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, ' <br /> Feb. 8, 1983 BIKEWAYS �. ' <br /> render a loqical "beqinninq" and "ending". Due to limited ordinated operation. Therefore, the desiqner and adminis- ' <br /> funds the opportunity may or may not present itself to trator responsible for the project should require input from <br /> complete a desired link at a later date. all affected parties at an early staqe of project development <br /> to avoid last minute decision-makinq. ' <br /> 1. Determine appropriate standard <br /> 3. Evaluate the probability of implementinq adjacent <br /> a. No build - The no-build option would be used improvements. The probability of implementing the im- � <br /> when: provements on the rest of the major bikeway seqment <br /> — the present road desiqn and traffic volume should then be evaluated. A rouqh estimate of the cost to <br /> render an acceptable service level ("qood"or "fair"rank) accomplish these improvements should be made. Then <br /> — the senrice area is comparatively limited (al- considerinq the severity of the deficiencies compared to ' <br /> though the section under study may rank "poor" or "un- the need for improvements on other roads (and off•road <br /> satisfactory") bikeways) and considerinq the probable lonq-range fundinq <br /> — an acceptable parallel road or off-road bikeway capability, a decision should be made on whether or not <br /> is available to the majority of the same destinations as the these desirable improvements are likely to be accomplished , <br /> section under study. in the foreseeable future. <br /> b. Minimal level - An investment of this nature C. MINOR ROUTE EVALUATION ' <br /> would provide either better communication to travelers <br /> throuqh the siqning of an acceptable route or throuqh the A minor route is a road or off-road bikeway that <br /> placement of special informational siqns to cyclists; or serves as a tributary to the major bikeway route. The ser- <br /> throuqh the construction of a bituminous shoulder of vice area is significant at a local level,and serves to support ' <br /> relative dimension to the inplace aqqregate shoulder (not the principal travel comdor. Minor routes function as <br /> less than 4' unless under extenuatinq circumstances). The coliectors from cities, parks, commercial/residential azeas <br /> minimal level of effort generally should be avoided if it to the major bikeway system. Normally minor routes <br /> renders less than a fair ratinq unless qeometrics and financ- are existent "good" or "fair" roads, however if these� <br /> inq of the project prohibit such a desiqn. Generally speak- rbutes are rated "poor" or "unsatisfactory", the desiqn <br /> inq projects constructed at minimal level render a travel should not exceed the present or proposed standards of the <br /> corridor of qreater perceived safety -- this desiqn should major bikeway route design (or desired desiqn). , <br /> be the exception to the standard whereby the objective is <br /> a fair ratinq. Because there are several combinations of conditions <br /> that will be encountered when evaluatinq proposed pro- <br /> c. Moderate level - The moderate levei standard jects, it is important for the desiqner to qet the "big pic- ' <br /> would render a "fair" ratinq without major alteration to ture" of the proposed project area and surroundinq vicinity <br /> the existing road' qeometrics/drainage structure, etc. This to provide desiqn continuity (an acceptable level of stan- <br /> standard is the norm, whereby the achievement of a "fair" dards at a minimum cost). <br /> catinq would produce a travel corridor acceptable to the ' <br /> averaqe cyclist's sldlls and needs. Motorized traffic alonq (1) Ideally the standards used should produce a <br /> roads rated fair mix well with non-motorized traffic uniformly consistent "ratinq" level while minimizing the <br /> throuqh the implementation of this standard. variance in desiqn so as to not confuse motorists or cyclists. ' <br /> Anticipation and predictability of the desiqn of a travel <br /> d. Major level - Often times projects involvinq the corrridor often times can minimize the potential for acci- <br /> entire roadway (i.e., new road construction, overlay pro- dents. <br /> jects, etc.) should take into account the travel needs of ' <br /> cyclists. The review process is the same as presented pre- (2) All crossings of public roadways should be done <br /> viously (i.e., road analysis, parallel suitable routes, service at intersecuons at specially marked areas. This is a par- <br /> areas) yet the problem of retrofittinq a provision for ticular concern when desiqninq off-road bikeways because <br /> bikeways is not present. As with all transportation invest• of the lack of driver reaction time to an unexpected cyclist , <br /> ments, a thorouqh investigation must be conducted to maneuver. <br /> determine how to best serve the travelinq public with <br /> available funds. , <br /> 2. Evaluate the probability of implementinq the pro- <br /> posed project. The probability of implementinq the project � <br /> should be studied in conjunction with those aqencies and <br /> local units of qovernment directly impacted. Construction <br /> schedules should be flexible, yet provide enouqh quidance <br /> to the implementinq aqency to provide for a well-co- <br /> ' <br />