Abstract

Continued greenhouse gas emissions will lead to a rise in temperatures, accompanied by rising sea levels threatening low-lying coastal cities. This vulnerability is especially acute in developing countries’ cities. This study reviews whether Bangkok, Manila, and Jakarta, less prepared emerging urban centers of developing countries, are investing in adaptation projects for resilience against sea-level rise and urban flooding. Sea-level rise and urban flooding resilience projects were identified in the selected cities through secondary research methods, data on multilateral climate funds, and other aggregated funding databases such as Aid Atlas, Cities Adaptation Action, and City Risk Index. Our findings show that even though these cities do have some adaptation projects to address coastal flooding and rising sea-level threats, the funding has been disparate and dispersed due to a lack of continuous, sizeable, and diverse financing options and does not come close to the requirement, given the risks, of covering potential disaster-related losses. Our findings further highlight the need to expand financing beyond multilateral funds and bilateral funding agreements and to include financial mechanisms that incentivize potential stakeholders to invest in projects that ordinarily are considered nonrevenue generating.

Highlights

  • Climate change is happening faster than previously estimated

  • This study’s central research question is: Are the leading coastal megacities in developing Association of Southeast Asian Nations (ASEAN) countries investing in resilience against sea-level rise? The analysis considered two supplementary questions: What type of investments is in focus and under what financing structures? Which adaptation climate finance mechanisms can ASEAN countries use to mobilize necessary sealevel rise-related urban climate finance? In particular, focusing on ASEAN’s megacities is of interest considering their economic potential, rapid urban infrastructure development, population growth, and vulnerability to natural disasters

  • Our findings show that all three cities studied have existing projects which are addressing urban flooding adaptation projects

Read more

Summary

Introduction

Climate change is happening faster than previously estimated. While in 2009, only five of 16 Earth system’s climatic tipping points were active, by 2019, that had increased to nine (Lenton et al, 2008, 2019). Bamber et al (2019) estimated that if carbon dioxide levels follow current trends, the future average sea level could increase by two meters until 2100. 300 million people are at risk of being severely affected by coastal flooding caused by sea-level rise (Kulp and Strauss, 2019). As the average temperature rises alongside the average sea level, this will create fertile ground for more devastating storms and increasing rainfall rates. The effects of sea-level rise and urban flooding-related destruction will severely impact already vulnerable populations that do not have the economic capabilities to recover

Objectives
Methods
Results
Discussion
Conclusion
Full Text
Paper version not known

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call