Abstract

Climate change risks have become a major concern of climate change adaptation, and a systematic risk assessment is required as the first step as well as a key principle of national adaptation policy processes. Although many countries conducted risk assessments, a debate over a systematic assessment process continues, and results of the risk assessment provide limited information to making adaptation policies. Based on a case study of South Korea, this research aims to establish a national-level risk assessment process which includes systematic methodologies given the current limited time/resource and insufficient climate change information. A four-step risk assessment process is proposed: (1) collecting scientific evidence, (2) making list of preliminary risks, (3) making lists of risks and prioritising the risks, (4) categorising the risks. Enough scientific evidence and data about climate change risks of Korea were retained through first two steps, and three components of risk (hazard, exposure, vulnerability) are systematically involved by assessing the magnitude and adaptive capacity of risks. As results of the risks assessment, 93 national-level climate change risks of Korea are identified, and most high priorities in risks have high risk magnitude but low adaptive capacity. This research provided insights for direction of national adaptation policy of each sector by categorising the risks into four categories.

Highlights

  • Climate change gives rise to cascading risks in human and natural systems (IPCC 2014; Adger et al 2018)

  • Given that the inevitable impacts of climate change caused by greenhouse gases (GHGs) already emitted, a need for adaptation has increased and the climate change risks have become a major concern of the adaptation (CCC 2017a)

  • Since the Intergovernmental Panel on Climate Change (IPCC)’s Special Report on Extreme Events (SREX) (2012), the concept of climate change risk involves the climate science aspect that projects the probability of a hazard and the dynamic

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Summary

Introduction

Climate change gives rise to cascading risks in human and natural systems (IPCC 2014; Adger et al 2018). This risk assessment conducts an SLR following the seven stages of SLRs (see Petticrew and Roberts 2006, p.27) to enhance scientific evidence of climate change impacts on Korea It sets three research questions for an SLR: (1) What are climate change risks of each sector in Korea (including national and local levels)? 204 climate impacts and potential risks (without adaptive capacity assessments) which have scientific evidence were drawn: 10 for health, 23 for land, 32 for agriculture, 24 for water, 13 for forest, 52 for industry/ energy, 31 for ecosystem, and 19 for ocean/fishery/coast. Sectoral expert groups selected 95 climate change risks of Korea through reviewing and revising the preliminary risks

10 Precipitation reduction
Discussion and conclusion

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