The Characteristics of Air Temperature Distribution by Land-use Type -A case study of around Automatic Weather Station in Seoul-

토지이용 유형에 따른 기온 특성 -서울시 자동기상관측지점 주변을 사례로-

  • Received : 2003.07.10
  • Accepted : 2003.09.09
  • Published : 2003.09.30


The influence of land-use type on surrounding temperature was studied the relationships between land-use types and the air condition analyzing AWS (Automatic Weather Station) data of Seoul from KMA (Korea Meteorological Administration). The distribution of air temperature by land-use type has been influenced by the different heating and cooling rates. The difference of heating rates depending on the land-use type was largest at 2~3hours after sunrise and the difference of cooling rates was largest from 2hours before sunset to 2hours after sunset with its maximum at sunset. The difference of cooling rates is greatest in a clear and calm weather situation and the large difference in cooling rates between the green areas and built-up area is up to $1.5^{\circ}C/h$. By season, the difference of cooling rates is largest in fall and in turn spring, winter and summer. In a cloudy or rainy day, the difference in heating and cooling rates on land-use type is not distinct but the tendency is similar to a clear day. In all seasons, the rate of difference occurrence of the daily range of temperature between the green areas and built-up area was large, especially fall. In a fall with a clear and calm day, the magnitude of the daily range of temperature between the green areas and built-up area was largest.


  1. 권영아. 2002. 서울의 도심 녹지가 주변 기온에 미치는 영향. 건국대학교 대학원 박사학위 청구논문. 110pp
  2. Lee, H. Y., 1995, The Impact Assessment of Urbanization on the Atmospheric Environ ment, J. Environment Impact Assessment, 4(3), 73-86
  3. Shudo, H., Sugiyama, J., Yokoo, N. and T. aka, 1997, A Study on Temperature Distribution Influenced by Various Land Uses, Energy and Buildings, 26, 199-205
  4. Upmanis, H. and D. Chen, 1999, Influence of Geographical Factors and Meteorological Variables on Nocturnal Urban-Park Tem perature-Differences: A Case Study of Summer 1995 in Guteborg, Sweden, Climate Research, 13(2), 125-139
  5. 이현영. 1985. 서울의 도시기온에 관한 연구. 이화여자대학교 박사학위 청구논문 104pp
  6. Upmanis, H., 1999, The Influence of Sky View Factor and Land-use on City Temperatures, sub mitted to Int. J. Climatology
  7. Cayan, D. R. and A. V. Douglas, 1984, Urban Influences on Surface Temperatures in the Southwestern United States during Recent Decades, J. Climate and Appl. Meteor., 23, 1520-1530<1520:UIOSTI>2.0.CO;2
  8. Mitchell, J. M., 1962, The Thermal Climate of Cities in Symposium: Air Over Cities, V.S. Public Health Service, Taft Sanitary Eng. Center, Cincinati, Ohio, Tech. Rept. A. 62-5, 131-145, Peterson, J.T.(1973), 'The Climate of Cities' Climate in Review p.270에서 재인용
  9. Yoshino, M. M., 1981, Change of Air Temperature Distribution due to the Urbanization in Tokyo and Its Surrounding Regions, Sci. Rept. Inst. Geoscience, Univ. Tsukuba, Sect A, 2, 45-60
  10. Upmanis, H., I. Eliasson and S. Lindqvist, 1998, The Influence of Green Areas on Nocturnal Temperatures in a High Latitude City (Guteborg, Sweden), Int. J. Climatology, 18, 681-700<681::AID-JOC289>3.0.CO;2-L
  11. Hamada, T. and T. Mikami, 1998, Spatial Variation of Air Temperature in an Urban Green Park, American Meteorological Society(Proceeding)
  12. Gallo, K. P., D.R Easterling and T. C. Peterson, 1996, The Influence of Land Use/Land Cover on Climatological Values of the Diurnal Temperature Range, J. Climate, 9, 2941-2944<2941:TIOLUC>2.0.CO;2
  13. Emmanuel, R, 1997, Summertime Urban Heat Island Mitigation: Propositions based on an Investigation of Intra-Urban Air Temperature Variations, Architectural Science Review, 40(4), 155-164
  14. 부경온, 전영신, 박지용, 조하만, 권원태. 1999, 자동기상관측장치자료를 이용한 서울의 기온수평 분포 분석. 한국기상학회지. 35(3), 335-343
  15. 서울시. 2000. 도시생태개념의 도시계획에의 적용을 위한 서울시 비오톱 현황조사 및 생태도시 조성지첨 수립 :1차년도 연구보고서. 서울시정개발연구원 245pp
  16. 서울시. 2000. 서울시 기상특성을 고려한 도시계획기법 연구. 서울시정개발연구원 275pp
  17. Lee, H. Y., 1995, Potential Effects of Land-Use Change on the Local Climate, J. Korean Society of Remote Sensing, 11(3), 83-100
  18. 부경온, 오성남. 2000, 1999년 서울지역 기온의 시공간 분포 특성. 한국기상학회지. 36(4), 499-506
  19. 권영아, 이현영. 2001, 도시 녹지와 그 주변 기온의 공간적 분포: 서울시 종로구 창경궁, 창덕궁, 종묘 주변을 사례로. 대한지리학회지. 36(2), 126-140