Measuring the Effectiveness of an Ecosystem Service to Regulate Air Quality in Wetland, South Korea
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This study aimed to verify the suitability of an air quality regulating service for wetland ecosystem service evaluation by investigating the effect of reducing particulate matter (PM) on vegetation in wetlands. We installed tunnel-type experimental plots at Yonghwasil Pond in the National Institute of Ecology and set up the input and output of PM by applying the natural vegetation of the relevant wetlands. We took measurements by replicating four different conditions four times each. The air quality regulating service in each experimental plot was measured based on PM10 concentration; further, the difference between the input and the output concentration of PM passing through the Phragmites australis community tunnel was measured using a light scattering method. For the Phragmites australis community in the outdoor conditions and bare land, the PM concentration was measured with the same specifications as tunnel-type experimental plots without setting up the input and output. For the tunnel-type experimental plots, PM10 concentration was significantly lower in the output than in the input. Furthermore, in the outdoor conditions, a comparison between the Phragmites australis community and bare land showed that the concentration was relatively low in the former than in the latter. This confirmed the PM reducing effect due to the blockage and absorption of PM depending on the growth of Phragmites australis. Based on the results of this study, we assessed the air quality regulating service in wetlands as an evaluation indicator.
Abstract
This study aimed to verify the suitability of an air quality regulating service for wetland ecosystem service evaluation by investigating the effect of reducing particulate matter (PM) on vegetation in wetlands. We installed tunnel-type experimental plots at Yonghwasil Pond in the National Institute of Ecology and set up the input and output of PM by applying the natural vegetation of the relevant wetlands. We took measurements by replicating four different conditions four times each. The air quality regulating service in each experimental plot was measured based on PM10 concentration; further, the difference between the input and the output concentration of PM passing through the Phragmites australis community tunnel was measured using a light scattering method. For the Phragmites australis community in the outdoor conditions and bare land, the PM concentration was measured with the same specifications as tunnel-type experimental plots without setting up the input and output. For the tunnel-type experimental plots, PM10 concentration was significantly lower in the output than in the input. Furthermore, in the outdoor conditions, a comparison between the Phragmites australis community and bare land showed that the concentration was relatively low in the former than in the latter. This confirmed the PM reducing effect due to the blockage and absorption of PM depending on the growth of Phragmites australis. Based on the results of this study, we assessed the air quality regulating service in wetlands as an evaluation indicator.
참고문헌 (37)
- Bae, H. J., "Evaluation of Impacts of Climate Change on Air Pollution and Health", National Institute of Environmental, ~ (2011)
- 배상혁, "미세먼지의 건강영향", 대한의사협회지, 61(12), pp.749~755 (2018), 대한의사협회[DOI]
- Cha, J. G., "Study on the Regulating Function of Particulate Matter in Urban Green Space", National Institute of Ecology, ~ (2018)
- de Groot, R., "Valuing Wetlands: Guidance for Valuing the Benefits Derived from Wetland Ecosystem Services", Ramsar Convention Secretariat, ~ (2006)
- Fuchs, N.A, "The Mechanics of Aerosols" (1964), Pergamon
- 2019Job, "major government project assessment: Report on each major government project", Government Performance Evaluation Committee., 2020
- Gu, B. H., "Understanding of Wetland", Ministry of Environment, ~ (2013)
- Guan, H., "Phragmites communis leaves with anisotropy, superhydrophobicity and self-cleaning effect and biomimetic polydimethylsiloxane(PDMS)replicas", Coatings, 9, pp.541~ (2019)
- Hails, A.J, "Wetlands, Biodiversity and the Ramsar Convention : the Role of the Convention on Wetlands in the Conservation and Wise Use of Biodiversity", Ramsar Convention Bureau, ~ (1997)
- He, C., "Reduction of urban trafficrelated particulate matter-leaf trait matters", Environmental Science and Pollution Research International, 27, pp.5825~5844 (2020)
- Master Plan on Management of Particulate Matter(2020~2024), "Interagency.", Ministry of Trade Industry and Energy, ~ (2019)
- International Agency for Research on Cancer(IARC)., "Outdoor Air Pollution IARC Monographs on the Evaluation of Carcinogenic Risks to Humans Volume 109", IARC, ~ (2016)
- 장안수, "미세먼지가 건강에 미치는 영향", 대한의사협회지, 57(9), pp.763~768 (2014), 대한의사협회[DOI]
- Janse, J. H., "Towards a global model for wetlands ecosystem services", Current Opinion in Environmental Sustainability, 36, pp.11~19 (2019)
- 조현길, "서울 남산 도시자연공원의 대기정화능과 가치", 한국환경생태학회지, 16(2), pp.172~178 (2002), 한국환경생태학회
- Joo, W. Y., "Establishment of Ecosystem Services Assessment Framework at National Level", National Institute of Ecology, ~ (2017)
- Joo, W. Y., "Assessment of Key Ecosystem Assets and their Services and Development of Conservation Strategies", National Institute of Ecology, ~ (2018)
- Joo, W. Y., "A Guideline for Ecosystem Services Assessment of Wetland Protected Areas", National Institute of Ecology, ~ (2019)
- Koo, B. H., "Understanding of Wetland", Ministry of Environment, ~ (2013)
- 권계정, "광량에 따른 실내식물 디펜바키아와 스파티필럼의 미세먼지 제거능", 한국조경학회지, 46(2), pp.62~68 (2018), 한국조경학회[DOI]
- Lee, S. H., "Direction for research and adaptive measures in healthcare after the announcement of the 9. 26 comprehensive plan on management of particulate matter", Health and Welfare Issue and Focus, 346, pp.1~8 (2018)
- Manes, F., "Regulating ecosystem services of forests in ten Italian metropolitan cities : air quality improvement by PM10 and O3 removal", Ecological Indicators, 67, pp.425~440 (2016)
- McInnes, R. J., "Recognizing ecosystem services from wetlands of international importance : an example from Sussex, UK", Wetlands, 33, pp.1001~1017 (2013)
- Millennium Ecosystem Assessment., "Ecosystems and Human Well-Being : Wetlands and Water : Synthesis", World Resources Institute, ~ (2005)
- Ministry of Environment., "You See What You Know : What is Particulate Matter?", Ministry of Environment, ~ (2016)
- Ministry of Environment., "Wetland Conservation Plan(2018-2022)", Ministry of Environment, ~ (2018)
- 명준표, "미세먼지와 건강 장애", 대한내과학회지, 91(2), pp.106~113 (2016), 대한내과학회[DOI]
- National Institute of Forest Science, "New Project Guidelines for(Particulate Matter Reduction)Urban Forest Formation and Management", Korea Forest Service, ~ (2019)
- "Restoration, creation, and recovery of wetlands wetland functions , values, and assessment" (2001)[URL]
- Nowak, D., "Air Quality Effects of Urban Trees and Parks", National Recreation and Parks Association Research Series, ~ (2010)
- Qiu, D., "Particulate matter assessment of a wetland in Beijing", Journal of Environmental Sciences(China), 36, pp.93~101 (2015)
- Ramsar Convention on Wetlands., "Wetland Ecosystem Services-an Introduction", Ramsar Convention Secretariat, ~ (2011)
- Ramsar Convention on Wetlands., "Global Wetland Outlook : State of the World’s Wetlands and their Services to People", Ramsar Convention Secretariat, ~ (2018)
- Roucoux, K. H., "Threats to intact tropical peatlands and opportunities for their conservation", Conservation Biology, 31, pp.1283~1292 (2017)
- "Plants are effective in reducing indoor particulate matter: 3-5 pots of plants with 1m2 leaf area in the living room (20 m2) reduce ultrafine particles by 20%" (2019)[URL]
- Russi, D., "The Economics of Ecosystems and Biodiversity for Water and Wetlands", Ramsar Secretariat, ~ (2013)
- 손가연, "인공 습지 모형을 활용한 습지의 미세먼지 저감 효과", 한국습지학회지, 22(1), pp.24~30 (2020), 한국습지학회