Laserfiche WebLink
21 <br />regional transportation infrastructure. Such ordinances may also cover bi- <br />cycle parking, preferential carpool parking, pricing incentives for parking, <br />employer subsidies of employee transit passes, and on-site access for em- <br />ployees to transit passes and schedules. For a thorough examination of <br />TDM in theory and practice, see PAS Report Number 477, Transportation <br />Demand Management. <br />Residential Parking Requirements <br />The amount of parking required for residential uses is, almost without ex- <br />ception, expressed as a ratio related to the number of dwelling units. Re- <br />quirements typically range from one to two required spaces per unit. Some <br />communities make distinctions based on whether the dwelling is in a multi- <br />or single-family building. Others make further distinctions based on the <br />number of bedrooms in multifamily units, the location of the units in the <br />community, or whether the units serve senior, low-income, or other special <br />populations that are less likely to own automobiles. In Jefferson County, <br />Kentucky, for example, single-family dwellings and duplexes must pro- <br />vide one parking space per dwelling unit. While multifamily dwellings <br />located in the Traditional Neighborhood and Traditional Marketplace Cor- <br />ridor Form Districts must also provide one space per dwelling unit, multi- <br />family dwellings elsewhere must provide 1.5 spaces per dwelling unit. <br />Senior citizen or retirement facilities have a lower requirement of one space <br />for every two dwelling units and one space for every two employees “on <br />maximum shift.” As regards residential parking requirements overall, <br />Litman (1999) notes that communities should be mindful of the impact stan- <br />dards may have on housing affordability; specifically, he says ‘planners <br />can play a role in encouraging developers to ‘unbundle’ the cost of hous- <br />ing from the cost of parking sot hat those who use residential parking spaces <br />are the people who pay for it.” <br />A Note about Variances <br />A majority of communities allow parking reductions through a variance <br />process. Although there are advantages to examining parking requirements <br />on a case-by-case basis, doing so may result in inconsistency from one <br />project to the next. And for communities that act “by the book” on vari- <br />ances, reducing parking requirements may be a stretch given that many <br />codes, based on state enabling legislation, require that variances must be <br />based on factors unique to the characteristics of a particular parcel, rather <br />than a blanket juridictional charge. <br />SUMMARY <br />A community’s parking policies and regulations have a great deal of influ- <br />ence on how that community will evolve over time. This chapter has cov- <br />ered the requirements and rationale related to off-street parking in a sample <br />of communities varying in size and regional location. The body of this PAS <br />Report presents the requirements of many communities that have dealt <br />with the complex issues outlined above. The off-street parking puzzle in- <br />cludes a wide range of additional pieces not addressed in this chapter, in- <br />cluding fees in lieu of parking (Shoup 1999a), parking cash-out policies <br />(Kodama et al. 1996), federal policies on off-street parking (FTA 2002), size <br />and stall dimensions (NPA 1992), and adaptive reuse of that do not con- <br />form with current parking requirements (Beaumont 1993). The relation- <br />ship between land use and transportation is becoming increasingly com- <br />plicated at the city, regional, and national levels with many communities <br />facing high land values, the high cost of transportation infrastructure, and <br />the heavy use of such infrastructure. Those communities that look for in- <br />138