韩国水鹿(Hydropotes inermis agyropus)的无线电和GPS追踪研究:日常和季节性栖息地使用模式的比较

Baek-Jun Kim, Sangdon Lee
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引用次数: 12

摘要

水鹿(Hydropotes inermis)是鹿科现存最原始的鹿之一。与中国的水鹿不同,韩国的水鹿虽然在国内存活得相对较好,但很少被研究过。特别是韩国水鹿的活动范围还没有被研究过。本文采用两种不同的方法(GPS和无线电追踪)估计了韩国水鹿的家园范围,并根据性别、时间和季节分析了家园范围。95%最小凸多边形(MCP)法和50%核(K)法的4个个体的平均家园范围大小分别为2.77和0.34。在95% MCP法下,雄性(3.30)和雌性(2.25)的家范围大小似乎存在差异。通过95% MCP方法,我们还发现白天(1.90)和夜间(2.43)的家范围大小存在差异。此外,采用95% MCP法观察到夏季(4.65)与春季(0.48)或秋季(0.85)之间的家蝇范围大小差异。水鹿在夜间的活动范围似乎比白天更大,雄性也有更大的活动范围。我们认为,利用码分多址系统的GPS跟踪方法可以为利用无线电跟踪方法了解水鹿的生态提供一个非常有用的工具。通过这些跟踪方法,并通过未来的研究,我们可以更好地了解这些水鹿的栖息地利用模式。
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Home range study of the Korean water deer (Hydropotes inermis agyropus) using radio and GPS tracking in South Korea: comparison of daily and seasonal habitat use pattern
The water deer (Hydropotes inermis) is one of the most primitive extant deer of the family Cervidae. Unlike Chinese water deer, Korean water deer have rarely been studied, even though they have relatively well remained in Korea. In particular, the home range of the Korean water deer has not yet been studied. Here we estimated the home range of the Korean water deer using two different methods (GPS and radio tracking) and analyzed the home range according to sex, time, and season. The mean home range size of four individuals was 2.77 and 0.34 under the 95% minimum convex polygon (MCP) and the 50% kernel (K) method, respectively. There seemed to be a difference in home range size between males (3.30 ) and females (2.25 ) under the 95% MCP method. We also found a difference in home range size between day (1.90 ) and night (2.43 ) by 95% MCP method. In addition, a home range size difference was observed between summer (4.65 ) and spring (0.48 ) or fall (0.85 ) using the 95% MCP method. Water deer seemed to have a larger home range in night than in day, and males also have a larger home range. We presumed that the GPS tracking method of the code division multiple access system could be a very useful tool for understanding the ecology of the water deer using the radio tracking method. Using these tracking methods and through future research, we can better understand the habitat use pattern of these water deer.
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