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http://dx.doi.org/10.5804/LHIJ.2022.13.1.67

The Utilization Value of Greenbelts as Green Infrastructure: A Case Study of the Daejeon Metropolitan Area  

Choi, Jaehyuck (배재대학교 조경학과)
Lim, Byungho (대전세종연구원)
Lee, Shiyoung (배재대학교 조경학과)
Publication Information
Land and Housing Review / v.13, no.1, 2022 , pp. 67-84 More about this Journal
Abstract
This study aims to investigate the value of greenbelts exploring how they can be linked with green infrastructure networks. This research interprets the results of geographical information system (GIS) analysis differently from a conventional approach. The findings of the research are four-fold based on the analysis of the Daejeon Metropolitan Area. First, the most controversial greenbelts are laid on Yuseong-gu because the relaxation of the greenbelts for new housing development has caused outstanding issues since the early 2000s. Decisions on further relaxation or restoration of the greenbelts, which will provide a new direction for the establishment of green infrastructure networks, should be made through accurate environmental assessments. Second, the connected north-south corridors of large cities will affect the greenbelts not only in Daejeon, but also in the entire Chungcheong Provinces, and surrounding local municipalities, which should be considered for the revision of the greenbelt policy. Third, it is expected to experience growing development pressures towards neighboring municipalities due to the ongoing strict greenbelt policy. Among them, the most likely areas are Sejong City to the north and Nonsan to the south, requiring policy measures. Fourth, the value of green infrastructure should be added to current evaluation criteria rather than a binary approach - relaxing or preserving the greenbelts - to be holistically integrated with a metropolitan plan.
Keywords
Greenbelts; Green Infrastructure; Environmental Conservation Value Assessment; Decision Making; Green network;
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  • Reference
1 Zhu, L. and J. Suh (2019), "A Study on Landscape Diversity Using Landscape Pattern Metrics", Journal of Recreation and Landscape, 13(4): 85~95.
2 McDonald, L.A., W.L. Allen, M.A. Benedict and K. O'Connor (2005), "Green Infrastructure Plan Evaluation Frameworks", Journal of Conservation Planning, 1(1): 6~25.
3 UK Green Building Council (2015), "Demystifying Green Infrastructure", UK Green Building Council: London, UK.
4 U.S. EPA (2013), "Case Studies Analyzing the Economic Benefits of Low Impact Development and Green Infrastructure Programs", U.S. Environmental Protection Agency Office of Wetlands, Oceans and Watersheds Nonpoint Source Control Branch, NW Washington.
5 Williamson, K. S. (2003), "Growing with Green Infrastructure", Doylestown, PA: Heritage Conservancy.
6 Wise, S. (2008), "Green Infrastructure Rising, Planning", American Planning Association, 74(8): 14~19.
7 Wolf, K. L. (2003), "Ergonomics of the City: Green Infrastructure and Social Benefits", In Engineering Green: Proceedings of the 11th National Urban Forest Conference, Washington DC: American Forests (Vol. 115).
8 Allen, W. L. (2012), "ENVIRONMENTAL REVIEWS AND CASE STUDIES: Advancing Green Infrastructure at All Scales: From Landscape to Site", Environmental Practice, 14(01): 17~25.   DOI
9 Benedict, M. A. and E. T. McMahon (2006), Green Infrastructure: Linking Landscapes and communities, Washington D.C.: Island Press.
10 Hayden, E. G. (2007), Connecting Fragmented Landscapes and Policies: Green Infrastructure in Connecticut, Tufts University.
11 Kwon, J. and J. Kim (2019), "A Plan to Promote the Use of Waterfronts through Regeneration as a Green Infrastructure", Journal of Recreation and Landscape, 13(2): 85~95.
12 Firehock, K. (2015), Strategic Green Infrastructure Planning: A Multi-scale Approach, Island Press.
13 Amundsen, O.M., W. Allen and K. Hoellen (2009), May/June. "Green Infrastructure Planning: Recent Advances and Applications", American Planning Association PAS Memo. American Planning Association, Washington.
14 Baietti, A. and A. Shlyakhtenko (2012), "Green Infrastructure Finance: Framework Report (World Bank Studies)", World bank publications.
15 Center for Neighborhood Technology (CNT) (2010), The Value of Green Infrastructure: A Guide to Recognizing Its Economic, Environmental and Social Benefits.
16 Kim, J., J. Ra, H. Cho, S. Lee and O. Kwon (2019), "A Study on the Response System of Unexecuted Urban Neighborhood Parks through Park Value Assessment", Journal of Recreation and Landscape, 13(1): 1~11.
17 Kuser, J. E. (Ed.) (2006), Urban and Community Forestry in the Northeast, Springer Science & Business Media.
18 Mell, I., S. Allin, M. Reimer and J. Wilker (2017), "Strategic Green Infrastructure Planning in Germany and the UK: A Transnational Evaluation of the Evolution of Urban Greening Policy and Practice", International Planning Studies, 22(4): 333~349.   DOI
19 Lee, A. and N. Jeong (2020), "A Basic Plan Model Garden of Social Intergration Community Garden", Journal of Recreation and Landscape, 14(3): 81~87.
20 Laurance, W. F., H. E. Nascimento, S. G. Laurance, A. Andra de, R. M. Ewers, K. E. Ha rms, K. E. a nd Ribeiro, J. E. (2007), "Habitat Fragmentation, Variable Edge Effects, and the Landscape-Divergence Hypothesis", PLoS one, 2(10): e1017.   DOI
21 Ministry of Environment (2013), "Low Impact Development (LID) Technical Element Guidelines".
22 Ministry of Environment (2016), "Low Impact Development (LID) Design Guidelines".
23 Raucher, R. and J. Clements (2010), "A Triple Bottom Line Assessment of Traditional and Green Infrastructure Options for Controlling CSO Events in Philadelphia's Watersheds", Proceedings of the Water Environment Federation, 2010(9): 6776~6804.   DOI
24 https://www.congress.gov/bill/116th-congress/senate-bill/2456/all-info
25 Randolph, J. (2004), Environmental Land Use Planning and Management, Washington D.C.: Island Press.