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<br />Page 5 <br />• Field walk audits along the entire corridor performed by TDG, staff and BPTC members, <br />with input received from BPTC members reported to the entire Committee an d input <br />incorporated into the plan design. <br />• Community Meetings and events including: <br />o September 19 community meeting to review the seven design options. <br />o Pop-up events at the Pleasanton Farmer’s Market, and along the Iron Horse Trail. <br />• An online survey provided through the project website, WLPBike.com, which allowed <br />respondents to select a preferred design and provide feedback. Over 500 surveys were <br />received. <br />• Regular updates to the project website. <br />• Focused outreach to key stakeholders including Bike East Bay, LAVTA, Hacienda, and <br />businesses and schools along the corridor. <br /> <br />Final Corridor Plan Details <br />The West Las Positas Corridor Improvement Project is separated into six phases that are shown <br />in Table 2. The phasing plan was developed for the Corridor improvem ents with the intent of <br />allowing the City to implement improvements at a lower cost, or in stages. As noted, the total <br />project costs amount to an estimated $10 Million, and a phased approach would allow more <br />time to find funding sources for construction o f the entire project, including permanent concrete <br />separation islands and other features. <br /> <br /> <br />Table 2 – Phasing of West Las Positas Corridor Improvements <br />PHASE LOCATION COST <br />1 (quick build) Hopyard to Hacienda $155,000 <br />2 Hacienda to IHT $300,000 <br />3 Foothill to Hopyard $400,000 <br />4 IHT to Fairlands $1,100,000 <br />5 Protected Intersections $1,400,000 <br />6 Convert to Concrete $6,700,000 <br />Total Project $10,055,000 <br /> <br />Phase 1: Quick Build <br />Phase 1 includes the “quick build” version of the project between Hopyard Road and Hacienda <br />Drive, which will use roadway paint and bollards to create the protected bike lanes and <br />protected intersections. The quick build design will allow for faster implementation of <br />improvements and an evaluation of the design before permanent construction changes are <br />made to the roadway. Figure 1 shows the typical quick build design along a roadway segment. <br />