ystematics of green algae resembling Ulva conglobata, with a description of Ulva adhaerens sp. nov. (Ulvales, Ulvophyceae).
ystematics of green algae resembling Ulva conglobata, with a description of Ulva adhaerens sp. nov. (Ulvales, Ulvophyceae).
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类似 Ulva conglobata 的绿藻的系统学，以及 Ulva adhaerens sp 的描述。
DOI：
10.1080/09670262.2014.994189
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发表时间：
2015
影响因子：
2.4
通讯作者：
Kaoru Matsumoto and Satoshi Shimada
中科院分区：
文献类型：
--
作者：
Watabe;H. and Asaka;M.;Kaoru Matsumoto and Satoshi Shimada
对产自日本的一种绿色海藻--聚合石莼（Ulva conglobata）进行了系统发育和形态学研究，并沿着对该种原材料进行了形态学观察。conglobataKobelman。样品符合要求。conglobata包括5个遗传上不同的物种：U. fasciata、条斑叶蝉U. pertusa、乌藨子U.坦内里，乌尔瓦斯普。1和Ulvasp. 2.在一些原始的U. conglobata，使区分无小齿的种成为可能：U. pertusa、乌藨子U.鞣革和石莼属2.石莼的形态特征。1例与U型吻合。conglobata，但Ulvasp. 1例未明确鉴定为U。由于缺乏原始材料的DNA序列数据，因此无法进行聚合。2株叶片间以假根粘连。这一形态特征在石莼中是稳定的。2和独特的Ulvasspecies。结合分子数据，Ulvasp。2为一新种，U. adhaerenssp.本种的特征是在除基部以外的区域的假根延伸和用于粘附的延伸的精心安排。从而扩大了我们对形态简单的石莼属的形态发生的认识。
A phylogenetic and morphological study of green algae resemblingUlva conglobatafrom Japan was undertaken, along with morphological observations of the original material ofU. conglobataKjellman. The samples resemblingU. conglobataincluded five genetically distinct species:U. fasciata, U. pertusa, U. tanneri, Ulvasp. 1 andUlvasp. 2. The discovery of marginal denticulations in some of the original material ofU. conglobata, made it possible to distinguish those species without denticulations:U. pertusa, U. tanneriandUlvasp. 2. The morphological characteristics ofUlvasp. 1 matched those ofU. conglobata, butUlvasp. 1 was not clearly identified asU. conglobataowing to the lack of DNA sequence data of the original material.Ulvasp. 2 had lobes adhering to each other by rhizoids. This morphological feature is stable inUlvasp. 2 and unique amongUlvaspecies. In conjunction with the molecular data,Ulvasp. 2 was described as a new species,U. adhaerenssp. nov. This species features rhizoidal extensions in regions other than the base and an elaborate arrangement of the extensions used for adhesion. It thereby expands our knowledge of the morphogenesis of the morphologically simple genusUlva.