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How accessibility instruments contribute to a low carbon mobility transition: Lessons from planning practice in the Munich region

机译:可访问性仪器如何促进低碳移动性转型:慕尼黑地区规划实践的课程

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The accessibility concept provides a suitable framework for the achievement of sustainable land use and transport systems. Environmental and climate concerns have gained particular relevance among sustainability goals in recent years, thus reshaping political agendas all over the world. Against this background, this paper explores the practical relevance of accessibility instruments for low carbon mobility planning. A theoretical framework on usefulness is developed, which outlines potential application purposes related to identifying needs for interventions in the land use and transport system, assessing the impacts of potential solutions, as well as communicating between planning sectors and stakeholders. Three real-world planning issues in the Munich region serve to test the hypothetical usefulness of accessibility instruments for low carbon mobility planning in empirical applications. Practitioners were involved at various stages throughout the process in order to capture their perspectives on practical relevance. Both the identified planning issues and the types of accessibility implementations were diverse in nature, showing that accessibility analysis is applicable to a variety of tasks connected to the aim of reducing transport-related emissions. Earlier findings about the practical relevance of accessibility instruments were confirmed in this context, in particular the importance of communicative outputs. While more research in other spatial contexts is clearly needed, we conclude that accessibility instruments can contribute to a low carbon transition by enabling practitioners to plan for low carbon mobility options and communicate the benefits of these options. However, the implementation of accessibility instruments might be hampered by emerging barriers, such as the need to quantify emissions and emission savings, the desire to consider qualitative aspects in addition to quantitative indicators, and the lack of accessibility standards and reference values.
机译:可访问性概念为实现可持续土地利用和运输系统提供合适的框架。近年来,环境和气候担忧在可持续发展目标之间取得了特别相关性,从而重塑世界各地的政治议程。在此背景下,本文探讨了低碳移动性规划的可访问仪器的实际相关性。制定了有用性的理论框架,概述了与土地利用和运输系统中的干预措施识别需求相关的潜在应用目的,评估潜在解决方案的影响,以及规划部门与利益攸关方之间的沟通。慕尼黑地区的三个现实策划问题有助于测试实证应用中低碳移动性规划的可访问性仪器的假设实用性。从业者在整个过程中参与各个阶段,以捕捉到实际相关性的看法。鉴定的规划问题和可访问性实现的类型都是不同的,表明可访问性分析适用于连接到减少与交通相关排放的各种任务。关于这种背景下确认了关于可替代工具的实际相关性的早期调查结果,特别是交际产出的重要性。虽然清楚需要其他空间背景的更多研究,但我们得出结论,无障碍仪器可以通过使从业者计划为低碳移动性选项计划并传达这些选项的好处来促进低碳转型。然而,通过新出现的障碍可能阻碍了可替代工具的实施,例如需要量化排放和排放量,除了定量指标之外,还需要考虑定性方面的愿望,以及缺乏可访问性标准和参考价值。

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