@article{ART002481847},
author={Yoon， Eun-Joo and 김은영 and JIYEON KIM and Lee, Dong Kun},
title={Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2019},
volume={28},
number={3},
pages={275-286}
TY - JOUR
AU - Yoon， Eun-Joo
AU - 김은영
AU - JIYEON KIM
AU - Lee, Dong Kun
TI - Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor
JO - Journal of Environmental Impact Assessment
PY - 2019
VL - 28
IS - 3
PB - Korean Society Of Environmental Impact Assessment
SP - 275
EP - 286
SN - 1225-7184
AB - In order to prevent local extinction of organisms and to preserve biodiversity, it is important to ensure connectivity between habitats. Even if the habitat is exposed to various disturbance factors, it is possible to avoid or respond to disturbances ifthey are linked to other habitats. Habitat connectivity can be assessed from a variety of perspectives, but the importance of functional connectivity based on species movement has been emphasized in recent years due to the development of computational capabilities and related software. Among them, Circuitscape, which is a connectivity evaluation tool, has an advantage it can provide detailed reference data for the city planning because it maps ecological flows on individual grid based on circuit theory. Therefore, in this study, the functional connectivity of Suwon was evaluated by applying Circuitscape and then, the ecological corridor to be conserved and supplemented was suggested based on it. The results of this study are expected to effectively complement the methodology related ecological corridor/axis, which was previously provided only in the form of a diagram, and to be effective in management of development project and urban planning.
KW - Circuitscape;Suwon;functional connectivity;channel
DO -
UR -
ER -
Yoon， Eun-Joo, 김은영, JIYEON KIM and Lee, Dong Kun. (2019). Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor. Journal of Environmental Impact Assessment, 28(3), 275-286.
Yoon， Eun-Joo, 김은영, JIYEON KIM and Lee, Dong Kun. 2019, "Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor", Journal of Environmental Impact Assessment, vol.28, no.3 pp.275-286.
Yoon， Eun-Joo, 김은영, JIYEON KIM, Lee, Dong Kun "Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor" Journal of Environmental Impact Assessment 28.3 pp.275-286 (2019) : 275.
Yoon， Eun-Joo, 김은영, JIYEON KIM, Lee, Dong Kun. Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor. 2019; 28(3), 275-286.
Yoon， Eun-Joo, 김은영, JIYEON KIM and Lee, Dong Kun. "Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor" Journal of Environmental Impact Assessment 28, no.3 (2019) : 275-286.
Yoon， Eun-Joo; 김은영; JIYEON KIM; Lee, Dong Kun. Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor. Journal of Environmental Impact Assessment, 28(3), 275-286.
Yoon， Eun-Joo; 김은영; JIYEON KIM; Lee, Dong Kun. Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor. Journal of Environmental Impact Assessment. 2019; 28(3) 275-286.
Yoon， Eun-Joo, 김은영, JIYEON KIM, Lee, Dong Kun. Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor. 2019; 28(3), 275-286.
Yoon， Eun-Joo, 김은영, JIYEON KIM and Lee, Dong Kun. "Connectivity Assessment Based on Circuit Theory for Suggestion of Ecological Corridor" Journal of Environmental Impact Assessment 28, no.3 (2019) : 275-286.
3,
Lee, Dong Kun
