Using Safe Systems Approach to Assess Traffic Impact and Land Development
项目名称: Using Safe Systems Approach to Assess Traffic Impact and Land Development
摘要: Little attention has been paid in research or in current practices to the direct impacts of traffic impact analysis (TIA) on road safety or its potential role in shaping Safe Systems. Our objective is to develop product innovation—namely a Safe Systems-infused approach to TIA. This research would be a first step toward a much needed bridge between research and practice. By demonstrating how the development review process can be used to promote safety rather than produce the negative outcomes of an auto-oriented planning approach, this project would show the role of land use and development review in safety and provide safety performance metrics that can provide meaningful, realistic, feasible outputs of TIAs. In this research the project team aims to demonstrate that safety can be achieved in addition to mobility benefits through the nexus between development review practices and Safe Systems, evaluate the shortcomings of existing procedures to demonstrate the gaps Safe Systems can fill, and return to communities to find implementable solutions. This research will also establish a framework for future projects. After the project team has identified the limitations of existing TIA practice and developed a framework for integrating Safe Systems into development review, they can assist local jurisdictions with safety projections. It is our intent that developers and municipalities use the proposed framework in their own local contexts to project long-term benefits from integrating Safe Systems so that these goals can be planned and achieved. The project team hopes that improving the TIA process can ultimately aid developers in reducing death and serious injuries.
状态: Active
资金: 94701
资助组织: Office of the Assistant Secretary for Research and Technology
项目负责人: Sandt, Laura
执行机构: University of North Carolina at Chapel Hill
开始时间: 20210510
预计完成日期: 20220509
主题领域: Administration and Management;Highways;Planning and Forecasting;Safety and Human Factors
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