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o PAGE 3 OF 5 <br />transportation equity, and how the project will mitigate or avoid negative <br />community impacts to result in better outcomes. <br />• General Information: Overview of the project including project map, project <br />scope, outputs and outcomes, its consistency with the Regional Transportation <br />Plan/Sustainable Communities Strategy (RTP/SCS), and the status of the <br />agreement between nominating agency and implementing agency. <br />• Screening Criteria: Description of how the project is consistent with Section 11. <br />Eligible Projects of the program guidelines, which includes description of public <br />benefits, compliance Streets and Highways Code section 2192 and Article XIX of <br />the California Constitution, how the project complies with state and federal <br />freight goals and included in the RTP/SCS. <br />• Project Delivery: Description of how the project will be implemented/constructed, <br />if there will be multiple construction contracts, list schedule risks, and discuss <br />environmental clearance status. <br />• Evaluation Criteria: Using the Performance Measures from the NOFO, description <br />of how the project improves freight factors, transportation system factors, <br />community impact factors, and other criteria including leverage funding. <br />• Other Project Information: Description of the project's improved accessibility to <br />jobs and destinations, how it addresses climate change and resiliency, and other <br />environmental protections it provides. <br />• Funding and Deliverability: Tabulation of the project's funding plan and <br />commitments. <br />• Other: Description of the project's public and private benefits, interagency <br />coordination, and confirmation of no bulk coal shipping, and reversible lane <br />review. <br />Mark Thomas will prepare a California-Benefit/Cost (Cal-B/C) model. We will input <br />project cost, schedule, average daily traffic (ADT), truck ADT, vehicle miles traveled, <br />vehicle hours traveled, speed, and crash data into the model. The Cal-B/C model will <br />then calculate project benefits which will include travel time savings, vehicle operating <br />cost savings, emissions benefits, and safety benefits. We will also include residual project <br />costs for structures in the Cal-B/C model. <br />We will prepare a memorandum documenting the inputs and results from the economic <br />model. This information, as well as the results of the Cal-B/C model, will be used to <br />prepare the Performance Metrics Form. <br />