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Correlation Analysis Between Terpene and Meteorological Factors at Artificial Coniferous Forest of Mt. Moodeung
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 Title & Authors
Correlation Analysis Between Terpene and Meteorological Factors at Artificial Coniferous Forest of Mt. Moodeung
Lee, Dae-Haeng; Kim, Min-Hee; Seo, Hee-Jeong; Min, Gyung-Woo; Kim, Seung-Ho; Seo, Kwang-Yeob; Jeong, Won-Sam; Kang, Young-Ju; An, Ki-Wan; Paik, Ge-Jin; Moon, Yong-Woon; Kim, Eun-Sun;
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 Abstract
There are many factors to influence the amount of terpene at the forest. However, it is poorly understood whether the amount is altered by meteorological factors. In order to study correlation analysis between terpene amount and meteorological(i.e., temperature, humidity, wind speed, solar radiation) and environmental factors(i.e., oxygen, carbonb dioxide) at the artificial coniferous forest of Chamaecyparis obtusa (site 1) and Cryptomeria japonica (site 2) nearby the reservoir at Mt. Moodeung, the research was executed during April to November in 2011. Forest density at site 1 was 1,692 trees/ha, being occupied with 87.2% of Chamaecyparis obtusa, higher than 925 trees/ha at site 2. Carbon dioxide at site 1 was in the range of 385~410 ppm in June, similar to at Anmyundo(395 ppm in 2010). Solar radiation has positive correlation with ambient temperature and inversely negative with relative humidity. Main species of terpene released were -pinene, camphene, -pinene, cymene, -limonene and camphor at two sites and terpene was more effluent at spring and summer than at fall. The large amount of terpene was emitted in the afternoon than in the morning under the influence of the wind speed and the topographical property. The terpene amount has positive correlation with relative humidity and oxygen, and negative with wind speed and soil temperature. Because correlations of -pinene and other terpene materials showed statistically significant within p=0.01. -pinene could be suggested as the basic material in explaining the amount of other terpene materials.
 Keywords
Terpene;Correlation;Meteorological factor;Coniferous forest;Forest density;
 Language
Korean
 Cited by
1.
무등산 주요 탐방로에서 테르펜 분포특성 연구,이대행;김민희;박옥현;박강수;안상수;서희정;진승현;정원삼;강영주;안기완;김은선;

한국환경보건학회지, 2013. vol.39. 3, pp.211-222 crossref(new window)
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