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Several new species, combinations and names are described or proposed for the following species of algae reported from Japan: Gloiocladia japonica comb. nov. (=Gloioderma japonicum Okamura), Mazzaella hemisphaerica comb. nov. (=Rhodoglos-sum hemisphaericum Mikami), Melanamansia mitsuii comb. nov. (=Amansia mitsuii Segawa), Ptilo-cladia divaricata comb. nov. (=Crouania divaricata Okamura), Analipus gunjii comb. nov. (=Chordaria gunjii Yendo), Elachista okarnurae nom. nov. (=Elachista globosa Takamatsu), Gelidium inagakii nom. nov. (=Gelidium nanum Inagaki), Mastocarpus yendoisp. nov. (=Gigartina mamillosa sensu Yendo), Melobesia masakii nom. nov. (=Metobesia pacifica Masaki) and Porphyra yamadae sp. nov. (=Porphyra crispata sensu Okamura and Ueda).  相似文献   

3.
Crabbea is expanded to include the monotypic Golaea and Acanthostelma , both endemic in northern Somalia. The new combinations C. migiurtina (= Golaea migiurtina ) and C. thymifolia (= Acanthostelma thymifolium ) are made and the names are lectotypified. The new species C. pinnatifida and C. albolutea , both endemic in Somalia, are described and illustrated.  相似文献   

4.
The typification of names in the genus Cyperus was done as part of an ongoing study of the section Arenarii. The latest monograph on the genus by Kükenthal (1936), accepted eight species in the section Bobartia (= Arenarii ), and a number of lower level taxa, which are treated here either as distinct species or synonyms. The taxonomic treatment of the core species, C. conglomerates Rottb., turned out to be especially confusing, which is reflected in the past identifications of the material, and consequently, has created wrong interpretations on the distributions. C. jeminicus Rottb. has similarly caused a lot of confusion. Currently we recognize 26 species in the section, with two subspecies in C. conglomerate. Most names in the section have not earlier been typified. Here we designate lectotypes for 33 names, three epitypes, and one neotype. Cyperus sections Arenarii Kunth and Hymenolepides Nees are typified also.  相似文献   

5.
Data are presented on the type-material representing the species described by Linnaeus in his genera Sphex, Chrysis, Vespa, Apis and Mutilla , The names here considered total 158; six are currently applied in the Hymenoptera Parasitica. Of the balance of 147, three are emendations and five are unavailable homonyms or names proposed in the synonymy of other species. Fifteen Linnaean names are here placed as synonyms. One name is attributed to an author other than Linnaeus, and live names remain species incertae sedis. The remainder, 118, are applied as valid names in die Hymenoptera Aculeata. Holotype specimens in London, Uppsala or Stockholm represent 60 names; 55 names are based on lectotype specimens of which 49 are here designated, two by other authors. One name is represented by a neotype specimen in Lund, and one by a lectotype figure. One non-aculeate species is based on syntypes. Specimens appear to be lost with respect to 25 names; three specimens in Uppsala may be the holotypes of a further three species.
Eight new combinations are made, and twelve new synonyms established; three further new combinations and three further new synonymies are suggested. A systematically arranged summary of species treated and of nomenclatural changes made is given. Nomenclatural changes affecting non-Linnaean names are included where relevant; lectotypes are designated for two non-Linnaean species.  相似文献   

6.
ABSTRACT. The family Pythidae is defined on adult and larval characters to include the subfamilies Pythinae and PllipalPlnae. Trachelostenidae stat.n. is excluded. Relationships of Pythidae, Boridae, Trictenotomidae and SalPlngidae (s.l.) are analysed. Strong resemblances between some PllipalPlnae and Pyrochroidae appear to have arisen through convergent evolution. Adults and larvae of the New Zealand genera Techmessa, Techmessodes and Exocalopus are described. In Scraptiidae, adults of the New Zealand genera Nothotelus and Phytilea , and the larva of Nothotelus , are described. Type data are given for all described New Zealand species of these families. The following new synonymies are established: PllipalPlnae (Abdullah, 1964)=Techmessinae Paulus, 1971. Exocalopus pectinatus Broun, 1893= nitidiceps Broun, 1910. Techmessa concolor Bates, 1874= attenuata Broun, 1893= rugicollis Broun, 1910= unicolor Paulus, 1971. Techmessa telephoroides Bates, 1874= varians Broun, 1893. Techmessodes Plcticornis (Broun, 1880)= distans (Sharp, 1882). Techmessodes versicolor Broun, 1893= cephalotes Broun, 1910. The following genera are reassigned to the families indicated: Ischyomius to Trictenotomidae (from Pythidae or Melandryidae). Phytilea to Scraptiidae (from Oedemeridae or Anthicidae). Pseudananca to Aderidae (from Oedemeridae). Scraptogetus (= Metasclera ) to Aderidae (from Scraptiidae, Oedemeridae or Anthicidae).  相似文献   

7.
竹亚科刚竹属植物的修订(Ⅴ)   总被引:1,自引:0,他引:1       下载免费PDF全文
在模式材料、实物照片或采集物观察比较以及实地考察的基础上,结合原始描述,对竹亚科Bambusoideae刚竹属Phyllostachys Sieb.et Zucc.中最后一批存疑或悬而未决的拉丁双名进行了考订。分别将彭县刚竹P.sapida并入石绿竹P.arcana,P.balansae并入桂竹P.bambusoides,金竹仔P.subulata并入寿竹P.bambusoides f.shouzhu,广州刚竹P.cantoniensis并入水竹P.heteroclada,大节刚竹P.lofushanensis和刺芒刚竹P.aristata均并入笔笋竹P.nidularia f.basipilis,贵州刚竹P.guizhouensis并入毛金竹P.nigra var.henonis,台湾石竹P.lithophila并入刚竹P.sulphurea var.viridis,均作为异名处理;讨论了产于越南的3个种的归属问题,推测P.caobangensis可能与桂竹P.bambusoides为同种,而P.baccanensis和P.vietbacensis可能均与假毛竹P.kwangsiensis为同种。  相似文献   

8.
The biological and biochemical properties, DNA base compositions, and levels of DNA-DNA homology of two biovars of Fusobacterium necrophorum were examined. Some differences were found between the two biovars in biological and biochemical properties. The G + C contents of DNAs from biovar A strains VPI 2891T (T = type strain), NCTC 10576, N167, Fn47, and Fn43, were 32, 30, 29, 28, and 31 mol%, respectively. The G + C contents of DNAs from biovar B strains Fn524T, 606, Fn49, Fn45, and 1260 were 30, 31, 27, 31, and 30 mol%, respectively. Labeled DNA from biovar A strain VPI 2891T exhibited 100 to 80% relatedness to DNAs from biovar A strains and 59 to 51% relatedness to DNAs from biovar B strains. Labeled DNA from biovar B strain Fn524T exhibited 100 to 81% relatedness to DNAs from biovar B strains and 71 to 60% relatedness to DNAs from biovar A strains. Therefore, the names Fusobacterium necrophorum subsp. necrophorum subsp. nov., nom. rev. (ex Flügge 1886), and Fusobacterium necrophorum subsp. funduliforme subsp. nov., nom. rev. (ex Hallé 1898), are proposed for Fusobacterium necrophorum biovars A and B, respectively. The type strain of F. necrophorum subsp. necrophorum is strain VPI 2891 (= JCM 3718 = ATCC 25286), and the type strain of F. necrophorum subsp. funduliforme is strain Fn524 (= JCM 3724).  相似文献   

9.
The Linnaean names Tamarix germanica (=Myricaria germanica) and Trapa natans are typified. – Flora Nordica Note No. 37.  相似文献   

10.
The Lacinipolia vicina (Grote) species complex, previously consisting of Lacinipolia vicina, Lacinipolia teligera (Morrison), Lacinipolia pensilis (Grote), and Lacinipolia subalba Mustelin is revised to six species: Lacinipolia vicina (eastern USA), Lacinipolia teligera (southern Great Plains), Lacinipolia pensilis (Pacific Northwest and northern Rocky Mountains), Lacinipolia acutipennis (Grote), stat. rev. (= Lacinipolia subalba syn. n.) (western North America), Lacinipolia sareta (Smith), stat. rev. (Canada and western USA) and Lacinipolia dimocki, sp. n. (California and Pacific Northwest). Lectotypes are designated for Lacinipolia vicina, Lacinipolia teligera and Lacinipolia pensilis.  相似文献   

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