Understanding Adoption of Last Mile Electric Micromobility in Rural Areas: A Structural Equation Modeling Approach

Neifer, Thomas; Stöbitsch, Ariane; Kroth, Kalvin; Baja, Caroline; Lawo, Dennis; Böhm, Lukas; Bossauer, Paul; Boden, Alexander

doi:10.1007/978-3-031-49368-3_10

Communications in Computer and Information Science

2023

DOI: 10.1007/978-3-031-49368-3_10

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Understanding Adoption of Last Mile Electric Micromobility in Rural Areas: A Structural Equation Modeling Approach

Thomas Neifer,

Ariane Stöbitsch,

Kalvin Kroth

et al.

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2024

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Determining the Location of Shared Electric Micro-Mobility Stations in Urban Environment

Jaber,

Ashqar,

Csonka

2024

Urban Science

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Locating shared electric micro-mobility stations in urban environments involves balancing multiple objectives, including accessibility, profitability, sustainability, operational costs, and social considerations. This study investigates traveler preferences regarding shared electric micro-mobility stations, focusing on factors influencing their location decisions. The study used the Analytic Hierarchy Process (AHP) model to analyze the criteria and determine their relative importance in influencing the location decisions of shared electric micro-mobility stations as evaluated by experts in transportation fields. The examined criteria are proximity to public transportation, accessibility to key destinations, demographics (e.g., age, and income), safety, land use, and pedestrian and cyclist infrastructure. Using the AHP model, the importance and ranking of each criterion were established. Results indicate that the availability and quality of sidewalks and bike lanes in the vicinity, along with the proximity to popular destinations like shopping centers and tourist attractions, emerge as the most influential criteria. The least important criteria were the demographics such as the young age percentage in the area and the average income of the surrounding population. These findings underscore the critical importance of well-maintained infrastructure for pedestrian and cyclist mobility, as well as the need for convenient access to high-traffic areas. Such insights provide valuable guidance for informed decision making regarding the optimal placement of shared electric micro-mobility stations.

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Determining the Location of Shared Electric Micro-Mobility Stations in Urban Environment

Jaber,

Ashqar,

Csonka

2024

Urban Science

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Understanding Adoption of Last Mile Electric Micromobility in Rural Areas: A Structural Equation Modeling Approach

Cited by 1 publication

References 42 publications

Determining the Location of Shared Electric Micro-Mobility Stations in Urban Environment

Determining the Location of Shared Electric Micro-Mobility Stations in Urban Environment

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