Smart City Gnosys
Smart city article details
| Title | Embedding Resilience To Climate Change And Natural Hazards In Smart Services |
|---|---|
| ID_Doc | 22702 |
| Authors | Giovinazzi S.; Villani M.L.; Pezzetti R.; Gozo N.; Blaso L.; Costanzo A.; Piattoni Q. |
| Year | 2024 |
| Published | Lecture Notes in Civil Engineering, 467 LNCE |
| DOI | http://dx.doi.org/10.1007/978-3-031-54118-6_37 |
| Abstract | Natural and man-made hazards are increasingly threatening our cities and communities. It is therefore imperative to provide readily accessible information and know how to public authorities and stakeholders on the possible impacts that such hazards might induce on different exposed elements, as well as on the opportunities of implementing resilience strategies to mitigate impacts, to adapt to long term threats and to promptly recover and thrive in the aftermath of crisis. The on-going digital transition is posing an unprecedented opportunity towards that; cities can be digitally empowered with low-cost sensors, smart collaborative technologies, interoperable platforms that, thanks to open-science algorithms and applications, allow democratizing access to data and information and fostering knowledge. In this work, we envisage resilience as a view of each smart city dimension; sensors, Key Performance Indicators KPIs and platforms produced for and by vertical components of smart cities are reinterpreted with resilience lenses and support decision makers with smart services that are also instrumental in supporting resilience enhancement. This paper moves some first steps towards that by revising and identifying parallels in policies, frameworks and standards related to smart and resilient cities and by presenting preliminary implementations in Camerino Municipality. © The Author(s), under exclusive license to Springer Nature Switzerland AG 2024. |
| Author Keywords | Agenda 2030; Climate Change; ISO 37120; Resilience; Sendai Framework; Smart Cities |
Similar Articles
| Id | Similarity | Authors | Title | Published |
|---|---|---|---|---|
52958  | 0.91 | Umeike R.; Dao T.; Crawford S. | State-Of-The-Art Review Of Resilient Smart Cities: Progress And Challenges | Urban Governance, 5, 2 (2025) |
| 54592 | 0.906 | Samarakkody, A; Amaratunga, D; Haigh, R | Technological Innovations For Enhancing Disaster Resilience In Smart Cities: A Comprehensive Urban Scholar'S Analysis | SUSTAINABILITY, 15, 15 (2023) |
| 16013 | 0.906 | Sharifi A.; Allam Z. | Contributions Of Smart Technologies To Disaster Resilience | Urban Climate Adaptation and Mitigation (2022) |
| 35135 | 0.906 | Pandey A.; Goyal M. | Leveraging Technology For Climate Resilience In Urban Areas | Revolutionizing Urban Development and Governance With Emerging Technologies (2025) |
| 56642 | 0.903 | Kamtam P.; Salehi P.; Jones A.; Asadzadeh A. | The Role Of Smart Cities In Building The Resilience Of Vulnerable Communities: Three Case Studies From Europe, Asia, And Africa | Urban Book Series (2022) |
| 36184 | 0.901 | Ragia L.; Antoniou V. | Making Smart Cities Resilient To Climate Change By Mitigating Natural Hazard Impacts | ISPRS International Journal of Geo-Information, 9, 3 (2020) |
| 56644 | 0.9 | Shahrour I. | The Role Of Smart Cities In Enhancing The Capacity Of Urban Areas To Cope With Natural Disasters | Arabian Journal of Scientific Research, 5, 2 (2024) |
| 20095 | 0.897 | Irajifar L. | Digital Solutions For Resilient Cities: A Critical Assessment Of Resilience In Smart City Initiatives In Melbourne, Victoria | Urban Book Series (2022) |
| 36183 | 0.897 | Cosimato S.; Carrubbo L.; Capobianco N. | Making Smart Cities Resilient Harmonising Technologies And Human-Centricity | Technology Analysis and Strategic Management (2025) |
| 50300 | 0.895 | Sharifi A. | Smart City Indicators: Towards Exploring Potential Linkages To Disaster Resilience Abilities | APN Science Bulletin, 12, 1 (2022) |