Papaver recircumscribed:对邻近的罂粟属,包括 Afropapaver nom.

IF 16.4 1区 化学 Q1 CHEMISTRY, MULTIDISCIPLINARY Accounts of Chemical Research Pub Date : 2024-10-29 eCollection Date: 2024-01-01 DOI:10.3897/phytokeys.248.121011
Arve Elvebakk, Jarle W Bjerke
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引用次数: 0

摘要

罂粟科 Papaveraceae tribus Papavereae 包括一个美洲属和一个主要为欧亚属的属群。这里建议后者包括 8 个属。其中,最近描述的 Oreomecon 属在系统发育上与喜马拉雅和中国中部的 Meconopsis 属是姊妹群,后者在本文中包括 95 个种和 21 个亚种。相比之下,Oreomecon 属分布在环北极的北部高山和北极地区,包括尚未完全了解的类群,其中许多类群受到气候变暖的威胁。根据对文献和系统发育的回顾,本文提出 Oreomecon 包括 68 个种和 29 个亚种。这里将 Oreomeconaurantiaca、O.cornwallisensis、O.keelei、O.ochotensis 和 O.uschakovii,29 个亚种和 4 个变种归入 Oreomecon,其中 29 个为重组种,其余为命名新种。共有 21 个现有的 Oreomecon 名称被归入同义词。在分类学上具有挑战性的中欧阿尔卑斯山(O.alpina)类群被视为包括三个种,其余实体被定位为亚种,有待进一步研究。北欧种 O.radicata 在形态计量学研究的基础上,被研究为 8 个亚种,而 4 个已被接受的实体被暂时重组为变种。这里对 Papavertenellum 这一名称以及 Oreomeconalborosea、O.alpinasubsp.corona-sancti-stephani、O.alpinasubsp.degenii、O.anomala、O.lapeyrouseanasubsp.endressii、O.lapponicasubsp.laestadiana 和 O.nivalis 等亚种进行了注型。引入了两个替代名称:Oreomeconalpinasubsp.markgrafiana 和 O.radicatasubsp.knabeniana。按照目前的理解,Papaver 在此被重新划分为四个属。来自非洲南部的孤立部分 Horrida 被提升为属,新名称为 Afropapaver,其唯一的种被重新组合为 Afropapaveraculeatum。来自加利福尼亚和邻近墨西哥的 Papaversect.Californica 被视为 Stylomecon 属。该名称已应用于该组两个种中的一个,我们现在将另一个重新组合为 S.crassifolia,基于较早的基称,取代 Papavercalifornicum。Papavercambricum 被接受为单型属 Parameconopsis。正如本文所述,Papaver 包括 59 个种和 14 个亚种,仅是该组中的第三大属。根据其近缘种和最古老部分的分布情况,本文假设帕帕维起源于地中海西部。它的多孔蒴果开裂是在开阔、干旱环境中传播种子的绝佳适应性,这可能是它后来在图尔基耶-高加索-中东地区取得成功的原因,该地区的物种和亚种多样性都是最高的。
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Papaver recircumscribed: A review of neighbouring Papaveraceae genera, including Afropapaver nom. et stat. nov. and Oreomecon, a large, Arctic-Alpine genus.

Papaveraceae tribus Papavereae includes an American and a mainly Eurasian group of genera. The latter is proposed here to include eight genera. Amongst these, the recently described genus Oreomecon is phylogenetically a sister group to Meconopsis, a genus from Himalaya and central China, which is reviewed here as including 95 species and 21 subspecies. By contrast, Oreomecon has a circumpolar northern alpine and Arctic distribution, including incompletely understood taxa, many threatened by climatic warming. Based on a review of literature and phylogenies, it is proposed here that Oreomecon includes 68 species and 29 subspecies. Oreomeconaurantiaca, O.cornwallisensis, O.keelei, O.ochotensis and O.uschakovii, 29 subspecies and four varieties are placed in Oreomecon here, 29 of these as recombinations, the remaining ones as nomenclatural novelties. A total of 21 existing Oreomecon names are placed into synonymy. The taxonomically challenging O.alpina group from Central Europe is treated as comprising three species, with the remaining entities positioned at the subspecies level pending further studies. The much-studied Nordic species O.radicata is treated with eight subspecies here, based on morphometric studies, whereas four accepted entities are provisionally recombined at the variety level. The name Papavertenellum and the basionyms of Oreomeconalborosea, O.alpinasubsp.corona-sancti-stephani, O.alpinasubsp.degenii, O.anomala, O.lapeyrouseanasubsp.endressii, O.lapponicasubsp.laestadiana and O.nivalis are lectotypified here. Two replacement names, Oreomeconalpinasubsp.markgrafiana and O.radicatasubsp.knabeniana, are introduced. Papaver, as currently understood, is recircumscribed here to represent four genera. The isolated sectionHorrida, from southern Africa, is raised to genus level with the new name Afropapaver and its only species is recombined as Afropapaveraculeatum. Papaversect.Californica from California and adjacent Mexico is treated as the genus Stylomecon. The name has been applied to one of the two species of this group and we now recombine the other one as S.crassifolia, based on an older basionym replacing Papavercalifornicum. Papavercambricum is accepted in its alternative position as the monotypic genus Parameconopsis. As reviewed here, Papaver comprises 59 species and 14 subspecies and is only the third-largest genus in the group. Based on the distribution of its closest relatives and oldest sections, it is hypothesised here that Papaver arose in the western Mediterranean. Its poricidal capsule dehiscence serves as an excellent adaptation to seed dispersal in open, arid environments, possibly explaining its later success in the Türkiye-Caucasus-Middle East area, where its diversity both at species and section level is highest.

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来源期刊
Accounts of Chemical Research
Accounts of Chemical Research 化学-化学综合
CiteScore
31.40
自引率
1.10%
发文量
312
审稿时长
2 months
期刊介绍: Accounts of Chemical Research presents short, concise and critical articles offering easy-to-read overviews of basic research and applications in all areas of chemistry and biochemistry. These short reviews focus on research from the author’s own laboratory and are designed to teach the reader about a research project. In addition, Accounts of Chemical Research publishes commentaries that give an informed opinion on a current research problem. Special Issues online are devoted to a single topic of unusual activity and significance. Accounts of Chemical Research replaces the traditional article abstract with an article "Conspectus." These entries synopsize the research affording the reader a closer look at the content and significance of an article. Through this provision of a more detailed description of the article contents, the Conspectus enhances the article's discoverability by search engines and the exposure for the research.
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