Pitriana Pipit, Valente Luis, von Rintelen Thomas, Jones Diana S, Prabowo Romanus E, von Rintelen Kristina
Museum für Naturkunde- Leibniz Institute for Evolution and Biodiversity Science, Invalidenstrasse 43, 10115 Berlin, Germany Leibniz Institute for Evolution and Biodiversity Science Berlin Germany.
Research Centre for Deep-sea, Indonesian Institute of Science (LIPI), Jl. Y. Syaranamual, Poka, Tlk. Ambon, Kota Ambon, Maluku, Indonesia esearch Centre for Deep-sea, Indonesian Institute of Science Kota Ambon Indonesia.
Zookeys. 2020 Jul 3;945:17-83. doi: 10.3897/zookeys.945.39044. eCollection 2020.
To contribute to the taxonomic knowledge of barnacles in this understudied area, the first checklist of barnacles from the Moluccas is presented, including additional information on morphology, distribution, and substrate as well as molecular data. The species of barnacles from the Moluccas have been determined using morphological analysis and DNA sequences. During 19 field trips conducted between January 2016 and September 2017, 1,513 specimens of 24 species of intertidal and one species of deep-sea barnacles were collected from 51 localities from the islands. Morphological and molecular analysis of the collected material detected members of three families of stalked barnacles and four families of acorn barnacles. In addition to sampling in the field, we also surveyed the literature on barnacles from the Moluccas. In total, our checklist comprises 97 species from the Moluccas including 23 new records, two of them yet to be described species. Results suggest that the Moluccas have a much higher diversity of barnacles than previously known, for example, from the reports of and expeditions. For further work, routine application of molecular systematics could aid the detection of cryptic species, while increased sampling of more islands and a taxonomic revision of several groups would likely lead to an even higher number of species than currently known.
为增进对这个研究不足地区藤壶分类学知识的了解，本文呈现了摩鹿加群岛藤壶的第一份清单，包括有关形态、分布、附着基质的补充信息以及分子数据。已通过形态分析和DNA序列确定了摩鹿加群岛藤壶的种类。在2016年1月至2017年9月期间进行的19次实地考察中，从该群岛的51个地点采集了24种潮间带藤壶和1种深海藤壶的1513个标本。对采集材料的形态和分子分析检测到了3个有柄藤壶科和4个无柄藤壶科的成员。除了实地采样外，我们还查阅了有关摩鹿加群岛藤壶的文献。我们的清单总共包括摩鹿加群岛的97个物种，其中有23个新记录，其中2个是尚未描述的物种。结果表明，摩鹿加群岛藤壶的多样性比以前所知的要高得多，例如，比[具体文献1]和[具体文献2]探险队的报告中所显示的要高。对于进一步的工作，分子系统学的常规应用有助于发现隐存物种，而增加对更多岛屿的采样以及对几个类群进行分类修订可能会使已知物种数量比目前更多。
