Javascript must be enabled to continue!
A disaster resilient built environment in urban cities
View through CrossRef
Purpose
– This research aims at making recommendations to empower the Sri Lankan local governments in creating a disaster resilient built environment. Disasters make a huge impact on the built environment. In turn, failure of the built environment can create significant impacts on social and economic activities. Thus, when moving towards safer cities, it is important to develop the built environment in such a way that it can withstand threats posed by natural disasters. Various stakeholders need to get involved in the process of making a disaster resilient built environment, of which the local governments need to play a critical role, as they are the closest government body to the local community. However, local governments are facing a number of challenges in responding to city resilience activities.
Design/methodology/approach
– The research adopts case studies as its research strategy and investigates three cities in Sri Lanka which are potentially vulnerable to disasters. A number of expert interviews have also been conducted to supplement the case study findings.
Findings
– The paper presents the challenges faced by the Sri Lankan municipalities in creating a disaster resilient built environment and provides recommendations to empower municipalities to effectively contribute to city resilience. The paper suggests amending policies related to establishment of municipal councils and disaster management to provide more authoritative powers for municipalities to effectively engage in city resilience building. Findings also revealed the importance of addressing financial and human resource issues, which were the main drivers of hindrance. Furthermore, all relevant urban development plans, risk maps, disaster resilient planning, construction and operation guidelines and resilient land use practices need to be integrated into existing planning and building regulations, and proper monitoring and control mechanisms have to be established to ensure compliance with the regulations. In doing so, it is important to raise awareness of council officials of disaster risks and resilient practices by way of organising educational programmes such as seminars and workshops. It is also suggested that municipal officials should be involved in national-level decision-making with regard to their local areas and to establish proper communication channels to exchange decision and information related to city resilience.
Research limitations/implications
– The paper is based on case studies in three cities and a number of expert interviews, which are limited to the Sri Lankan context. Inputs from other cities from developed countries may further validate the recommendations.
Originality/value
– The paper highlights the challenges faced by the local governments in creating a disaster resilient built environment within Sri Lankan cities and provides recommendations as to how the local governments could be empowered in creating a disaster resilient built environment within cities.
Title: A disaster resilient built environment in urban cities
Description:
Purpose
– This research aims at making recommendations to empower the Sri Lankan local governments in creating a disaster resilient built environment.
Disasters make a huge impact on the built environment.
In turn, failure of the built environment can create significant impacts on social and economic activities.
Thus, when moving towards safer cities, it is important to develop the built environment in such a way that it can withstand threats posed by natural disasters.
Various stakeholders need to get involved in the process of making a disaster resilient built environment, of which the local governments need to play a critical role, as they are the closest government body to the local community.
However, local governments are facing a number of challenges in responding to city resilience activities.
Design/methodology/approach
– The research adopts case studies as its research strategy and investigates three cities in Sri Lanka which are potentially vulnerable to disasters.
A number of expert interviews have also been conducted to supplement the case study findings.
Findings
– The paper presents the challenges faced by the Sri Lankan municipalities in creating a disaster resilient built environment and provides recommendations to empower municipalities to effectively contribute to city resilience.
The paper suggests amending policies related to establishment of municipal councils and disaster management to provide more authoritative powers for municipalities to effectively engage in city resilience building.
Findings also revealed the importance of addressing financial and human resource issues, which were the main drivers of hindrance.
Furthermore, all relevant urban development plans, risk maps, disaster resilient planning, construction and operation guidelines and resilient land use practices need to be integrated into existing planning and building regulations, and proper monitoring and control mechanisms have to be established to ensure compliance with the regulations.
In doing so, it is important to raise awareness of council officials of disaster risks and resilient practices by way of organising educational programmes such as seminars and workshops.
It is also suggested that municipal officials should be involved in national-level decision-making with regard to their local areas and to establish proper communication channels to exchange decision and information related to city resilience.
Research limitations/implications
– The paper is based on case studies in three cities and a number of expert interviews, which are limited to the Sri Lankan context.
Inputs from other cities from developed countries may further validate the recommendations.
Originality/value
– The paper highlights the challenges faced by the local governments in creating a disaster resilient built environment within Sri Lankan cities and provides recommendations as to how the local governments could be empowered in creating a disaster resilient built environment within cities.
Related Results
Territories -in- between
Territories -in- between
There is an increasing body of literature suggesting that the conventional idea of a gradual transition in spatial structure from urban to rural does not properly reflect contempor...
Collaborative Innovation for Disaster-Resilient Tourism Villages to Enhance Safe Tourism in Indonesia
Collaborative Innovation for Disaster-Resilient Tourism Villages to Enhance Safe Tourism in Indonesia
The collaborative model of disaster management is very important in reducing disaster risk in disaster-prone areas, this is no exception for tourist attractions that are often visi...
Adaptive Planning for Resilient Coastal Waterfronts
Adaptive Planning for Resilient Coastal Waterfronts
Many delta and coastal cities worldwide face increasing flood risk due to changing climate conditions and sea level rise. The question is how to develop measures and strategies for...
Disaster resilience of higher education institutions as critical built environments: evidence from Turkey’s integrated disaster management system
Disaster resilience of higher education institutions as critical built environments: evidence from Turkey’s integrated disaster management system
Purpose
Higher education institutions (HEIs) function as complex-built environments that support critical societal services, including education, research and h...
Learning Material Organization for Disaster Resilient Villages
Learning Material Organization for Disaster Resilient Villages
This study aims to express the best learning material organization for the Disaster Resilient Village Program (Program Desa Tangguh Bencana, DESTANA). It was delivered to the peopl...
Disaster Anthropology
Disaster Anthropology
Disaster Anthropology uses theoretical and methodological tools from across anthropological subfields to understand the effects of disasters. Anthropologists based in academia and ...
GEOINFORMATION FOR DISASTER MANAGEMENT 2020 (GI4DM2020): PREFACE
GEOINFORMATION FOR DISASTER MANAGEMENT 2020 (GI4DM2020): PREFACE
Abstract. Across the world, nature-triggered disasters fuelled by climate change are worsening. Some two billion people have been affected by the consequences of natural hazards ov...

