A new red alga from Japan, Dasya japonovillosa sp. nov. (Delesseriaceae, Ceramiales)

IF 1.6 4区 生物学 Q2 MARINE & FRESHWATER BIOLOGY
Y. Yamagishi, K. Kogame, M. Masuda
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引用次数: 2

Abstract

A new red alga from Japan, Dasya japonovillosa, is described. This new species and D. enomotoi, both of which have elongated axes densely covered with numerous soft monosiphonous filaments, may have been misidentified as D. villosa by previous investigators in Japan. Dasya villosa differs from D. japonovillosa and D. enomotoi in the distinct five pericentral cells in transverse sections and palisade‐like tetrasporangial cover cells. The new species is distinguished from several similar species by the combination of the following: an elongated axis (to 65 cm), subdichotomously divided axes and polysiphonous branches, indistinct pericentral cells in transverse sections except near the apices, and the presence of enlarged, inner cortical cells, radially arranged numerous soft monosiphonous filaments, three‐celled carpogonial branches, four tetrasporangia in each fertile segment of the stichidia, and one (rarely two) tetrasporangial cover cell that is not elongated longitudinally and rarely divided transversely.
一种新的日本红藻,日本红藻Dasya japonovillosa sp.nov.(Delesseriaceae,Ceramiales)
本文报道了一种来自日本的新红藻,日本红藻Dasya japonovillosa。这个新物种和D.enomotoi都有细长的轴,上面密密麻麻地覆盖着许多柔软的单同源细丝,可能被日本以前的研究人员误认为D.villosa。绒毛Dasya与D.japonovillosa和D.enomotoi的不同之处在于横切面上有不同的五个中央周围细胞和栅栏状四孢子囊覆盖细胞。该新物种与几种类似物种的区别在于以下方面:细长的轴(至65厘米)、分区轴和多同源分支、除顶端附近外横截面上不明显的中央周围细胞,以及扩大的内部皮层细胞,径向排列的许多柔软的单同源细丝,三个细胞的车皮原细胞分支,每个可育段有四个四孢子囊,以及一个(很少有两个)四孢子囊覆盖细胞,不纵向伸长,很少横向分裂。
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来源期刊
Phycological Research
Phycological Research 生物-海洋与淡水生物学
CiteScore
3.60
自引率
13.30%
发文量
33
审稿时长
>12 weeks
期刊介绍: Phycological Research is published by the Japanese Society of Phycology and complements the Japanese Journal of Phycology. The Journal publishes international, basic or applied, peer-reviewed research dealing with all aspects of phycology including ecology, taxonomy and phylogeny, evolution, genetics, molecular biology, biochemistry, cell biology, morphology, physiology, new techniques to facilitate the international exchange of results. All articles are peer-reviewed by at least two researchers expert in the filed of the submitted paper. Phycological Research has been credited by the International Association for Plant Taxonomy for the purpose of registration of new non-vascular plant names (including fossils).
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