| Title | Enhancing Urban Sustainability: Unravelling Carbon Footprint Reduction in Smart Cities through Modern Supply-Chain Measures |
|---|---|
| ID_Doc | 40875 |
| Authors | Zadeh, SBI; Garay-Rondero, CL |
| Title | Enhancing Urban Sustainability: Unravelling Carbon Footprint Reduction in Smart Cities through Modern Supply-Chain Measures |
| Year | 2023 |
| Published | Smart Cities, 6, 6 |
| Abstract | The worldwide Sustainable Development Goals (SDGs) for smart cities and communities focus significant attention on air quality and climate change. Technology and management can reduce fossil fuel dependence in smart cities' energy supply chains (SC). A sustainable smart city and reduced carbon emissions require coordinated technology and management with appropriate infrastructure. A systematic review of smart city SC management literature that reduces the carbon footprint (C.F) inspired this study. The study shows how each attribute reduces greenhouse gas (GHG) emissions. The Introduction highlights the subject matter and principal goal, which is to investigate how SC management strategies could assist smart cities in lowering their C.F. The Methods and Materials section provides a succinct description of the refining process in Systematic Reviews and Meta-Analyses in Scoping Reviews (PRISMA-ScR) relevant to C.F mitigation in smart city (SC) management. Significant works are described in the Results and Findings section, which exposes how smart cities and SC measurements reduce C.F. The Discussion section examines and scientifically debates the research findings. The Conclusion provides a scientific analysis based on the presented insights and features to enhance how policies must be coordinated to achieve the goal of this research study in a comprehensive way. Furthermore, it provides suggestions for practitioners and governments, and proposals for future research. The main contribution of this paper is conducting and proposing a framework for a better understanding of how the novel digital SCs, their components, and their management practices can help smart cities reduce their C.F. |
Similar Articles
| ID | Score | Article |
|---|---|---|
45010
|
Haarstad, H; Wathne, MW Are smart city projects catalyzing urban energy sustainability?(2019) | |
| 31271
|
Cavada, M; Hunt, DVL; Rogers, CDF Do smart cities realise their potential for lower carbon dioxide emissions?(2016)Proceedings Of The Institution Of Civil Engineers-Engineering Sustainability, 169, 6 | |
| 43604
|
Thornbush, M; Golubchikov, O Smart energy cities: The evolution of the city-energy-sustainability nexus(2021) | |
| 42646
|
Cortese, TTP; de Almeida, JS; Batista, GQ; Storopoli, JE; Liu, A; Yigitcanlar, T Understanding Sustainable Energy in the Context of Smart Cities: A PRISMA Review(2022)Energies, 15, 7 | |
| 40426
|
Sharifi, A; Allam, Z; Bibri, SE; Khavarian-Garmsir, AR Smart cities and sustainable development goals (SDGs): A systematic literature review of co-benefits and trade-offs(2024) | |
| 40510
|
De Azambuja, LS Drivers and Barriers for the development of Smart Sustainable Cities A Systematic Literature Review(2021) | |
| 41260
|
Wang, SJ; Moriarty, P Energy savings from Smart Cities: A critical analysis(2019) | |
| 36905
|
Polzonetti, A; Sagratella, M Smart City and Green Development(2018) | |
| 36492
|
Ramli, H; Azizi, ZM; Thurairajah, N Sustainable Smart City Technologies and Their Impact on Users' Energy Consumption Behaviour(2024)Energies, 17, 4 | |
| 45485
|
Yigitcanlar, T; Kamruzzaman, M Does smart city policy lead to sustainability of cities?(2018) |