일부 서울 지역 대기 부유세균 분포 현황 조사Atmospheric Distribution Characteristics of Airborne Bacteria in Part of Seoul Area
- Other Titles
- Atmospheric Distribution Characteristics of Airborne Bacteria in Part of Seoul Area
- Authors
- 김기연; 김윤신; 이철민; 조만수; 변상훈
- Issue Date
- 2009
- Publisher
- 한국대기환경학회
- Keywords
- Airborne bacteria; Outdoor; Seoul; Distribution; Identification
- Citation
- 한국대기환경학회지, v.25, no.6, pp.493 - 502
- Indexed
- KCI
- Journal Title
- 한국대기환경학회지
- Volume
- 25
- Number
- 6
- Start Page
- 493
- End Page
- 502
- URI
- https://scholar.korea.ac.kr/handle/2021.sw.korea/121194
- ISSN
- 1598-7132
- Abstract
- The concentrations of outdoor airborne bacteria measured in Seoul, Korea for one year (Jan. 2008~Dec. 2008)
ranged from 500 CFU/m3 to 7,500 CFU/m3. In monthly concentration distribution, the level of outdoor airborne
bacteria was highest in September and October and lowest in March. In seasonal concentration distribution, the order
of level of outdoor airborne bacteria was autumn¤winter¤spring¤summer. In regional concentration distribution,
the highest level of outdoor airborne bacteria was generally found in the forest, followed by general area and traffic
site. In distribution characteristics according to particle size, outdoor airborne bacteria showed 31% for ¤7.0 μm
(stage 1), 21% for 4.7~7.0 μm(stage 2), 15% for 3.3~4.7 μm(stage 3), 19% for 2.1~3.3 μm(stage 4), 10% for
1.1~2.1 μm(stage 5), and 4% for 0.65~1.1 μm(stage 6) and its mean respirable fraction was 48%. In concentration
distribution by yellow dust, the mean levels of outdoor airborne bacteria were 803 (±479) CFU/m3 for period of
yellow dust and 691 (±1,134)CFU/m3 for period of non-yellow dust. Although the level of outdoor airborne bacteria
was higher in period of yellow dust than period of non-yellow dust, there was no significant difference between period
of yellow dust and non-yellow dust (p¤0.05). In correlation analysis between outdoor airborne bacteria and atmospheric
factors (temperature and relative humidity), there was no significant correlation between outdoor airborne bacteria
and atmospheric factors. The predominant airborne bacteria were identified to the Bacillus-derived species.
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