西西里蝙蝠:历史证据、当前知识、研究偏差和趋势

Q4 Agricultural and Biological Sciences Natural History Sciences Pub Date : 2023-10-11 DOI:10.4081/nhs.2023.680
Mark Massaad, Rafael Da Silveira Bueno, Ilham Bentaleb, Tommaso La Mantia
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引用次数: 0

摘要

岛屿蝙蝠群落由于其生态作用和独特的物种组成而成为一个卓越的保护分类群。西西里岛是地中海最大的岛屿。然而,关于西西里蝙蝠的研究仍然零散,大量的信息被忽视了。在这里,我们对1810年至2022年所有可用的书目信息进行了系统回顾,包括灰色文献、档案和同行评审的出版物。对文献来源的分析使我们能够使用蝙蝠研究效率(Bat research Efficiency, BRE)和物种研究努力分配(Species-Research Effort Allocation, SREA)指标来评估蝙蝠的研究现状。共获得81份文件。自1955年以来,每年平均分发1.2份捐款。超过一半的文件是意大利语。这些研究主要在西西里岛西北部(40%)和东南部(28%)进行,主要在巴勒莫和锡拉库萨省。大部分的贡献是关于“物种记录”(61%)和“生态”(21%)。报告的种类有28种,但对Myotis Myotis, schreibersii Miniopterus schreibersii, Rhinolophus ferrummequinum, Myotis capaccinii和euryale Rhinolophus存在明显的偏见。约31.5%的研究集中在受威胁物种上,而68.5%的研究集中在非受威胁物种上,总体上倾向于穴居物种。然而,SREA分析表明缺乏对所有物种的研究。我们鼓励对研究不足的物种采用多学科方法,同时弥补地理空白,提高公众对蝙蝠在自然生态系统中的功能作用的认识。
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Bats of Sicily: historical evidence, current knowledge, research biases and trends
Insular bat communities are a preeminent conservation taxon due to their ecological role and intriguing and unique species composition. Sicily is the largest island in the Mediterranean. However, research on Sicilian bats is still scattered, with substantial information being overlooked. Here we present a systematic review of all available bibliographic information from 1810 to 2022, including grey literature, archives, and peer-reviewed publications. The analyses of bibliographic sources permitted us to evaluate the status of research on bats using the Bat Research Efficiency (BRE) and Species-Research Effort Allocation (SREA) metrics. A total of 81 documents were obtained. Since 1955, an average of 1.2 contributions have been issued per year. Over half of the documents are in Italian. The studies are primarily conducted in north-western (40%) and south-eastern (28%) Sicily, mainly in the provinces of Palermo and Siracusa. Most of the contributions concern “Species records” (61%) and “Ecology” (21%). There were 28 species reported, but a significant bias exists towards Myotis myotis, Miniopterus schreibersii, Rhinolophus ferrumequinum, Myotis capaccinii, and Rhinolophus euryale. Around 31.5% of the studies focused on threatened species, while 68.5% concentrated on non-threatened species, with an overall preference for cave-dwelling species. Yet, SREA analysis demonstrates a lack of research efforts for all species. We encourage the use of a multidisciplinary approach towards under-studied species while covering geographical gaps and increasing public awareness of the functional role of bats in natural ecosystems.
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来源期刊
Natural History Sciences
Natural History Sciences Agricultural and Biological Sciences-Plant Science
CiteScore
1.50
自引率
0.00%
发文量
14
审稿时长
8 weeks
期刊最新文献
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