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2001_0212_packet
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2001_0212_packet
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5/12/2014 2:20:30 PM
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Roseville City Council
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Council Agenda/Packets
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TASK 3� PREPARE TRAFFIC ANALYSIS FOR UP TO THE THREE DEVELOPMENT �eNnR�os <br />. Prepare traffic analysis for the following conditions: <br />- Existing conditions <br />- Office/High Tech F1e�Housing miY development <br />- Variation on preceding scenario <br />. Develop, for existing and future (2015) conditions and for each of the above scenarios, traffic <br />volumes for use in the traffic impact analysis and for input into the air and noise analysis. <br />. Analyze the traffic operations at up to eight key intersections to determine their level of <br />service. If operations problems are identified, determine the most effective improvements <br />that could be made to eliminate these problems (e.g., signal retiming, redesignation of <br />allowable movements by lane, intersection or road striping, etc.). <br />TASK 4� PERFORM AIR QUALITY ANALYSIS FOR FUTURE YEAR <br />. Develop base maps at the appropriate scale for input into the air quality and noise modeling <br />(and for potential use in a future ISP application). <br />. Review previous reports completed in the general project area that may be pertinent to this <br />proj ect. <br />. Run the emission factor model for intersections that operate at Level of Service D or worse. <br />. Prepare input for the carbon monoxide dispersion model and run the model for up to four <br />problem intersection for each development scenario. <br />. Analyze air quality results for exceedances and determine what, if any, additional actions <br />will be needed to meet carbon monoxide standards (e.g., signal timing, intersection <br />geometrics, Transportation Demand Management, etc.). <br />TASK 5� PERFORM NOISE ANALYSIS <br />. Monitor existing noise levels at a maximum of two representative noise receptor sites, and <br />analyze noise monitoring results. <br />. Prepare receptor, roadway and relevant noise barrier input for noise model. <br />. Run noise model for existing conditions, and compare to monitoring results to validate input <br />to the noise model. <br />. Run noise model for future year development scenarios. <br />. Determine if any noise mitigation will be needed to comply with State noise standards. <br />2 <br />
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