智能增长
操作化
可行走性
细分
城市规划
土地利用
行人
运输工程
环境规划
地理
城市设计
邻里(数学)
城市密度
土地利用规划
城市蔓延
区域科学
计算机科学
建筑环境
土木工程
工程类
数学分析
哲学
数学
考古
认识论
标识
DOI:10.1177/0160017604273854
摘要
This article evaluates the efficacy of smart growth instruments in bringing forth compact urban development and neotraditional neighborhood design. The article first sets forth a set of quantitative measures that operationalize five dimensions of compact urban development and neotraditional neighborhood design: street network connectivity, density, land use mix, accessibility, and pedestrian walkability. Using these measures, three study areas are evaluated to determine how well their urban development patterns meet smart growth principles. These study areas are Portland, Oregon; Orange County, Florida; and Montgomery County, Maryland. Findings indicate that all three areas have quite similar development patterns. Findings also suggest that smart growth instruments have altered subdivision design, which is a traditional aspect of physical urban planning. However, smart growth plans have not branched out into non-traditional aspects of planning to encourage mixed land uses and to improve regional accessibility.
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