Proceedings of the 2nd International Symposium on Disaster Resilience and Sustainable Development

Proceedings of the 2nd International Symposium on Disaster Resilience and Sustainable Development

Volume 1 - Multi-hazard Vulnerability, Climate Change and Resilience Building

Ichinose, Tomonori; Oda, Takashi; Yonariza; Shaw, Rajib; Pal, Indrajit

Springer Verlag, Singapore

10/2022

341

Dura

Inglês

9789811947148

15 a 20 dias

Descrição não disponível.
Science and Technology for Multi-hazard Vulnerability, Climate Change and Resilience Building.- Vulnerability mapping of residential buildings with respect to cyclonic wind in Mauritius using Remote Sensing and QGIS.- Multi-hazard impact and vulnerability analysis in building city infrastructure resilience.- A Review of Flood Hazard and Risk Management Strategies, past, present, and future challenges in the South Asian Region, particularly in Sri Lanka.- Assessing risk and adaptation options across building types and neighbourhoods in the cities and urbanising regions of Vietnam.- Challenges in Addressing Green Growth in Malaysian Cities.- A Risk Based Approach of Assessing Cyclone Shelter Locational Needs in the Coastal Region of Bangladesh.- Climate change impacts in India: Potential of Nature Based Solutions (NBSs) for adaptation and mitigation.- A review of Climate Change Impact on the Built Environment in coastal regions.- Disaster Management Practices Amidst COVID-19 Pandemic: Emergency Response of Merapi Volcano Eruption.- Post-Disaster Recovery for Building Resilience: Bangladesh Perspective.- A Framework of Risk Profile in Public Healthcare System Development: A Literature Review.- Enhancing effectiveness of occupational health and safety of garments and textile industry workers in Chittagong, Bangladesh.- Community Perception of Flood Induced Health Risk in Sudan, a case study of Sharq El-Nile area.
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Risk Management;Multi-hazard Vulnerability;Resilient Infrastructure;Sustainable Communities;Climate Change;Disaster Mitigation;Hazard Modelling;Disaster Management;Disaster Structural Design;Hazard Mitigation Engineering;SDG 9;Infrastructure