迭戈拉米雷斯群岛(56°31'S)的7个大型藻类新记录:新海洋公园作为碳汇和亚南极生物多样性保护的价值

J. Marambio, Sebastian Rosenfeld, J. Rodríguez, F. Mendez, T. Contador, R. Mackenzie, Bernardo Goffinet, R. Rozzi, A. Mansilla
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引用次数: 3

摘要

智利南部运河峡湾和麦哲伦亚南极的海洋生态区代表了众多生物类群分布的最南纬极限。在南半球,海带形成的最南端分布地点位于Diego Ramirez群岛,在那里已登记有Lessonia flavicans、l.s earlesiana和Macrocystis pyrifera。迭戈拉米雷斯群岛位于德雷克海峡,在合恩角西南112公里处。目前已报道的大型藻类类群共有79个,其中许多类群具有亚南极和南极亲缘关系。尽管迭戈拉米雷斯群岛的大型藻类具有生物地理意义,但目前还没有新的地籍来评估该群岛是否可以代表南极物种分布的北部边界和/或麦哲伦物种分布的南部边界。本研究的目的是更新Diego Ramirez群岛大型藻类地籍,以期发现新的分类群,并对其藻系的生物地理关系进行分析。从贡萨洛岛的采样活动中,鉴定出19个大型藻类分类群。在植物区系丰富度方面,绿藻有3种(16%),绿藻有7种(37%),红藻有9种(47%)。因此,本研究将我们的新记录与以前的发现结合起来,提供了一个更新的群岛大型藻类地籍,表明总共有86个分类群。总的来说,可以说群岛上所有已登记的物种都表现出亚南极的亲缘关系。
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Siete nuevos registros de macroalgas para el archipiélago Diego Ramírez (56°31’S): El valor del nuevo parque marino como sumidero de carbono y conservación de la biodiversidad subantártica
The marine ecoregions of Canals and Fjords of Southern Chile and Magellan Sub-Antarctic represent the extreme southern latitude limit for the distribution of numerous organism group. In southern Hemisphere, the most austral distribution site of kelps formation is placed at Diego Ramirez Archipelago, where Lessonia flavicans, L. searlesiana and Macrocystis pyrifera have been registered. Diego Ramirez Archipelago is located in the Drake Passage, 112 km southwest to Cape Horn. Regarding the available information for macroalgae, a total of 79 taxa has been reported, many of which show a sub-Antarctic and Antarctic affinity. Despite the biogeographic interest of the macroalgae from Diego Ramirez Archipelago, there have not been new cadasters to evaluate whether this archipelago could represent the northern boundary of the Antarctic species distribution and/or the southern boundary of Magellan species. The goal of this study is to update the cadaster of macroalgae from Diego Ramirez Archipelago, in order to find new taxa and contribute to the analysis of the biogeographic relationships of its phycoflora. From the sampling campaign at Gonzalo Island, 19 taxa of macroalgae were identified. In terms of richness by division, Chlorophyta was represented by 3 species (16%), Ochrophyta by 7 taxa (37%), and Rhodophyta by 9 taxa, representing the 47% of the identified flora. Thus, the present study combines our new registers together with the previous findings, providing an updated cadaster of macroalgae of the archipelago, suggesting a total of 86 taxa. Overall, it can be stated that all registered species of the archipelago show a sub-Antarctic affinity.
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