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Influence of kangaroo rat burrows in the spatial organization of the San Jose Island rodent community

机译:袋鼠老鼠洞穴对圣何塞岛啮齿动物群落空间组织的影响

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Knowledge of the spatial distribution of rodents around kangaroo rat burrows may help us to understand the role that kangaroo rats play in the spatial organization of small desert rodent communities. In this study we analyzed the pattern of proximity between capture locations of desert rodents and burrows of Dipodomys merriami insularis, and describe the reproductive characteristics of these rodents. Captures and recaptures of individuals were carried out in an area of 79.8 ha on Isla San Jose in the Gulf of California, Mexico, during March to May and October to November of 2008. In order of decreasing frequency, Chaetodipus spinatus bryanti, D. m. insularis, Peromyscus fraterculus cinereus, and Neotoma bryanti bryanti were captured during both periods. The results provide evidence that the spatial distribution of these rodents around D. m. insularis burrows varies with sex and reproductive activity of the kangaroo rats. They suggest that female and male kangaroo rats have a different influence on the spatial organization of the rodent community on Isla San Jose. Furthermore, this study provides information that should improve our understanding of the island rodent community, and hence should help to improve conservation management of this endangered population of kangaroo rats.
机译:了解袋鼠鼠洞周围的啮齿动物的空间分布可能有助于我们了解袋鼠鼠在小型沙漠啮齿动物群落的空间组织中所起的作用。在这项研究中,我们分析了沙漠啮齿动物的捕获位置与Indipodomys merriami insularis的洞穴之间的接近模式,并描述了这些啮齿动物的繁殖特征。 2008年3月至5月以及10月至11月,在墨西哥湾圣何塞岛79.8公顷的面积上对个体进行了捕获和重新捕获。按照频率递减的顺序,D。m。Chaetodipus spinatus bryanti 。在这两个时期都捕获了insularis,Perperscus fraterculus cinereus和Bryanti Neotoma。结果提供了证据,证明这些啮齿动物在D.m.周围的空间分布。岛鼠洞穴随袋鼠大鼠的性别和生殖活动而变化。他们认为雌性和雄性袋鼠大鼠对圣何塞岛啮齿动物群落的空间组织有不同的影响。此外,这项研究提供的信息应增进我们对岛屿啮齿动物群落的了解,因此应有助于改善这一濒临灭绝的袋鼠大鼠种群的保护管理。

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