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<br />FUTURE CORRIDOR EXTENSIONS <br /> <br />Based on local land use and growth plans, future traffic modeling results and the future <br />functional classification system, a network of future arterial and collector corridors was <br />identified and many were incorporated into the short and long-range lists. The majority of the <br />new roadway corridors will serve growth areas to the south of the metropolitan area. Great effort <br />was made to assure corridor continuity between jurisdictions, Further, the technical analysis <br />completed in Chapter 6 of the Plan was carefully performed to insure that future <br />interjurisdictional corridors had consistent right-of-way, 1anage and programming periods to <br />facilitate implementation. Moreover, a number of valuable corridor preservation techniques, as <br />well as non-traditional methods were presented in Chapter 6 to preserve these key future growth <br />corridors in the interim periods between planning and construction. <br /> <br />LOCAL LAND USE PLANNING AND TRANSPORTATION FACILITY COORDINATION <br /> <br />A substantial effort was dedicated to the coordination of these two critical and interrelated <br />planning components. Metro COG staff, with the assistance of AT AC, worked directly with <br />each City and County planner to understand and plot planned future growth by land use type, <br />These decisions are clearly reflected in the allocation of future households and jobs by traffic <br />analysis zone. This data, in turn, was incorporated into the calibrated metropolitan traffic <br />forecast model which provided critical traffic volume and flow data for analysis (see Chapter 4 <br />of the Plan). The selection of projects programmed by the Plan was in large measure dependent <br />upon this future forecast information, thus future land use patterns played a fundamental role in <br />the overall Plan's recommendation. <br /> <br />FREIGHT MOVEMENT <br /> <br />Chapter 3 of the Plan provided a detailed inventory of freight modes, generators and ancillary <br />facilities. In the Fargo-Moorhead area, the dominant freight movement modes are railroads and <br />interstate highways. The program of projects presented in the Plan puts substantial emphasis on <br />interstate improvements, as well as to connecting arterial roadways. Since virtually all major <br />freight generation locations (truck stops, industrial parks, intermodal rail facilities) are served by <br />interstate highway. Additionally, all of the five fright problem areas identified in Chapter 3 will <br />be served by the projects proposed in this Plan. Further, the Plan's projects reflect a number of <br />innovative methods to address major safety and continuity issues arising from the substantial rail <br />network that bisects the metropolitan area. These methods range from rail consolidation to ITS, <br />to quiet zones, to additional grade separations. <br /> <br />SAFETY <br /> <br />Vehicle, pedestrian and bicycle safety issues were a predominant factor used in evaluation the <br />technical soundness of projects. Seven major high crash corridors were identified as part of the <br />safety analysis completed in Chapter 3. Five of these were in Fargo and two were in Moorhead. <br />Projects programmed in the short-range elements of the Plan, address all or portions of five of <br /> <br />Executive Summary - Fargo-Moorhead Metropolitan Area Transportation Plan Update <br />Fargo-Moorhead Metropolitan Council of Governments <br /> <br />June 2004 <br />Page 20 <br />