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KMID : 1161520170210040294
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Animal Cells and Systems
2017 Volume.21 No. 4 p.294 ~ p.299
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Influence of vegetation area and edge length on mammals in urban woods
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Lee Eun-Jae
Rhim Shin-Jae
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Abstract
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We investigated the relationships between vegetation area, edge length, and mammals in the urban woods of Daejeon Metropolitan City, South Korea. The vegetation patches included in this study varied from 2.1 to 501.0?ha in size. Surveys were conducted monthly between February and October 2015, with a survey route measuring 1?km in length and 10?m width established in each forest patch. Field signs of 14 species of mammals were recorded in the 33 chosen forest patches over the course of the study period, and the number of species in each patch varied from 2 to 11. Mammal species richness was positively correlated with vegetation area, and field sign frequency was positively correlated with vegetation area and negatively correlated with edge length. The field sign frequencies of large moles Mogera robusta, Siberian chipmunks Tamias sibiricus, leopard cats Prionailurus bengalensis, Korean hares Lepus coreanus, water deer Hydropotes inermis, and wild boars Sus scrofa were positively correlated with vegetation area. Moreover, that of large moles, leopard cats, Korean hares, and water deer were negatively correlated with edge length. Remnant vegetation area and edge length are the primary determinants of mammal species richness and field sign frequency in urban woods, highlighting the importance of vegetation patch size for mammal conservation in fragmented urban landscapes.
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KEYWORD
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Conservation, field sign, fragmented urban landscape, frequency, species richness
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