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地下生态系统黑暗区域中蜻蜓的首次发现记录:伊朗北部达尼亚尔洞穴中的里海金环蜓蜕壳及新羽化成虫。

The first emerging records of a dragonfly in the dark zone of subterranean ecosystems: Exuviae and newly emerged adults of Hyrcanian Goldenring, in Danial Cave, northern Iran.

作者信息

Ghelich Khani Pouria, Kiany Mohsen, Qashqaei Ali Turk

机构信息

Department of Biodiversity and Ecosystem Management, Environmental Sciences Research Institute Shahid Beheshti University Tehran GC Iran.

Zoology Section, Department of Biology, School of Science Shiraz University Shiraz Iran.

出版信息

Ecol Evol. 2024 Aug 9;14(8):e70157. doi: 10.1002/ece3.70157. eCollection 2024 Aug.

Abstract

Riverine caves are special habitats that are home to many aquatic and terrestrial species. Some Odonata species and their emerging are recorded at the entrance and in the twilight zones of subterranean habitats around the world. However, the emergence of any Odonata species has not been recorded in the dark zones of caves or other subterranean habitats. We report the first evidence of the emerging of the Hyrcanian Goldenring, Lohmann, 1993, as an endemic species of the Hyrcanian biogeographical region, in the dark zone of Danial Cave, in the World Heritage-listed Hyrcanian Forests, northern Iran. During 2020-2023, three newly emerged and three exuviae of the species were recorded in the entrance zone (25 m) and the dark zone of the cave (200-280 m). The main hypothesis of the study is the entry and exit of adults from the cave entrance. However, we still do not know if the newly emerged will leave the cave or not. We still need more study on the biology and ecology of the species inside and around the cave. Danial Cave, with its high biodiversity, is one of the most important caves in the Middle East, and is urgently in need of conservation as a national natural monument.

摘要

河流洞穴是许多水生和陆生物种的特殊栖息地。在世界各地地下栖息地的入口处和弱光区域记录到了一些蜻蜓目物种及其羽化情况。然而,尚未在洞穴或其他地下栖息地的黑暗区域记录到任何蜻蜓目物种的羽化情况。我们报告了伊朗北部世界遗产名录中的里海森林丹尼阿尔洞穴黑暗区域出现1993年命名的里海金环蜓(Lohmann)的首个证据,该物种是里海生物地理区域的特有物种。在2020年至2023年期间,在洞穴入口区域(25米)和黑暗区域(200 - 280米)记录到了三只新羽化的该物种个体和三个蜕壳。该研究的主要假设是成虫从洞穴入口进出。然而,我们仍然不知道新羽化的个体是否会离开洞穴。我们仍需要对洞穴内部及其周围该物种的生物学和生态学进行更多研究。丹尼阿尔洞穴拥有高度的生物多样性,是中东最重要的洞穴之一,作为国家自然遗迹急需加以保护。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/24e9/11310848/67f0af9b9ead/ECE3-14-e70157-g009.jpg

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