Byk Adam, Bidas Marek, Gazurek Tomasz, Marczak Dawid, Minkina Łukasz, Tylkowski Sebastian
Department of Forest Protection, Institute of Forest Sciences, Warsaw University of Life Sciences-SGGW, Nowoursynowska 159/34, 02-776 Warszawa, Poland.
Independent Researcher, 25-385 Kielce, Poland.
Insects. 2022 Apr 1;13(4):352. doi: 10.3390/insects13040352.
The Montenegrin fauna of the superfamily Scarabaeoidea is not satisfactorily studied. This is evidenced by the small number of species from this superfamily reported from Montenegro, despite the richness of the country's habitats, especially high-mountain meadows, pastures, lush canyons, riverside, coastal dunes and old forests. Moreover, significant is the greater number of species of scarabaeoid beetles in neighbouring countries. Therefore, we aim to supplement the current information on the distribution of the taxa of the superfamily Scarabaeoidea in the country. The presented scarabaeoid beetles were caught during three expeditions: the first in May/June 2019, the second in May/June 2021, and the third in July 2021. As a result of this study, we have collected 2130 beetles belonging to 107 species and five families of the superfamily Scarabaeoidea: Geotrupidae, Trogidae, Lucanidae, Ochodaeidae and Scarabaeidae. The 28 days of the faunistic study confirmed the occurrence in Montenegro of 54.2% of the scarabaeoid species hitherto known from this country and added 16 new species that had not been previously recorded: (Scopoli, 1772), (Linnaeus, 1758), Semenov, 1891, (Erichson, 1848), (Reitter, 1892), (Panzer, 1798), (Germar, 1824), (Fabricius, 1787), Reitter, 1892, (Fabricius, 1798), Pittino & Mariani, 1986, Petrovitz, 1961, Marseul, 1878, (Linnaeus, 1767), (Olivier, 1789) and (Herbst, 1783). Six species and three subspecies that are typical for the Balkan Peninsula were also found: (Mikšić, 1954), Petrovitz, 1964, (Müller, 1902), (Baraud, 1965), (Baraud, 1962), (Brullé, 1832), Reitter, 1918, (Petrovitz, 1968) and Reitter, 1899. Thus, the number of currently known scarabaeoid species in Montenegro has increased to 184. Twenty-four species of scarabaeoid beetles are illustrated. Our results indicate insufficient knowledge of the Scarabaeoidea of Montenegro and, at the same time, their diversity and the presence of rare species among them. High-mountain and coastal communities of coprophagic scarabaeoid beetles, as well as communities of scarabaeoid beetles inhabiting coastal dunes, are especially valuable, worthy of protection. Therefore, further research and new expeditions to Montenegro are highly desirable.
黑山的金龟总科动物区系尚未得到充分研究。尽管该国栖息地丰富,尤其是高山草甸、牧场、茂密的峡谷、河边、沿海沙丘和原始森林,但从黑山报道的该总科物种数量却很少,这证明了这一点。此外,邻国的金龟子甲虫种类更多,这一点也很重要。因此,我们旨在补充该国金龟总科分类单元分布的现有信息。所展示的金龟子甲虫是在三次考察中捕获的:第一次是在2019年5月/6月,第二次是在2021年5月/6月,第三次是在2021年7月。作为这项研究的结果,我们收集了2130只甲虫,它们属于金龟总科的107个物种和五个科:粪金龟科、皮金龟科、锹甲科、隐唇叩甲科和金龟科。为期28天的动物区系研究证实,黑山有该国迄今已知的54.2%的金龟子物种,并新增了16个以前未记录的新物种:(斯科波利,1772年)、(林奈,1758年)、谢苗诺夫,1891年、(埃里克森,1848年)、(赖特尔,1892年)、(潘泽,1798年)、(热尔马,1824年)、(法布尔,1787年)、赖特尔,1892年、(法布尔,1798年)、皮蒂诺和马里亚尼,1986年、彼得罗维茨,1961年、马尔瑟尔,1878年、(林奈,1767年)、(奥利维耶,1789年)和(赫布斯特,1783年)。还发现了六种典型的巴尔干半岛物种和三个亚种:(米克希奇,1954年)、彼得罗维茨,1964年、(米勒,1902年)、(巴劳德,1965年)、(巴劳德,1962年)、(布鲁勒,1832年)、赖特尔,1918年、(彼得罗维茨,1968年)和赖特尔,1899年。因此,黑山目前已知的金龟子物种数量已增至184种。文中展示了24种金龟子甲虫。我们的研究结果表明,人们对黑山金龟总科的了解不足,同时也表明了它们的多样性以及其中稀有物种的存在。高山和沿海的食粪金龟子甲虫群落,以及栖息在沿海沙丘的金龟子甲虫群落尤其珍贵,值得保护。因此,非常有必要对黑山进行进一步的研究和新的考察。