of 14 <br />OVERVIEW <br />This project will engage urban property owners at the headwaters of Lake Washington (Sammamish River Watershed) <br />to increase vegetation in riparian management zones in two city of Everett basins, Swamp and North creek thereby <br />improving water quality and watershed resilience to climate change. These basins were evaluated using a prioritization <br />tool called FutureShed, which ranks each basin, from most impaired due to impervious area to least impaired by <br />impervious area. The analysis showed both basins have the highest impairment levels and best potential for <br />improvement through developing underutilized lands and road retrofits. The City's PROS (Parks, Recreation and Open <br />Space) plan also identified Swamp and North creek as having less than twenty-five percent tree canopy and higher <br />contingents of vulnerable populations that need resources, opportunity and investment to help connect them to <br />green and natural spaces. The WRIA 8 Chinook Salmon Conservation Plan (2005) and the WRIA 8 10-Year Update of <br />the Salmon Conservation Plan (2017) identified riparian planting and streamside landowner outreach and education <br />about riparian stewardship and BMP implementation as key implementation strategies needed to protect and increase <br />watershed resilience to climate change. This project will design and implement an urban stream regreen campaign, <br />working with individual property owners in riparian management zones to increase plantings. The initial phase will <br />identify and solicit input from property owners and local stakeholders to ascertain the barriers, benefits, and <br />motivators to adopting this practice, which will then inform the campaign's design elements. After the initial pilot is <br />evaluated, a year 2 launch will work to increase reach and larger contiguous clusters (or regreen clusters) in areas <br />where property owners initially took advantage of the pilot. <br />Under the Land Development & Cover habitat implementation strategy to reduce barriers to infill and redevelopment <br />in UGAs, there is a key opportunity in the Action Agenda to “improve the well-being of people living in high-growth <br />areas by clearly defining needs for and increasing access to green spaces”. This project makes progress towards this <br />outcome by increasing people's connection to nature, plants, trees, and water in their own backyards. Environmental <br />justice priorities are addressed by targeting two specific basins within the city of Everett that have been shown to have <br />the following combined environmental and demographic indicators: <br /> High population density <br /> High density of People of Color <br /> Low median income <br /> Little to no immediate access to a park or a trail <br /> Prevalence of “heat islands” or areas with high impervious surfaces, coupled with a lack of tree canopy <br /> Close proximity to heavy traffic roads which impact local air quality and other environmental health <br />factors <br /> Less than twenty percent tree canopy <br />Given that this is a behavior change campaign, time will be spent on outreach and stakeholder questionnaires to <br />identify the barriers, challenges and opportunities this community (or audience) has to this specific behavior. <br />Information collection through questionnaires will not be funded through this subaward (i.e. will be conducted with <br />non-EPA funds). Once these barriers are identified, social marketing principles will be engaged to design an <br />incentivized approach that addresses, or all together removes, some of the possible barriers to action. By utilizing <br />private property owners who live within riparian management zones, we hope to provide the first of many solutions <br />that can start to make a difference to some of the environmental factors or disparities within North and Swamp creek <br />- to take a step towards working collaboratively to build healthy, sustainable communities. <br />Docusign Envelope ID: EF6E1279-A321-4456-BDD3-97F200BA3A9F