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Bicycle lanes should be provided consistent with the Pedestrian <br /> and Bicycle Master Plan. In areas where right-of-way is <br /> constrained, it is prudent to provide bicycle facilities by eliminating <br /> non-critical design elements. For streets that have parking on both <br /> sides of the street, it may be desirable to eliminate parking on one <br /> side of the street and use that space to provide bicycle lanes in <br /> both directions. <br /> In cases of low speed, low to moderate traffic volumes, and low <br /> occurrence of trucks and buses, shared lanes may be adequate to <br /> support bicycling. Before deciding to provide shared lanes as <br /> bicycle accommodation, the designer should be certain that the <br /> traffic volumes and motor vehicle speeds will be low enough so <br /> that all types of bicyclists can comfortably use the roadway. <br /> Parking <br /> On-street parking serves several critical needs of adjacent land <br /> uses, especially in urban town center areas and business and <br /> residential districts. On-street parking also acts as a buffer <br /> between the sidewalk and travel lanes and provides additional <br /> comfort to pedestrians. Great care should be taken when <br /> considering various parking options and their potential impacts <br /> with bicycle facilities. <br /> Travel Lanes <br /> Travel lanes are the component of the roadway cross-section that <br /> serves motor vehicle travel, or in some cases, joint use. In most <br /> cases, the travel lanes are the widest component of tie roadway <br /> cross-section. The number of lanes in each direction should be <br /> determined based on the transportation demand estimates and <br /> appropriate level of service determined in the project planning <br /> process. In some instances it may be possible to reduce the <br /> number of travel lanes to provide sidewalks, landscape buffers, <br /> bicycle lanes, etc. <br /> The width of travel lanes is selected through consideration of the <br /> roadway context, approach to multimodal accommodation, and the <br /> physical dimensions of vehicles, speeds, and other traffic flow <br /> characteristics. The normal range of design lane widths on existing <br /> roadways is between 11 and 12 feet. Any lane widths less than 11 <br /> 1_! !Ii !IP feet shall be approved by the City Traffic Engineer. <br /> =--- _ Intersections and Transitions <br /> _ In order to achieve the objectives of the Complete Streets Policy, <br /> intersections must be designed to accommodate reasonable <br /> ...�..;.. expectations and to provide easy transitions for all roadway users <br /> • <br /> . ► <br />