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<br />.. <br />- <br /> <br /> <br />Metro Transit <br /> <br />Sectors 1 and 2 Restructuring Study <br />Volume 11: Service Plan <br /> <br />ineffective. Despite an extensive system of transit lanes, transit moves through downtown _ <br />Minneapolis at extremely slow speeds, and these speeds both discourage ridership and amplify .- <br />operating costs. <br /> <br />The current pattem of transit operations in downtown Minneapolis features a series of single bus. <br />only contraflow lanes, with stops in the lane itse~. It is impossible for buses to pass each other, <br />because the next lane to the left is usually a bidirectional bike lane. This arrangement requires all <br />buses to proceed through the lane in the same sequence. Any delay affecting any bus - such as a <br />wheelchair boarding - also delays all the buses behind it. A breakdown in the transit lane can <br />cause huge disruplions throughout the system that can take hours to rectify. <br /> <br />A multimodal analysis of downtown circulation would address the following general ideas, among <br />others: <br /> <br />· Create two-lane bus corridors on half of the streets currently used, retuming the other lanes to <br />auto use Two-lane bus-only corridors, such as Portland's transit mall, permit buses to pass <br />each other and therefore move through downtown more rapidly. These lanes also have a <br />crucial emergency-services value, because the bus passing lane can be preempted by <br />emergency vehicles that may have no other way of moving rapidly through a gridlocked <br />downtown. Retuming certain streets to pure one-way vehicle operation would also improve <br />traffic operations, since it would simplify tuming movements to and from those streets. Bike <br />lanes would be retained. <br /> <br />· Increase the passenger amenities on the transit streets. This becomes more cost effective if <br />more service is concentrated on fewer streets, so that more passengers are waiting at fewer <br />stops. The fully-enclosed but transparent sheiters in downtown 51. Paul are among the best <br />that we have encountered, and should be considered as a model, though due to passenger <br />volumes Minneapolis transit sheiters need to be substantially larger. The goal should be to <br />eliminate the need to wait outside for transit in the harsh climate extremes of the Twin Cities. . <br /> <br />e <br /> <br />· Improve utilization of the "transit hubs.. These facilities, located around the periphery of <br />downtown, are currently used primarily as layovers. Because buses leaving them are typically <br />headed across downtown and out the other side of the city, the hubs are geographically <br />unattractive as places to board the service. This is unfortunate, because the extensive shelter <br />and ameniliesfor passengers at these hubs is severely underutilized, while passengers are <br />overcrowding many unsheltered onstreet stops. Any circulation study should look for <br />opportunities to use hubs as the last outbound stop (and first inbound stop) on key express <br />routes, so that more passengers can use them as their logical point of access to downtown. <br /> <br />LAND USE AND THE PTN <br /> <br />Land use is the responsibility of local jurisdictions, but the region as a whole has land use and <br />transportation goals that will be met or defeated through the cumulative effect of these local <br />decisions. The goal of reducing sprawl requires that better use be made of underutilized land <br />within the existing built area. The Primary Transit Network can be a crucial tool to that end. <br /> <br />e <br /> <br />Nelson \Nygaard Consulting <br /> <br />7-6 <br /> <br />November 2, 1999 <br />