Smart City Gnosys
Smart city article details
| Title | Current Trends In Smart Cities: Shared Micromobility |
|---|---|
| ID_Doc | 16859 |
| Authors | Karli, RGÖ; Çelikyay, S |
| Year | 2022 |
| Published | 6TH INTERNATIONAL CONFERENCE ON SMART CITY APPLICATIONS, 393 |
| DOI | http://dx.doi.org/10.1007/978-3-030-94191-8_15 |
| Abstract | Population growth trends in cities have made urban mobility even more difficult. Problems arise in mobility systems, which become more difficult with the increase in population, in issues such as private vehicle ownership, traffic jams, and environmental pollution. Considering that the urban population will increase rapidly, unplanned urbanization is expected to increase the problems in urban mobility. The urban mobility system requires changes to solve these problems. In the context of the smart city approach, integrating technological innovations into urban mobility systems helps to improve the environment and life quality. Smart mobility reveals different alternative modes of mobility. One of these is shared micromobility. In this study, it is aimed to create an integrated framework for smart cities, smart mobility and shared micromobility. However, micromobility has many effects on smart cities. In this context, the effect of micro-mobility shared in the study is limited to the environment. Shared micromobility is an innovative sustainable mode of transport that can replace short-distance travel and has the potential to provide environmental benefits. However, as a result of the studies examined, it is revealed that the environmental effects of shared micromobility are not clear and do not create the expected environmental impact. Therefore, the right strategies should be developed in order to reveal the expected environmental effects of shared micromobility services. With the effective policies developed, the carbon footprint of urban mobility can be reduced. |
| Author Keywords | Smart city; Smart mobility; Shared micromobility |
Similar Articles
| Id | Similarity | Authors | Title | Published |
|---|---|---|---|---|
46396  | 0.893 | Gábor Š.; Novotný L.; Pregi L. | Revealing Spatial Patterns Of Dockless Shared Micromobility: A Case Study Of Košice, Slovakia | Urban Science, 9, 4 (2025) |
| 46175 | 0.889 | Rodrigues P.; Real E.; Barbosa I.; Durães L. | Rethinking Smart Mobility: A Systematic Literature Review Of Its Effects On Sustainability | Smart Innovation, Systems and Technologies, 337 SIST (2023) |
| 53988 | 0.885 | Anthony, B Jr | Sustainable Mobility Governance In Smart Cities For Urban Policy Development - A Scoping Review And Conceptual Model | SMART AND SUSTAINABLE BUILT ENVIRONMENT, 14, 3 (2025) |
| 51186 | 0.882 | Alam T.; Gupta R.; Nasurudeen Ahamed N.; Ullah A.; Almaghthwi A. | Smart Mobility Adoption In Sustainable Smart Cities To Establish A Growing Ecosystem: Challenges And Opportunities | MRS Energy and Sustainability, 11, 2 (2024) |
| 60245 | 0.881 | Mavlutova I.; Atstaja D.; Grasis J.; Kuzmina J.; Uvarova I.; Roga D. | Urban Transportation Concept And Sustainable Urban Mobility In Smart Cities: A Review | Energies, 16, 8 (2023) |
| 56288 | 0.879 | Wolniak R.; Turoń K. | The Problems Of Scooter-Sharing In Smart Cities Based On The Example Of The Silesian Region In Poland | Smart Cities, 8, 1 (2025) |
| 60076 | 0.879 | Conterno R.C.; Santos G.D. | Urban Mobility In Smart Cities: Systematic Approach To Identify Gaps And Explore Opportunities; [Mobilidade Urbana Em Cidades Inteligentes: Uma Abordagem Sistemática Para Identificar Lacunas E Explorar Oportunidades] | Revista Brasileira de Geografia Fisica, 18, 2 (2025) |
| 45946 | 0.877 | Allam Z.; Sharifi A. | Research Structure And Trends Of Smart Urban Mobility | Smart Cities, 5, 2 (2022) |
| 54215 | 0.874 | Dribi A.; Essaaidi M.; Merabet G.H. | Synergistic Interplay In Smart Cities: Mobility, Governance, And Environment – A Review | Proceedings of 2024 1st Edition of the Mediterranean Smart Cities Conference, MSCC 2024 (2024) |
| 23072 | 0.874 | Paiva S.; Ahad M.A.; Tripathi G.; Feroz N.; Casalino G. | Enabling Technologies For Urban Smart Mobility: Recent Trends, Opportunities And Challenges | Sensors, 21, 6 (2021) |