This paper looks at policy input in three countries to manage natural disasters that occur on a regular basis.
These countries are Canada, Bangladesh, and Indonesia. In the chapters about Canada, information about wildfires and (flash) floods is presented, looking at various reasons for the disasters as well as institutions involved in policymaking. The same content goes for cyclones in Bangladesh and earthquakes in Indonesia.
In all four instances, historical evidence about particularly strong cases of these four types of disasters is presented, which underscores the continuous relevance for society and politics. Including a variety of information of different types of sources, the paper contributes to a debate about disaster management and relief mechanisms as well as policymaking capacities.
Table of Contents
1. Introduction
2. Country: Canada – North American Climate Change Vulnerabilities
2.1. Defeating Heat and Devastation: The FireSmart Program
2.2. Flood Protection Mechanisms: Red River Flooding
3. Country: Bangladesh
3.1. Cyclones and their Management
4. Country: Indonesia – Climate Change in Southeast Asia
4.1. Earthquakes – A Continuous Tectonic Uncertainty
5. Conclusion
Objectives & Core Themes
This research paper examines how different countries utilize institutional mechanisms and policy frameworks to manage, mitigate, and recover from various natural disasters, specifically exploring the nexus between climate change impacts and disaster relief efficacy.
- Analysis of institutional resilience and disaster response architectures.
- Evaluation of climate-related hazards including wildfires, floods, cyclones, and earthquakes.
- Assessment of cross-sectoral cooperation and knowledge management in disaster mitigation.
- Integration of United Nations Sustainable Development Goals (UN SDGs) as a foundational explanatory framework.
Excerpt from the Book
2.1. Defeating Heat and Devastation: The FireSmart Program
With these findings, the material for discussion about the reduction of “home vulnerability” (CCI 2020) and that of its inhabitants had been provided and it began or, rather, was re-energized: A non-profit association stretching across and connecting multiple disciplines, Partners in Protection (PiP) from Alberta, developed a program dubbed FireSmart. The primary task of this program is to provide a mechanism for accumulating knowledge and expanding capacity, which is necessary in the affected communities. At the most essential level, a zonal model for home ignition hazard(s) was constructed, motivating homeowners to be more cautious about material they place around houses, yards, and garages. Hence, it serves as a mental reminder for people to decrease the risk of a wildfire threatening their home if they live near an area where it first started.
The way the information is shared is both personally and via refined digital infrastructure. Firefighters conduct professional assessments of individual homes and educate inhabitants of potential risk sources, precautions, and financial arrangements for better protection. For constant improvement purposes, they come back to look at how the situation and environment have changed over time. Digital infrastructure means an app that not only provides possibilities for do-it-yourself (DIY) protective, assessment, and identification measures, but also helps to keep homeowners informed by experts in the field (CCI 2020; FireSmart Canada 2018, 2019). For instance, information on the level of fire resistance is provided in a categorized material overview to facilitate investment and home modification considerations. Surmounting the hurdles of so-called information frictions – unavailable and/or inaccessible information – can be the difference between life and death in a disaster situation like a wildfire.
Chapter Summaries
1. Introduction: This chapter introduces the increasing global threat of climate change and outlines the paper's multi-country comparative approach focusing on disaster relief mechanisms.
2. Country: Canada – North American Climate Change Vulnerabilities: It details Canada's specific challenges regarding wildfires in forest regions and the resulting economic and social costs.
2.1. Defeating Heat and Devastation: The FireSmart Program: This section evaluates the FireSmart program as an institutional approach to reducing home ignition risks through education and resource pooling.
2.2. Flood Protection Mechanisms: Red River Flooding: This chapter analyzes the 1997 Red River flood, emphasizing the critical role of institutional planning and accurate early forecasting in disaster management.
3. Country: Bangladesh: It explores Bangladesh's high vulnerability to severe tropical storms and cyclones due to its geographical location and low-lying deltaic terrain.
3.1. Cyclones and their Management: This section covers programmatic policy efforts, such as the Comprehensive Disaster Management Programme, aimed at institutionalizing preparedness and response.
4. Country: Indonesia – Climate Change in Southeast Asia: It provides an overview of Indonesia’s susceptibility to tectonic and volcanic activity along the 'Ring of Fire' and its climate-induced flooding risks.
4.1. Earthquakes – A Continuous Tectonic Uncertainty: This section investigates the critical role of knowledge management and post-disaster educational initiatives in building resilience against earthquake impacts.
5. Conclusion: The concluding chapter synthesizes the main arguments, reaffirming the necessity for dynamic, resilient, and cooperative institutional frameworks to mitigate climate-exacerbated disasters.
Keywords
Climate Change, Disaster Relief, Institutional Resilience, Wildfire Management, Flood Protection, Cyclones, Earthquake Preparedness, Sustainable Development Goals, Knowledge Management, Risk Mitigation, Canada, Bangladesh, Indonesia, Early Warning Systems, Community Engagement.
Frequently Asked Questions
What is the primary focus of this research paper?
The paper primarily explores how nations develop and implement institutional mechanisms to effectively prepare for and recover from natural disasters, considering the exacerbating effects of climate change.
Which specific natural disasters are analyzed?
The study analyzes wildfires and floods in Canada, cyclones in Bangladesh, and earthquakes in Indonesia.
What is the core objective of the research?
The goal is to enhance the understanding of diverse disaster relief approaches and to argue for the necessity of strong, responsive institutions that foster transnational and sectoral cooperation.
Which scientific framework is used as an analytical lens?
The paper employs the United Nations Sustainable Development Goals (UN SDGs) as an underlying explanatory concept to evaluate the effectiveness of disaster management policies.
What is covered in the main body of the work?
The main part of the document is divided into country-specific case studies, detailing specific programs like FireSmart in Canada or the Cyclone Preparedness Programme in Bangladesh.
What are the primary keywords characterizing this work?
Key terms include disaster relief, climate change, institutional resilience, risk mitigation, and sustainable infrastructure.
How does the FireSmart program contribute to wildfire reduction?
FireSmart helps reduce 'home vulnerability' by providing homeowners with assessments, digital tools, and educational resources regarding fire-resistant materials and landscaping.
What role did the Bangladesh Red Crescent Society play during Cyclone Mora?
The Society trained local volunteers and Community Disaster Response Teams (CDRTs) to communicate warnings and safety instructions in the local language, significantly reducing potential casualties.
Why does the case study of Indonesia highlight knowledge management?
It highlights knowledge management because the ability of residents to act correctly during an earthquake depends on their access to and understanding of disaster mitigation education.
- Citar trabajo
- Leo Kempe (Autor), 2022, Natural Disaster Relief Mechanisms in Canada, Bangladesh and Indonesia, Múnich, GRIN Verlag, https://www.grin.com/document/1441565
