疣鼻天鹅(Physalia)的全球基因组学揭示了海洋表面的生物多样性

Samuel H Church, River B Abedon, Namrata Ahuja, Colin J Anthony, Diego A Ramirez, Lourdes M Rojas, Maria E Albinsson, Itziar Alvarez Trasobares, Reza E Bergemann, Ozren Bogdanovic, David R Burdick, Tauana J Cunha, Alejandro Damian-Serrano, Guillermo D'Elia, Kirstin Dion, Thomas K Doyle, Joao M Goncalves, Alvaro Gonzalez Rajal, Steven H D Haddock, Rebecca R Helm, Diane Le Gouvello, Zachary R Lewis, Bruno I M M Magalhaes, Maciej K Manko, Alex de Mendoza, Carlos J Moura, Ronel Nel, Jessica N Perelman, Laura Prieto, Catriona Munro, Kohei Oguchi, Kylie A Pitt, Amandine Schaeffer, Andrea L Schmidt, Javier Sellanes, Nerida G Wilson, Gaku Yamamoto, Eric Lazo-Wasem, Chris Simon, Mary Beth Decker, Jenn M Coughlan, Casey W Dunn
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引用次数: 0

摘要

开阔的海洋是一个广阔、高度连通的环境,在那里发现的生物被假定为代表大规模、混合良好的种群。其中,葡萄牙疣鼻天牛(Physalia)具有独特的散播特性,它以肌肉发达的脊柱在海面上航行。我们通过对 133 个基因组进行测序,检验了 Physalia 单一泛用种群的假说,发现了五个不同的品系,尽管分布范围有重叠,但多方面的证据显示其具有很强的生殖隔离性。然后,我们对数千张公民科学照片进行了评分,确定了与这些品系相关的四种可识别形态。在这一系中,我们发现了由风和水流连接的区域特有亚群,并确定了个别的远距离扩散事件。我们发现,即使在这些帆船物种中,遗传变异在整个大洋中也是高度地理分区的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Global genomics of the man-o'-war (Physalia) reveal biodiversity at the ocean surface
The open ocean is a vast, highly connected environment, and the organisms found there have been hypothesized to represent massive, well-mixed populations. Of these, the Portuguese man-o'-war (Physalia) is uniquely suited to dispersal, sailing the ocean surface with a muscular crest. We tested the hypothesis of a single, panmictic Physalia population by sequencing 133 genomes, and found five distinct lineages, with multiple lines of evidence showing strong reproductive isolation despite range overlap. We then scored thousands of citizen-science photos and identified four recognizable morphologies linked to these lineages. Within lineages, we detected regionally endemic subpopulations, connected by winds and currents, and identified individual long-distance dispersal events. We find that, even in these sailing species, genetic variation is highly partitioned geographically across the open ocean.
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