Calculation of Carbon Stocks on Korean Traditional House (Hanoks) in Korea
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This study analyzes the contribution of hanok that construction in reducing greenhouse gas (GHG) emissions in Korea by calculating the carbon storage of hanoks and comparing it to different housing types in Korea. The hanok is a traditional Korean house. And it were first designed and built in the 14th century during thd Joseon Dynasty. According to our results, the number of hanoks in 2016 was approximately 547,085 which was accounting for 7.8% of the total construction market, This study found Gyeongbuk with 95,083, Jeonnam with 88,981, Gyeongnam with 76,388 and Seoul with 43,519 hanoks. According to the GHG Inventory Report for 2016, Korea’s total annual GHG emissions amounted to 650 million tCO2, with the carbon stocks in hanoks amounting to 19.2 million tCO2. This accounts for 2.8% of Korea’s total GHG emissions and 46.1% of the carbon absorbed by forests. Our results show that hanoks store four times more carbon than light-frame-wood-houses, and 15 times more carbon than concrete-reinforced and steel-frame houses. The main factors causing the hanok industry slowdown are the high construction costs, lack of government support, and insufficient knowledge of hanok architecture. Therefore, to further increase the carbon stock of hanok, more research is needed to improve the technical use of wood and reduce construction of the hanok and prepare legal and institutional arrangements related to hanok industry.
Abstract
This study analyzes the contribution of hanok that construction in reducing greenhouse gas (GHG) emissions in Korea by calculating the carbon storage of hanoks and comparing it to different housing types in Korea. The hanok is a traditional Korean house. And it were first designed and built in the 14th century during thd Joseon Dynasty. According to our results, the number of hanoks in 2016 was approximately 547,085 which was accounting for 7.8% of the total construction market, This study found Gyeongbuk with 95,083, Jeonnam with 88,981, Gyeongnam with 76,388 and Seoul with 43,519 hanoks. According to the GHG Inventory Report for 2016, Korea’s total annual GHG emissions amounted to 650 million tCO2, with the carbon stocks in hanoks amounting to 19.2 million tCO2. This accounts for 2.8% of Korea’s total GHG emissions and 46.1% of the carbon absorbed by forests. Our results show that hanoks store four times more carbon than light-frame-wood-houses, and 15 times more carbon than concrete-reinforced and steel-frame houses. The main factors causing the hanok industry slowdown are the high construction costs, lack of government support, and insufficient knowledge of hanok architecture. Therefore, to further increase the carbon stock of hanok, more research is needed to improve the technical use of wood and reduce construction of the hanok and prepare legal and institutional arrangements related to hanok industry.
참고문헌 (16)
- Chang Yoon Sung, "Estimation of carbon stock of wood products and development of its country-specific carbon emission factor in Korea", pp.2015
- IPCC, "IPCC Guidelines for National Greenhouse Gas Inventories. v. 4: Agriculture", 12.1~12.18 (2006)
- 신정환, "벽면 녹화가 실내 온열환경 및 이산화탄소 농도 조절에 미치는 영향", 한국가구학회지, 25(2), pp.148~153 (2014), 한국가구학회[DOI]
- Korea Forestry Service, "Timber Supply Plan for 2016", ~ (2016)
- Lippke, B., "Characterizing the Importance Of Carbon Stored in Wood Products", Wood and Fiber Science, 42, pp.5~14 (2010)
- Ministry of Land, "Infra structure and Transport", Building Statistics, pp.145~150 (2016)
- 정명택, "한국의 전통 건축과 전통가구에서 나타나는 미의식의 연계성", 한국가구학회지, 25(3), pp.155~164 (2014), 한국가구학회[DOI]
- National Greenhouse Gas Inventory Report, "National Greenhouse Gas Center", 5~ (2016)
- National Hanok Center, "Hanok Building Book", pp.22~27 (2012)
- A study on the calculation of the cost of wood according to the size and shape of Hanok, "National Hanok Center", 7~15 (2013)
- Study on unit price change according to wood species and sanitization method, "National Hanok Center", ~ (2015)
- The effects on global environment and human body development and emotion, "National Institute of Forest Science", 12~19 (2012)
- Pregitzer, K. S., "Carbon cycling and storage in world forests: Biome patterns related to forest age", Global Change Biology, 10, pp.2052~2077 (2004)
- 최수임, "우리나라 주택분야 내 목제품의 탄소저장량 추정", 한국산림과학회지, 100(4), pp.708~714 (2011), 한국산림과학회
- Wood industry promotion comprehensive plan 2012-2016, "The Korea Forest Service", 7~ (2012)
- Yale university, "Environmental Performance Index (EPI)", 17~19 (2016)