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Batracobdella leeches environmental features and Hydromantes salamanders

机译:Batracobdella水环境特征和水man火蜥蜴

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摘要

Leeches can parasitize many vertebrate taxa. In amphibians, leech parasitism often has potential detrimental effects including population decline. Most of studies on the host-parasite interactions involving leeches and amphibians focus on freshwater environments, while they are very scarce for terrestrial amphibians. In this work, we studied the relationship between the leech Batracobdella algira and the European terrestrial salamanders of the genus Hydromantes, identifying environmental features related to the presence of the leeches and their possible effects on the hosts. We performed observation throughout Sardinia (Italy), covering the distribution area of all Hydromantes species endemic to this island. From September 2015 to May 2017, we conducted >150 surveys in 26 underground environments, collecting data on 2629 salamanders and 131 leeches. Water hardness was the only environmental feature correlated with the presence of B. algira, linking this leech to active karstic systems. Leeches were more frequently parasitizing salamanders with large body size. Body Condition Index was not significantly different between parasitized and non-parasitized salamanders. Our study shows the importance of abiotic environmental features for host-parasite interactions, and poses new questions on complex interspecific interactions between this ectoparasite and amphibians.
机译:水可以寄生许多脊椎动物类群。在两栖动物中,水ech寄生通常具有潜在的有害影响,包括种群下降。关于水和两栖动物的宿主-寄生虫相互作用的大多数研究都集中在淡水环境上,而对于陆栖两栖动物却非常缺乏。在这项工作中,我们研究了水ech属水Bat属的欧洲水Bat属与水ech属的陆生sal之间的关系,确定了与水lee的存在有关的环境特征及其对寄主的可能影响。我们在整个撒丁岛(意大利)进行了观测,覆盖了该岛特有的所有水Hydro物种的分布区域。从2015年9月到2017年5月,我们在26个地下环境中进行了150多次调查,收集了2629只sal和131条水lee的数据。水硬度是唯一与B. algira存在相关的环境特征,将这种水ech与活跃的岩溶系统联系起来。水ches经常寄生于大体形的sal。寄生虫和非寄生虫sal的身体状况指数没有显着差异。我们的研究表明非生物环境特征对于宿主-寄生虫相互作用的重要性,并提出了关于这种体外寄生虫和两栖动物之间复杂的种间相互作用的新问题。

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