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http://dx.doi.org/10.9715/KILA.2019.47.1.088

A Study on the Planting Design for the Renewal of Urban Neighborhood Park - In Case of Okgu Neighborhood Park, Siheung, Gyeonggi-do, Korea -  

Lee, Sang-Man (Dept. of Landscape Architecture, Graduate School, University of Seoul)
Jeong, Moon-Soon (Dept. of Landscape Architecture, Graduate School, University of Seoul)
Han, Bong-Ho (Dept. of Landscape Architecture, University of Seoul)
Park, Seok-Cheol (The Institute of Urban Science, University of Seoul)
Publication Information
Journal of the Korean Institute of Landscape Architecture / v.47, no.1, 2019 , pp. 88-103 More about this Journal
Abstract
This paper aims to identify planting design for the renewal of Okgu Park, located in Siheung, Gyeonggi-do. I designate planting concept fit spatial functions and also suggest planting designs that are proper for a growth environment. The spatial functions of the research site are divided on the basis of the park facilities, its surroundings, and usage. To understand the planting concept, this paper looks into the distribution of plant species and the precise planting structure. To understand the planting concept and the current usage of shade space in the park, I examine the distribution of plant species and the precise planting structure. There are 48 kinds of plants, with Zoysia japonica area (28.84%), Prunus yedoensis (8.0%), Pinus thunbergii (6.73%) and Zelkova serrata (6.38%) taking up the majority. 27 places were chosen for researching the precise planting structure. The research shows that the average green coverage ratio is 38.14% and the average green capacity coefficient is $0.72m^3/m^2$. The growth defective rate of trees in the shade areas is estimated by averaging the classified growth conditions of individual trees per block of shade areas. Areas with an inferior environment for growth and low spatial usage in Okgu Park are selected as subjects for planting design. After comparing the spatial functions with planting concepts and analyzing the growth of plants, I identify $36,236m^2$ areas with inferior growth condition. I also examine structures and the surrounding areas to find areas that require urgent planting improvement, specifically identifying landscape space and shade space around the fountain and the buffer space nearby the North gate. I rearrange spatial functions in the selected areas to devise a planting design considering the existing vegetation, layer structure, and its usage. I set the planting concept and direction to improve the landscape of the selected areas through implementing a planting design so the park users can be satisfied with each space.
Keywords
Landscape Space; Shade Space; Buffer Space; Growth Defective Rate of Trees;
Citations & Related Records
Times Cited By KSCI : 2  (Citation Analysis)
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1 Hwang, S. H.(2003) A Study on the Green Arrangement and Planting Method of Neighborhood Parks by the Location and Function in Gangnam-gu, Seoul. Master's Thesis of Graduate School, University of Seoul. Korea.
2 Jang, J. H.(2008) A Study on Planting Structure Improvements Considering Planting Characteristics and Landscape Function in Asiapark, Seoul. Master's Thesis of Graduate School, University of Seoul. Korea.
3 Kim, D. W.(1999) Alternative Models of Yangjae Citizen's Park in Seoul, Korea. Master's Thesis of Graduate School, University of Seoul. Korea.
4 Kim, J. S. and H. C. Lee(1990). A study on the planning by building renonation. Journal of the Architectural Institute of Korea Planning & Design 10(1): 119-123.
5 Kim, Y. Y., K. J. Lee, J. W. Choi and B. H. Han(2008) Planting improvement and contribution to greenspace function by use of roadside buffer greens: In the case of Songpadearo and Nambusunwhanno in Songpa-gu, Seoul. Journal of Korean Institute of Landscape Architecture 36(3): 39-51.
6 Lee, H. T., K. C. Lee and D. P. Kim(1994) A study on the management condition of exterior space in APT. complex: In the case of GISAN APT. complex in Daegu. Journal of the Korean Institute of Landscape Architecture 22(3): 3121-3135.
7 Lee, O. H. and K. J. Lee(1999) Optimal planting spacing on the basis of the growth condition of landscape trees. Korean Journal of Environment and Ecology 13(1): 34-48.
8 Lee, Y. J.(2009) A Study on Changes for 10 Years of Planting Structure of Madu Park in Ilsan New Town, Goyang City. Master's Thesis of Graduate School, University of Seoul. Korea.
9 Maurieres, A., E. Ossart and L. Boucrot(2007) JARDINS NOMADES. TAPIS DE FLEURS. 20 modeles de fleurissement saisonnier, Edisud, French.
10 Miller, R. W.(1997) Urban Forest: Planning and Managing Urban Greenspaces. New Jersey: Prentice Hall.
11 Rho, Y. K.(2008) Renovation Design for the Seosomun Park in Seoul Master's Thesis of Graduate School, Seoul National University. Korea.
12 Robinson, N.(2016) The Planting Design Handbook. Farnham: Ashgate Publishing Limited.
13 Seo, J. J. and H. C. Sung(2009) A study on the user-driven urban park development plan awareness survey: Focusing on lawns, grass area. Journal of Korea Society of Environmental Restoration Technology 34(1): 35-42.
14 Siheung(2011) 2020 Siheung City Plan. Siheung. Korea.
15 http://www.siheung.go.kr
16 Bradley, G. A.(1955) Urban Forest Landscape. Seattle: University of Washington Press.
17 Choi, W. Y.(2007) Renovation Design for the Yongma Park(Yongma Land). Master's Thesis of Graduate School, Seoul National University. Korea.
18 Choi, I. H., K. H. Hwang and K. J. Lee(2002) Injuries of landscape trees and causes in the reclaimed seaside areas. Journal of the Korean Society of Environment and Ecology 16(1): 10-21.
19 Choi, J. W.(2018) A study on model development for the density management of overcrowded planting sites and the planting design of new planting sites: A case study of buffer green spaces in the Dongtan new town, Hwaseong. Journal of the Korean Institute of Landscape Architecture 46(5): 82-92.   DOI
20 Han, B. H., J. H. Bae, J. S. Kim and K. J. Lee(2008) Planting characteristics of Pyeonghwa Park in World Cup Park, Seoul. Journal of the Korean Institute of Landscape Architecture, 36(2): 42-52.