洪都拉斯蝙蝠科蝙蝠的分布

David Mejía-Quintanilla, J. Hernandez, H. Vega, Leonel Marineros, Manuel Spinolla-Parallada, B. Rodríguez, F. Reid, Mónica Farrera Hernández, A. Medina, Alberto Mejía-Paniagua, Fausto Elvir-Valle
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引用次数: 0

摘要

洪都拉斯是继巴拿马之后中美洲第二大蝙蝠种类最多的国家,而食虫蝙蝠是翼目中种类最多的。在洪都拉斯,蝙蝠科的记录数量最多,这些蝙蝠在它们存在的作物中具有重要的害虫控制作用。要了解Mormoopidae家族在洪都拉斯的重要性,我们需要知道它分布在哪里。物种分布模型是一种基于存在记录和气候变量提供物种分布信息的工具。我们从GBIF等免费数据库、报告和论文出版物中收集信息,以获得洪都拉斯的存在数据。为了运行模型,我们在dismo包中使用了Maxent。结果表明:沙蚊科各种属分布基本一致,生态系统类型和海拔高度是制约其分布的主要因素;从海拔高度上看,有些物种只在低地生活至1500 m.a.s.l,如Mormoops megalophylla、Pteronotus psilotis和Pteronotus gymnonotus;有些物种可以生活在2800 m.a.s.l以上,如Pteronotus fulvus和Pteronotus mesoamericanus。我们需要获得更多的物种记录,如M. megalophylla, P. psilotis和P. gymnonotus。有必要在洪都拉斯东部进行更多的调查,因为那里有许多信息空白,这将有助于我们建立更强大的模型,更好地了解这些物种的分布。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Distribution of the bat Family Mormoopidae in Honduras
Honduras is the second country in central America along with Panamá with the greatest bat diversity, and the insectivorous bats are the most diverse in the Chiroptera order. The family Mormoopidae has the largest number of records in Honduras and these bats are important as pest control in crops where they are present. To understand the importance of the Mormoopidae family in Honduras, we need to know where it is distributed. A species distribution model is a tool that provides information on the distribution of the species, based on presences records and climate variables. We collected information from free access databases like GBIF, reports, and paper publication to obtain presence data in Honduras. To run the models, we used Maxent in dismo package. Our results show a similar distribution for all species of Mormoopidae family, the principal causes that limited the distribution of the species are ecosystem type and altitude; some species tolerated evergreen forest and others prefer dry forest, in terms of elevation, in some species is limited from lowland to 1500 m.a.s.l., like Mormoops megalophylla, Pteronotus psilotis, and Pteronotus gymnonotus, and others can inhabit above 2800 m.a.s.l., like Pteronotus fulvus, and Pteronotus mesoamericanus. We need to obtain more records of species like M. megalophylla, P. psilotis, and P. gymnonotus. More surveys in the eastern part of Honduras are necessary where there are many information gaps, this would help us to have more robust models and a better understanding of the distribution of these species.
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