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무안 창포호의 자연생태친수공간 조성을 위한 관리방안 기초 연구

The Management Plan for the Ecological Waterfront Space of Muan Changpo Lake

  • 투고 : 2019.02.19
  • 심사 : 2019.04.30
  • 발행 : 2019.06.30

초록

Changpo Lake was created as a part of a land reclamation for refugee self-helping projects. It shows characteristics of a fresh water lake, and still retains the early appearance of reclamation that surrounding regions have not been developed into farm lands. Shallow wetland has formed around the lake, which provides great conditions for diverse lives, and surrounding earthiness is favorable for growth of vegetation and restoration of the ecosystem. However, as facilities of the Muan International Airport nearby Changpo Lake are expanding and barns are being constructed, artificialness is gradually increasing. Particularly, since pollution sources such as sport facilities, farm lands and barns are scattered around Changpo Lake, pollutants are flowing in constantly. Accordingly, the results for setting up management areas according to the spatial characteristics and creating natural ecological spaces near Changpo Lake, Taebongcheon stream and Hakgyecheon stream are as follows. First, the creation of a natural eco-friendly waterfront space should be promoted by securing the health of the aquatic ecosystem and restoring species and the ecosystem. In addition, a consultative body needs to be formed to lead local residents to participating in river investigation and monitoring, maintenance, and management through role sharing. Second, the basic direction of the spatial management plan is to keep the unique charm of Changpo Lake, maintain harmony with nature, create diverse waterfront areas, and secure the continuity of Changpo Lake and inflow streams. Moreover, the area should be divided into three zones such as a conservation zone, a restoration zone and a waterfront zone, and for each zone, the preservation of vegetation, the creation of ecological wetlands and restoration of the ecotone and ecological nature need to be promoted. Third, facilities and activity programs for each space of Changpo Lake should be operated for efficient management of protected areas. In order to suit the status of each space, biological habitats, water purification spaces, experiential and learning spaces, and convenience and rest spaces should be organized and designated as research, monitoring, education, and tourism areas. Accordingly, points of interest should be set up within the corresponding area. In this study, there are many parts that need to be supplemented for immediate implementation since the detailed plans and project costs for the promotion of programs by area are not calculated. Therefore, it is necessary to make detailed project plans and consider related projects such as water quality, restoration of habitats, nature learning and observation, and experience of ecological environments based on the categories such as research, monitoring, education and tourism in the future.

키워드

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Figure 1. Location map

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Figure 2. Research flow-chart

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Figure 3. Ecological impact zone map

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Figure 4. Comparison of Aerial Photo Orthoimage for 2011-2017

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Figure 5. Changpo reservoir depth measurement

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Figure 6. Contaminant analysis map

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Figure 7. Water quality and sediment survey point

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Figure 8. Promotion direction for creation of natural ecological Watefrontr Space

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Figure 10. Biosphere reserve area map

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Figure 9. District setting diagram

Table 1. District management plan

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Table 2. Facilities and programs by Space

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참고문헌

  1. Choi, DS.Moon, JW.Kim, SH. 2012. An Assessment on the Urban Riverfront in Shincheon, Daegu:Focused on a Universal Design Concept. Journal of the Korean Institute of Landscape Architecture 40(2): 1-14 https://doi.org/10.9715/KILA.2012.40.2.001
  2. Cho, HJ.Ra, JH.Lee, HT.KU, JN. 2009. A Study on the Evaluation of Wide-scale Site Suitability for Water-friendly Recreation Area Planning. Journal of the Korean Institute of Landscape Architecture 37(2): 1-13
  3. Choi, JY.Jung, YJ. 2000. A Study on the Development and Management of Waterfront Green Areas for Water Quality Improvement. KEI Research Report.
  4. Chue, JO, 2011, Water reservoir development and utilization of hydrophilic space. Korean Journal of Water Resources Association Water for future. 44(9): 20-26
  5. EGIS (https://egis.me.go.kr)
  6. Heo, WM. 2014. Restoration of lake habitat to promote biodiversity. waterjournal. Special Report(http://www.waterjournal.co.kr/news/articleView.html?idxno=20479).
  7. Jeollanam-do. 2005. Taebong-river maintenance basic plan preliminary environmental review. (in Korean)
  8. Jeong, GS.Kim, Y.Seo, IJ. 2011. Comparative Analysis of Urban Regeneration Case Cities through Waterfront Regeneration. Journal of the Korean Urban Management Association. 24(4): 267-298
  9. Jeollanam-do. 2012. The 3rd Jeollanam-do comprehensive plan revision plan 2012-2020. (in Korean)
  10. Jung, OS. 2012. Narrow-mouth frog Environment Survey and Conservation Plan (Boryeong Kobae Village), ChungNam Institute
  11. Kim, MS.Lee, JC.Park, MJ.Kown, JB.Lee, YW. 2012. Development of a method for calculating weights of evaluation criteria for proper selection of urban waterfronts. Journal of the Korean Institute of Environmental Impact Assessment 21(5): 683-693
  12. Ko, SH. 2011. Management of water resources in rural area and utilization of hydrophilic space. Korean Journal of Water Resources Association Water for future. 44(9): 33-36 (In Korean)
  13. Lee, BH. 2017. Improvement of Regulations for Waterfront City Development, Conference Proceedings of Korean Association of Land Development.
  14. Lee, CB. 2014. Korean Plant Illustrations. HyangMoon Publisher.
  15. Lee, HS. 2014. A Study on Analysis of Importance Weights of Riverfront Assessment Items Using Analytic Hierarchy Process:Focused on the Gyeong-An Stream in Gyeonggi Province. Journal of Korean Society of Rural Planning 20(1): 27-36 https://doi.org/10.7851/ksrp.2014.20.1.027
  16. Lee, HS. 2018. Analysis of Legislation and Guidelines on Riverfront Assessment and Management System in Korea PDF icon. Journal of Korean Society of Rural Planning. 24(3): 97-104 https://doi.org/10.7851/ksrp.2018.24.3.097
  17. Lee, WC.Park, CD. 2014. A Study of Evaluation System about Hydrophile Property of Metropolis Waterside. Journal of the Korean Housing Association. 12(3): 185-195
  18. Lee, YK.Lee, SH.Cho, YT. 2018. Study on the Urban Regeneration Projects at Waterfront Areas in Korea: Focusing on the Revitalization Plan of Urban Regeneration Projects during 2016 and 2017. Journal of the Urban Design Institute of Korea. 9(6): 111-130
  19. Ministry of Environment. 2004. Water pollution process test method. (in Korean)
  20. Ministry of Environment. 2014. Ecological river restoration project guideline. (in Korean)
  21. Ministry of Environment. 2014. Development of a manual for restoration and management of aquatic ecosystem. (in Korean)
  22. Ministry of Environment. 2018. Enforcement Decree of the Yeongsan and Seomjin River Water Management and Residents Support Act. (in Korean)
  23. Ministry of Environment. 2018. Natural Environment Conservation Act. (in Korean)
  24. Ministry of Environment. 2018. Enforcement Decree of the Framework Act on Environmental Policy. (in Korean)
  25. Ministry of Land, Infrastructure and Transport. 2010. Waterfront landscape guidelines for future-oriented waterfront. (in Korean)
  26. MUAN-GUN (www.muan.go.kr) (in Korean)
  27. MUAN-GUN. 2005. 2025 Basic plan of Muan. (in Korean)
  28. MUAN-GUN. 2009. Muan county management plan for 2015. (in Korean)
  29. MUAN-GUN. 2017. The 57th Annual muan statistical yearbook of 2017. (in Korean)
  30. MUAN-GUN. 2019. Feasibility study and basic plan for the creation of natural ecological water space in Changpo reservoir. (in Korean)
  31. National Institute of Environmental Research. 2015. Guidelines for the investigation and evaluation of river ecosystem health (Announcement No. 2015-308). (in Korean)
  32. National Institute of Environmental Research. 2015. Criteria for evaluation of river and lake sediment pollution. (in Korean)
  33. National Institute of Environmental Research. 2017. Water pollution process test standard(Notice 2017-57). (in Korean)
  34. NGII (https://www.ngii.go.kr).
  35. Park, SJ. 2017. A Study on Spatial Plan to Activate Urban Waterfront: Focusing on the Anyangcheon. Journal of the Korea Institute of Spatial Design. 12(6): 163-172 https://doi.org/10.35216/kisd.2017.12.6.163