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首页> 外文期刊>Studies in Mycology >A monograph of Allantonectria, Nectria, and Pleonectria (Nectriaceae, Hypocreales, Ascomycota) and their pycnidial, sporodochial, and synnematous anamorphs
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A monograph of Allantonectria, Nectria, and Pleonectria (Nectriaceae, Hypocreales, Ascomycota) and their pycnidial, sporodochial, and synnematous anamorphs

机译:专论:Allantonectria,Nectria和Pleonectria(Nectriaceae,Hycrecreales,Ascomycota)及其pynicidial,sporodochial和synematy变形体

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Although Nectria is the type genus of Nectriaceae (Hypocreales, Sordariomycetes, Pezizomycotina, Ascomycota), the systematics of the teleomorphic and anamorphic state of Nectriasensu Rossman has not been studied in detail. The objectives of this study are to 1) provide a phylogenetic overview to determine if species of Nectria with Gyrostroma, Tubercularia, and Zythiostroma anamorphs form a monophyletic group; 2) define Nectria, segregate genera, and their species using morphologically informative characters of teleomorphic and anamorphic states; and 3) provide descriptions and illustrations of these genera and species. To accomplish these objectives, results of phylogenetic analyses of DNA sequence data from six loci (act, ITS, LSU, rpb1, tef1 and tub), were integrated with morphological characterisations of anamorphs and teleomorphs. Results from the phylogenetic analyses demonstrate that species previously regarded as the genus Nectria having Gyrostroma,Tubercularia, and Zythiostroma anamorphs belong in two major paraphyletic clades. The first major clade regarded as the genus Pleonectria contains 26 species with ascoconidia produced by ascospores in asci, perithecial walls having bright yellow scurf, and immersed or superficial pycnidial anamorphs (Zythiostroma = Gyrostroma). A lineage basal to the Pleonectria clade includes Nectria miltina having very small, aseptate ascospores, and trichoderma-like conidiophores and occurring on monocotyledonous plants. These characteristics are unusual in Pleonectria, thus we recognise the monotypic genus Allantonectria with Allantonectria miltina. The second major clade comprises the genus Nectriasensu stricto including the type species, N. cinnabarina, and 28 additional species. Within the genus Nectria, four subclades exist. One subclade includes species with sporodochial anamorphs and another with synnematous anamorphs. The other two paraphyletic subclades include species that produce abundant stromata in which the large perithecia are immersed, large ascospores, and peculiar anamorphs that form pycnidia or sporodochia either on their natural substrate or in culture. In this study the evolution of species, morphology, and ecology of the three genera, Allantonectria, Nectria, and Pleonectria, are discussed based on the phylogenetic analyses. In addition, descriptions, illustrations, and keys for identification are presented for the 56 species in Allantonectria, Nectria, and Pleonectria. Taxonomic novelties: New species:Nectria argentinensis Hirooka, Rossman & P. Chaverri, Nectria berberidicola Hirooka, Lechat, Rossman, & P. Chaverri, Nectria himalayensis Hirooka, Rossman, & P. Chaverri, Nectria magnispora Hirooka, Rossman, & P. Chaverri, Nectria mariae Hirooka, Fournier, Lechat, Rossman, & P. Chaverri, Nectriapyriformis Hirooka, Rossman & P. Chaverri, Pleonectria boothii Hirooka, Rossman & Chaverri, Pleonectria clavatispora Hirooka, Rossman & P. Chaverri, Pleonectria ilicicola Hirooka, Rossman & P. Chaverri, Pleonectria okinawensis Hirooka, Rossman & P. Chaverri, Pleonectria pseudomissouriensis Hirooka, Rossman & P. Chaverri, Pleonectria quercicola Hirooka, Checa, Areual, Rossman & P. Chaverri, Pleonectria strobi Hirooka, Rossman & P. Chaverri. New combinations:Cosmospora proteae (Marinc., M.J. Wingf. & Crous) Hirooka, Rossman & P. Chaverri, Nectricladiellaviticola (Berk. & M.A. Curtis) Hirooka, Rossman & P. Chaverri, Neocosmospora guarapiensis (Speg.) Hirooka, Samuels, Rossman & P. Chaverri, Neocosmospora rehmiana (Kirschstein) Hirooka, Samuels, Rossman & P. Chaverri, Pleonectria aquifolii (Fr.) Hirooka, Rossman & P. Chaverri, Pleonectria aurigera (Berk. & Rav.) Hirooka, Rossman & P. Chaverri, Pleonectria chlorinella (Cooke) Hirooka, Rossman & P. Chaverri, Pleonectria coryli (Fuckel) Hirooka, Rossman & P. Chaverri, Pleonectria cucurbitula (Tode: Fr.) Hirooka, Rossman & P. Chaverri, Pleonectria lonicerae (Seeler) Hirooka, Rossman & P. Chaverri, Pleonectria rosellinii (Carestia) Hirooka, Rossman & P. Chaverri, Pleonectria rubicarpa (Cooke) Hirooka, Rossman & P. Chaverri, Pleonectria sinopica (Fr.: Fr.) Hirooka, Rossman & P. Chaverri, Pleonectria sphaerospora (Ellis & Everh) Hirooka, Rossman & P. Chaverri, Pleonectria virens (Harkn.) Hirooka, Rossman & P. Chaverri, Pleonectria zanthoxyli (Peck) Hirooka, Rossman & P. Chaverri.
机译:尽管Nectria是Nectriaceae的类型属(Hypocreales,Sordariomycetes,Pezizomycotina,Ascomycota),但尚未详细研究Nectriasensu Rossman的变态和变态状态的系统。这项研究的目的是:1)提供系统发育概述,以确定具有Gyrostroma,Tubercularia和Zythiostroma anamorphs的Nectria物种是否构成单系统群体; 2)利用远变态和变形态的形态学信息特征来定义油桃,分离属及其物种;和3)提供这些属和种的描述和插图。为了实现这些目标,对来自六个基因座(act,ITS,LSU,rpb1,tef1和tub)的DNA序列数据进行系统发育分析的结果与无性型和远形型的形态特征结合在一起。系统发育分析的结果表明,以前被认为是具有Gyrostroma,Tubercularia和Zythiostroma anamorphs的Nectria属的物种属于两个主要的近缘进化枝。第一个主要进化枝被认为是捕蝇草属,包含26种由子囊虫在子囊中产生的子囊孢子,具有明亮黄色外皮的皮壁和浸没的或表面的孢子虫变体(Zythiostroma = Gyrostroma)。菌落进化枝基础的谱系包括具有非常小的,腹水状的子囊孢子和木霉样分生孢子的Nectria miltina,其存在于单子叶植物上。这些特征在猪肺菌属中是不寻常的,因此我们认识到具有单核型的尿囊菌属和乳囊菌属。第二大进化枝包括严格的Nectriasensu属,包括类型种,朱砂猪笼草和28种其他种。在Nectria属中,存在四个子分支。一个小类包括具有孢子虫无形体的物种,而另一个具有结节性无形体的物种。其他两个副生亚群包括产生丰富地层的物种,其中大的皮层被浸没在其中,大的子囊孢子,以及在其自然底物或培养物中形成pycnidia或sporodochia的奇特的无性型。在这项研究中,基于系统发育分析,讨论了三个属(Allantonectria,Nectria和Pleonectria)的物种,形态和生态演变。此外,还介绍了对Allantonectria,Nectria和Pleonectria的56个物种的描述,插图和识别钥匙。分类学上的新颖性:新物种:阿根廷油桃(Nectria argentinensis)平花,罗斯曼(Rossman)和P.查韦里(P. Chaverri),小ect油(Nectria berberidicola Hirooka),莱查特(Rochasman),罗斯曼(P. Chaverri),喜马拉雅油桃(Nectria himalayensis Hirooka),罗斯曼(Rossman)和P.查韦里(P. Chaverri),马格纳斯波拉(Manecta Chaverri) ,Nectria mariae Hirooka,Fournier,Lechat,Rossman和P.Chaverri,Nectriapyriformis Hirooka,Rossman和P.Chaverri,Pleonectria亭伊洛斯Hirooka,Rossman和Chaverri,Pleonectria clavatispora Hirooka,Rossman&P.Chaverri,Pleonectia Chaverri,猪油菌okinawensis Hirooka,Rossman&P. Chaverri,猪油菌Pleonectria pseudomissouriensis Hirooka,Rossman&P.Chaverri,猪油菌quercicola Hirooka,Checa,Areual,Rossman&P.Chaverri,Pleonectria strobi Hirooka。新组合:Cosmospora proteae(Marinc。,MJ Wingf。和Crous)Hirooka,Rossman和P.Chaverri,Nectricladiellaviticola(Berk。和MA Curtis)Hirooka,Rossman和P.Chaverri,新科斯波拉瓜拉皮皮斯(Speg。)Hirooka,Samuels,Rossman &P. Chaverri,Neocosmospora rehmiana(Kirschstein)Hirooka,Samuels,Rossman和P.Chaverri,Pleonectria aquifolii(Fr.)Hirooka,Rossman和P.Chaverri,Pleonectria aurigera(Berk。&Rav。)Hirooka,Rossman&P. ,Pleonectria chloridella(库克)平冈,Rossman和P.Chaverri,Pleonectria coryli(Fuckel)Hirooka,Rossman&P.Chaverri,Pleonectria cucurbitula(Tode:Fr.)Hirooka,Rossman和P.Chaverri,Pleonectria lonicerae Rossman&P. Chaverri,Pleonectria rosellinii(Carestia)Hirooka,Rossman&P. Chaverri,Pleonectria rubicarpa(Cooke)Hirooka,Rossman&P. Chaverri,Pleonectria sinopica(Fr .: Fr.)Hirooka,Rossman&P. Chaverri,Pleonectria sphaerospora(Ellis和Everh)Hirooka,Rossman和P.Chaverri,油酸菌(H arkn。)平冈,罗斯曼和查韦里(Pleonectria zanthoxyli(啄)平冈,罗斯曼和查韦里。

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