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<br />Page 7 <br /> <br />Table 2 shows the number of potential conflict points at an example intersection (Altamont Way and <br />Jefferson Avenue) and an example mid‐block segment (Farm Hill Boulevard between Emerald Hill <br />Road and Brandy Rock Way), before and during the pilot project. In both cases, the number of potential <br />conflict points is reduced with the pilot project design. A similar reduction in conflict points happened <br />throughout the corridor. <br />Table 2: Number of Vehicle Conflict Points <br />Number of intersections conflict points Pre-Pilot Post-Pilot <br />Jefferson Avenue at Altamont Way 10 8 <br />Number of midblock conflict points Pre-Pilot Post-Pilot <br />Farm Hill Boulevard between Emerald Hill Road and <br />Brandy Rock Way 12 8 <br />Source: Redwood City <br />Measurement: Reported collisions were documented and summarized to determine if there was a <br />reduction in the number of crashes along the study corridor (Alameda de las Pulgas to Woodhill Drive). <br />Outcome: The average number of Pre-Pilot crashes per month was based on total collisions during the <br />five‐year period from 2010 through 2014. Post-pilot crash data was collected from October 2015 <br />through August 2016, since the majority of the roadway improvements were implemented in September <br />2015. Table 3 provides a comparison of the Pre-Pilot and Post-Pilot crashes. It should be noted that <br />this is a small sample size with 11 reported collisions during the Post-Pilot months from October 2015 <br />through August 2016. <br />Table 3: Monthly Average Number of Crashes <br />Pre-Pilot Post-Pilot Absolute Change Percent Change <br />1.28 1.00 -0.28 -22% <br />Source: Redwood City Police Department Collision Reports (Pre-Pilot: January 2010 – December 2014; Post- <br />Pilot: October 2015 - August 2016) <br /> <br />OBJECTIVE 2: <br />Make it safer and easier for people to walk across the street <br />Why: For people walking, crossing Farm Hill Boulevard can be challenging due to the width of the street <br />and the volume and speed of vehicular traffic. The ability to cross the street is affected by the number <br />of travel lanes, gaps in traffic, and the rate at which drivers yield. By reducing the number of travel lanes <br />and speed of vehicular traffic, drivers should more easily identify pedestrians and yield to crossing <br />pedestrians at a higher rate. This should also reduce the number of multiple-threat collisions, or <br />collisions involving a driver stopped in one lane of a multi-lane approach yielding to a pedestrian <br />crossing the roadway and an oncoming vehicle in the same direction striking the pedestrian because <br />the driver failed to see the pedestrian due to the first vehicle obstructing the view. <br /> <br />8.A. - Page 18