Establishment of an integrated island species inventory for insects (Arthropoda: Insecta) in Korea

Pub Date : 2023-11-02 DOI:10.1016/j.japb.2023.10.002
Jae-Seok Lee , Dong-June Lee , Jongok Lim , Hyeon Lee , Jongwon Kim , Mun-Ja Choi , Ji Yeon Chu , Seung Jin Roh
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Abstract

This study aimed to establish a systematic plan for an integrated inventory of insects based on long-term faunistic research of Korean islands. Preparing the plan involved the following processes: 1) examination of 6,117 species belonging to 402 families and 29 orders occurring on 541 islands, based on a survey of the status of insect species on Korean islands; 2) identification of 498 species belonging to 110 families and 14 orders, based on preliminary faunistic surveys of 10 human-inhabited islands in 2021 for efficient research of island insects; and 3) a list of species, voucher specimen, habitat information, and image data for each species, in addition to the generation of 135 Cytochrome c Oxidase subunit I sequences of 70 species for DNA barcode analysis to resolve the identity of taxa that are challenging to identify morphologically. The results of this study may be used for establishing a long-term systematic plan for faunistic research and acquisition of comprehensive biological information on the insects native to Korean islands, while the results may also contribute to the establishment of criteria for the sustainable utilization of bioresources and the conservation of species.

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建立韩国昆虫(节肢动物门:昆虫纲)综合岛屿物种目录
这项研究旨在根据对韩国岛屿进行的长期动物学研究,制定一项综合昆虫目录的系统计划。编制计划包括以下过程:1) 根据韩国岛屿昆虫物种现状调查,检查 541 个岛屿上出现的 402 科 29 目 6 117 个物种;2) 根据 2021 年对 10 个有人居住的岛屿进行的初步动物学调查,确定 110 科 14 目 498 个物种,以便对岛屿昆虫进行有效研究;3) 除了生成 70 个物种的 135 个细胞色素 c 氧化酶亚单位 I 序列用于 DNA 条形码分析外,还提供了每个物种的物种清单、凭证标本、栖息地信息和图像数据,以确定形态学上难以识别的类群的身份。这项研究的结果可用于制定动物学研究的长期系统计划和获取韩国岛屿原生昆虫的全面生物信息,同时也有助于制定生物资源可持续利用和物种保护的标准。
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