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. The removal of the current unsignalized Target/HarMar first access east of Snelling <br />elin�inates an existing level of service stop sign-controlled intersection along County <br />Road B. <br />. The presently signalized intersection of County Road B and State Farm Road can <br />accommodate the increased traffic loading (with addition of north-south left tum phases; <br />see Mitigation section later in report). <br />Traffic Simulation <br />Traffic simulation was used to microscopically analyze traffic operations in the critical locations <br />of the study area with full development volumes. The intersection of Snelling and County Road <br />B showed congestion problems as expected. Since the existing operation of this intersection is <br />problematic, any additional traffic would add to the congestion. � occasion during the PM <br />pea1� hour, westbound traffic would backup and block south to westbound right turners leaving <br />the SuperTarget site. <br />A second area of simulation analysis was the southern-most pedestrian crossing in &ont of the <br />SuperTarget store. Stop signs are planned at this location to provide safe right-of-way for <br />pedestrians. The stop signs and crossing pedestrians will create a slight bottleneck for traffic <br />passing in front of the SuperTarget store. The simulation/animation results indicate that there is <br />enough overall capacity to accommodate the expected pedestrian and vehicle demands during an <br />average PM peak hour traffic condition. But the capacity is not always adequate to handle <br />surges in traffic during the busiest ttaffic signal cycles. On occasion, traffic will spill back from <br />the pedestrian stop sign to County Road B and block traffic entering the site. The traffic that is <br />unable to enter the traffic site area was observed to over-fill the County Road B left turn lane and <br />block through traffic. This is a temporary situation that generally clears quickly but it was <br />identified on an average daily PM peal{. On busier shopping days, this situation is expected to <br />occur more frequently and more severely. In addition, some cars are expected to stop at the <br />pedestrian crossing to drop off or pickup pedestrians. This will increase the frequency of this <br />problem. <br />The pedestrian/auto interaction in front of the store impacts not only the immediate store <br />driveway area but also the on-street operations along County Road B. As pedestrian/auto <br />interactions and conflicts increase, the potential for spill-back on incoming vehicles onto County <br />Road B increases. A°`sensitivity" test was conducted to determine how the level of <br />pedestrian/auto interaction influences the operation of the County Road B/State Farm Road <br />signalized intersection. Table 6 below summarizes how the amount of pedestrian movements at <br />the southernmost doorway entrance can impact traffic operations off-site. The "low*' and "high" <br />range of pedestrian volumes are based on typical distributions of shoppers in and out of <br />SuperTarget sites with separate grocery and retail entrances. <br />Page 7 <br />