Using iNaturalist to monitor the roosting behavior of bats in Panama

S. Unger
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Abstract

Chiropterans are important mammals of conservation concern across Neotropical regions, facing a number of threats, including increasing levels of urbanization, leading to habitat loss. Despite this, many species of bats regularly utilize a variety of roosting sites, including both natural and man-made structures. Methods for monitoring bat populations include citizen science applications. The roosting habits of tropical bats has seldom been assessed on the most widespread citizen science app, iNaturalist. To this end, I characterized images of observations of bats in Panama. I report on 344 observations, with 59.9% roosting in natural habitats versus 29.6 % roosting in man-made environments, respectively. The most commonly observed species include Rhynchonycteris naso, Uroderma bilobatum, and Artibeus jamaicensis. Total observations increased annually, indicating the potential for future conservation monitoring. I recommend bat researchers utilize iNaturalist as a tool to study roosting selection and habitat use by bats, as this application is likely to increase in use.
利用自然学家监测巴拿马蝙蝠的栖息行为
翼手类动物是新热带地区重要的保护哺乳动物,面临着许多威胁,包括城市化水平的提高,导致栖息地的丧失。尽管如此,许多种类的蝙蝠经常利用各种各样的栖息地点,包括自然和人造结构。监测蝙蝠种群的方法包括公民科学应用。在最广泛的公民科学应用iNaturalist上,很少有人对热带蝙蝠的栖息习性进行评估。为此,我对巴拿马蝙蝠的观察图像进行了描述。我报告了344次观察,其中59.9%栖息在自然栖息地,29.6%栖息在人造环境中。最常观察到的种类包括鼻纹爪虫、双叶尾皮虫和牙买加Artibeus。观测总数每年都在增加,这表明了未来保护监测的潜力。我建议蝙蝠研究人员利用iNaturalist作为研究蝙蝠栖息选择和栖息地使用的工具,因为这个应用程序可能会增加使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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