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2
89U8TMXX
journalArticle
2015
Ширяева, О. С.
История изучения и видовое богатство агарикоидных базидиомицетов Свердловской области
Вестник Оренбургского государственного педагогического университета. Электронный научный журнал
2303-9922
https://www.elibrary.ru/item.asp?id=24986989
Проанализированы опубликованные сведения о биоте агарикоидных базидиомицетов Свердловской области. Представлены количественные данные по видовому богатству агарикоидных грибов различных зональных и географических подразделений территории. В литературе для области указано 763 вида грибов. Наиболее изучены горные леса южнотаежной подзоны, для них известно 706 видов. На локальном уровне наибольшим видовым богатством характеризуется территория Висимского заповедника, для которого в литературе приводится 651 вид. Данные о видовом составе шляпочных грибов остальной территории фрагментарны. The information on current agaricoid fungi’s diversity of Sverdlovsk region was obtained by compiling species lists from the literature. In all, 763 species of agaricoid fungi was given in the literature for the region under study. Southern taiga mountain forests are the most intensively studied. 706 species of agaricoid fungi are revealed here. In this area the largest species list was compiled for Visim Nature Reserve (651). The data on species composition of pileate fungi in other localities is incomplete.
20154/23/21 6:254/23/21 6:2549–584Russian
Number: 4
D:\d\JURISM\storage\WPV8E9SW\Ширяева_2015 История изучения и видовое богатство агарикоидных базидиомицетов Свердловской.pdf
Sverdlovsk Oblast; Western Siberia
3
IAHP7DMW
book2001
Перова, Н. В.; Горбунова, И. А.
Макромицеты юга Западной Сибири
5-7692-0460-5
20014/23/21 6:254/23/21 6:25158
Изд-во СО РАН
Новосибирск
Russian
Institution: Изд-во СО РАН
D:\d\JURISM\storage\YFK7TN7T\Перова и Горбунова - 2001 - Макромицеты юга Западной Сибири.djvu
Western Siberia; _aphylloheteroid; Tomsk Oblast; _agaricoid; _gasteroid; Altai Republic; Kemerovo Oblast; Novosibirsk Oblast; Southern Siberia
Седельникова, Н. В.
4
FKLYW93Z
journalArticle
2008
Tomšovský, Michal
Molecular phylogeny and taxonomic position of Trametes cervina and description of a new genus Trametopsis
Czech Mycology
12110981, 18051421
10.33585/cmy.60101
http://www.czechmycology.org/doi/cmy.60101.php
Trametes cervina (Schwein.) Bres. differs from other species of the genus by remarkable morphological characters (shape of pores, hyphal system). Moreover, an earlier published comparison of the DNA sequences within the genus revealed considerable differences between this species and the remaining European members of the genus Trametes. These results were now confirmed using sequences of nuclear LSU and mitochondrial SSU regions of ribosomal DNA. The most related species of Trametes cervina are Ceriporiopsis aneirina and C. resinascens. According to these facts, the new genus Trametopsis Tomšovský is described and the new combination Trametopsis cervina (Schwein.) Tomšovský is proposed.
7/4/20084/23/21 6:254/23/21 6:251/5/20 20:511-Nov160
Czech Mycol.
en
DOI.org (Crossref)
Number: 1
D:\d\JURISM\storage\7NDYGPIA\Tomšovský_2008 Molecular phylogeny and taxonomic position of Trametes cervina and description.pdf
Western Siberia; _aphylloheteroid; Kemerovo Oblast; Southern Siberia
5
8WGAK7RD
journalArticle
1973
Бондарцева, М. А.
К флоре трутовых грибов Сибири. 1. Трутовики Алтая
Новости систематики низших растений
19734/23/21 6:254/23/21 6:25127–13310Russian
D:\d\JURISM\storage\DLXSQZYN\Бондарцева_1973 К флоре трутовых грибов Сибири. 1. Трутовики Алтая.pdf
_aphylloheteroid; Altai Republic; Southern Siberia
6
MCWRAUJY
book1983
Pegler, David N.
The genus Lentinus. A world monograph
0-11-242627-1
19834/23/21 6:254/23/21 6:2528110
Kew Bulletin Additional Series
Her Majesty's Stationery Office
Londonen
Institution: Her Majesty's Stationery Office
D:\d\JURISM\storage\DBCYADRV\Pegler_1983 The genus Lentinus. A world monograph.pdf
_agaricoid; Altai Republic; Southern Siberia; Krasnoyarsk Krai; Kamchatka Krai; Karelia; Khabarovsk Krai; Krasnodar Krai; Lentinus; Murmansk Oblast
7
BVS4958A
journalArticle
1999
Kovalenko, A. E.
The arctic-subarctic and alpine-subalpine component in the Hygrophoraceae of Russia
Kew Bulletin
10.2307/4110865
http://www.jstor.org/stable/4110865
Twenty-four species belonging to tneHygrophoraceae (Basidiomycetes) are recorded from high latitudes and altitudes in Russia. These species are placed within the list of all the Russian Hygrophoraceae and systematically arranged. Gliophorus citrinopallidus is proposed as a new combination.
19994/23/21 6:259/9/21 9:47
695–704
354Kew Bull.JSTORen
Institution: JSTOR Number: 3 tex.ids: Kovalenko1999_KB
D:\d\JURISM\storage\IIZ249ZC\Kovalenko_1999 The arctic-subarctic and alpine-subalpine component in the Hygrophoraceae of.pdf; D:\d\JURISM\storage\JFFTBY5T\Kovalenko - 1999 - The Arctic-Subarctic and Alpine-Subalpine componen.pdf
Komi Republic; _agaricoid; Altai Republic; Southern Siberia; Kamchatka Krai; Krasnodar Krai; Murmansk Oblast; Buryatia; Chukotka AO; Yamalo-Nenets AO
8
Z6PBCDXT
journalArticle
2017
Vaishlya, Olga B.; Kudashova, Nadezhda N.; Gashkov, Sergei I.; Karbysheva, Kseniia S.; Bakhtinskaya, Irina A.
First list of macromycetes forming ectomycorrhizas in cedar and pine forests of Tomsk region of West Siberia
International Journal of Environmental Studies
0020-7233
10.1080/00207233.2017.1294422
https://doi.org/10.1080/00207233.2017.1294422
The study was conducted during 2004–2015 in West Siberia natural forests. The Tomsk region mycobiota is almost unstudied though this region is considered to be an accumulation zone for North American, European, and Far East fungi species. Sampling was implemented in pure cedar or pine stands. Molecular data and microscoping identified 283 macromycetes species, which form ectomycorrhizas with Pinus sibirica and Pinus sylvestris.
9/3/20174/23/21 6:259/9/21 9:4812/29/19 18:29752-770574
Int. J. Environm. Stud.
en
Taylor and Francis+NEJM
Citation Key Alias: Vaishlya2017IJES Number: 5
D:\d\JURISM\storage\VM5ND6F5\Vaishlya_etal_2017 First list of macromycetes forming ectomycorrhizas in cedar and pine forests of.pdf; D:\d\JURISM\storage\6PVDHEVU\Vaishlya и др. - 2017 - First list of macromycetes forming ectomycorrhizas.pdf
Western Siberia; Tomsk Oblast; _agaricoid; _gasteroid
cedar; ectomycorrhiza; pine; West Siberia
9
6EYVRVDN
journalArticle
2009
Hausknecht, Anton; Kalamees, Kuulo; Knudsen, Henning; Mukhin, Viktor
The genera Conocybe and Pholiotina (Agaricomycotina, Bolbitiaceae) in temperate Asia
Folia Cryptogamica Estonica
1736-7786
https://ojs.utlib.ee/index.php/FCE/article/view/13671
44 taxa of Conocybe and Pholiotina are reported from Siberia, Georgia and some of the countries in Middle Asia mostly based on the authors own collections. Three of them are described as new species, viz. C. semidesertorum Hauskn. & Kalamees, C. obliquopora Hauskn. & Kalamees and C. uralensis Hauskn., Knudsen & Mukhin. A further two and a variety are probably also new but not validly described due to insufficient material. A number of species are new records for Asia, or for Siberia, or for one of the four countries, Georgia, Tadjikistan, Turkmenistan and Uzbekistan. A number of the species are rarely reported presumably due to their main distribution being in dry, grassy steppezones with soils of high pH values. This mycogeographical element includes e.g. C. enderlei, C. graminis, C. herbarum, C. leporina and C. subxerophytica, so far mostly or only known from the steppezone in eastern and central Europe through to Middle Asia. Pholiotina altaica and P. procera from Altaj are redescribed from the types. Several taxa are provided with macro- and/or microscopic data, taxonomic descriptions and drawings of microscopic features. The taxonomic reliability of the taxa presented in the literature up to the present time has been reviewed critically.
20094/23/21 6:259/9/21 9:4612/10/19 21:3623-4745
Folia Cryptog. Estonica
en
ojs.utlib.ee
tex.ids: Hausknecht.etal2009_FCE_45a
D:\d\JURISM\storage\VN22YCZ3\Hausknecht_etal_2009 The genera Conocybe and Pholiotina (Agaricomycotina, Bolbitiaceae) in temperate.pdf; D:\d\JURISM\storage\U32RYXRG\Hausknecht и др. - 2009 - The genera Conocybe and Pholiotina (agaricomycotin.pdf
Western Siberia; _agaricoid; Altai Republic; Southern Siberia; Irkutsk Oblast; Khakassia; Krasnoyarsk Krai; Kamchatka Krai; Khabarovsk Krai; Buryatia; Yamalo-Nenets AO; Sakha Republic; Sakhalin Oblast
10
MFGAGF9T
journalArticle
2014
Morozova, O.V.; Noordeloos, M.E.; Vila, J.
Entoloma subgenus Leptonia in boreal-temperate Eurasia: towards a phylogenetic species concept
Persoonia - Molecular Phylogeny and Evolution of Fungi
0031-5850
10.3767/003158514X681774
https://www.ingentaconnect.com/content/10.3767/003158514X681774
This study reveals the concordance, or lack thereof, between morphological and phylogenetic species concepts within Entoloma subg. Leptonia in boreal-temperate Eurasia, combining a critical morphological examination with a multigene phylogeny based on nrITS, nrLSU and mtSSU sequences. A total of 16 taxa was investigated. Emended concepts of subg. Leptonia and sect. Leptonia as well as the new sect. Dichroi are presented. Two species (Entoloma percoelestinum and E. sublaevisporum) and one variety (E. tjallingiorum var. laricinum) are described as new to science. On the basis of the morphological and phylogenetical evidence E. alnetorum is reduced to a variety of E. tjallingiorum, and E. venustum is considered a variety of E. callichroum. Accordingly, the new combinations E. tjallingiorum var. alnetorum and E. callichroum var. venustum are proposed. Entoloma lepidissimum var. pauciangulatum is now treated as a synonym of E. chytrophilum. Neotypes for E. dichroum, E. euchroum and E. lampropus are designated.
6/30/20144/23/21 6:254/23/21 6:2512/15/19 21:04141-16932
Persoonia
Entoloma subgenus Leptonia in boreal-temperate Eurasia
enCrossref
Citation Key Alias: Morozova2014P
D:\d\JURISM\storage\IA7SDCZ2\Morozova_etal_2014 Entoloma subgenus Leptonia in boreal-temperate Eurasia - towards a phylogenetic.pdf
Sverdlovsk Oblast; Western Siberia; Tomsk Oblast; _agaricoid; Altai Republic; Novosibirsk Oblast; Southern Siberia; Kamchatka Krai; Krasnodar Krai; Murmansk Oblast; Khanty-Mansi AO; Samara Oblast; Bryansk Oblast; Karachay-Cherkess Republic; Leningrad Oblast; Moscow Oblast; Novgorod Oblast; Orenburg Oblast; Penza Oblast; Primorsky Krai; Ryazan Oblast; Stavropol Krai; Tatarstan; Udmurt Republic; Ulyanovsk Oblast; Vologda Oblast
11
BEHHT6A3
journalArticle
2015
Malysheva, Ekaterina F.; Malysheva, Vera F.; Svetasheva, Tatiana Yu.
Molecular phylogeny and taxonomic revision of the genus Bolbitius (Bolbitiaceae, Agaricales) in Russia
Mycological Progress
1861-8952
10.1007/s11557-015-1087-2
https://doi.org/10.1007/s11557-015-1087-2
Six species recorded from Russia in the genus Bolbitius were studied. Among them, B. bisporus and B. pallidus are described as new in this paper. Comprehensive descriptions of all species, illustrations, photographs and comparisons with similar taxa are provided. Phylogenetic analyses were conducted to aid in taxa delimitation as well as identification of species boundaries in the genus Bolbitius. Molecular phylogenetic reconstructions inferred from maximum likelihood and Bayesian analyses were based on combined datasets: nrITS-nrLSU for the whole set of studied species and nrITS-tef1-mtSSU for B. titubans specimens. The molecular data of three genetic markers indicate the existence of at least three divergent lineages in B. titubans, and each may represent an independent taxonomic unit, which suggests that B. titubans is likely a species complex rather than one widely distributed taxon.
7/25/20154/23/21 6:254/23/21 6:2511/28/19 20:4064814
Mycol Progress
en
Springer Link
Citation Key Alias: Malysheva2015MP Number: 8
D:\d\JURISM\storage\JFC2PNCI\Malysheva_etal_2015 Molecular phylogeny and taxonomic revision of the genus Bolbitius.pdf
Sverdlovsk Oblast; _agaricoid; Altai Republic; Southern Siberia; Irkutsk Oblast; Samara Oblast; Leningrad Oblast; Moscow Oblast; Penza Oblast; Primorsky Krai; Stavropol Krai; Vologda Oblast; Adygea; Rostov Oblast
Bolbitius; Phylogeny
12
Q38NB2MC
journalArticle
2016
Van de Putte, Kobeke; Nuytinck, Jorinde; De Crop, Eske; Verbeken, Annemieke
Lactifluus volemus in Europe: Three species in one – Revealed by a multilocus genealogical approach, Bayesian species delimitation and morphology
Fungal Biology
1878-6146
10.1016/j.funbio.2015.08.015
http://www.sciencedirect.com/science/article/pii/S187861461500152X
This study provides morphological and molecular evidence (from nuclear ITS, LSU, and rpb2 DNA sequences) for three previously unrecognized species within the morphospecies Lactifluus volemus from Europe. Phylogenetic species are supported by both a multi-locus tree-based method and Bayesian species delimitation. Lactifluus volemus and Lactifluus oedematopus are provided with a new description, and a third species, Lactifluus subvolemus, is described as new to science. Lactifluus oedematopus can be easily recognized by its short pileipellis hairs. Both L. volemus and L. subvolemus have longer pileipellis hairs and can only be distinguished from each other based on cap colour. Intermediary colour forms, however, occur as well, and cannot be identified as either L. volemus or L. subvolemus without molecular data. Revealing that L. volemus – already considered extinct in the Netherlands and the Belgian Flemish region, and declining in other European countries – is actually a complex of three species that are even more vulnerable to extinction, this study emphasizes the fundamental role of taxonomy in species conservation.
1/1/20164/23/21 6:254/23/21 6:2512/1/19 12:11Jan-251120
Fungal Biology
Lactifluus volemus in Europe
en
ScienceDirect
Citation Key Alias: VandePutte2016FB Number: 1
D:\d\JURISM\storage\54LNSHRL\Van de Putte_etal_2016 Lactifluus volemus in Europe - Three species in one – Revealed by a multilocus.pdf
Sverdlovsk Oblast; _agaricoid; Krasnodar Krai
Ectomycorrhiza; General lineage concept of species; Morphological species; Species complex
13
INXBWL9A
journalArticle
2019
Antonín, Vladimír; Borovička, Jan; Holec, Jan; Piltaver, Andrej; Kolařík, Miroslav
Taxonomic update of Clitocybula sensu lato with a new generic classification
Fungal Biology
1878-6146
10.1016/j.funbio.2019.03.004
http://www.sciencedirect.com/science/article/pii/S1878614618302411
The taxonomy and phylogeny of the hydropoid clade (genera Clitocybula s.l., Megacollybia, Leucoinocybe gen. nov., Hydropus, Trogia, Gerronema, Porotheleum and Lignomphalia gen. nov.) in Europe is studied using morphological and molecular approaches; the first three genera in detail including all known European species. Only two European species remain in Clitocybula s.str., Clitocybula lacerata and Clitocybula familia. The European C. lacerata is a species complex which should be treated as C. lacerata agg. at the current state of knowledge. A neotype originating from type area was designated to fix the application of the name. The presence of American species Clitocybula abundans in Europe is insufficiently proved. “Clitocybula dryadicola ˮ belongs to the genus Hydropus, and Clitocybula tilieti has an unclear systematic position. The results showed that Megacollybia and Leucoinocybe represent independent genera separated from Clitocybula. The genus Leucoinocybe is validly published with two European species, Leucoinocybe lenta and Leucoinocybe taniae. “Clitocybula flavoaurantia” proved to be conspecific with the latter species. The genus Lignomphalia is published for “Pseudoomphalina lignicola”, a lignicolous omphalinoid species. The Indian “Clitocybula sulcata” is transferred to Leucoinocybe and “Clitocybula atrialba” to Gerronema. The first European records of Megacollybia marginata are published.
6/1/20194/23/21 6:254/23/21 6:2511/27/19 19:57
431-447
6123
Fungal Biology
en
ScienceDirect
Number: 6
D:\d\JURISM\storage\KBW9JAW2\431-447 Taxonomic update of Clitocybula sensu lato with a new generic classification.pdf
_agaricoid; Altai Republic; Southern Siberia; Sakhalin Oblast; Karachay-Cherkess Republic; Primorsky Krai; Mordovia
Phylogeny; Europe; nrITS; nrLSU
14
SPUVP9WN
journalArticle
2015
Spirin, Viacheslav; Runnel, Kadri; Vlasák, Josef; Miettinen, Otto; Põldmaa, Kadri
Species diversity in the Antrodia crassa group (Polyporales, Basidiomycota)
Fungal Biology
1878-6146
10.1016/j.funbio.2015.09.008
http://www.sciencedirect.com/science/article/pii/S1878614615001749
Antrodia is a polyphyletic genus, comprising brown-rot polypores with annual or short-lived perennial resupinate, dimitic basidiocarps. Here we focus on species that are closely related to Antrodia crassa, and investigate their phylogeny and species delimitation using geographic, ecological, morphological and molecular data (ITS and LSU rDNA, tef1). Phylogenetic analyses distinguished four clades within the monophyletic group of eleven conifer-inhabiting species (five described herein): (1)A. crassa s. str. (boreal Eurasia), Antrodia cincta sp. nova (North America) and Antrodia cretacea sp. nova (holarctic), all three being characterized by inamyloid skeletal hyphae that dissolve quickly in KOH solution; (2) Antrodia ignobilis sp. nova, Antrodia sitchensis and Antrodia sordida from North America, and Antrodia piceata sp. nova (previously considered conspecific with A. sitchensis) from Eurasia, possessing amyloid skeletal hyphae; (3) Antrodia ladiana sp. nova from the southern part of the USA, Antrodia pinea from East Asia, and Antrodia ferox – so far known from subtropical North America, but here reported also from Eurasia. These three species have inamyloid hyphae and narrow basidiospores; (4) the North American Antrodia pini-cubensis, sharing similar morphological characters with A. pinea, forming a separate clade. The habitat data indicate that several species are threatened by intensive forestry.
12/1/20154/23/21 6:254/23/21 6:2511/27/19 19:58
1291-1310
12119
Fungal Biology
en
ScienceDirect
Citation Key Alias: Spirin2015FB Number: 12
D:\d\JURISM\storage\JENQNES6\Spirin_etal_2015 Species diversity in the Antrodia crassa group (Polyporales, Basidiomycota).pdf
_aphylloheteroid; Altai Republic; Southern Siberia; Krasnoyarsk Krai; Karelia; Khabarovsk Krai; Leningrad Oblast; Primorsky Krai; Arkhangelsk Oblast; Nizhny Novgorod Oblast
Host specificity; Polypores; Translation elongation factor; Wood-inhabiting fungi
15
JPMU8NWD
journalArticle
2015
Floudas, Dimitrios; Hibbett, David S.
Revisiting the taxonomy of Phanerochaete (Polyporales, Basidiomycota) using a four gene dataset and extensive ITS sampling
Fungal Biology
1878-6146
10.1016/j.funbio.2015.04.003
http://www.sciencedirect.com/science/article/pii/S1878614615000574
We amplified RPB1, RPB2, and the ITS and LSU ribosomal genes from species mostly in the phlebioid clade, focusing heavily in phanerochaetoid taxa. We performed Maximum Likelihood and Bayesian analyses for different combinations of datasets. Our results provide a strongly supported phylogenetic picture of the phlebioid clade, representing 89 species in the four genes analyses, of which 49 represent phanerochaetoid taxa. Phanerochaete sensu lato is polyphyletic and distributed across nine lineages in the phlebioid clade. Six of these lineages are associated to already described genera, while we describe the new genus Phaeophlebiopsis to accommodate Phlebiopsis-like species in one of the remaining lineages. We also propose three taxonomic transfers and describe nine new species, with four of those species currently placed in Phanerochaete sanguinea or Phanerochaete velutina. Finally, the placement of Leptoporus mollis along with other potential brown-rot species in the phlebioid clade suggests that, in addition to the Antrodia clade, brown-rot fungi may have evolved more than once in Polyporales.
8/1/20154/23/21 6:254/23/21 6:2511/27/19 20:26679-7198119
Fungal Biology
en
ScienceDirect
Citation Key Alias: Floudas2015FB Number: 8
D:\d\JURISM\storage\LN8LLCQD\Floudas_Hibbett_2015 Revisiting the taxonomy of Phanerochaete (Polyporales, Basidiomycota) using a.html; D:\d\JURISM\storage\G9P9HZHN\Floudas_Hibbett_2015 Revisiting the taxonomy of Phanerochaete (Polyporales, Basidiomycota) using a.pdf
Sverdlovsk Oblast; _aphylloheteroid
Phylogeny; Corticioid fungi; Multi-marker analyses; Phlebioid clade; RPB1; RPB2
16
UAWWGYAR
journalArticle
2012
Tomšovský, Michal
Delimitation of an almost forgotten species Spongipellis litschaueri (Polyporales, Basidiomycota) and its taxonomic position within the genus
Mycological Progress
1861-8952
10.1007/s11557-011-0756-z
https://doi.org/10.1007/s11557-011-0756-z
Spongipellis litschaueri, described in 1931 from Austria, is often synonymised with S. delectans in current literature. Morphological and molecular approaches were applied to revise the taxonomic position of this species. The basidiospore dimensions and DNA sequences confirmed differences between S. delectans and S. litschaueri, thus the latter should be kept as a distinct species. However, the relationship between S. litschaueri and its North American kin S. unicolor is complex. Although most of the examined specimens of S. unicolor differ significantly from S. litschaueri in morphological and molecular characters, one American isolate showed markedly high DNA sequence similarity to the European species. Moreover, specimens of S. unicolor from the more or less western USA have larger basidiospores than the others and the respective values are similar to S. litschaueri. Thereby, S. unicolor may split in two taxa where one is closely related to S. litschaueri. Additionally, DNA sequences of a large subunit of the nuclear ribosomal RNA gene were analysed to elucidate the position of Spongipellis within the Polyporales. The results revealed unexpected polyphyly when the generic type S. spumeus fell into a separate lineage from S. delectans, S. litschaueri, S. pachyodon, and S. unicolor. In addition, Tyromyces fissilis occasionally kept in Spongipellis is not related to any species of the genus nor to Tyromyces chioneus, the generic type of Tyromyces. An identification key of European Spongipellis species is provided.
5/1/20124/23/21 6:254/23/21 6:2511/28/19 21:16
415-424
211
Mycol Progress
en
Springer Link
Number: 2
D:\d\JURISM\storage\MJNZNCXL\Tomšovský_2012 Delimitation of an almost forgotten species Spongipellis litschaueri.pdf
Western Siberia; _aphylloheteroid; Tomsk Oblast
Basidiospores; Polyporales; Ribosomal DNA; Ring of species; Spongipellis
17
IDHDUUCM
journalArticle
2007
Агафонова, Н. Н.; Крючкова, О. Е.; Кутафьева, Н. П.; Гашков, С. И.
Макромицеты Томской области (Западная Сибирь). 2. Афиллофоровые грибы
Новости систематики низших растений
0568-5435
10.31111/nsnr/2007.41.92
https://www.elibrary.ru/item.asp?id=12157735
20074/23/21 6:254/23/21 6:2592–10141Russian
D:\d\JURISM\storage\CI7GUNG6\Агафонова и др. - 2007 - Макромицеты Томской области (Западная Сибирь). 2..pdf
Western Siberia; _aphylloheteroid; Tomsk Oblast; _agaricoid
18
CFDF26BT
book2010
Shiryaev, A. G.; Kotiranta, H.; Mukhin, V. A.; Stavishenko, I. V.; Ushakova, N. V.
Aphyllophoroid fungi of Sverdlovsk region, Russia: biodiversity, distribution, ecology and the IUCN threat categories
978-5-98829-024-7
20104/23/21 6:2510/8/21 12:59304
Goshchitskiy Publisher
Ekaterinburg
en
Institution: Goshchitskiy Publisher
D:\d\JURISM\storage\RWPYVMCU\Shiryaev_etal_2010 Aphyllophoroid fungi of Sverdlovsk region, Russia - biodiversity, distribution,.pdf; D:\d\JURISM\storage\Z9CERMSD\Shiryaev et al. - 2009 - Aphyllophoroid fungi of Sverdlovsk region, Russia.pdf
Sverdlovsk Oblast; _aphylloheteroid; _cyphelloid
19
5GHB3UAD
journalArticle
1979
Parmasto, Erast; Parmasto, Ilmi
The xanthochroic reaction in the Aphyllophorales
Mycotaxon
19794/23/21 6:254/23/21 6:25
201–232
18en
Number: 1
D:\d\JURISM\storage\ISJD6YE8\Parmasto_Parmasto_1979 The xanthochroic reaction in the Aphyllophorales.pdf
_aphylloheteroid; Altai Republic; Southern Siberia; Krasnodar Krai; Karachay-Cherkess Republic; Caucasus
20
IPNCF6GR
journalArticle
2001
Parmasto, Erast
Hymenochaete cruenta and H. sphaericola, two sibling species of Hymenochaetales (Hymenomycetes, Basidiomycota)
Czech Mycology
20014/23/21 6:264/23/21 6:26307–315452
Czech Mycol.
en
Number: 4
D:\d\JURISM\storage\WCIUARIQ\Parmasto_2001 Hymenochaete cruenta and H. sphaericola, two sibling species of Hymenochaetales.pdf
Sverdlovsk Oblast; Western Siberia; _aphylloheteroid; Altai Republic; Southern Siberia; Tyumen Oblast; Caucasus
21
F5BPYMFL
journalArticle
1979
Kotlaba, František; Pouzar, Zdeněk
An interesting Asian polypore Pachykytospora subtrametea
Česká Mykologie
19794/23/21 6:264/23/21 6:26129–133333
Česká Mykol.
en
Number: 3
D:\d\JURISM\storage\WJQRDCRK\Kotlaba_Pouzar_1979 An interesting Asian polypore Pachykytospora subtrametea.pdf
Western Siberia; _aphylloheteroid; Tomsk Oblast; Altai Republic; Southern Siberia
22
J22DQVRB
journalArticle
1931
Burt, E. A.
Hymenomycetous fungi of Siberia and Eastern Asia – mostly of wood-destroying species
Annals of the Missouri Botanical Garden
19314/23/21 6:264/23/21 6:26
469–487
318
Ann. Missouri Bot. Gard.
en
Number: 3
D:\d\JURISM\storage\KJQFFB9P\Burt_1931 Hymenomycetous fungi of Siberia and Eastern Asia – mostly of wood-destroying.pdf
Western Siberia; _aphylloheteroid; Omsk Oblast; Tomsk Oblast; _agaricoid; Altai Republic; Southern Siberia; Irkutsk Oblast; Leningrad Oblast; Primorsky Krai; Tyumen Oblast; Caucasus; Altai Krai; Amur Oblast; Dagestan; Kirov Oblast; Murashkinsky
23
HB5KCUPW
book1967
Райтвийр, А. Г.
Определитель гетеробазидиальных грибов (Heterobasidiomycetidae) СССР
19674/23/21 6:269/14/21 20:36НаукаЛ.Russian
Institution: Наука
D:\d\JURISM\storage\ELSCE35Y\Райтвийр_1967 Определитель гетеробазидиальных грибов (Heterobasidiomycetidae) СССР.djvu
Western Siberia; _aphylloheteroid; Omsk Oblast; Kemerovo Oblast; Southern Siberia; Tyumen Oblast; Altai Krai; !exclude
24
YN6SFHBZ
book1965
Пармасто, Э. Х.
Определитель рогатиковых грибов СССР. Сем. Clavariaceae
19654/23/21 6:269/13/21 9:24165НаукаМ., Л.Russian
Institution: Наука
D:\d\JURISM\storage\ILCDETCL\Пармасто_1965 Определитель рогатиковых грибов СССР. Сем. Clavariaceae.djvu
Western Siberia; _aphylloheteroid; Omsk Oblast; Tomsk Oblast; Altai Republic; Kemerovo Oblast; Southern Siberia; Caucasus; Altai Krai; Kurgan Oblast
25
IB6Y4TGX
journalArticle
2008
Ширяев, А. Г.
Клавариоидные грибы антропогенных территорий Урала
Вестник экологии, лесоведения и ландшафтоведения
1811-7457, 2071-0429
20084/23/21 6:264/23/21 6:2680–918Russian
tex.ids: Shiryaev2008_VELIL number: 8
D:\d\JURISM\storage\UA5YQMIU\Ширяев_2008 Клавариоидные грибы антропогенных территорий Урала.pdf
Sverdlovsk Oblast; Western Siberia; _aphylloheteroid; Yamalo-Nenets AO; Khanty-Mansi AO
26
J8F92H42
journalArticle
1915
Наумов, Н.
Грибы Урала. I
Записки Уральскаго общества любителей естествознанія
19154/23/21 6:264/23/21 6:261–4811–1235Russian
Number: 11–12
D:\d\JURISM\storage\UR5PM8PI\Наумов_1915 Грибы Урала. I.pdf; D:\d\JURISM\storage\3H8NC5MB\Наумов_1915 Грибы Урала. I.djvu
Sverdlovsk Oblast; _aphylloheteroid; _agaricoid; _gasteroid; Chelyabinsk Oblast; Perm Krai; Urals
27
4G3R5ISS
journalArticle
2004
Shiryaev, A. G.
Clavarioid fungi of Urals. I. Boreal forest zone
Микология и фитопатология
0026-3648
20044/23/21 6:269/9/21 9:4759–72438English
tex.ids: Shiryaev2004_MIF_38a number: 4
D:\d\JURISM\storage\5PG3S6JW\Shiryaev_2004 Clavarioid fungi of Urals. I. Boreal forest zone.djvu; D:\d\JURISM\storage\2LKC7NVD\Выпуск 4_2004.djvu
Sverdlovsk Oblast; _aphylloheteroid; Komi Republic; Chelyabinsk Oblast; Bashkortostan
28
B479U6BH
journalArticle
1997
Korhonen, K.; Fedorov, N. I.; Porta, N. La; Kovbasa, N. P.
Abies sibirica in the Ural region is attacked by the S type of Heterobasidion annosum
European Journal of Forest Pathology
1439-0329
10.1111/j.1439-0329.1997.tb01081.x
https://onlinelibrary.wiley.com/doi/abs/10.1111/j.1439-0329.1997.tb01081.x
Specimens of Heterobasidion annosum were collected in seven mixed stands of Abies sibirica and Picea abies in Yekaterinburg and Perm regions on the western side of the Ural Mountains, Russia. Pure cultures were isolated from 60 collections and identified in mating tests. Only the S intersterility group was found, attacking both fir and spruce. Based on the appearance of clamp connections in matings, the compatibility of 12 homokaryons from the Ural area with 14 S group homokaryons from western Europe was 100%, with 13 F group homokaryons from southern Europe 76% and 9 P group homokaryons from western Europe 3%. The results show that A. sibirica, in contrast to A. alba, is very susceptible to the S type H. annosum.
19974/23/21 6:264/23/21 6:2612/5/19 13:20273-281527
Eur. J. Forest Pathol.
en
Wiley Online Library
Citation Key Alias: Korhonen1997EJFP Number: 5
D:\d\JURISM\storage\NAA4SLR4\Korhonen_etal_1997 Abies sibirica in the Ural region is attacked by the S type of Heterobasidion.pdf
Sverdlovsk Oblast; _aphylloheteroid; Perm Krai
29
VTVNKHWP
journalArticle
2013
Spirin, Viacheslav; Miettinen, Otto; Pennanen, Jorma; Kotiranta, Heikki; Niemelä, Tuomo
Antrodia hyalina, a new polypore from Russia, and A. leucaena, new to Europe
Mycological Progress
1861-8952
10.1007/s11557-012-0815-0
https://doi.org/10.1007/s11557-012-0815-0
A new polypore species, Antrodia hyalina, is described from Russia. It is morphologically similar to Antrodia pulvinascens, but differs in having annual, thinner and softer basidiocarps, solid skeletal hyphae, and cylindrical spores. Antrodia leucaena, originally described from China, is reported as new from Finland and Russia on Populus tremula. Antrodia wangii is regarded as a synonym of A. bondartsevae.
2/1/20134/23/21 6:264/23/21 6:2611/28/19 21:0553-61112
Mycol Progress
en
Springer Link
Citation Key Alias: Spirin2013MP Number: 1
D:\d\JURISM\storage\K6KW7DYL\Spirin_etal_2013 Antrodia hyalina, a new polypore from Russia, and A. leucaena, new to Europe.pdf
Sverdlovsk Oblast; Western Siberia; _aphylloheteroid; Karelia; Khabarovsk Krai; Khanty-Mansi AO; Samara Oblast; Leningrad Oblast; Nizhny Novgorod Oblast; Bashkortostan; Moscow; Populus tremula
Cotton Blue; Populus; Salix; Tramal
30
SSXI7TAJ
journalArticle
1990
Thorn, Greg; Kotiranta, Heikki; Niemelä, Tuomo
Polyporus pseudobetulinus comb. nov.: new records in Europe and North America
Mycologia
0027-5514
10.1080/00275514.1990.12025933
https://doi.org/10.1080/00275514.1990.12025933
Piptoporus pseudobetulinus causes a white rot and is taxonomically remote from the type of Piptoporus, P. betulinus, which causes a brown rot; the new combination Polyporus pseudobetulinus is proposed. The range of this species is extended from Finland and the U.S.S.R. to include Canada, Austria and Sweden. Fruiting bodies and cultures are described. Hosts and habitats in Eurasia and North America are compared. Its relationship to other polypore genera causing white rots, and the correct type for Polyporus are discussed.
9/1/19904/23/21 6:264/23/21 6:2612/1/19 21:06582-594582
Polyporus Pseudobetulinus Comb. Nov.
en
Taylor and Francis+NEJM
Citation Key Alias: Thorn1990M Number: 5
D:\d\JURISM\storage\5G3UD9J4\Thorn_etal_1990 Polyporus pseudobetulinus comb. nov. - new records in Europe and North America.pdf
Western Siberia; _aphylloheteroid; Omsk Oblast; Tomsk Oblast; Novosibirsk Oblast; Southern Siberia; Irkutsk Oblast; Krasnoyarsk Krai; Karelia; Khabarovsk Krai; Sakha Republic; Leningrad Oblast; Altai Krai; Mari El Republic
cultural characteristics; Favolus; Piptoporus; Polypore taxonomy; Polyporus; wood decay
31
LG9KX3VD
journalArticle
1980
Wells, K.; Raitviir, A.
The species of Eichleriella (Tremellaceae) of the U.S.S.R.
Mycologia
0027-5514
10.1080/00275514.1980.12021219
https://doi.org/10.1080/00275514.1980.12021219
The genus Eichleriella is defined to include those tremellaceous species forming a basidiocarp with an abrupt to reflexed margin, a smooth hymenium or with fertile pegs or spines, a basal layer of thick-walled, brownish hyphae, and a vinaceous tint upon drying. The species of Eichleriella known from the USSR are described and illustrated. Eichleriella alliciens, which is defined to include E. incarnata, is shown to occur in the Far Eastern Region (i.e., Khabarovskiy Kray and Primorskiy Kray). Several collections of E. leucophaea, which is redefined to include E. schrenkii, are described from Tadzhikistan and Turkmenistan (i.e., Tadshikskaya S.S.R. and Turkmen S.S.R.). Eichleriella deglubens, which is tentatively included in the genus, is evidently widely distributed throughout the USSR. The species of Eichleriella in the USSR are known to occur only on decaying angiosperm wood.
5/1/19804/23/21 6:264/23/21 6:2612/1/19 21:05564-577372en
Taylor and Francis+NEJM
Citation Key Alias: Wells1980M Number: 3
D:\d\JURISM\storage\RR92VILX\Wells_Raitviir_1980 The species of Eichleriella (Tremellaceae) of the U.S.S.R.pdf
Western Siberia; _aphylloheteroid; Krasnoyarsk Krai; Kamchatka Krai; Khabarovsk Krai; Krasnodar Krai; Yamalo-Nenets AO; Karachay-Cherkess Republic; Primorsky Krai; Caucasus
32
MSQTFE3B
journalArticle
1977
Wells, K.; Raitviir, A.
The Species of Exidiopsis (Tremellaceae) of the U.S.S.R.
Mycologia
0027-5514
10.1080/00275514.1977.12020151
https://doi.org/10.1080/00275514.1977.12020151
The species of Exidiopsis known to the authors from the U.S.S.R. are noted. Those species not previously studied in detail are described and illustrated. The genus Exidiopsis is emended to exclude the type and closely related species of Eichleriella. Exidiopsis candida, previously known only from tropical and subtropical regions, is shown to occur on Sakhalin Island. Exidiopsis effusa, on angiosperm wood, is reported from eastern Siberia and European U.S.S.R. Exidiopsis grisea, on gymnosperm wood, was identified from several sites in the Transcaucasia. A previously undescribed species, E. gypsea, is shown to occur in the Crimean Peninsula, Transcausasia, and Estonian S.S.R. Exidiopsis calcea is reported from throughout the U.S.S.R. and apparently occurs on both angiosperm and gymnosperm wood. It is the most frequently collected and widely distributed species of Exidiopsis in the U.S.S.R. Additional collections of E. griseobrunnea are noted from Siberia, and a new subspecies, E. griseobrunnea subsp. macrogyna, is described. Both subspecies of E. griseobrunnea are apparently only able to utilize species of Duschekia as a substrate. Additional collections of E. laccata and E. pallida, which have been previously reported from the U.S.S.R. were not noted.
9/1/19774/23/21 6:264/23/21 6:2612/1/19 21:05
987-1007
569en
Taylor and Francis+NEJM
Citation Key Alias: Wells1977M Number: 5
D:\d\JURISM\storage\UZBAKZFA\Wells_Raitviir_1977 The Species of Exidiopsis (Tremellaceae) of the U.S.S.R.pdf
Sverdlovsk Oblast; Western Siberia; _aphylloheteroid; Komi Republic; Southern Siberia; Irkutsk Oblast; Krasnoyarsk Krai; Kamchatka Krai; Khabarovsk Krai; Krasnodar Krai; Yamalo-Nenets AO; Sakha Republic; Sakhalin Oblast; Karachay-Cherkess Republic; Primorsky Krai; Arkhangelsk Oblast; Caucasus; Amur Oblast; Dagestan; Crimea; Magadan Oblast; Tyva Republic
33
EKYY26AB
journalArticle
1975
Wells, K.; Raitviir, A.
The species of Bourdotia and Basidiodendron (Tremellaceae) of the U.S.S.R.
Mycologia
0027-5514
10.1080/00275514.1975.12019824
https://doi.org/10.1080/00275514.1975.12019824
The species of Bourdotia and Basidiodendron known from the U.S.S.R. are described and illustrated. The genus Bourdotia is emended to include B. galzinii and an unnamed species. Bourdotia galzinii is shown to have petiolate basidia and to be cospecific with Sebacina petiolata. Bourdotia galzinii, which seems to be a common species in the Transcaucasia of the U.S.S.R., is widely distributed in western Europe, but the most northern known American collection site is New Orleans, Louisiana. Sebacina cremea is transferred to Basidiodendron, and the second known collection is identified from the Stanovoy Mountains. Basidiodendron cinereum, B. caesiocinereum, and B. eyrei are shown to be widely distributed in the U.S.S.R. and to occur on both coniferous and angiosperm wood. The concept of B. cinereum is redefined to exclude Sebacina stratosa and Basidiodendron rimosum. The available studies indicate that Basidiodendron cinereum and B. eyrei are probably cosmopolitan, whereas B. caesiocinereum is seemingly restricted to the temperate zones of the Northern Hemisphere.
9/1/19754/23/21 6:264/23/21 6:2612/1/19 21:04
904-922
567en
Taylor and Francis+NEJM
Citation Key Alias: Wells1975M Number: 5
D:\d\JURISM\storage\EIEAGKWL\Wells_Raitviir_1975 The species of Bourdotia and Basidiodendron (Tremellaceae) of the U.S.S.R.pdf
Western Siberia; _aphylloheteroid; Komi Republic; Altai Republic; Southern Siberia; Krasnoyarsk Krai; Kamchatka Krai; Krasnodar Krai; Murmansk Oblast; Yamalo-Nenets AO; Sakhalin Oblast; Karachay-Cherkess Republic; Primorsky Krai; Caucasus; Amur Oblast; Tyva Republic
34
3T8SC348
journalArticle
2013
Spirin, Viacheslav; Vlasák, Josef; Niemelä, Tuomo; Miettinen, Otto
What is Antrodia sensu stricto?
Mycologia
0027-5514
10.3852/13-039
https://doi.org/10.3852/13-039
The polypore genus Antrodia (Polyporales, Basidiomycota) in the strict sense consists of a small number of species grouped around the type species A. serpens in phylogenetic analyses. This distinct clade (Antrodia sensu stricto in our view) contains species of the Antrodia heteromorpha complex, A. macra coll. and Antrodia mappa (formerly Postia mappa). Nuclear rDNA ITS and tef1 data show that the Antrodia heteromorpha species complex includes four species: A. heteromorpha sensu stricto (mostly on gymnosperms, large pores and spores), A. serpens (on angiosperms in Europe, resupinate, smaller pores but large spores), A. favescens (smaller pores and spores, pileate species in North America, formerly known as Trametes sepium), and A. tanakai (a close kin of A. favescens in Eurasia). Antrodia albida is a synonym of A. heteromorpha sensu stricto. We combine A. mappa, A. favescens and A. tanakai in Antrodia and designate neotypes for A. albida and A. heteromorpha, and an epitype for A. serpens. We also compare the morphologically similar but distantly related A. albidoides and A. mellita, and conclude that A. macrospora and A. subalbidoides are synonyms of A. albidoides.
11/1/20134/23/21 6:264/23/21 6:2612/1/19 12:31
1555-1576
6105en
Taylor and Francis+NEJM
Citation Key Alias: Spirin2013M Number: 6
D:\d\JURISM\storage\GLG7XHM8\Spirin_etal_2013 What is Antrodia sensu stricto.pdf
_aphylloheteroid; Komi Republic; Altai Republic; Southern Siberia; Karelia; Khabarovsk Krai; Buryatia; Leningrad Oblast; Vologda Oblast; Kaluga Oblast
Polyporales; Antrodia heteromorpha; brown-rot fungi; polypore
35
CZA6Y3HK
journalArticle
2019
Peintner, Ursula; Kuhnert-Finkernagel, Regina; Wille, Viana; Biasioli, Franco; Shiryaev, Anton; Perini, Claudia
How to resolve cryptic species of polypores: an example in Fomes
IMA Fungus
2210-6359
10.1186/s43008-019-0016-4
https://doi.org/10.1186/s43008-019-0016-4
Species that cannot be easily distinguished based on morphology, but which form distinct phylogenetic lineages based on molecular markers, are often referred to as cryptic species. They have been proposed in a number of fungal genera, including the basidiomycete genus Fomes. The main aim of this work was to test new methods for species delimitation in cryptic lineages of polypores, and to define useful characters for species identification.
9/23/20194/23/21 6:264/23/21 6:2612/1/19 13:3617110
IMA Fungus
How to resolve cryptic species of polypores
en
BioMed Central
Citation Key Alias: Peintner2019IF Number: 1
D:\d\JURISM\storage\UN4FGQD2\Peintner_etal_2019 How to resolve cryptic species of polypores - an example in Fomes.pdf
Sverdlovsk Oblast; _aphylloheteroid; Karelia; Krasnodar Krai; Samara Oblast; Moscow Oblast; Orenburg Oblast; Tatarstan; Nizhny Novgorod Oblast; Caucasus; Perm Krai; Bashkortostan; Kabardino-Balkar Republic; Smolensk Oblast; Volgograd Oblast
36
LW3YJY4Z
journalArticle
1976
Berthier, Jacques
Monographie des Typhula, Pistillaria et genres voisins
Bulletin Mensuel de la Société Linnéenne de Lyon
19764/23/21 6:264/23/21 6:261–20245
Bull. Mens. Soc. Linn. Lyon
French
Citation Key Alias: Berthier1976BMSLL
D:\d\JURISM\storage\72X5N3UX\Berthier_1976 Monographie des Typhula, Pistillaria et genres voisins.pdf
_aphylloheteroid; Altai Republic; Southern Siberia; _clavarioid; Typhula; Typhulaceae
37
YRSCVNAX
book1836
Weinmann, J. A.
Hymeno- et Gastero-Mycetes hucusque in imperio Rossico observatos
https://hdl.handle.net/2027/hvd.32044106414675
18364/23/21 6:264/23/21 6:26676
Petropoli
Latin
D:\d\JURISM\storage\D99VGCBA\Weinmann - 1836 - Hymeno- et Gastero-Mycetes hucusque in imperio Ros.pdf
Western Siberia; _aphylloheteroid; _agaricoid; _gasteroid; Leningrad Oblast; Saint Petersburg; _cyphelloid; Altai Krai; Moscow
38
BJ4NVFQY
journalArticle
2000
Zhurbenko, Mikhail P.; Davydov, Evgeny A.
Lichenicolous fungi and some lichens from the Russian Altai, southern Siberia
Folia Cryptogamica Estonica
20004/23/21 6:264/23/21 6:26109–11837
Folia Cryptog. Estonica
en
D:\d\JURISM\storage\LH56UUS8\Zhurbenko_Davydov_2000 Lichenicolous fungi and some lichens from the Russian Altai, southern Siberia.pdf
_aphylloheteroid; Altai Republic; Southern Siberia
39
6ZYM5ACF
journalArticle
2008
Shiryaev, Anton
Diversity and distribution of thelephoroid fungi (Basidiomycota, Thelephorales) in the Sverdlovsk region, Russia
Folia Cryptogamica Estonica
1736-7786
https://ojs.utlib.ee/index.php/FCE/article/view/13716
63 species of the thelephoroid fungi (Basidiomycota) are reported from the Sverdlovsk region (Russia), including fifteen new species for the region. One of them, Phellodon secretus is reported for the first time from Russia. This study is based on 931 collections and observations, as well as on literature data. The most frequent species are Hydnellum aurantiacum, H. ferrugineum, Sarcodon imbricatus, S. squamosus, Thelephora palmata, Th. terrestris, Tomentella bryophila, T. ellisii, T. ferruginea, T. radiosa, T. sublilacina. These species comprise 52% of all observations, but only 17.5% of all species found in the region. Nine species (14.3%) were collected only once, seven species (11.1%) twice, and six species (9.5%) three times, respectively. Some rare species are also infreguently collected in other regions of Russia, viz. Amaurodon cyaneus, A. mustialaensis, Hydnellum auratile, H. geogenium, H. peckii, Pseudotomentella flavovirens, P. nigra, Tomentella galzinii, T. viridula. The highest richness of species was in the southernmost areas of the region, esp. in mixed or broad-leaved forests. Only 4.8% of the total number of the species has been recorded in all biogeographical provinces and 20.6% of species were found only in one province.
20084/23/21 6:264/23/21 6:2612/10/19 21:38131-14144
Folia Cryptog. Estonica
en
ojs.utlib.ee
D:\d\JURISM\storage\65WDAN4N\Shiryaev_2008 Diversity and distribution of thelephoroid fungi (Basidiomycota, Thelephorales).pdf
Sverdlovsk Oblast; _aphylloheteroid; Arkhangelsk Oblast
40
PVC9ADYR
journalArticle
1998
Kotiranta, Heikki
Parmastomyces mollissimus in North Europe
Folia Cryptogamica Estonica
19984/23/21 6:264/23/21 6:2641–4733
Folia Cryptog. Estonica
en
D:\d\JURISM\storage\VPP425VZ\Kotiranta_1998 Parmastomyces mollissimus in North Europe.pdf
_aphylloheteroid; Altai Republic; Southern Siberia; Krasnoyarsk Krai; Khabarovsk Krai; Primorsky Krai
41
H8K3M9C6
journalArticle
1997
Niemelä, Tuomo; Dai, Yu-Cheng
Polypore Skeletocutis lenis and its sib S. vulgaris
Annales Botanici Fennici
0003-3847
Skeletocutis lenis (P. Karst.) Niemelä is a poroid basidiomycete, living on dead wood and causing a white rot. A study of herbarium material revealed that the common concept of the species includes another species, S. vulgaris (Fries) Niemelä & Y.C. Dai, n. comb. Both species are described and illustrated. Skeletocutis lenis is characterized by perennial basidiocarps, fairly big pores and cylindrical, strongly curved spores; its generative hyphae lack swollen tips at dissepiment edge and hymenium; its skeletal hyphae are mostly > 3 µm in diam, bear a distinct lumen, and swell in KOH. Skeletocutis vulgaris is as a rule annual, small-pored, and its spores are cylindrical, moderately curved, and narrower than those of S. lenis. Generative hyphae of the dissepiment edge and hymenium occasionally have a swollen tip. The skeletal hyphae of S. vulgaris are mostly < 3 µm in diam, subsolid without a distinct lumen, and do not change or only slightly swell in KOH. The former has a northerly distribution and prefers fallen trunks of Pinus, while S. vulgaris is more southern and inhabits a wide range of both gymnosperm and angiosperm hosts. These two species have different ecology: S. lenis usually lives on very rotten wood in moist places, while S. vulgaris inhabits recently decorticated trunks, frequently in dry localities. Both species are found in Europe, Asia and North America.
6/6/19974/23/21 6:264/23/21 6:26133–140234
Ann. Bot. Fenn.
en
Number: 2
D:\d\JURISM\storage\9C2I5MFJ\Niemelä, T.
_aphylloheteroid; Altai Republic; Southern Siberia; Karelia; Khabarovsk Krai; Sakhalin Oblast; Karachay-Cherkess Republic; Primorsky Krai; Caucasus
42
WZLSSS9M
journalArticle
2007
Kotiranta, Heikki; Ushakova, Nadya; Mukhin, Victor A.
Polypore (Aphyllophorales, Basidiomycetes) studies in Russia. 2. Central Ural
Annales Botanici Fennici
0003-3847
One hundred and sixty-one polypore species are reported from the Central Urals. Two of them, Anomoporia vesiculosa Y.C. Dai & Niemelä and Junghuhnia semisupiniforme (Murr.) Ryvarden, are reported for the first time from Russia. The material consists of literature data and 838 collections and observations, and according to the data of the authors, the most frequent species are Fomitopsis pinicola (Sw. : Fr.) P. Karst., Trichaptum fuscoviolaceum (Ehrenb. : Fr.) Ryvarden, Fomitopsis rosea (Alb. & Schewin. : Fr.) P. Karst., Postia caesia (Schrad. : Fr.) P. Karst., and Bjerkandera adusta (Willd. : Fr.) P. Karst., respectively. These contain 22 per cent of all observations, but only 3.9 per cent of all the species. Thirty-two species (25.2%) were collected only once, 16 species twice (12.6%) and 10 species (7.9%) three times, respectively. The collecting sites are briefly described, the host trees listed and descriptions and illustrations of some species given.
4/26/20074/23/21 6:264/23/21 6:26103–127244
Ann. Bot. Fenn.
en
Number: 2
D:\d\JURISM\storage\YKJADF59\Kotiranta_etal_2007 Polypore (Aphyllophorales, Basidiomycetes) studies in Russia. 2. Central Ural.pdf
Sverdlovsk Oblast; _aphylloheteroid; Perm Krai
43
J7V57C8L
journalArticle
2005
Kotiranta, Heikki; Saarenoksa, Reima
Ceratobasidium and Oliveonia (Basidiomycota, Aphyllophorales) in Finland
Annales Botanici Fennici
0003-3847
http://www.jstor.org/stable/23727373
Three species of Ceratobasidium, C. bicorne Eriksson & Ryvarden, C. cornigerum (Bourdot) D.P. Rogers and C. pseudocornigerum M.P. Christensen, and two species of Oliveonia, O. fibrillosa (Burt) Donk and O. pauxilla (H.S. Jacks.) Donk, are reported from Finland. Ceratobasidium cornigerum and O. fibrillosa are reported for the first time. The most widespread species seems to be C. cornigerum, whereas C. pseudocornigerum gives an impression of southern distribution and the Oliveonia species are very rare. The anamorph of Ceratobasidium bicorne Eriksson & Ryvarden is commonly isolated from conifer seedlings, but for the present no basidiocarps are observed. The substrates of the telemorphs are listed, the species are illustrated and a few reference collections from Russia were studied.
8/30/20054/23/21 6:264/23/21 6:26
237–245
442
Ann. Bot. Fenn.
en
Number: 4
D:\d\JURISM\storage\J8RUN2Y7\Kotiranta_Saarenoksa_2005 Ceratobasidium and Oliveonia (Basidiomycota, Aphyllophorales) in Finland.pdf
Western Siberia; _aphylloheteroid; Altai Republic; Southern Siberia; Yamalo-Nenets AO; Moscow
44
WWHRS9ES
journalArticle
2019
Miettinen, O.; Larsson, K.-H.; Spirin, V.
Hydnoporia, an older name for Pseudochaete and Hymenochaetopsis, and typification of the genus Hymenochaete (Hymenochaetales, Basidiomycota)
Fungal Systematics and Evolution
10.3114/fuse.2019.04.07
https://www.ingentaconnect.com/content/wfbi/fuse/2019/00000004/00000001/art00008
The genus name Hydnoporia is reinstated to encompass the Hymenochaete tabacina group currently addressed to Pseudochaete (illegitimate genus) or Hymenochaetopsis. Identity of the type species of Hydnoporia, Sistotrema fuscescens (= Hydnoporia olivacea in current sense), is clarified, and a lectotype is selected. In total, 12 species are combined in Hydnoporia: H. corrugata, H. gigasetosa, H. lamellata, H. laricicola, H. latesetosa, H. lenta, H. rhododendri, H. rimosa, H. subrigidula, H. tabacina, H. tabacinoides, and H. yasudai. Hydnoporia diffissa is described as new. Analyses of all available ITS (94) and newly produced tef1 sequences (20) indicate that there are at least 20–27 species in the genus. Identity of the type species of Hymenochaete, H. rubiginosa, is clarified; the name is retained for the species so named in Europe while other species are present in North America and East Asia. Additionally, three new combinations in Hymenochaete are proposed: H. campylopora (= Cyclomyces fuscus), H. microcycla (= Cyclomyces tabacinus), and H. saepiaria.
12/1/20194/23/21 6:274/23/21 6:2711/29/19 10:1477-9614
Fungal Syst. Evol.
en
Citation Key Alias: Miettinen2019FSE Number: 1
D:\d\JURISM\storage\MP3ZA8CT\Miettinen_etal_2019 Hydnoporia, an older name for Pseudochaete and Hymenochaetopsis, and.pdf
_aphylloheteroid; Altai Republic; Southern Siberia; Khakassia; Krasnoyarsk Krai; Karelia; Khabarovsk Krai; Buryatia; Primorsky Krai; Nizhny Novgorod Oblast; Perm Krai; Kaluga Oblast
45
DY2PUDI3
journalArticle
2019
Malysheva, Vera; Spirin, Viacheslav; Miettinen, Otto; Kout, Jiří; Savchenko, Anton; Larsson, Karl-Henrik
On Craterocolla and Ditangium (Sebacinales, Basidiomycota)
Mycological Progress
1861-8952
10.1007/s11557-019-01485-3
https://doi.org/10.1007/s11557-019-01485-3
In the present paper, we select a neotype for Tremella cerasi and prove that it is conspecific with Ditangium insigne (the genus type of Ditangium). We argue that Ditangium should be restored as a correct genus for T. cerasi, while the currently used generic name Craterocolla is to be treated as its younger synonym. Morphological, ecological and genetic variability of Ditangium cerasi is discussed, and two other Ditangium species are described—D. altaicum, sp. nov. and D. incarnatum, comb. nov. In addition, Exidia fulva is combined in Globulisebacina.
5/1/20194/23/21 6:274/23/21 6:2711/28/19 18:59753-762518
Mycol Progress
en
Springer Link
Citation Key Alias: Malysheva2019MPa Number: 5
D:\d\JURISM\storage\IFN8HPDV\Malysheva_etal_2019 On Craterocolla and Ditangium (Sebacinales, Basidiomycota).pdf
_aphylloheteroid; Komi Republic; Altai Republic; Southern Siberia; Krasnoyarsk Krai; Khabarovsk Krai; Karachay-Cherkess Republic; Leningrad Oblast; Primorsky Krai; Caucasus
Phylogeny; Dimorphic fungi; Heterobasidiomycetes; New taxa
46
BEJ7SRSB
journalArticle
2017
Malysheva, Vera; Spirin, Viacheslav
Taxonomy and phylogeny of the Auriculariales (Agaricomycetes, Basidiomycota) with stereoid basidiocarps
Fungal Biology
1878-6146
10.1016/j.funbio.2017.05.001
http://www.sciencedirect.com/science/article/pii/S187861461730051X
In the present study, we investigate taxonomy of the Auriculariales with effused or cupulate, persistent basidiocarps; generic and species concepts are revised based on morphological and DNA evidences. The genus Eichleriella is reinstated to embrace ten closely related species with ellipsoid-ovoid basidia, and the genus type, Eichleriella incarnata, is placed to the synonyms of Eichleriella leucophaea. Eichleriella bactriana, Eichleriella desertorum and Eichleriella sicca are described as new to science. In addition, four species earlier treated as members of Exidiopsis or Heterochaete are combined to the genus. The genus name Heteroradulum (type Radulum kmetii) is introduced for seven species with large, obconical, stipitate basidia. Of them, Heteroradulum adnatum and Heteroradulum semis are described as new. Two new genera, Amphistereum (with two species, type Eichleriella schrenkii) and Sclerotrema (monotypic, type Exidiopsis griseobrunnea), are proposed; Hirneolina (monotypic, type H. hirneoloides) and Tremellochaete (with two species, type Exidia japonica) are restored as good genera. The type species of Heterochaete, H. andina, is congeneric with Exidiopsis (type E. effusa).
8/1/20174/23/21 6:274/23/21 6:2711/27/19 19:55689-7158121
Fungal Biology
en
ScienceDirect
Citation Key Alias: Malysheva2017FB Number: 8
D:\d\JURISM\storage\AKZCLSAU\Malysheva_Spirin_2017 Taxonomy and phylogeny of the Auriculariales (Agaricomycetes, Basidiomycota).pdf
Western Siberia; _aphylloheteroid; Kemerovo Oblast; Southern Siberia; Krasnoyarsk Krai; Khabarovsk Krai; Krasnodar Krai; Yamalo-Nenets AO; Bryansk Oblast; Karachay-Cherkess Republic; Leningrad Oblast; Primorsky Krai; Caucasus; Heterobasidiomycetes; Kursk Oblast; wood-inhabiting fungi
47
BE6XUNRT
journalArticle
1996
Kõljalg, Urmas
Tomentella (Basidiomycota) and related genera in temperate Eurasia
Synopsis Fungorum
19964/23/21 6:274/23/21 6:271–2139
Syn. Fungorum
en
D:\d\JURISM\storage\DKCG3WIS\Kõljalg_1996 Tomentella (Basidiomycota) and related genera in temperate Eurasia.pdf
Sverdlovsk Oblast; Western Siberia; _aphylloheteroid; Altai Republic; Novosibirsk Oblast; Southern Siberia; Yamalo-Nenets AO; Khanty-Mansi AO; Caucasus
48
6ID95FL8
journalArticle
2007
Heklau, Heike; Dörfelt, Heinrich
Der Beginn der mykologischen Erforschung Sibiriens im 18. Jahrhundert
Zeitschrift für Mykologie
20074/23/21 6:274/23/21 6:273–36173Z. Mykol.German
Citation Key Alias: Heklau2007ZFMa Number: 1
D:\d\JURISM\storage\AEXSMXC9\003-036 Der Beginn der mykologischen Erforschung Sibiriens im 18.pdf
Western Siberia
49
KWL5MMSI
journalArticle
1912
Пигнатти, В. Н.
Списокъ грибовъ, собранныхъ въ г. Тобольскѣ и его окрестностяхъ
Ежегодникъ Тобольскаго губернскаго музея
https://www.prlib.ru/item/331767
19124/23/21 6:274/23/21 6:2716–182018Russian
Number: 20
Western Siberia; _aphylloheteroid; Khanty-Mansi AO; Tyumen Oblast
50
4C4C9CA5
book2010
Yurchenko, E. O.
The genus Peniophora (Basidiomycota) of Eastern Europe. Morphology, taxonomy, ecology, distribution
978-985-08-1141-7
20104/23/21 6:274/23/21 6:27338
Belorusskaya nauka
Minsken
Institution: Belorusskaya nauka
D:\d\JURISM\storage\XI29FW9C\Yurchenko_2010 The genus Peniophora (Basidiomycota) of Eastern Europe. Morphology, taxonomy,.djvu
Sverdlovsk Oblast; _aphylloheteroid
51
MZKTMUXE
journalArticle
2015
Volobuev, Sergey; Okun, Mikhail; Ordynets, Aleksandr; Spirin, Viacheslav
The Phanerochaete sordida group (Polyporales, Basidiomycota) in temperate Eurasia, with a note on Phanerochaete pallida
Mycological Progress
1861-8952
10.1007/s11557-015-1097-0
https://doi.org/10.1007/s11557-015-1097-0
The taxonomy of the Phanerochaete sordida group is revised based on morphological and DNA studies of collections from the temperate zone of Eurasia. P. sordida sensu typi is predominantly a gymnosperm-dwelling species having long, tubular, apically thin-walled and non-encrusted cystidia and narrowly ellipsoid or thick cylindrical basidiospores. In phylogenetic analysis, P. sordida is rather distant from three other species possessing similar morphological characters; those species inhabit angiosperm hosts and have narrower, cylindrical basidiospores. P. livescens, comb. nova, is characterized by sharp-tipped, strongly encrusted cystidia with equally thickened walls. It is widely distributed in temperate forests of Eurasia. P. concrescens, sp. nova, is an East Asian species having blunt-tipped, only apically encrusted cystidia with gradually thickened walls. P. cumulodentata, comb. nova, is reintroduced for the European species formerly known as P. raduloides, and its identity versus P. magnoliae from North America is discussed. Additionally, P. pallida is restored as a good species; it is not related to the P. sordida group and clusters with P. jose-ferreirae within the Byssomerulius clade (Irpicaceae).
9/8/20154/23/21 6:274/23/21 6:2711/28/19 20:18801014
Mycol Progress
en
Springer Link
Citation Key Alias: Volobuev2015MP Number: 10
D:\d\JURISM\storage\GHE2VCP4\Volobuev_etal_2015 The Phanerochaete sordida group (Polyporales, Basidiomycota) in temperate.pdf
Sverdlovsk Oblast; _aphylloheteroid; Karelia; Khabarovsk Krai; Krasnodar Krai; Bryansk Oblast; Leningrad Oblast; Nizhny Novgorod Oblast; Caucasus; Perm Krai; Bashkortostan; Volgograd Oblast; Jewish AO; Oryol Oblast; Pskov Oblast; Tver Oblast
Phylogeny; Species complex; Corticioid basidiomycetes; Phanerochaete sordida
52
HYTRHTRW
journalArticle
2018
Viner, Ilya; Spirin, Viacheslav; Zíbarová, Lucie; Larsson, Karl-Henrik
Additions to the taxonomy of Lagarobasidium and Xylodon (Hymenochaetales, Basidiomycota)
MycoKeys
1314-4049
10.3897/mycokeys.41.28987
https://mycokeys.pensoft.net/article/28987/
Lagarobasidium is a small genus of wood-decaying basidiomycetes in the order Hymenochaetales. Molecular phylogenetic analyses have either supported Lagarobasidium as a distinct taxon or indicated that it should be subsumed under Xylodon, a genus that covers the majority of species formerly placed in Hyphodontia. We used sequences from the ITS and nuclear LSU regions to infer the phylogenetic position of the type species L. detriticum. Analyses confirm Lagarobasidium as a synonym of Xylodon. Molecular and morphological information show that the traditional concept of L. detriticum covers at least two species, Xylodon detriticus from Europe and X. pruinosus with known distribution in Europe and North America. Three species currently placed in Lagarobasidium are transferred to Xylodon, viz. X. magnificus, X. pumilius and X. rickii. Three new Xylodon species are described and illustrated, X. ussuriensis and X. crystalliger from East Asia and X. attenuatus from the Pacific Northwest America. The identity of X. nongravis, described from Sri Lanka, is discussed.
10/23/20184/23/21 6:274/23/21 6:2711/25/19 18:4165-9041en
2019Ilya Viner, Viacheslav Spirin, Lucie Zíbarová, Karl-Henrik Larsson
mycokeys.pensoft.net
Citation Key Alias: Viner2018M
D:\d\JURISM\storage\C9BUFMI2\Viner_etal_2018 Additions to the taxonomy of Lagarobasidium and Xylodon (Hymenochaetales,.pdf
Sverdlovsk Oblast; _aphylloheteroid; Khabarovsk Krai; Chukotka AO; Primorsky Krai; Nizhny Novgorod Oblast; Moscow
53
A2Q62PRJ
journalArticle
2016
Spirin, Viacheslav; Vlasák, Josef; Rivoire, Bernard; Kotiranta, Heikki; Miettinen, Otto
Hidden diversity in the Antrodia malicola group (Polyporales, Basidiomycota)
Mycological Progress
1861-8952
10.1007/s11557-016-1193-9
https://doi.org/10.1007/s11557-016-1193-9
Taxonomy of the Antrodia malicola group is revised based on DNA, morphological, ecological, and geographic data. This species complex is not related to Antrodia s. str. but constitutes its own lineage within the large Fomitopsis – Daedalea clade. The A. malicola group includes five species. Antrodia malicola s. str. is distributed in North America and East Asia, and a few records of this species are reported from Azores and Africa. Its European counterpart is A. kuzyana, comb. nova, with wider pores. Infraspecific variability of A. malicola and possible gene flow between it and A. kuzyana in East Asia are detected based on tef1 sequence data. Antrodia cyclopis, sp. nova, is described as a large-spored relative of A. malicola from New Guinea. Antrodia minuta is reported here from several European countries and Siberia, and its morphological characters and host preferences are discussed. Its close relative is A. tuvensis, sp. nova, from Central Siberia, an unusual member of the group with sparse, flexuous skeletal hyphae.
4/29/20164/23/21 6:274/23/21 6:2711/28/19 20:0451515
Mycol Progress
en
Springer Link
Citation Key Alias: Spirin2016MP Number: 5
D:\d\JURISM\storage\JINEBBHJ\Spirin_etal_2016 Hidden diversity in the Antrodia malicola group (Polyporales, Basidiomycota).pdf
Sverdlovsk Oblast; _aphylloheteroid; Southern Siberia; Khabarovsk Krai; Samara Oblast; Nizhny Novgorod Oblast; Bashkortostan; Moscow; Tyva Republic
Phylogeny; Antrodia malicola; Brown rot
54
VFJKDSCF
journalArticle
2017
Spirin, Viacheslav; Volobuev, Sergey; Okun, Mikhail; Miettinen, Otto; Larsson, Karl-Henrik
What is the type species of Phanerochaete (Polyporales, Basidiomycota)?
Mycological Progress
1861-8952
10.1007/s11557-016-1267-8
https://doi.org/10.1007/s11557-016-1267-8
Phanerochaete velutina and the closely related species P. alnea, P. alnea subsp. lubrica, and P. rhodella are identified as distinct species based on morphological criteria and molecular analyses. Besides differences in macroscopic and microscopic basidiocarp features, the taxa differ in distribution and ITS sequence. Phanerochaete alnea is widely distributed in Eurasia and North America, whereas P. alnea subsp. lubrica is limited to the Pacific Coast of North America. Phanerochaete velutina is known from Eurasia and Alaska, and P. rhodella is found in North America only. Nomenclatural problems with the name Phanerochaete P. Karst. are discussed, and type specimens for Thelephora alnea Fr., the generic type of Phanerochaete, and Peniophora karstenii Massee are selected. Phanerochaete alnea, P. alnea subsp. lubrica, and P. velutina are described and illustrated. In addition, the synonymy of Phanerochaete robusta and P. aurantiobadia is confirmed.
2/1/20174/23/21 6:274/23/21 6:2711/28/19 20:09171-183216
Mycol Progress
en
Springer Link
Citation Key Alias: Spirin2017MP Number: 2
D:\d\JURISM\storage\HRRRUIBT\Spirin_etal_2017 What is the type species of Phanerochaete (Polyporales, Basidiomycota).pdf
Western Siberia; _aphylloheteroid; Karelia; Leningrad Oblast; Nizhny Novgorod Oblast; Corticioid fungi; Perm Krai; Bashkortostan; Oryol Oblast; Lectotype; Phanerochaete
55
E7HMEEQP
journalArticle
2018
Spirin, Viacheslav; Malysheva, Vera; Larsson, Karl-Henrik
On some forgotten species of Exidia and Myxarium (Auriculariales, Basidiomycota)
Nordic Journal of Botany
1756-1051
10.1111/njb.01601
https://www.onlinelibrary.wiley.com/doi/abs/10.1111/njb.01601
As shown by morphological and molecular (ITS, nrLSU and tef1 sequences) evidence, the current concept of Myxarium nucleatum covers four species in the Nordic countries: M. cinnamomescens, M. hyalinum, M. nucleatum s.s. and M. populinum. These species are redescribed here, their nomenclature is discussed and all relevant names are typified. Exidia cartilaginea and E. villosa are typified and shown to be conspecific with the North American species E. candida. Based on morphological differences, E. cartilaginea is retained as a variety of E. candida. Exidia subrepanda is treated as a synomym of E. saccharina, and Heterochaete europaea as a synomym of E. thuretiana.
20184/23/21 6:274/23/21 6:2712/1/19 12:44
njb-01601
336
Nordic J. Bot.
en
© 2017 The Authors
Wiley Online Library
Citation Key Alias: Spirin2018NJB Number: 3
D:\d\JURISM\storage\P7VAQN65\Spirin_etal_2018 On some forgotten species of Exidia and Myxarium (Auriculariales, Basidiomycota).pdf
_aphylloheteroid; Altai Republic; Southern Siberia
56
YP8QM34Q
journalArticle
2018
Shiryaeva, Olga S.
New records of agaricoid fungi from Sverdlovsk Region, Russia
Botanica
10.2478/botlit-2018-0015
https://content.sciendo.com/view/journals/botlit/24/2/article-p150.xml
Ten species of agaricoid fungi were reported for the first time from Sverdlovsk Region (Crepidotus crocophyllus, Mycena picta, Pleurotus eryngii, Pluteus fenzlii, Psathyrella ammophila, Russula aurea, Volvariella bombycina, V. caesiotincta, V. murinella, V. pusilla). Of these, five species are new to the Urals (Crepidotus crocophyllus, Mycena picta, Volvariella caesiotincta, V. murinella, V. pusilla) and one is new to the West Siberian Plain (Pleurotus eryngii). New record of Volvariella caesiotincta extends its distribution area eastward to the Urals. The species distribution in Russia as well as in the Urals was discussed.
12/1/20184/23/21 6:274/23/21 6:2712/1/19 12:13150-161224en
content.sciendo.com
Citation Key Alias: Shiryaeva2018B Number: 2
D:\d\JURISM\storage\MX2D9P3C\Shiryaeva_2018 New records of agaricoid fungi from Sverdlovsk Region, Russia.pdf
Sverdlovsk Oblast; Western Siberia; _agaricoid
57
W9NMRHWK
journalArticle
1950
Singer, Rolf
New and interesting species of Basidiomycetes III
Sydowia19504/23/21 6:274/23/21 6:27130–1574en
Citation Key Alias: Singer1950Sa
D:\d\JURISM\storage\9X9EPPWD\Singer_1950 New and interesting species of Basidiomycetes III.pdf
_agaricoid; Altai Republic; Southern Siberia; Krasnodar Krai; Leningrad Oblast; Tatarstan; Saint Petersburg; Adygea
58
6VHH9MMF
journalArticle
1943
Singer, R.
Das System der Agaricales. III
Annales Mycologici
7/31/19434/23/21 6:274/23/21 6:271–1891–341
Ann. Mycol.
German
Number: 1–3
D:\d\JURISM\storage\CPRYSEI3\Singer_1943 Das System der Agaricales. III.pdf
Western Siberia; _agaricoid; Altai Republic; Southern Siberia; Altai Krai
59
QUJ66NUJ
journalArticle
1938
Singer, R.
Contribution à l'étude des Russules. 3. Quelques Russules américaines et asiatiques
Bulletin de la Société Mycologique de France
19384/23/21 6:274/23/21 6:27132–17754
Bull. Soc. Mycol. France
French
D:\d\JURISM\storage\BWI78EHM\132-177 Contribution à l'étude des Russules. 3. Quelques Russules américaines et asiatiques.pdf
Western Siberia; _agaricoid; Altai Republic; Novosibirsk Oblast; Southern Siberia
60
D9PVNTCK
journalArticle
1945
Singer, R.
Cortinariaceae novae et minus cognitae
Ботанические материалы Отдела споровых растений Ботанического института им. В. Л. Комарова АН СССР
19454/23/21 6:274/23/21 6:2792–1007–95
Бот. матер. Отд. споров. раст. БИН АН
Latin
Number: 7–9 Original date: 1941
D:\d\JURISM\storage\NP7NTSSR\Singer_1945 Cortinariaceae novae et minus cognitae.pdf
_agaricoid; Altai Republic; Southern Siberia; Leningrad Oblast; Primorsky Krai; Tatarstan
61
XDMIUZL5
journalArticle
2016
Zmitrovich, I. V.; Bondartseva, M. A.; Vasilyev, N. P.
The Meruliaceae of Russia. I. Bjerkandera
Turczaninowia
1560-7267
10.14258/turczaninowia.19.1.1
http://turczaninowia.asu.ru/article/view/1205
This paper opens a taxonomical survey on the genera of Meruliaceae (Polyporales, Basidiomycota) presented in Russian mycobiota. All the meruliaceous fungi represent an obligate component of heterotrophic block of forest ecosystems and considerable demanded biotechnological resource. The purpose of the present elaboration is a revision of East European and North Asian material on Bjerkandera genus highlighting its species’ and intraspecific morphological variability and substrate specialization. The macroscopic descriptions are based on a study of fresh and dried specimens. The material of the herbaria of Komarov Botanical Institute (St. Petersburg, LE) and Institute of Zoology and Botany of Estonian Agricultural University (TAA) is studied. Micromorphological analysis is included the hyphal system revealing, the hyphae, basidia/basidiospores morphometry, and microchemical tests of the structures in question. The genus Bjerkandera is accepted in its original Karstenian sense, although the concepts by Pilát, Corner, Pouzar, and Zmitrovich et al. were discussed. The genus is characterized by two-layered context with rather loose tomentum and dense layer above the hymenophore, monomitic to pseudodimitic hyphal system, clamped generative hyphae, and ellipsoid-cylindrical basidiospores not staining in Cotton blue and Melzer’s reagent. Only two species, Bjerkandera adusta and B. fumosa were recognized in the genus, and a possible position of B. subsimulans and B. terebrans was discussed, too. The polymorphism of B. adusta is exhaustively presented and the form tegumentosa was epitypified and described. The polymorphism of B. fumosa is also presented, and the form flavipora was correctly published and epitypified. The relationships between two species are discussed and the key for species delimitation is presented here. Distributional patterns are presented for both species as well as their substrate range. The substrates of B. adusta and B. fumosa in old-growth arboreta of Saint Petersburg are presented.
20164/23/21 6:274/23/21 6:2712/28/19 11:305–18119en
Copyright (c) 2016 Turczaninowia
turczaninowia.asu.ru
Citation Key Alias: Zmitrovich2016T Number: 1
D:\d\JURISM\storage\WU7JWDLD\Zmitrovich_etal_2016 The Meruliaceae of Russia. I. Bjerkandera.pdf
Sverdlovsk Oblast; _aphylloheteroid; Altai Republic; Southern Siberia; Caucasus
62
DN7ZJ6JK
journalArticle
2018
Zmitrovich, I. v.; Bondartseva, M. A.; Perevedentseva, L. G.; Myasnikov, A. G.; Kovalenko, A. E.
The Meruliaceae of Russia. II. Panus
Turczaninowia
1560-7267
10.14258/turczaninowia.21.3.4
http://turczaninowia.asu.ru/article/view/4396
The history of taxonomical study of the genus Panus Fr. (Meruliaceae, Polyporales, Basidiomycota) is considered. A current revision of the genus in Russia was carried out. Two species of the genus Panus were recorded in various regions of Russia, Panus conchatus (Bull.) Fr. and P. lecomtei (Fr.) Corner. For P. conchatus, the lateral ecotype with conchiform pileus and rather dark wine-red to lilac-brown surface is more characteristic. Two main deviations from such a neutral type were described: 1) the chromatic one, characterized by light-colored (red or clay-yellow), usually conchiform pilei [P. conchatus var. inconstans (Pers.) Zmitr., Bondartseva, Perevedentseva, Myasnikov et Kovalenko] and 2) the growth one, characterized by a central (often bulbous) stipe, funnel-shaped cap and strongly inrolled margin [P. conchatus var. torulosus (Pers.) Zmitr., Bondartseva, Perevedentseva, Myasnikov et Kovalenko]. For P. lecomtei, the ecotype having small eccentric to lateral elegant stipe is considered. However, the stipe shape and size are variable. The stipe can be either central – rather small, with a bulbous base [P. lecomtei var. semirudis (Singer) Zmitr., Bondartseva, Perevedentseva, Myasnikov et Kovalenko], or strongly elongated [P. lecomtei var. stipitata (Malk.) Zmitr., Bondartseva, Perevedentseva, Myasnikov et Kovalenko]. Four new combinations, P. conchatus var. inconstans, P. conchatus var. torulosus, P. lecomtei var. semirudis, and P. lecomtei var. stipitata were suggested. It was concluded that Panus represents rather well-delimited genus belonging to merulioid phylogenetic radiation, whose morphotype on essential features of its organization is trametoid, but superficial habitual features make it closer to the lentinoid one. Its essential features are the abundance of fibrohyphae which form textura intricata, slowly growing basidiocarps and strictly lamellate hymenophore. Apparently, such an adaptive structure was generated at arid and warm climatic zones, and only 2 species, P. conchatus, and P. lecomtei, have been irradiated into temperate latitudes. The substrate spectrum of these fungi is determined by their insensitivity to substrate moistening and best ability to colonize hardwood, so the greatest number of their finds can be made on stumps and large remnants of stand-formers of corresponding forest areas. In Russia, a reliable association of Panus species to Betula spp. and Populus spp. was revealed. An ecotypic differentiation of the genus Panus is related to the quality of substrate colonized. The basidiocarps, growing over top cuts of the stumps, are characterized by strong central stipe (P. conchatus var. torulosus, P. lecomtei var. semirudis), whereas basidiocarps with sublateral attachment are common on fallen logs. Certain chromatic adaptations (P. conchatus var. inconstans) are associated with an insolation regime of the habitat. During last years, the Panus representatives have attracted an interest in biomedical research development. Their resource potential estimation should proceed from the fact that within Russian territory, such areas as Middle Belt of European Russia, North Caucasus, Altai and other regions of Southern Siberia are promising for replenishing the strains of P. conchatus and P. lecomtei.
9/14/20184/23/21 6:274/23/21 6:2712/28/19 11:3829-44321en
Copyright (c) 2018 Turczaninowia
turczaninowia.asu.ru
Citation Key Alias: Zmitrovich2018T Number: 3
D:\d\JURISM\storage\2X3ZTR7G\Zmitrovich_etal_2018 The Meruliaceae of Russia. II. Panus.pdf
Western Siberia; Tomsk Oblast; _agaricoid; Altai Republic; Southern Siberia; Tyumen Oblast
broadleaf wood-associated fungi; merulioid fungi; modifications variability; Russia
63
PHNUSNZR
journalArticle
2006
Dai, Yu-Cheng; Niemelä, Tuomo
Hymenochaetaceae in China: hydnoid, stereoid and annual poroid genera, plus additions to Phellinus
Acta Botanica Fennica
0001-5369
10/23/20064/23/21 6:274/23/21 6:271–78179
Acta Bot. Fenn.
en
D:\d\JURISM\storage\XAJTXDF9\179 Dai_Niemela_2006 Hymenochaetaceae in China.djvu
Sverdlovsk Oblast; _aphylloheteroid; Southern Siberia
64
QHSPLD88
journalArticle
2018
Ширяев, Антон Григорьевич; Морозова, Ольга Васильевна
Пространственное распределение видового разнообразия биоты клавариоидных грибов Западной Сибири
Сибирский экологический журнал
20184/23/21 6:279/9/21 9:55599–615525Russian
Number: 5
D:\d\JURISM\storage\Y8QVPLUZ\Ширяев_Морозова_2018 Пространственное распределение видового разнообразия биоты клавариоидных грибов.pdf; D:\d\JURISM\storage\9GDPLT6R\Ширяев и Морозова - 2018 - Пространственное распределение видового разнообраз.pdf
Western Siberia
65
Z77QYKD7
bookSection
1956
Васильков, Б. П.
Березовик — Krombholzia scabra (Fr.) Karst. — в СССР
Труды Ботанического института им. В. Л. Комарова АН СССР. Серия II. Споровые растения. Выпуск 10
19564/23/21 6:284/23/21 6:28
367–384
Изд-во АН СССР
М., Л.Russian
Institution: Изд-во АН СССР
D:\d\JURISM\storage\4QQ3QSDK\Васильков_1956 Березовик — Krombholzia scabra (Fr.) Karst. — в СССР.pdf
_agaricoid; Altai Republic; Southern Siberia; Karelia; Murmansk Oblast; Chukotka AO; Sakha Republic; Leningrad Oblast; Primorsky Krai; Mari El Republic
Савич, В. П.
66
DHKIK2HH
bookSection
1954
Васильков, Б. П.
О некоторых интересных и новых видах гастеромицетов в СССР
Труды Ботанического института им. В. Л. Комарова АН СССР. Серия II. Споровые растения. Выпуск 9
19544/23/21 6:284/23/21 6:28
447–464
Изд-во АН СССР
М., Л.Russian
Institution: Изд-во АН СССР
D:\d\JURISM\storage\6WR9VD45\Васильков_1954 О некоторых интересных и новых видах гастеромицетов в СССР.pdf
Western Siberia; Tomsk Oblast; _gasteroid; Altai Republic; Novosibirsk Oblast; Southern Siberia; Irkutsk Oblast; Kamchatka Krai; Murmansk Oblast; Sakha Republic; Leningrad Oblast; Moscow Oblast; Stavropol Krai; Saint Petersburg; Rostov Oblast; Arkhangelsk Oblast; Dagestan; Moscow; Mari El Republic; Crimea; Tver Oblast; Astrakhan Oblast; Nenets AO
Савич, В. П.
67
89J4D9D9
journalArticle
2019
Светашева, Т. Ю.; Морозова, О. В.; Горбунова, И. А.; Агеев, Д. В.; Агеева, Ю. Ф.; Брандруд, Т. Е.; Далберг, А.
Результаты международной микологической экспедиции 2018 г. в окрестностях Телецкого озера (Алтайский государственный природный биосферный заповедник)
Полевые исследования в Алтайском биосферном заповеднике
2686-7109
20194/23/21 6:284/23/21 6:2892–1001Russian
D:\d\JURISM\storage\EWQAYVHU\Светашева и др. - 2019 - Результаты международной микологической экспедиции.pdf
_agaricoid; Altai Republic; Southern Siberia
68
6GQNRVNQ
journalArticle
2019
Brandrud, T. E.; Gorbunova, I. A.; Ageev, D. V.; Dahlberg, A.; Dima, B.; Morozova, O. V.; Svetasheva, T. Yu.
New data on Cortinarius funga (Agaricales, Basidiomycota) from Altaiskiy Nature Reserve and Gorno-Altaysk area (SW Siberia, Russia)
Микология и фитопатология
0026-3648
10.1134/S0026364819060035
https://www.elibrary.ru/item.asp?id=41240318
During an expedition in 2018 to Teletskoye Lake, Altaiskiy Nature Reserve and Gorno-Altaysk area (Altay Republic), 49 Cortinarius species were collected and documented, including ITS DNA sequencing of 32 samples. A total of 29 telamonioid species, 3 dermocyboid species, 6 anomaloid species, 6 phlegmacioid species, 3 myxacioid species and 2 species from other groups were found, of which 32 species are new to Altay and 14 species new to Russia. The Cortinarius funga of the Pinus – Betula – Abies forests of Altay is apparently very similar to that of boreal North Europe, and indicates a remarkable uniformity of the taiga from Scandinavia to western Siberia, with respect to fungal communities. Cortinarius privignipallens coll., C. subheterocyclus, C. nodosisporus appeared to be rare Eurasian species. A few undescribed species were also recorded, but since belonging to species complexes, they need further studies. Most of Cortinarius species (33) were found in Pinus sylvestris (Betula) mossy delta forests on sand/pebbles, whereas 9 species were found in the Pinus sibirica – Abies sibirica – Betula mixed tall herb slope forests. A few species were also found in the Alnus viridis subsp. fructicosa – Salix viminalis (Betula) riparian delta forest (3 taxa). Altogether 13 species were recorded in the calciphilous semi-open, partly grazed Betula pendula woodland around Gorno-Altaysk.
2019-124/23/21 6:284/23/21 6:28325–341653
Number: 6
D:\d\JURISM\storage\C6NMQX2A\Brandrud и др. - 2019 - New data on Cortinarius funga (Agaricales, Basidio.pdf
Western Siberia; Tomsk Oblast; _agaricoid; Altai Republic; Southern Siberia
69
2RHGL34U
journalArticle
2010
Ronikier, Anna; Ronikier, Michal
Biogeographical patterns of arctic-alpine fungi: distribution analysis of Marasmius epidryas , a typical circumpolar species of cold environments
North American Fungi
1937-786X
10.2509/naf2010.005.0053
https://openjournals.wsu.edu/index.php/pnwfungi/article/view/1080
The existence of an arctic-alpine element is well-known in the biogeography and taxonomy of fungi, however synthetic analyses concerning their global distribution, morphological variation and ecology are largely lacking. Here, we compile all available information including published data and herbarium material concerning Marasmius epidryas , a characteristic representative of arctic-alpine macromycetes which grows exclusively on dead woody tissue of Dryas species. Our primary aim was to obtain as complete a picture as possible of the known distribution of an arctic-alpine fungus. Additionally, we attempted to analyse the variation of morphological features, phenology and ecology throughout its range. According to our data, the species has been recorded from over 300 localities. Although the records are clearly biased due to an uneven concentration of mycological investigations, the fungus was found in all parts of its presumable circumpolar distribution outlined by presence of the host plant. The localities included main northern and high-mountain areas as well as peripheral, southernmost parts of the Dryas distribution in Europe (Balkan Mts.), North America (Rocky Mts. of Colorado) and Asia (Altai Mts.). However, it may be a rare species in some regions. Marasmius epidryas appears to occur in most types of vegetation harbouring its host, an important arctic-alpine dwarf shrub, and is noted as a dominant fungal element for some. No significant differences were found in phenology of M. epidryas between the alpine and the arctic sites, with most records in August. Similarly, although there is a significant variation in quantitative morphological characters, no particular geographical trends were detected.
12/22/20104/23/21 6:289/9/21 9:4812/19/19 18:1123-5055
N. Amer. Fungi
Biogeographical patterns of arctic-alpine fungi
en
Copyright (c)
openjournals.wsu.edu
Number: 5 tex.ids: Ronikier.Ronikier2010_NAF_5
D:\d\JURISM\storage\VNQFKLTW\Ronikier_Ronikier_2010 Biogeographical patterns of arctic-alpine fungi - distribution analysis of.pdf
_agaricoid; Altai Republic; Southern Siberia; Krasnoyarsk Krai; Buryatia; Chukotka AO; Yamalo-Nenets AO; Sakha Republic
ecology; Agaricomycetes; alpine belt; arctic-alpine element; biogeography; distribution; Mycetinis epidryas; phenology
70
B7VQ2KD7
journalArticle
1941
Singer, R.
De nonnullis Basidiomycetibus. II
Ботанические материалы Отдела споровых растений Ботанического института им. В. Л. Комарова АН СССР
3/1/19414/23/21 6:284/23/21 6:2884–864–65
Бот. матер. Отд. споров. раст. БИН АН
Latin
Number: 4–6 tex.ids: Zinger1941_BMOSRBIIVLKAS_5b
D:\d\JURISM\storage\9I8J7QAG\Singer_1941 De nonnullis Basidiomycetibus. II.pdf
_agaricoid; Altai Republic; Southern Siberia; Karelia; Krasnodar Krai
71
WCPEUQ5I
journalArticle
1939
Singer, R.
Notes sur quelques Basidiomycètes. Ve Série
Revue de Mycologie
19394/23/21 6:284/23/21 6:2864–7214
Rev. Mycol.
French
Number: 1
D:\d\JURISM\storage\XAPNESIA\064-072 Notes sur quelques Basidiomycètes. Ve Série.pdf
Western Siberia; _agaricoid; Altai Republic; Novosibirsk Oblast; Southern Siberia
72
XG2N2NN7
journalArticle
1938
Singer, R.
Notes sur quelques Basidiomycètes. IVe Série
Revue de Mycologie
19384/23/21 6:286/18/21 17:48
187–199
43
Rev. Mycol.
French
Number: 6
D:\d\JURISM\storage\WVXXI2P8\187-199 Notes sur quelques Basidiomycètes. IVe Série.pdf
_agaricoid; Altai Republic; Southern Siberia
73
EPC8HUM7
journalArticle
1938
Singer, R.
Sur les genres Ixocomus, Boletinus, Phylloporus, Gyrodon et Gomphidius (Suite)
Revue de Mycologie
19384/23/21 6:284/23/21 6:28157–1774–53
Rev. Mycol.
French
Number: 4–5
D:\d\JURISM\storage\SBKPMPL3\Singer_1938 Sur les genres Ixocomus, Boletinus, Phylloporus, Gyrodon et Gomphidius (Suite).pdf
Western Siberia; Tomsk Oblast; _agaricoid; Altai Republic; Novosibirsk Oblast; Southern Siberia
74
X5YI4ANA
journalArticle
1938
Singer, R.
Sur les genres Ixocomus, Boletinus, Phylloporus, Gyrodon et Gomphidius
Revue de Mycologie
19384/23/21 6:284/23/21 6:2835–5323
Rev. Mycol.
French
Number: 2
D:\d\JURISM\storage\H4REVRPG\Singer_1938 Sur les genres Ixocomus, Boletinus, Phylloporus, Gyrodon et Gomphidius.pdf
Western Siberia; Tomsk Oblast; _agaricoid; Altai Republic; Southern Siberia
75
H8A5E3BA
journalArticle
2006
Miettinen, Otto; Niemelä, Tuomo; Spirin, Wjacheslav A.
Northern Antrodiella species: the identity of A. semisupina, and type studies of related taxa
Mycotaxon
20064/23/21 6:284/23/21 6:28211–23996en
D:\d\JURISM\storage\PDL9TR68\Miettinen_etal_2006 Northern Antrodiella species - the identity of A. semisupina, and type studies.pdf
Western Siberia; _aphylloheteroid; Omsk Oblast; Tomsk Oblast; Southern Siberia
76
UXWVL6I5
journalArticle
1962
Singer, Rolf
Diagnoses Fungorum novorum Agaricalium II
Sydowia19624/23/21 6:284/23/21 6:2845–8315Latin
Original date: 1961
D:\d\JURISM\storage\33UW4NF5\Singer_1962 Diagnoses Fungorum novorum Agaricalium II.pdf
_agaricoid; Altai Republic; Southern Siberia; Krasnodar Krai
77
62846C3K
book1964
Smith, Alexander H.; Singer, Rolf
A monograph on the genus Galerina Earle
19644/23/21 6:284/23/21 6:28384
Hafner Publishing Company
New York, London
en
Institution: Hafner Publishing Company
D:\d\JURISM\storage\Q757CST6\Smith_Singer_1964 A monograph on the genus Galerina Earle.pdf
_agaricoid; Altai Republic; Southern Siberia
78
VVI52HSV
journalArticle
1990
Singer, R.
Clitocybe obsoleta
Zeitschrift für Mykologie
19904/23/21 6:284/23/21 6:285-Jul156Z. Mykol.German
Number: 1
D:\d\JURISM\storage\NJM9Q98N\Singer_1990 Clitocybe obsoleta.pdf
_agaricoid; Altai Republic; Southern Siberia
79
SHHXQDHY
journalArticle
2019
Volobuev, S. V.; Bolshakov, S. Yu.; Shiryaev, A. G.; Sazanova, N. A.; Rebriev, Yu. A.; Ezhov, O. N.; Vlasenko, V. A.; Vlasenko, A. V.; Kalinina, L. B.; Stavishenko, I. V.; Zmitrovich, I. V.
New species for regional mycobiotas of Russia. 4. Report 2019
Микология и фитопатология
0026-3648
10.1134/S0026364819050076
https://www.elibrary.ru/item.asp?id=39249166
A total of 62 species of fungi have been recorded for the first time from 15 administrative regions of Russia: Altai Krai, Altai Republic, Arkhangelsk Oblast, Chelyabinsk Oblast, Chukotka Autonomous Okrug, Kirov Oblast, Leningrad Oblast, Magadan Oblast, Novgorod Oblast, Novosibirsk Oblast, Omsk Oblast, Republic of Bashkortostan, Sverdlovsk Oblast, Volgograd Oblast, Yamalo-Nenets Autonomous Okrug. An annotated species list containing the data on location, substrate, habitat type and voucher numbers is provided. Cantharellus amethysteus and Ramariopsis robusta are reported as the first records in Russia. Three species – Hygrophoropsis rufa, Typhula schoeni, Xerocomellus ripariellus – are recorded in Russia for the second time.
20194/23/21 6:289/9/21 9:49
261–271
553
Number: 5
D:\d\JURISM\storage\T7BHG5WG\Volobuev и др. - 2019 - New species for regional mycobiotas of Russia. 4..pdf; D:\d\JURISM\storage\4WC9FJ2U\Volobuev и др. - 2019 - New Species for Regional Mycobiotas of Russia. 4. .pdf
Sverdlovsk Oblast; Western Siberia; _aphylloheteroid; Omsk Oblast; _agaricoid; _gasteroid; Altai Republic; Kemerovo Oblast; Novosibirsk Oblast; Southern Siberia; Chukotka AO; Yamalo-Nenets AO; Leningrad Oblast; Novgorod Oblast; Arkhangelsk Oblast; Altai Krai; Kirov Oblast; Chelyabinsk Oblast; Bashkortostan; Magadan Oblast; Volgograd Oblast
Russia; Россия; Базидиомицеты; Биоразнообразие; Biodiversity; Fungal Distribution; Распространение Грибов; Basidiomycetes
80
BJWP7SXV
journalArticle
2019
Czernyadjeva, I. V.; Afonina, O. M.; Ageev, D. V.; Baisheva, E. Z.; Bulyonkova, T. M.; Cherenkova, N. N.; Doroshina, G. Ya.; Drovnina, S. I.; Dugarova, O. D.; Dulepova, N. A.; Dyachenko, A. P.; Filippova, N. V.; Ginzburg, E. G.; Gogorev, R. M.; Himelbrant, D. E.; Ignatov, M. S.; Kataeva, O. A.; Kotkova, V. M.; Kuragina, N. S.; Kurbatova, L. E.; Kushnevskaya, E. V.; Kuzmina, E. Yu.; Melekhin, A. V.; Notov, A. A.; Novozhilov, Yu. K.; Popov, S. Yu.; Popova, N. N.; Potemkin, A. D.; Stepanchikova, I. S.; Stepanova, V. A.; Tubanova, D. Ya.; Vlasenko, A. V.; Vlasenko, V. A.; Voronova, O. G.; Zhalov, Kh. Kh.
New cryptogamic records. 4
Новости систематики низших растений
0568-5435
10.31111/nsnr/2019.53.2.431
https://www.binran.ru/en/publications/novosti-sistematiki-nizshyh-rastenij/2215/8369/
First records of diatom species from the Barents and East-Siberian seas, of Myxomycetes for the Khanty-Mansi Autonomous Area — Yugra, Novosibirsk Region, Trans-Baikal Territory, Basidiomycetes for the Arkhangelsk, Novosibirsk, Rostov and Volgograd regions, Altai Republic, Altai Territory, lichens, calicioid and lichenicolous fungi for the Murmansk, Novgorod and Tver regions, bryophytes for the Lipezk, Voronezh and Volgograd regions, St. Petersburg, Stavropol Territory, Caucasus, Republic of Bashkortostan, Yamal and Gydan peninsulas, Trans-Baikal Territory, Magadan Region, Sakhalin Island, Republic of Uzbekistan are presented. Data on localities, habitats, distribution of recorded species are provided.
2019-104/23/21 6:294/23/21 6:291/7/20 18:07431-479253
English and Russian
DOI.org (Crossref)
Number: 2
D:\d\JURISM\storage\Z82QYGHN\Czernyadjeva и др. - 2019 - New cryptogamic records. 4.pdf
Western Siberia; _aphylloheteroid; _agaricoid; Altai Republic; Novosibirsk Oblast; Southern Siberia; Caucasus; Altai Krai
81
3N4ZEIJ3
journalArticle
2003Bas, C.
A reconnaissance of the genus Pseudobaeospora in Europe II
Persoonia - Molecular Phylogeny and Evolution of Fungi
0031-5850
https://www.repository.naturalis.nl/record/532431
In the second and last part of this paper the genus Pseudobaeospora is redefined, its taxonomic position is discussed, and the possibilities of a formal infrageneric classification are considered. Because of the recent discovery of another new species, viz. P. mutabilis Adamčík & Bas, emendations of the key published in the first part of this paper (Bas, 2002), are proposed. Descriptions and drawings of all European taxa known are presented. Extralimital species are discussed and compared with European species. With the rapid increase in the number of species of the genus Pseudobaeospora in Europe from one or two ‘classical’ ones before 1995 to 14 to 16 species at present, also the morphological diversity of the genus has increased considerably. Therefore a new circumscription of the genus has become necessary, herewith emending the two most recent ones by Singer (1986) and Bas (1995).
20034/23/21 6:299/9/21 9:45163-199218
Persoonia
en
tex.ids: Bas2003_PPEF_18 number: 2
D:\d\JURISM\storage\P2PL2F8S\Bas_2003 A reconnaissance of the genus Pseudobaeospora in Europe II.pdf; D:\d\JURISM\storage\272R5ESN\Bas - 2003 - A reconnaissance of the genus Pseudobaeospora in E.pdf
_agaricoid; Yamalo-Nenets AO
82
74AIPA9K
journalArticle
2014
Федосова, А. Г.; Коваленко, А. Е.
Секция Boletus рода Boletus в России: видовой состав, морфология, экология и филогения
Микология и фитопатология
20144/23/21 6:294/23/21 6:2986–106248Russian
Number: 2
D:\d\JURISM\storage\FUTGPGV4\Федосова_Коваленко_2014 Секция Boletus рода Boletus в России - видовой состав, морфология, экология и.pdf
Sverdlovsk Oblast; _agaricoid; Altai Republic; Southern Siberia; Krasnodar Krai; Karachay-Cherkess Republic; Leningrad Oblast; Moscow Oblast; Primorsky Krai; Stavropol Krai; Saint Petersburg
83
FA9W5PRD
journalArticle
2020
Wu, Gang; Wu, Kui; Qi, Liang-Liang; Morozova, Olga V.; Alexandrova, Alina V.; Gorbunova, Irina A.; Li, Yu; Liu, Jian-Wei; Yang, Zhu L.
Psiloboletinus is an independent genus sister to Suillus
Mycologia
0027-5514
10.1080/00275514.2019.1681885
https://doi.org/10.1080/00275514.2019.1681885
The genus Psiloboletinus was proposed by Rolf Singer in 1945 based on Phylloporus lariceti, a species that associates with Larix in the Altai Mountains of central and eastern Asia. However, this classification has been controversial due to the morphological similarity to known genera Boletinus and Fuscoboletinus. Because of the lack of fresh material to study, the phylogenetic position of Psiloboletinus has remained unknown since its publication. However, the recently described species Suillus foetidus reported from northeast China allows this issue to be reexamined and resolved. Through morphological observations and comparison, we find that S. foetidus is a heterotypic synonym of Ps. lariceti. Furthermore, Psiloboletinus should be retained as an independent genus sister to Suillus based on molecular phylogenetic evidence and morphological features.
1/2/20204/23/21 6:294/23/21 6:292/3/20 15:06185-1961112en
Taylor and Francis+NEJM
Number: 1 PMID: 31900087
D:\d\JURISM\storage\UHZWGKEJ\Wu и др. - 2020 - Psiloboletinus is an independent genus sister to S.pdf
Western Siberia; _agaricoid; Altai Republic; Novosibirsk Oblast; Southern Siberia
Larch; multilocus molecular phylogeny; Phylloporus; Suillaceae
84
7GMFT25K
journalArticle
2019
Malysheva, Ekaterina; Moreno, Gabriel; Villarreal, Manuel; Malysheva, Vera; Svetasheva, Tatyana
The secotioid genus Galeropsis (Agaricomycetes, Basidiomycota): a real taxonomic unit or ecological phenomenon?
Mycological Progress
1861-8952
10.1007/s11557-019-01490-6
https://doi.org/10.1007/s11557-019-01490-6
Despite the recent mycologists’ interest in relationships between gasteroid taxa and agaricoid Basidiomycetes lineages and an intensive debate on the evolution of enigmatic secotioid fungi, systematic studies of the genus Galeropsis have received little attention. Here, the taxonomy of this genus is revised based on morphological and nuclear ribosomal DNA (ITS and LSU) data. The genus is shown to be polyphyletic, with at least five phylogenetic lineages corresponding to known genera of Agaricomycetes (Panaeolus, Agrocybe, Parasola, Conocybe, and Leratiomyces). The type species of Galeropsis, G. desertorum, is combined to Panaeolus, and other six new combinations are proposed. In total, eight type collections are studied. The lectotype for Psammomyces plantaginiformis is designated here. Gastrocybe iberica is placed as synonym of Panaeolus desertorum, and the names Galeropsis andina and Galeropsis bispora are synonymized under Panaeolus plantaginiformis. The detailed morphological descriptions and illustrations of microscopic structures for all studied species are given. The phylogenetic inference and our current understanding of the phylogenetic structure and ecology of Galeropsis are discussed.
6/1/20194/23/21 6:294/23/21 6:2911/28/19 19:00805-831618
Mycol Progress
The secotioid genus Galeropsis (Agaricomycetes, Basidiomycota)
en
Springer Link
Citation Key Alias: Malysheva2019MP Number: 6
D:\d\JURISM\storage\D9RHDPRX\Malysheva_etal_2019 The secotioid genus Galeropsis (Agaricomycetes, Basidiomycota) - a real.pdf
_gasteroid; Altai Republic; Southern Siberia; Krasnoyarsk Krai; Stavropol Krai
Phylogeny; LSU; Secotioid fungi; Type study
85
X5XB6Z47
journalArticle
2011
Агафонова, Н. Н.; Ребриев, Ю. А.; Гашков, С. И.
Гастероидные базидиомицеты Томской области
Микология и фитопатология
https://www.elibrary.ru/item.asp?id=16399058
Приведены результаты изучения гастероидных базидиомицетов Томской обл. В результате оригинальных исследований, дополненных литературными данными, составлен конспект гастеромицетов, насчитывающий 42 вида и разновидностей, из них 17 таксонов являются новыми для региона, 9 - для Западной Сибири. The investigations of Tomsk region gasteroid basidiomycetes results are given. Check-list of the gasteromycetes consists of 42 species and varieties, 17 of which are new for region and 9 - for West Siberia.
20114/23/21 6:294/23/21 6:29
221–227
345Russian
Number: 3
D:\d\JURISM\storage\7TUZ4WWU\Агафонова и др. - 2011 - Гастероидные базидиомицеты Томской области.pdf
Western Siberia; Tomsk Oblast; _gasteroid
86
FXA3TNF5
journalArticle
2018
Горбунова, И. А.; Ребриев, Ю. А.
Новые сведения о гастероидных базидиомицетах заповедника «Тигирекский» (Алтайский край)
Turczaninowia
1560-7267
10.14258/turczaninowia.21.1.3
http://turczaninowia.asu.ru/article/view/3824
The research on mycobiota of the Tigirek state nature reserve in 2016 has resulted in discovery of the species of gasteroid basidiomycetes new for the area, some of them being new for Altai territory and Siberia. An annotated list of 13 gasteromycetes new for the Tigirek nature reserve (Bovista aestivalis, B. furfuracea, B. plumbea, Calvatia turneri, Lycoperdon caudatum, L. marginatum, L. molle, L. norvegicum, L. nigrescens, L. pratense, L. rupicola, L. umbrinum) is presented in the article. For the new records for Altai territory, West and Central Siberia (Calvatia turneri, Lycoperdon caudatum, L. norvegicum, L. rupicola) ecological, morphological, biological characteristics are included, as well as the data regarding their distribution on the territory of the Russian Federation, distinguishing features that set them apart from morphologically similar species are listed.
3/5/20184/23/21 6:299/14/21 20:3612/28/19 11:3224-30121Russian
Copyright (c) 2018 Turczaninowia
turczaninowia.asu.ru
Number: 1
D:\d\JURISM\storage\LKNQ9WE5\Горбунова и Ребриев - 2018 - Новые сведения о гастероидных базидиомицетах запов.pdf
_gasteroid; Southern Siberia; Altai Krai; !exclude
87
EQZCN4ID
journalArticle
2007
Hughes, Karen W.; Petersen, Ronald H.; Mata, Juan Luis; Psurtseva, Nadezhda V.; Kovalenko, Alexander E.; Morozova, Olga V.; Lickey, Edgar B.; Blanco, Joaquin Cifuentes; Lewis, David P.; Nagasawa, Eiji; Halling, Roy E.; Takehashi, Seiji; Aime, M. Catherine; Bau, Tolgor; Henkel, Terry
Megacollybia (Agaricales)
Reports of the Tottori Mycological Institute
0388-8266
20074/23/21 6:294/23/21 6:291–5745
Rep. Tottori Mycol. Inst.
en
D:\d\JURISM\storage\JKDAV9JA\Hughes_etal_2007 Megacollybia (Agaricales).pdf
Western Siberia; _agaricoid; Novosibirsk Oblast; Novgorod Oblast
88
PWWEKZLQ
bookSection
2001
Нухимовская, Ю. Д.; Коваленко, А. Е.
Аннотированная библиография и предварительный анализ состояния изученности микобиоты заповедников России
Заповедное дело. Научно-методические записки комиссии по заповедному делу. Вып. 8
20014/23/21 6:294/23/21 6:29
148–210
М.Russian
Edytor type: отв. ред.
D:\d\JURISM\storage\ATWXBFZV\Нухимовская_Коваленко_2001 Аннотированная библиография и предварительный анализ состояния изученности.pdf
Western Siberia
Павлов, Д. С.
89
9HDD22E3
book1953
Васильков, Б. П.
Изучение шляпочных грибов в СССР. Историко-библиографический очерк
19534/23/21 6:294/23/21 6:29191
Изд-во АН СССР
М., Л.Russian
Editor type: отв. ред. Institution: Изд-во АН СССР
D:\d\JURISM\storage\BX9YALWG\Васильков_Савич_1953 Изучение шляпочных грибов в СССР. Историко-библиографический очерк.djvu
Western Siberia
Савич, В. П.
90
GSBPWEXC
journalArticle
2018
Горбунова, И. А.
Новые сведения об агарикоидных базидиомицетах заповедника «Тигирекский» (Алтайский край)
Turczaninowia
1560-7267
10.14258/turczaninowia.21.2.16
http://turczaninowia.asu.ru/article/view/4198
The paper presents data on floristic finds in the Western Altai region, in forest and mountain belts, steppe and forest-steppe vegetation communities. The studies of macromycetes in the Tigirek State Nature Reserve in July-August 2016 have revealed 180 species of agaricoid basidiomycetes new for the reserve. The article contains an annotated list of 180 species of agaricoid basidiomycetes new for the Tigirek State Nature Reserve, 67 of which have been discovered in the Altai region for the first time, 18 are considered new for Western Siberia, and 8 (Hebeloma candidipes Bruchet, Hygrocybe ovina (Bull.) Kühner, Phaeocollybia lugubris (Fr.) R. Heim, Psathyrella olympiana A. H. Sm., Rugosomyces persicolor (Fr.) Bon, Tricholoma bufonium (Pers.) Gillet, Tubaria minutalis Romagn., Russula illota Romagn.) – new for Siberia. Specified for rare species and new finds in the Altai mountains areas of distribution and frequency on the territory of Siberia are given.
6/9/20184/23/21 6:294/23/21 6:2912/28/19 11:36160–171221Russian
Copyright (c) 2018 Turczaninowia
turczaninowia.asu.ru
Number: 2
D:\d\JURISM\storage\2957CTY8\Горбунова - 2018 - Новые сведения об агарикоидных базидиомицетах запо.pdf
_agaricoid; Southern Siberia; Altai Krai
Boletales; chernevaya taiga; forest-steppe; Russulales; steppe; tundra; West Altai
91
N7QSULHV
journalArticle
1993
Korhonen, Mauri; Hyvönen, Jaakko; Ahti, Teuvo
Suillus grevillei and S. clintonianus (Gomphidiaceae), two boletoid fungi associated with Larix
Karstenia
0453-3402
10.29203/ka.1993.296
http://www.funga.fi/karstenia/?p=2399
Suillus clintonianus (Peck) Kuntze, earlier regarded as a dark red-brown form of S. grevillei (Klotzsch: Fr.) Singer, is shown to possess other distinctive morphological characters as well, and to have a wide distribution in Eurasia and North America. It is here proposed as a separate species. Both S. grevillei and S. clintonianus are ectomycorrhizal fungi of Larix, and often grow together, but the total distributions are different. S. grevillei f. badius (Singer) Singer is included in S. clintonianus.
19934/23/21 6:299/9/21 9:473/4/20 9:071-Sep133
Suomen sieniseura
enCrossref
Institution: Suomen sieniseura tex.ids: Korhonen.etal1993_K_33 number: 1
D:\d\JURISM\storage\EE9FVBFX\Korhonen_etal_1993 Suillus grevillei and S. clintonianus (Gomphidiaceae), two boletoid fungi.pdf; D:\d\JURISM\storage\XDKD2Z66\Korhonen и др. - 1993 - Suillus grevillei and S. clintonianus (Gomphidiace.pdf
_agaricoid; Altai Republic; Southern Siberia; Irkutsk Oblast; Krasnoyarsk Krai; Khabarovsk Krai; Yamalo-Nenets AO; Leningrad Oblast; Altai Krai; Bashkortostan
92
3IQJYGQL
journalArticle
2007
Shiryaev, Anton G.
Clavarioid fungi of the Urals. II. The nemoral zone
Karstenia
0453-3402
10.29203/ka.2007.417
http://www.funga.fi/karstenia/?p=1454
One hundred and eighteen clavarioid species are reported from the nemoral zone of the Ural Mts.. Eight of them, Ceratellopsis aculeata, C. terrigena, Lentaria corticola, Pistillaria quercicola, Ramaria broomei, R. lutea, R. subtilis and Typhula hyalina, are reported for the first time from Russia. The material consists of 1300 collections and observations, and according to these, the most frequent species are Clavulina cinerea, Macrotyphula juncea, Typhula erythropus, T. sclerotioides, T. uncialis and T. variabilis. These contain ca. 23 % of all observations, but only 5 % of all the species. In comparison with the boreal zone of the Urals, the nemoral zone consists less abundant species (1.7% / 14.6%) and more rare species (47.8% / 38.2%). Species like Clavulinopsis aurantiocinnabarina, Pistillaria quercicola, Ramaria broomei, R. lutea and Sparassis brevipes are considered to be relicts of Pliocen and Holocen periods. The most favorable habitats for the rare and relict species are discussed. The collecting sites are briefly described and descriptions of the new and rare species for Russia are given.
20074/23/21 6:294/23/21 6:293/4/20 8:49May-16147enCrossref
Number: 1
D:\d\JURISM\storage\JDKAYH4Y\Shiryaev_2007 Clavarioid fungi of the Urals. II. The nemoral zone.pdf
Sverdlovsk Oblast; _aphylloheteroid; Altai Republic; Southern Siberia; Krasnodar Krai; Primorsky Krai; Adygea; Caucasus; Chelyabinsk Oblast; Bashkortostan; Crimea
93
9YVNNVXM
journalArticle
2015
Shiryaev, Anton G.; Kotiranta, Heikki
Aphyllophoroid fungi (Basidiomycota) of the middle part of Yenisei river basin, East Siberia, Russia
Karstenia
0453-3402
10.29203/ka.2015.468
http://www.funga.fi/karstenia/?p=1788
Species assemblage and taxonomical notes of some aphyllophoroid fungi of the middle part of Yenisei river basin are provided. The material was collected in August 2013. Altogether 211 species belonging to 94 genera are reported. The three study localities are situated in the middle boreal subzone in East Siberia, and comparisons with some other Siberian Nature Reserves in the middle boreal subzone are made. Some threatened species are briefly discussed and a few notes on interesting specimens are given.
20154/23/21 6:294/23/21 6:293/4/20 8:4643-601-Feb55enCrossref
Number: 1-2
D:\d\JURISM\storage\8GUICJE6\Shiryaev_Kotiranta_2015 Aphyllophoroid fungi (Basidiomycota) of the middle part of Yenisei river basin,.pdf
Western Siberia; _aphylloheteroid
94
Q6VLT8ZD
journalArticle
2010
Zmitrovich, Ivan V.; Ezhov, Oleg N; Ershov, Roman V.
On Salix-associated Polyporus pseudobetulinus and P. choseniae in Russia
Karstenia
0453-3402
10.29203/ka.2010.441
http://www.funga.fi/karstenia/?p=1413
New records of Polyporus pseudobetulinus on willow species from Arkhangelsk Region (North of European Russia) were made. The differences between P. pseudobetulinus and the similar P. choseniae are generalized, highlighting spore variability and hyphal system. The two species are rather distant from each other. P. pseudobetulinus is characterized by dimitic hyphal system with a predominance of fibre hyphae, lack of clamps, and somewhat sigmoid spores, whereas P. choseniae has dimitic hyphal system with a predominance of skeleto-binding hyphae, clamps, and symmetrically fusoid basidiospores. The ecological preferences and distribution patterns of both species are discussed.
20104/23/21 6:294/23/21 6:293/4/20 8:4353-58250enCrossref
Number: 2
D:\d\JURISM\storage\A8EKBN6I\Zmitrovich_etal_2010 On Salix-associated Polyporus pseudobetulinus and P. choseniae in Russia.pdf
Western Siberia; _aphylloheteroid; Novosibirsk Oblast; Irkutsk Oblast; Krasnoyarsk Krai; Leningrad Oblast; Arkhangelsk Oblast; Magadan Oblast
95
FFZMLJVN
journalArticle
2005
Spirin, Wjacheslav A.
Notes on some rare polypores, found in Russia 2. Junghuhnia vitellina sp. nova, plus genera Cinereomyces and Skeletocutis
Karstenia
0453-3402
10.29203/ka.2005.409
http://www.funga.fi/karstenia/?p=1473
A new species Junghuhnia vitellina Spirin is described, growing on Betula mandshurica in Russian Far East. Cinereomyces lenis (P. Karst.) Spirin, comb. nova is a so-called kelo fungus; its closest relative C. vulgaris (Fr.) Spirin, comb. nova has relatively wide set of hosts. The latter is new to Russia. Eleven species of Skeletocutis are discussed, and some data on their ecology are treated. S. chrysella Niemelä, S. subincarnata (Peck) Jean Keller and S. stellae (Pilát) Jean Keller are rare taiga species, growing on large spruce or pine trunks at late stages of wood-decomposition. S. biguttulata (Romell) Niemelä and S. brevispora Niemelä are locally common and found in both southern and northern parts of the study area. S. carneogrisea David and S. kuehneri David grow in association with Trichaptum species in virgin as well as managed coniferous forests. S. albocremea David is very rare; it was collected only once in old pine forest. S. kuehneri and S. papyracea David are new to Belarus.
20054/23/21 6:304/23/21 6:303/4/20 8:42103-113245enCrossref
Number: 2
D:\d\JURISM\storage\UCDTJXS2\Spirin_2005 Notes on some rare polypores, found in Russia 2. Junghuhnia vitellina sp. nova,.pdf
_aphylloheteroid; Altai Republic; Southern Siberia; Caucasus
96
QPE3XTMI
journalArticle
2005
Kinnunen, Juha; Niemelä, Tuomo
North European species of Ceriporiopsis (Basidiomycota) and their Asian relatives
Karstenia
0453-3402
10.29203/ka.2005.407
http://www.funga.fi/karstenia/?p=1478
The polypore genus Ceriporiopsis is revised, and a new combination is proposed:Ceriporiopsis pseudogilvescens (Pilát) Niemelä & Kinnunen. It is the correct name for the species commonly known as C. resinascens (Romell) Doma?ski; the latter is a northerly taxon with narrower spores and less resinous basidiocarp. Also the related C. aneirina (Sommerf.) Doma?ski, C. balaenae Niemelä, C. gilvescens (Bres.) Doma?ski, C. albonigrescens Núñez, Parmasto & Ryvarden and C. cremea (Parmasto) Ryvarden are discussed and compared. The results are supplemented with an extensive list of spore size measurements and by a key to the species.
20054/23/21 6:304/23/21 6:303/4/20 8:3981-90245enCrossref
Number: 2
D:\d\JURISM\storage\F4TC7NHN\Kinnunen и Niemelä - 2005 - North European species of Ceriporiopsis (Basidiomy.pdf
Western Siberia; _aphylloheteroid; Tomsk Oblast; Altai Republic; Kemerovo Oblast; Novosibirsk Oblast; Southern Siberia; Karelia; Bryansk Oblast; Leningrad Oblast
97
JDI8ILTH
journalArticle
2017
Corfixen, Peer; Parmasto, Erast
Hymenochaete and Hymenochaetopsis (Basidiomycota) in Europe
Karstenia
4533402
10.29203/ka.2017.483
http://karstenia.fi/?p=3666
Fourteen species of Hymenochaete and three species of Hymenochaetopsis from Europe are treated, including their distribution and host characteristics. Four new species are described, viz. Hymenochaete canescens, H. jaapii, H. pilatii and H. rhododendri. Two species are new for Europe, viz. Hymenochaete longispora and Hymenochaetopsis laricicola.
20174/23/21 6:304/23/21 6:303/4/20 8:3849-80158enCrossref
Number: 1
D:\d\JURISM\storage\9N9ZXCK4\Corfixen_Parmasto_2017 Hymenochaete and Hymenochaetopsis (Basidiomycota) in Europe.pdf
_aphylloheteroid; Altai Republic; Southern Siberia
98
GWAYXCEU
journalArticle
2000
Bondartseva, Margarita A.; Lositskaya, Vera M.; Zmitrovich, Ivan V.
Punctularia strigosozonata (Punctulariaceae) in Europe
Karstenia
0453-3402
10.29203/ka.2000.345
http://www.funga.fi/karstenia/?p=2499
Punctularia strigosozonata (Schwein.) P.H.B. Talbot is reported from nine localities in the European part of Russia, Belarus and Estonia. Spore dimensions of the collections are given.
20004/23/21 6:304/23/21 6:303/4/20 8:389-Oct1-Feb40enCrossref
Number: 1-2
D:\d\JURISM\storage\E39V7FNQ\Bondartseva_etal_2000 Punctularia strigosozonata (Punctulariaceae) in Europe.pdf
Sverdlovsk Oblast; _aphylloheteroid
99
RB2FPZXN
book1953
Бондарцев, А. С.
Трутовые грибы Европейской части СССР и Кавказа
19534/23/21 6:304/23/21 6:301106
Изд-во АН СССР
М.; Л.Russian
Institution: Изд-во АН СССР
D:\d\JURISM\storage\KE2ES7PE\Бондарцев_1953 Трутовые грибы Европейской части СССР и Кавказа.djvu
Sverdlovsk Oblast; _aphylloheteroid; Caucasus
Савич, В. П.
100
RLV89YK3
journalArticle
1998
Roberts, Peter
Thanatephorus ochraceus: a saprotrophic and orchid endomycorrhizal species
Sydowia19984/23/21 6:304/23/21 6:30252-25650en
D:\d\JURISM\storage\CYUTD99K\Roberts_1998 Thanatephorus ochraceus - a saprotrophic and orchid endomycorrhizal species.pdf
_aphylloheteroid; Altai Republic; Southern Siberia