Víctor N. Suárez-Santiago , Antonio Ortega , Ursula Peintner , Inmaculada López-Flores
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The morphological analysis was carried out on 114 collections and the molecular analysis involved 31 of the 114 collections, including 11 type collections (types for <em>C. casimiri</em> and <em>C. fraternus</em> were not available). In addition, a study of spores under field emission scanning electron microscopy (FESEM) was conducted. The results of the combined analysis allowed us to asign the studied material to five species (<em>C. casimiri s.l.</em>, <em>C. decipiens s.l.</em>, <em>C. gallurae</em>, <em>C. subturibulosus s.l.</em> and <em>C. vernus s.l.</em>). Thus, all collections from more continental areas, which were originally identified as six different taxa (<em>C. atrocoeruleus</em>, <em>C. contrarius</em>, <em>C. decipiens</em>, <em>C. fraternus</em>, <em>C. sertipes</em>, <em>C. flexipes</em> fo. <em>sertipes</em>) corresponded to <em>C. decipiens sensu lato</em>, a widely distributed, genetically and morphologically variable species. <em>Cortinarius casimiri</em> is also found in such habitats, but it is confirmed as distinct taxon. Collections from Mediterranean sclerophyllous communities correspond to <em>C. gallurae</em>, <em>C. vernus sensu lato</em> and <em>C</em>. <em>subturibulosus sensu lato</em>. Due to close phylogenetic relationships we propose the new combinations <em>C. casimiri</em> var. <em>hoffmannii</em> (=<em>C. decipiens</em> var. <em>hoffmannii non C. hoffmannii</em>) and <em>C. subturibulosus</em> var. <em>bombycinus</em> (=<em>C. bombycinus</em>), and the new variety <em>C. vernus</em> var. <em>nevadavernus</em> (=<em>C. vernus</em> H. Lindstr. & Melot <em>sensu auct</em>.).</p></div>","PeriodicalId":19045,"journal":{"name":"Mycological research","volume":null,"pages":null},"PeriodicalIF":0.0000,"publicationDate":"2009-10-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://sci-hub-pdf.com/10.1016/j.mycres.2009.07.006","citationCount":"30","resultStr":"{\"title\":\"Study on Cortinarius subgenus Telamonia section Hydrocybe in Europe, with especial emphasis on Mediterranean taxa\",\"authors\":\"Víctor N. 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The morphological analysis was carried out on 114 collections and the molecular analysis involved 31 of the 114 collections, including 11 type collections (types for <em>C. casimiri</em> and <em>C. fraternus</em> were not available). In addition, a study of spores under field emission scanning electron microscopy (FESEM) was conducted. The results of the combined analysis allowed us to asign the studied material to five species (<em>C. casimiri s.l.</em>, <em>C. decipiens s.l.</em>, <em>C. gallurae</em>, <em>C. subturibulosus s.l.</em> and <em>C. vernus s.l.</em>). 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引用次数: 30
摘要
本文试图对分布于欧洲地中海西南部地区的13个主要分类群(C. atrocoeruleus、C. bombycinus、C. casimiri、C. contrarius、C. decipiens、C. fraternus、C. gallurae、C. hoffmannius、C. petroselineus、C. sertipes、C. subturibulosus、C. urdaibaiensis和C. vernus)的分类和命名进行澄清。为此,我们进行了形态学和分子数据(rDNA ITS序列)的联合研究。对114份材料进行了形态分析,对其中31份材料进行了分子分析,其中11份进行了类型分析(未得到卡西密尔和兄弟尔的类型)。此外,在场发射扫描电镜(FESEM)下对孢子进行了研究。综合分析结果,我们将所研究的材料归为5种(C. casimiri s.l.、C. deciens s.l.、C. gallurae、C. subturibulosus s.l.和C. vernus s.l.)。因此,所有来自更大陆地区的收集,最初被确定为六个不同的分类群(C. atrocoeruleus, C. contrarius, C. deciens, C. fraternus, C. sertipes, C. flexipes)。这是一个分布广泛、遗传和形态多变的物种。在这样的生境中也发现了卡西米里螺,但被确认为不同的分类单元。地中海硬叶植物群落的标本对应于C. gallurae、C. vernus sensu lato和C. subturibulosus sensu lato。由于密切的系统发育关系,我们提出了新的组合C. casimiri var. hoffmannii (=C。蠓种:霍夫曼氏变种(非霍夫曼氏变种)和家蝇变种(=霍夫曼氏变种)。bombycinus)和新变种C. vernus var. nevadavernus (=C.;林德斯特。,)。
Study on Cortinarius subgenus Telamonia section Hydrocybe in Europe, with especial emphasis on Mediterranean taxa
In this paper we have attempted to clarify the taxonomy and nomenclature of thirteen taxa of the genus Cortinarius subgenus Telamonia (sections Hydrocybe, Fraternii) well represented in the southwestern Mediterranean area of Europe (C. atrocoeruleus, C. bombycinus, C casimiri, C. contrarius, C. decipiens, C. fraternus, C. gallurae, C. hoffmannii, C. petroselineus, C. sertipes, C. subturibulosus, C. urdaibaiensis and C. vernus). To this end we have performed a combined study of morphological and molecular data (rDNA ITS sequences). The morphological analysis was carried out on 114 collections and the molecular analysis involved 31 of the 114 collections, including 11 type collections (types for C. casimiri and C. fraternus were not available). In addition, a study of spores under field emission scanning electron microscopy (FESEM) was conducted. The results of the combined analysis allowed us to asign the studied material to five species (C. casimiri s.l., C. decipiens s.l., C. gallurae, C. subturibulosus s.l. and C. vernus s.l.). Thus, all collections from more continental areas, which were originally identified as six different taxa (C. atrocoeruleus, C. contrarius, C. decipiens, C. fraternus, C. sertipes, C. flexipes fo. sertipes) corresponded to C. decipiens sensu lato, a widely distributed, genetically and morphologically variable species. Cortinarius casimiri is also found in such habitats, but it is confirmed as distinct taxon. Collections from Mediterranean sclerophyllous communities correspond to C. gallurae, C. vernus sensu lato and C. subturibulosus sensu lato. Due to close phylogenetic relationships we propose the new combinations C. casimiri var. hoffmannii (=C. decipiens var. hoffmannii non C. hoffmannii) and C. subturibulosus var. bombycinus (=C. bombycinus), and the new variety C. vernus var. nevadavernus (=C. vernus H. Lindstr. & Melot sensu auct.).