Advanced SearchSearch Tips
A Study on Green Space Management Planning Considering Urban Thermal Environment
facebook(new window)  Pirnt(new window) E-mail(new window) Excel Download
 Title & Authors
A Study on Green Space Management Planning Considering Urban Thermal Environment
Joo, Chang-Hun; Kim, Jeong-Ho; Yoon, Yong-Han;
  PDF(new window)
This study suggests plan of green space management based on the result of research apprehending the characteristic through sorting types of city thermal environment targeting summer which thermal pollution is the most serious. Considering anthropogenic heat, development level of wind road, thermal environment, as a result of types of thermal environment process, it is appeared 36 types, and 10 types is relevant of this research subject. Type I-1, size of building is large, artificial covering area is wide, and thermal load of anthropogenic heat is high, type II-1, development condition of wind road is incomplete as IIlevel, entering cold air is difficult and thermal management and improvement is needed area. Type III-1, scale is large and it is area of origin of cold air, development level of wind road is mostly favorable, type III-2 is revealed as smaller scale than III-1, and small area of origin of cold air. Type IV, anthropogenic heat is , average, but development function of wind road is very favorable. Type V, large area of thermal load and the origin of cold air are distributed as similar ratio, and level of development function of wind road is revealed as II level. According to standard of type classification of thermal environment, as a result of suggesting plan of green space management and biotops area ratio, type I-1 is buffer green space and waterway creation, goal biotops area ratio 35%, type II-1 afforestation in site and goal biotops area ratio 40%, type III-1, preservation plan to display the current function continuously is requested. Type IV suggests afforestation of stream current, and type V suggests quantitative increase of green space and goal biotops area ratio 45%.
Urban Heat Island;Typology;Biotope area ratio;
 Cited by
A Verification Study on the Temperature reduction Effect of Water Mist Injection,;;;

KIEAE Journal, 2015. vol.15. 3, pp.5-14 crossref(new window)
여름철 공원 수림지 가장자리의 온열환경 기울기 변화 - 하동송림과 함양상림을 대상으로 -,류남형;이춘석;

한국조경학회지, 2015. vol.43. 6, pp.73-85 crossref(new window)
Akbari, h., Davis, S., Huang, J., 1992, Winmett, Cooling Our Communities, LBL Report 31587, Berkeley, CA.

An, J. S., 2002, Study on Estimation of DaeGu Anthropogenic Heat Generation, Master's Theis, Gyemyeong University.

Cha, J. G., 2006, Constructing a Green Network to Alleviate the Urban Heat-Island Phenomenon : Focusing on Jung-Gu and Nam-Gu in Daegu Metropolitan City, Master's Theis, Gyemyeong University.

Freemann, C., 1999, Geographic Information systems and the conservation of urban biodiversity, Urban Policy Res, 17(1), 51-61. crossref(new window)

Honjo, T., Takakura, T., 1991, Simulation of thermal effects of urban green ares on their surrounding areas, Energy and Buildings, 15(16), 443-446.

Incheon, 2004, Incheon Green Space Integrity and vegetation Propulsion Master plan.

Jo, J. I., 2014, A Study on Typology of Japanese Institutional Repositories and Features of Groups, Journal of Korea Association of Information Management, 31(1) 143-161. crossref(new window)

Jo, S. M., 2007, The Effects of Land-use Types on Meteorological Environment in Cheongju City, Master's Theis, Konkuk University.

Joo, C. H., Yoon, Y. H., Park B. J., Kim W. T., 2008, The Influence of Land Cover Types on Thermal Comfort in Urban Openspace, Journal of Korean Society for People Plants and Enviroment, 11(46), 59-65.

Kim, J. H., Son, W. D., Yoon, Y. H., 2012, Prediciton of Effect on Outside Thermal Environment of Building and Green Space Arrangement by Computational Fluid Dynamic, Journal of the Environmental Sciences, 20(1), 69-81.

Kim, M. K., Lee, H. U., Do, U. K., Jeong, U. S., 2009, An Analysis of Wind Field around the Air Quality Monitoring Station in the Urban Area by Using the Envi-met Model, Journal of environmental science international, 18(9), 941-952. crossref(new window)

Kim, S. B., Jung, E. H., 2005, Wind way for the construction of environmentally friendly urban basic research, Daegukyungbuk Institute.

Kim, S. B., Jung, E. H., Kim, G. H., 2005, Analysis of Street Trees and Heat Island Mosaic in Jung-gu, Daegu, Journal of environmental science international, 15(4), 325-332. crossref(new window)

Kim, U. S., Jo, Y. H., 2005, Ecological Landscape Planning & Design, Gimundang.

Landsberg, L., 1981, The urban climate New York, Academic Press.

Lee, G. G., 2007, A Study on Heat Islands mitigation According to Thermal Environment Distribution of Urban , doctor's Theis, Gyeongbuk University.

Lee, G. J., Hong, S. H., Choe, I. T., Han, B. H., 2007, A Study on the Adaptation Method of Biotope Area Factor by Land-use Type in the Built-up Area, Journal of Korean institute of Landscape architecture, 35(4), 40-47.

Lofvenhaft, K., Runborg, S., Sjogren-Gulve, P., 2003, Biotop patterns and amphibian distribution as assessment tools in urban landscape planning, Landscape and Urban Planning.

Ministry of environment, 2011, application guide revision.

Seoul, 2007, Biotops Area Ratio urban planning application improvement plan.

Shin J. B., 2005, A Study on improvement of the open space system in the establishment of urban green network, Master's Theis, Gyeongwon University.

Sukopp, H., Weiler, S., 1998, Biotope mapping and nature conservation strategies in urban areas of the federal republic of Germany, Landscape and Urban Planning, 15, 39-58.

Yague, C., Zurita, E., Martinez, A., 1991, Statistical analysis of the Madrid urban heat island, Atmos Environ, 25B, 327-332.

Yoo, H. S., 2013, Multi-pillar Pension Regimes and the Characteristics in Each Regime, Journal of korean Social Security Association, 29(4), 169-199.

Yoon, Y. H., Bae, B. H., Kim, W. T., Park B. J, Jo, S. M., Jo, H. S., 2007, Effects of Land Use Pattern on Urban Heat Island in Chungju City, Journal of environmental science international, 16(9), 1063-1069. crossref(new window)

Yu, G. J., 2008, A Study of Cooling Effect on Urban Heat Island by Wind-way Planning, Master's Theis, Hanyang University.