Bakalin Vadim A, Vilnet Anna A, Klimova Ksenia G, Nguyen Van Sinh, Choi Seung Se
Laboratory of Cryptogamic Biota, Botanical Garden-Institute of the Far Eastern Branch of the Russian Academy of Sciences, Makovskogo Street 142, Vladivostok 690024, Russia.
Polar-Alpine Botanical Garden-Institute of the Russian Academy of Sciences, Akademgorodok 18A, Apatity 184209, Russia.
Plants (Basel). 2024 Aug 8;13(16):2198. doi: 10.3390/plants13162198.
, collected for the first time in Indochina, inspired an attempt to review the genus phylogeny to identify a more precise position of Indochinese plants. The genetic distance between African and Asian populations of sensu lato was confirmed. The two groups should be treated as different species. A new combination, comb. nov., has been proposed for Asian plants. Aside from molecular genetics, distinguishing this species from the presumable strictly African is also possible by morphological characteristics, as well as by its distribution. At the same time, at least three groups are distinguished among Asian haplotypes of , each of which can be interpreted as a species or, at least, subspecies. A morphological description, intravital photographs of the general habitat, and details of the morphological structures are provided. The position of in the phylogenetic schema of Jungermanniales does not allow us to attribute it to any of the known families and forces us to describe a new family, Gottscheliaceae, which is phylogenetically somewhat related to the Chaetophyllopsidaceae re-evaluated here and very different from Gottscheliaceae morphologically.
首次在印度支那收集到的[植物名称]激发了人们尝试回顾该属系统发育以确定印度支那植物更精确位置的想法。确认了广义[植物名称]非洲和亚洲种群之间的遗传距离。这两组应被视为不同的物种。已为亚洲植物提出了一个新组合，[新组合名称]，新组合。除了分子遗传学外，还可以通过形态特征及其分布将该物种与推测严格为非洲的[植物名称]区分开来。同时，在[植物名称]的亚洲单倍型中至少区分出三个组，每组都可被解释为一个物种或至少一个亚种。提供了形态描述、一般栖息地的活体照片以及形态结构细节。[植物名称]在叶苔目系统发育图中的位置使我们无法将其归为任何已知科，迫使我们描述一个新科，戈氏苔科，该科在系统发育上与在此重新评估的毛叶苔科有些关联，且在形态上与戈氏苔科非常不同。
