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소규모 공공시설 개발 사업지의 생태적 복원 연구 - 고양시 일산정수장 조성예정지를 사례로 -Ecological Restoration Plan for a Small Scale Public Construction Area - A Case Study on Ilsan Water Treatment Plant, Goyang-Si -

Other Titles
Ecological Restoration Plan for a Small Scale Public Construction Area - A Case Study on Ilsan Water Treatment Plant, Goyang-Si -
Authors
이수동강현경
Issue Date
2008
Publisher
한국조경학회
Keywords
Environment and Ecology Evaluation; Forest Vegetation Transplantation; Alternative Wetland; Biological Habitat
Citation
한국조경학회지, v.35, no.6, pp 48 - 63
Pages
16
Indexed
KCI
Journal Title
한국조경학회지
Volume
35
Number
6
Start Page
48
End Page
63
URI
https://scholarworks.gnu.ac.kr/handle/sw.gnu/27635
ISSN
1225-1755
2288-9566
Abstract
This research is to apply suitable natural ecosystem evaluation criteria in order to develop the ecosystem conservation, restoration and ways to build substitute habitats as a compensation plan for damaged soundly natural ecosystems in small-scale projects such as resource recovery facility, filtration, etc. The environmental ecology evaluation i.e. generally based on their actual vegetation, community structure, wildlife, water system survey were measured the primary plans for reflecting unique natural environment level of site. As a result, it is necessary to conserve the land in fallow type of wetland, good conservative condition of deciduous forest, wetlanded watercourse for amphibia and reptiles crossing. However, the plan of filtration plant was destroyed wetland(sound ecosystem), natural forest, asian toad spawning area. According to the result of it schemed to build alternative wetland and spawning area, plan to healthy ecosystem and surface soil transplantation as compensation plan. The alternative wetland and spawning area are not only created a various water levels like depth of water is 0~30cm, 30~60cm, more than 1.5m but also it leads to asian toad spawning and wildlife inhabitant. Moreover, the ecosystem and surface soil transplantation be applied to use the Quercus acutissima forest resources(114 upper trees, 71 canopy trees, 401 shrubs) and surface soil(5,072m3) in ecology creation sets.
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건설환경공과대학 > Dept. of Landscape Architecture > Journal Articles

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건설환경공과대학 (조경학과)
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