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@article{ART001784164},
author={Song, Wonkyong and 김은영 and Lee, Dong Kun},
title={Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2013},
volume={22},
number={3},
pages={219-230}

TY - JOUR
AU - Song, Wonkyong
AU - 김은영
AU - Lee, Dong Kun
TI - Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea
JO - Journal of Environmental Impact Assessment
PY - 2013
VL - 22
IS - 3
PB - Korean Society Of Environmental Impact Assessment
SP - 219
EP - 230
SN - 1225-7184
AB - Species distribution modeling is one of the most effective habitat analysis methods for wildlife conservation. This study was for evaluating the suitability of species distribution to distance between forest patches in Seoul city using tits. We analyzed the distribution of the four species of tits: varied tit (Parus varius), marsh tit (P. palustris), great tit (P. major) and coal tit (P. ater), using the landscape indexes and connectivity indexes, and compared the resulting suitability indexes from 100m to 1,000m. As factors affecting to the distribution of tits, we calculated landscape indices by separating them into intra-patch indices (i.e. logged patch area (PA), area-weighted mean patch shape index (PSI), tree rate (TR)) and inter-patch indices (i.e. patch degree (PD), patch betweenness (PB), difference probability of connectivity (DPC)), to analyze the internal properties of the patches and their connectivity by tits occurrence data using logistic regression modeling. The models were evaluated by AICc (Akaike Information Criteria with a correction for finite sample sizes) and AUC (Area Under Curve of ROC). The results of AICc and AUC showed DPC, PA, PSI, and TR were important factors of the habitat models for great tit and marsh tit at the level of distance 500~800m. In contrast, habitat models for coal tit and varied tit, which are known as forest interior species,reflected PA, PSI, and TR as intra-patch indices rather than connectivity. These mean that coal tit and varied tit are more likely to find a large circular forest patch than a small and long-shaped forest patch, which are higher rate of forest. Therefore, different strategies are required in order to enhance the habitats of the forest birds, tits, in a region that has fragmented forest patches such as Seoul city. It is important to manage forest interior areas for coal tit and varied tit, which are known as forest interior species and to manage not only forest interior areas but also connectivity of the forest patches in the threshold distance for great tit and marsh tit as adapted species to the urban ecosystem for sustainable ecosystem management.
KW - Probability of Connectivity;Logistic Regression;Patch Area;Habitat Suitability Assessment;Threshold Distance
DO -
UR -
ER -

Song, Wonkyong, 김은영 and Lee, Dong Kun. (2013). Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea. Journal of Environmental Impact Assessment, 22(3), 219-230.

Song, Wonkyong, 김은영 and Lee, Dong Kun. 2013, "Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea", Journal of Environmental Impact Assessment, vol.22, no.3 pp.219-230.

Song, Wonkyong, 김은영, Lee, Dong Kun "Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea" Journal of Environmental Impact Assessment 22.3 pp.219-230 (2013) : 219.

Song, Wonkyong, 김은영, Lee, Dong Kun. Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea. 2013; 22(3), 219-230.

Song, Wonkyong, 김은영 and Lee, Dong Kun. "Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea" Journal of Environmental Impact Assessment 22, no.3 (2013) : 219-230.

Song, Wonkyong; 김은영; Lee, Dong Kun. Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea. Journal of Environmental Impact Assessment, 22(3), 219-230.

Song, Wonkyong; 김은영; Lee, Dong Kun. Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea. Journal of Environmental Impact Assessment. 2013; 22(3) 219-230.

Song, Wonkyong, 김은영, Lee, Dong Kun. Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea. 2013; 22(3), 219-230.

Song, Wonkyong, 김은영 and Lee, Dong Kun. "Habitat Connectivity Assessment of Tits Using a Statistical Modeling:Focused on Biotop Map of Seoul, South Korea" Journal of Environmental Impact Assessment 22, no.3 (2013) : 219-230.