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Queuing Analysis <br />A queuing analysis was included in the 201.1 Traffic Study to determine if vehicles traveling <br />northbound on Main Street would be delayed due to the right -turn movement into and from the project. <br />As indicated on the 2011 Site Plan (Exhibit 6), the project will have two access points along both Main <br />Street and MacArthur Boulevard. The signalized intersection at MacArthur Boulevard and MacArthur <br />Place is the main access point, followed by the signalized intersection of Main Street and Sandpointe <br />Avenue. Right -in and right -out driveways will be located along MacArthur Boulevard between Main <br />Street and MacArthur Place and along Main Street between Sandpointe Avenue and MacArthur <br />Boulevard. No gate control is proposed at the driveway locations. <br />The queuing analysis was conducted using Synchro software and included adjusted trip distribution. <br />Analysis included year 2013 with Project conditions and year 2035 with Project Conditions. Because <br />the project will have a total of four access points, with the maj ority of project trips using the signalized <br />intersection of MacArthur Place at MacArthur Boulevard, the analysis assumed that 10% of the project <br />trips will make the right -turn movement from the project driveway onto Main Street. Queuing analysis <br />worksheets are included in the Traffic Analysis which is included as Appendix B herein. <br />2013 With Project Conditions — <br />The analysis showed that for the AM Peak Hour, 9 vehicles (approximately 1 vehicle every 6 minutes <br />40 seconds) would make a northbound right -turn movement onto the driveway. For the PM Peak Hour, <br />there would be 20 vehicles (approximately 1 vehicle every 3 minutes) making the turn. The analysis <br />concluded that based on the low project turning; volumes, there will be no queue for the northbound <br />right -turn movement for either the AM or PM Peak Hours and no impact will occur. <br />2035 With Project Conditions — <br />The analysis showed the for the AM Peak Hour, 10 vehicles (approximately 1 vehicle every 10 <br />minutes) would make the northbound right -turn movement. For the PM Peak Hour, 23 vehicles <br />(approximately 1 vehicle every 2 minutes 37 seconds) would make the right -turn movement. The <br />conclusion based on the analysis is that there will be no queue for the northbound right -turn movement <br />for either the AM or PM Peak Hour in year 2035 and, therefore, no impact will occur. <br />b) Would the project exceed, either individually or cumulatively, a level of service standard established <br />by the county congestion management agency for designated roads or highways? (No Substantial <br />Change from Previous Analysis) <br />The FEIR addressed traffic impacts to surrounding streets and freeways. Mitigation measures were <br />included to reduce impacts. Fair share contributions towards proposed improvements will reduce <br />impacts to a less than significant level. The 2009 Addendum concluded that the project would result in <br />fewer daily trips than the project analyzed in the FEIR, and no new or more significant impacts will <br />occur. As determined in the KOA 2011 Study and detailed in section a) above, the modifications to the <br />project proposed herein will not exceed, either individually or cumulatively, a level of service standard <br />established by the county congestion management agency for designated roads or highways. Therefore, <br />the FEIR remains complete and adequate. <br />c) Would the project result in a change in air traffic: patterns, including either an increase in traffic levels <br />or a change in location that results in substantial safety risks? (No Substantial Change from Previous <br />Analysis) <br />No change in air traffic patterns will occur as a result of the proposed project. Therefore, the FEIR <br />remains complete and adequate as it relates to this topic. <br />MacArthur Place South EIR — 2011 Addendum 43 <br />