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수문기상 관측정보를 활용한 안동댐 유역 기후권역 구분 및 분석Analyzing Climate Zones Using Hydro -Meteorological Observation Datain Andong Dam Watershed, South Korea

Other Titles
Analyzing Climate Zones Using Hydro -Meteorological Observation Datain Andong Dam Watershed, South Korea
Authors
이우균김세진임윤진문주연송철호임철희
Issue Date
2016
Publisher
한국기후변화학회
Keywords
Watershed area can be submerged due to constructions and management of dams; and these change can impact not only on ecosystem and environment of river basin area but also on local climate. This study is conducted to construct and classify climate zones of Andong Dam watershed where the area is submerged due to the construction of the dam. By applying Principal Components Analysis (PCA) and Getis-Ord Gi* statistics; three climate zones were classified for the result. Each zone was then analyzed and validated with climatic and geological features including topography; land cover; and forest type map. As a result of the analysis; there was a difference in temperature; elevation; precipitation and tree species distribution among the zones. Also; an analysis of land cover map showed that there were more agricultural land near Andong Reservoir. This study on the climatic classification is considered to be useful as the basis for decision-making or policy enforcement regarding ecosystem; environmental management or climate change response.
Citation
한국기후변화학회지, v.7, no.3, pp.269 - 282
Indexed
KCI
OTHER
Journal Title
한국기후변화학회지
Volume
7
Number
3
Start Page
269
End Page
282
URI
https://scholar.korea.ac.kr/handle/2021.sw.korea/90802
DOI
10.15531/KSCCR.2016.7.3.269
ISSN
2093-5919
Abstract
Watershed area can be submerged due to constructions and management of dams, and these change can impact not only on ecosystem and environment of river basin area but also on local climate. This study is conducted to construct and classify climate zones of Andong Dam watershed where the area is submerged due to the construction of the dam. By applying Principal Components Analysis (PCA) and Getis-Ord Gi* statistics, three climate zones were classified for the result. Each zone was then analyzed and validated with climatic and geological features including topography, land cover, and forest type map. As a result of the analysis, there was a difference in temperature, elevation, precipitation and tree species distribution among the zones. Also, an analysis of land cover map showed that there were more agricultural land near Andong Reservoir. This study on the climatic classification is considered to be useful as the basis for decision-making or policy enforcement regarding ecosystem, environmental management or climate change response.
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