기후변화에 따른 농업생산기반시설 영향분석을 통한 정책추진 방안 연구
Measure Improvement on Vulnerable Area based on Climate Change Impact on Agriculture Infrastructure
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초록
This study was conducted to analyse climate change impact on agriculture infrastructure and propose improved measures on vulnerable areas. Recently, Climate change has resulted in damaging effects on agricultural fields through increases in drought intensity and flood risk. It is expected that this impact will increase over time. This study shows that Gyeong-gi and Chung-nam provinces are affected by drought and Gyeong-buk and Gyeong-nam provinces are affected by heavy rain. However, there are also regional variations within each province. Agricultural infrastructure affected by drought may also be affected by heavy rain. Increased damages on the infrastructure due to increased extreme weather events require preventive measures especially in vulnerable areas. In order to minimize the damage by climate change, we need to introduce a reform in the system which selects project region by analysing climate change impacts. Furthermore, impact assessment of climate change from projects such as ‘water supply diversification’, ‘flooded farmland improvement’, and ‘irrigation facility reinforcement’ also need to be adopted to improve the measures. The results of this study are expected to provide a foundation for establishing measures on coping with climate change in the agricultural sector.
Abstract
This study was conducted to analyse climate change impact on agriculture infrastructure and propose improved measures on vulnerable areas. Recently, Climate change has resulted in damaging effects on agricultural fields through increases in drought intensity and flood risk. It is expected that this impact will increase over time. This study shows that Gyeong-gi and Chung-nam provinces are affected by drought and Gyeong-buk and Gyeong-nam provinces are affected by heavy rain. However, there are also regional variations within each province. Agricultural infrastructure affected by drought may also be affected by heavy rain. Increased damages on the infrastructure due to increased extreme weather events require preventive measures especially in vulnerable areas. In order to minimize the damage by climate change, we need to introduce a reform in the system which selects project region by analysing climate change impacts. Furthermore, impact assessment of climate change from projects such as ‘water supply diversification’, ‘flooded farmland improvement’, and ‘irrigation facility reinforcement’ also need to be adopted to improve the measures. The results of this study are expected to provide a foundation for establishing measures on coping with climate change in the agricultural sector.
참고문헌 (10)
- Climate change investigation for agriculture water and infrastructure, "KRC (Korea Rural Community Corporation)", ~ (2018)
- Climate change investigation for agriculture water and infrastructure, "KRC (Korea Rural Community Corporation)", ~ (2019)
- 2nd National climate change response master plan 2020-2040, "Ministry of Environment", ~ (2019)
- Rural water use rationalization plan 2015-2024, "MAFRA (Ministry of Agriculture, Food and Rural Affairs)", ~ (2014)
- Korea climate change prospect analysis, "KMA (Korea Meteorological Administration)", ~ (2018)
- Development of stability evaluation and management technique for agricultural production infrastructure due to climate change impacts, "Kim, H. D.", Korea Rural Community Corporation, ~ (2016)
- Development and application of a climate change vulnerability index, "Yoo, G. Y.", Korea environment institute, ~ (2008)
- "RAWRIS (Rural Agricultural Water Resource Information System)"[URL]
- "RIMS (Rural Infrastructure Management System)"[URL]
- 박나영, "RCP 시나리오 기반 농업용 저수지의 내한능력 평가", 한국농공학회논문집, 55(3), pp.13~24 (2013), 한국농공학회
