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lack of adequate traffic signal coordination, which sometimes results in <br />trapping motorists between the crossing gates when a train is approaching. <br /> The improvements to be implemented in Elk River will increase <br />intersection capacity within the existing right of way. On-street parking <br />will be removed, allowing turning lanes to be established. The loss of <br />on-street parking will be partially offset through redesign of an <br />off-street parking lot adjacent to the intersection. An improved signal <br />system will be installed to improve the flow of traffic through the <br />intersection and to resolve the 'trapped motorists" problem. These <br />improvements will cost about $25,000 and will reduce vehicle delay at the <br />intersection by 15 to 40 percent. Safety conditions also will improve. <br /> In Sauk Rapids, major improvements to the primary intersection in <br /> the city are scheduled for implementation. This action was decided. <br /> independent of and prior to this study. The improvements include widening <br /> streets in all directions, changing traffic channelization, introducing a <br /> new traffic signalization system and installing grade crossing predictors <br /> at the main line crossing just west of the intersections. No estimate of <br /> reduction in delay that will result from the improvements has been made. <br /> Alteration of main line sidings will be performed in two case <br /> study com~,nities, Beach and Hebron. In Beach, if funding can be devel- <br /> oped, siding modifications will include replacement of manual switches with <br /> power switches on each end of the siding (with installation of centralized <br /> traffic control by Burlington Northern). Operatingpractices will <br /> generally restrict the use of the siding to one train at a time. This <br /> latter action ia made possible by the scheduled lengthening of sidings east <br /> <br />19 <br /> <br /> <br />