Cribb Thomas H, Bray Rodney A, Diaz Pablo E, Huston Daniel C, Kudlai Olena, Martin Storm B, Yong Russell Q-Y, Cutmore Scott C
School of Biological Sciences, The University of Queensland, St Lucia, Queensland, 4072, Australia.
Department of Life Sciences, Natural History Museum, Cromwell Road, London, SW7 5BD, UK.
Syst Parasitol. 2016 Mar;93(3):237-47. doi: 10.1007/s11230-016-9625-0. Epub 2016 Feb 22.
The Indo-west Pacific is a marine bioregion stretching from the east coast of Africa to Hawaii, French Polynesia and Easter Island. An assessment of the literature from the region found reports of 2,582 trematode species infecting 1,485 fish species. Reports are concentrated in larger fishes, undoubtedly reflecting the tendency for larger hosts to be infected by more species of parasites as well as a collecting bias. Many hundreds of fish species, including many from families known to be rich in trematodes, have yet to be reported as hosts. Despite some areas (the Great Barrier Reef, Hawaii and the waters off China, India and Japan) receiving sustained attention, none can be considered to be comprehensively known. Several regions, most importantly in East Africa, French Polynesia and the Coral Triangle, are especially poorly known. The fauna of the Indo-west Pacific has been reported so unevenly that we consider it impossible to predict the true trematode richness for the region. We conclude that the greatest gap in our understanding is of the geographical distribution of species in the Indo-west Pacific. This is highlighted by the fact that 87% of trematodes in the region have been reported no more than five times. The reliable recognition of species is a major problem in this field; molecular approaches offer prospects for resolution of species identification but have been little adopted to date.
印度-西太平洋是一个海洋生物区,从非洲东海岸延伸至夏威夷、法属波利尼西亚和复活节岛。对该地区文献的评估发现,有报告称2582种吸虫感染了1485种鱼类。报告集中在较大的鱼类上,这无疑反映了较大宿主更容易被更多种类寄生虫感染的趋势以及采集偏差。包括许多已知吸虫种类丰富的科中的鱼类在内,还有数百种鱼类尚未被报告为宿主。尽管一些地区(大堡礁、夏威夷以及中国、印度和日本沿海海域)受到持续关注,但没有一个地区能被认为已被全面了解。有几个地区,最重要的是东非、法属波利尼西亚和珊瑚三角区,尤其鲜为人知。印度-西太平洋的动物区系报告得如此不均衡,以至于我们认为无法预测该地区吸虫的真正丰富度。我们得出结论,我们理解上的最大差距在于印度-西太平洋物种的地理分布。该地区87%的吸虫报告次数不超过五次,这一事实凸显了这一点。物种的可靠识别是该领域的一个主要问题;分子方法为解决物种鉴定问题提供了前景,但迄今为止很少被采用。