Level of Propensity: a zonal metric for evaluating the multimodal option Electric Micromobility and Public Transport

Rosita De Vincentis
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Abstract

Electric Micromobility (EMM), e.g. e-bikes, e-scooters, light-weight electric vehicles, has a key role in policymakers’ strategies for making cities more liveable. Especially, its combination with Public Transport (PT) can be essential in the transportation sector decarbonization. This work proposes a zonal metric to evaluate EMM and PT integration, named “Level of Propensity” (LoP) to multimodality. LoP is defined adopting a multi-dimensional domain-based classification capturing two main phases of the trip: (1) the access phase by EMM towards PT stops; (2) the accessibility potential to destination by PT. PT open data, road network configuration, activities and Floating Car Data are adopted for the elaboration. LoP has been validated in the medium-size city of Salerno (Italy), but it is easily transferable to other cities. It can support urban planners and PT/EMM operators in identifying zones with low propensity to multimodality, suggesting priorities in terms of PT service improvements and EMM infrastructure implementations.
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倾向程度:评估电动微型交通和公共交通多式联运方案的分区指标
电动微型交通(EMM),如电动自行车、电动摩托车、轻型电动汽车,在决策者提高城市宜居性的战略中发挥着关键作用。特别是,它与公共交通(PT)的结合对交通部门的去碳化至关重要。这项工作提出了一个分区指标,用于评估电动汽车和公共交通的融合,命名为多式联运的 "倾向水平"(LoP)。LoP 的定义采用了基于领域的多维度分类,捕捉了出行的两个主要阶段:(1)由 EMM 驶向公共交通站点的接入阶段;(2)由公共交通到达目的地的可达性潜力。采用了公共交通开放数据、路网配置、活动和浮动车数据进行阐述。LoP 已在中型城市萨莱诺(意大利)得到验证,但也很容易移植到其他城市。它可以帮助城市规划者和公共交通/EMM 运营商识别多式联运倾向较低的区域,提出公共交通服务改进和 EMM 基础设施实施的优先事项。
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