无瓣Sagina apetala和微瓣S.micropetala的区别(石竹科:Saginae)、它们的系统发育关系以及一些广泛分布的Ruderal海岸起源的注意事项

IF 1.8 3区 生物学 Q2 PLANT SCIENCES Willdenowia Pub Date : 2022-02-10 DOI:10.3372/wi.52.52101
M. Dillenberger, J. Kadereit
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引用次数: 2

摘要

摘要/ Abstract摘要:对一年生无瓣荆芥(S. apetala)与小瓣荆芥(S. apetala subsp.)的区别进行了研究。直立人(erecta, S. filicaulis)主要根据萼片在果实中的位置以及萼片的形状和颜色进行鉴定,但这两个物种的鉴定比较困难。利用两个核标记和两个质体标记对无瓣草和微瓣草以及该属其他种的材料进行分子系统发育鉴定,结果表明无瓣草和微瓣草存在两个亲缘关系,可以在分子上进行明确的区分。虽然许多形态学特征在文献中被证明是有用的区分这两个谱系,萼片被毛是最可靠的特征,以区分他们在德国。小瓣草的萼片通常为无毛,无瓣草的萼片通常为腺状短柔毛。本文首次测定的小花瓣S. micropetala的染色体数为2n = 12,与无瓣S. apetala的染色体数相同,支持了两种植物的亲缘关系。无瓣Sagina aptala和微瓣Sagina micropetala是欧洲海岸的一年生物种maritima的姐妹,这可能意味着这两个物种的起源是沿海的。简要回顾了其他来自沿海亲戚的欧洲粗鲁人的可能起源。引用本文:Dillenberger M. S. & Kadereit J. W. 2022:无瓣Sagina aptala与微瓣Sagina micropetala(石竹科:石竹科)的区别,它们的系统发育关系,以及对一些广泛分布的粗糙植物的沿海起源的说明。——wildenwia 52:5 - 23记录版本于2022年2月10日首次在线发布,并将于2022年4月发行。
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The distinction between Sagina apetala and S. micropetala (Caryophyllaceae: Sagineae), their phylogenetic relationships, and a note on the coastal origin of some widespread ruderals
Abstract: The distinction of the annual Sagina apetala and S. micropetala (= S. apetala subsp. erecta, S. filicaulis) is based mainly on the position of sepals in fruit and shape and colour of the sepals, but identification of the two species is difficult. A molecular phylogeny of material identified as S. apetala and S. micropetala as well as other species of the genus using two nuclear and two plastid markers showed that there exist two lineages that are sister to each other and can be unambiguously distinguished molecularly. Although many of the morphological characters used in the literature proved useful in distinguishing these two lineages, sepal indumentum is the most reliable character to discriminate between them in Germany. Whereas S. micropetala usually has glabrous sepals, the sepals of S. apetala usually are glandular-pubescent. The chromosome number of 2n = 12 for S. micropetala, here determined for the first time, is identical to that of S. apetala, supporting the close relationship between the two species. Sagina apetala and S. micropetala are sister to S. maritima, an annual species from European coasts, which may imply a coastal origin of the two species. A brief review of the possible origin of other European ruderals from coastal relatives is provided. Citation: Dillenberger M. S. & Kadereit J. W. 2022: The distinction between Sagina apetala and S. micropetala (Caryophyllaceae: Sagineae), their phylogenetic relationships, and a note on the coastal origin of some widespread ruderals. – Willdenowia 52: 5–23. Version of record first published online on 10 February 2022 ahead of inclusion in April 2022 issue.
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来源期刊
Willdenowia
Willdenowia PLANT SCIENCES-
CiteScore
4.60
自引率
5.30%
发文量
17
审稿时长
>12 weeks
期刊介绍: Willdenowia is an international peer-reviewed journal publishing original research articles in English from the entire fields of plant, algal and fungal systematics, covering the evolution, taxonomy and nomenclature of these organisms as well as related fields such as floristics and plant geography. Articles on phylogeny and molecular systematics are especially welcome, as are review articles. Descriptions of new taxa may be considered, but only if supported by robust evidence. Narrowly regional studies of widespread taxa, routine typifications, checklists and new floristic records are generally not considered (excluding contributions to the Euro+Med-Checklist Notulae). Authors are encouraged to deposit duplicates of their material, especially nomenclatural types, in the Berlin herbarium (B).
期刊最新文献
Checklist of Lycopodiopsida (clubmosses and quillworts) and Polypodiopsida (ferns) of Rwanda Molecular phylogenetics and morphology reveal the Plettkea lineage including several members of Arenaria and Pycnophyllopsis to be a clade of 21 South American species nested within Stellaria (Caryophyllaceae, Alsineae) Phylogenetics in Scyphostelma (Apocynaceae: Orthosiinae) and description of new species Index to new names and combinations appearing in Willdenowia 53(1 & 2) Index to typifications of names in Willdenowia 53(1 & 2)
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