Nevena Kuzmanović , Dmitar Lakušić , Ivana Stevanoski , Michael H.J. Barfuss , Peter Schönswetter , Božo Frajman
{"title":"Carpinus austrobalcanica - 来自巴尔干半岛的一个高度多倍体新物种,与欧洲角树关系密切","authors":"Nevena Kuzmanović , Dmitar Lakušić , Ivana Stevanoski , Michael H.J. Barfuss , Peter Schönswetter , Božo Frajman","doi":"10.1016/j.ppees.2024.125812","DOIUrl":null,"url":null,"abstract":"<div><p>The Balkan Peninsula was the primary glacial refugium for many temperate tree species and contributed overproportionally to the postglacial recolonisation of central and eastern Europe. This is also the case for <em>Carpinus betulus</em>, the European hornbeam, whose main glacial refugium was in the Balkans. During our fieldwork in the southern Balkans, we discovered trees with a morphology similar to that of <em>C. betulus</em>, but differing in their rough, highly rigged bark and the shape of their fruit involucre. The aim of this study was to investigate the evolutionary origin and differentiation of these morphologically distinct populations of <em>C. betulus</em> from the North Pindus Mountain range in northern Greece and southern Albania using an integrative approach. Our study combined phylogenetic analyses of plastid and nuclear internal transcribed spacer sequences, amplified fragment length polymorphism fingerprinting, relative genome size estimation, and multivariate morphometric analyses. After establishing the genetic and morphological divergence of the aforementioned populations, we described them as a new species, <em>Carpinus austrobalcanica</em> D.Lakušić, Kuzmanović, Stevanoski, Schönsw. & Frajman, sp. nov. 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Our study combined phylogenetic analyses of plastid and nuclear internal transcribed spacer sequences, amplified fragment length polymorphism fingerprinting, relative genome size estimation, and multivariate morphometric analyses. After establishing the genetic and morphological divergence of the aforementioned populations, we described them as a new species, <em>Carpinus austrobalcanica</em> D.Lakušić, Kuzmanović, Stevanoski, Schönsw. & Frajman, sp. nov. 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引用次数: 0
摘要
巴尔干半岛是许多温带树种的主要冰川避难所,对中欧和东欧的冰川后再殖民化做出了巨大贡献。欧洲角豆树(Carpinus betulus)的情况也是如此,它的主要冰川避难所就在巴尔干半岛。在巴尔干半岛南部进行实地考察期间,我们发现了一些形态与欧洲角豆树相似的树木,但它们的树皮粗糙、高度僵硬,果实总苞的形状也与欧洲角豆树不同。本研究的目的是采用综合方法研究希腊北部和阿尔巴尼亚南部北平都斯山脉中这些形态各异的 C. betulus 种群的进化起源和分化。我们的研究结合了质粒和核内转录间隔序列的系统发育分析、扩增片段长度多态性指纹图谱、相对基因组大小估计和多元形态计量分析。在确定了上述种群的遗传和形态差异后,我们将其描述为一个新种,即 Carpinus austrobalcanica D.Lakušić、Kuzmanović、Stevanoski、Schönsw.我们提供了这一新描述的巴尔干半岛南部特有的神秘树种的诊断、描述、地理分布和保护状况。
Carpinus austrobalcanica – A new highly polyploid species from the Balkan Peninsula closely related to European hornbeam
The Balkan Peninsula was the primary glacial refugium for many temperate tree species and contributed overproportionally to the postglacial recolonisation of central and eastern Europe. This is also the case for Carpinus betulus, the European hornbeam, whose main glacial refugium was in the Balkans. During our fieldwork in the southern Balkans, we discovered trees with a morphology similar to that of C. betulus, but differing in their rough, highly rigged bark and the shape of their fruit involucre. The aim of this study was to investigate the evolutionary origin and differentiation of these morphologically distinct populations of C. betulus from the North Pindus Mountain range in northern Greece and southern Albania using an integrative approach. Our study combined phylogenetic analyses of plastid and nuclear internal transcribed spacer sequences, amplified fragment length polymorphism fingerprinting, relative genome size estimation, and multivariate morphometric analyses. After establishing the genetic and morphological divergence of the aforementioned populations, we described them as a new species, Carpinus austrobalcanica D.Lakušić, Kuzmanović, Stevanoski, Schönsw. & Frajman, sp. nov. We provide diagnosis, description, geographical distribution, and conservation status of this enigmatic newly described tree species locally endemic to the southern Balkans.