CC BY
21New data on agaricoid fungi (Basidiomycota) of the Urals
O. S. Shiryaeva1, M. A. Palamarchuk2
'Institute of Plant and Animal Ecology of the Ural Branch of the Russian Academy of Sciences,
Ekaterinburg, Russia 2Institute of Biology of the Komi Scientific Centre, Ural Branch of the Russian Academy of Sciences, Syktyvkar, Russia Corresponding author. O. S. Shiryaeva, [email protected]
Abstract. Thirty six species of agaricoid fungi are reported for the first time for the Urals including 15 species new for the Komi Republic and 19 species new for the Sverdlovsk Region. They were found mostly in natural habitats. mountain tundra (3 species), mountain forest-tundra (3), the northern boreal forests of the mountains and their foothill (12), the middle boreal forests of the mountains (1), the southern boreal forests of the foothill of the Urals (2), the hemiboreal broadleaf-conifer forests (4), the hemiboreal pine and birch forests of the foothill of the Urals (1), the forest-steppe (1), and the northern and southern boreal forests (1). New records of Cantharellopsis prescotii and Hydropus subalpinus extend data on their distribution eastward to the Urals, while the others fill the gaps between localities in Europe and Asia. Ten species were recorded in anthropogenic habitats of the urban areas only.
Keywords: agaricoid basidiomycetes, diversity, geographic distribution, rare species, Ural Mountains, Sverdlovsk Region, Komi Republic, Russia.
Новые сведения об агарикоидных грибах (Basidiomycota) Урала О. С. Ширяева1, М. А. Паламарчук2
1Институт экологии растений и животных УрО РАН, Екатеринбург, Россия 2Институт биологии Коми НЦ УрО РАН, Сыктывкар, Россия Автор для переписки. О. С. Ширяева, [email protected]
Резюме. Тридцать шесть видов агарикоидных грибов приводятся впервые для территории Урала, включая 15 видов новых для Республики Коми и 19 видов новых для Свердловской обл. Большинство видов найдено в естественных местообитаниях. горных тундрах (3 вида), подгольцовом поясе (3), горных и предгорных северотаежных лесах (12), горных среднетаеж-ных лесах (1), предгорных южнотаежных лесах (2), предгорных хвойно-широколиственных лесах (4), предлесостепных сосново-березовых лесах (1), лесостепи (1) и северо- и южнотаежных лесах (1). Местонахождения Cantharellopsis prescotii и Hydropus subalpinus расширяют сведения об их распространении на восток до Урала, тогда как находки остальных видов заполняют пробелы между известными локалитетами на Восточно-Европейской и Западно-Сибирской равнинах. Десять видов найдены только в антропогенных местообитаниях.
Ключевые слова: разнообразие, географическое распространение, редкие виды, агари-коидные базидиомицеты, Уральские горы, Россия.
The Ural Mountains form the major part of the physiographic boundary between Europe and Asia. They extend some 2500 km from the tundra of the Arctic Ocean's
https://doi.org/10.31111/nsnr/2019.53-1.89
89
shores to deserts of northwestern Kazakhstan. The Ural Mountains cross seven vegetation zones in the meridian direction: tundra, forest-tundra, boreal forest, broad-leaved forest, forest-steppe, steppe, and semi-desert. The territory of the Urals belongs to nine administrative regions of Russia (Nenets Autonomous Area, Komi Republic, Yamalo-Nenets Autonomous Area, Khanty-Mansi Autonomous Area — Yugra, Perm Territory, Sverdlovsk Region, Chelyabinsk Region, Republic of Bashkortostan, Orenburg Region), and two administrative regions of Kazakhstan (Aktobe Region and Kostanay Region).
The agaricoid fungi diversity of the Urals has been studied for over 150 years. Among the earliest researchers were N. Sorokin (1877), P. V. Syuzev (1901), N. A. Nau-mov (1915). However, all early exploration was confined to the middle part of the Urals. Extensive studies on diversity of the agaricoid fungi in the Urals were carried out starting from the second half of the 20th century. It is worth mentioning the paper of N. T. Stepanova and A. V. Sirko (1977), which summarizes the results of their own long-term mycological researches conducted in different regions and high-altitude belts of the Urals as well as data of other exploration. 431 species of agaricoid fungi are given in this paper for the Urals. Later, numerous checklists of agaricoid fungi of administrative regions and protected areas located in the Urals were published (e.g., Shkaraba et al., 1990; Marina, 2006; Desyatova, 2007; Mukhutdinov, 2007a, 2007b; Perevedentseva, 2008; Perevedentseva et al, 2011, 2017; Palamarchuk, 2012, 2016a, 2016b; Flory..., 2016; Palamarchuk, Kirillov, 2018; Shiryaeva, Malysheva, 2018). Some species were also cited in the reports on the mycobiota of Russia and Kazakhstan (e.g., Samgina, 1981, 1985; Kovalenko, 1989; Nezdoiminogo, 1996; Karatygin etal., 1999). Detailed reviews of the research history of agaricoid fungi in the Urals and some administrative regions located partly in the Urals are available in some papers (Stepano-va, Sirko, 1977; Desyatova, 2007; Perevedentseva, 2008; Palamarchuk, 2012; Shiryae-va, 2015).
Our recent researches have made it possible to contribute knowledge on diversity and distribution of agaricoid fungi in the Urals. In addition, in the course of the ongoing revision of the fungi collections of the Museum of the Institute of Plant and Animal Ecology (SVER) the species have been disclosed that were not previously published for the Urals. Thus, the aim of this study is to provide the new records of agaricoid fungi to the Urals from the mountain part of the Sverdlovsk Region and the Komi Republic.
Material and methods
The referred species were collected by the authors of the paper in the mountain part of the Komi Republic and the Sverdlovsk Region (Fig. 1). In the period of 20102016, the Yugyd-Va National Park and the Pechoro-Ilychsky Nature Reserve were observed by M. A. Palamarchuk. The research of agaricoid fungi of Ekaterinburg City and its surroundings was carried out by O. S. Shiryaeva in 2012-2016. Vouchers are deposited in the Herbarium of the Institute of Biology of the Komi Scientific Centre
Fig.1. Locations of studied areas on the Urals. 1 — Komi Republic, Inta District, Yugyd Va National Park; 2 — ibidem, Vuktyl District, Yugyd Va National Park; 3 — ibidem, Troitsko-Pechorsk District, Pechoro-Ilych Reserve; 4 — Sverdlovsk Region, Kachkanar District, Mount Kachkanar; 5 - ibidem, Shalya District, vicinity of the Chusovoye settlement; 6 — ibidem, Krasnoufimsk District, Krasnoufimsk town (6a) and its vicinity (6b); 7 — ibidem, Krasnoufimsk District, vicinity of Sargaya settlement; 8 — ibidem, Nizhnie Sergi
District, "Olen'i ruch'i" National Park; 9 — ibidem, Ekaterinburg city (9a) and Ekaterinburg District, vicinity of Chusovskoye and Glukhoye lakes (9b); 10 — ibidem, Sysert District, vicinity of Dvurechensk settlement. Triangles indicate collection localities visited by the authors of the paper,
circles — by the other collectors. I-IX — the abbreviations for the physico-geographical areas of the Urals listed in Table 1. Borders: 1 — the Ural Physiographic Country; 2 — physico-geographical areas of the Urals; 3 — administrative regions; 4 — border between Russia and Kazakhstan.
(SYKO) and in the Museum of the Institute of Plant and Animal Ecology (SVER). In addition, the specimens kept at the SVER were re-examined by O. S. Shiryaeva. There are collections of R. Almanaite, N. Golumbievskaya, L. K. Kazantseva, A. V. Sirko, N. T. Stepanova, and E. Zhivtsova.
The localities of referred species are situated within the borders of the Ural Physiographic Country (according to Chibilyov, Chibilyov, 2012). A brief description of the physico-geographical areas and a list of zonal subdivisions of vegetation and high-altitude belts are presented in Table 1.
All specimens were examined under light microscopes Micmed 2, Micros MC200A, Leica DM 2000. Micromorphological characters were studied in 5 % KOH, Melzer's reagent and 1 % Congo Red in concentrated NH4OH.
Results and discussion
Based on the results of the authors own researches in the mountain part of the Sverdlovsk Region and the Komi Republic and the revision of fungi collections kept at the SVER, 36 species not mentioned previously for the Urals are reported. The taxa are arranged below in alphabetic order, and the names of fungi follow «Index Fun-gorum» (2018), for the species of the genus Hebeloma nomenclature follows Vesterholt (2005). Species new for the Komi Republic marked by asterisk (*). An annotation record includes the data on species location in physico-geographical area (according to Chibilyov, Chibilyov 2012), and vegetation zone (according to Lesa..., 1999; Kulikov et al., 2013). If the species was found in anthropogenic habitat, the vegetation zone abbreviation (see below) is written in brackets. Known records of the species from the areas of the East European and West Siberian Planes adjacent to the Urals within the administrative regions located partly within the mountains are listed. The information on the distribution of the most noteworthy species in Russia and in the world is provided.
The abbreviations (bold) for the physico-geographical area of the Urals see in Table 1.
List of abbreviations: Botanical Garden — Botanical Garden of the Ural Branch of the Russian Academy of Sciences; FS — forest-steppe zone; FT — mountain forest-tundra; HB1 — hemiboreal broadleaf-conifer forests; HB2 — hemiboreal pine and birch forests; KR — Komi Republic; MB — middle boreal forests; NB — northern boreal forests; SB - southern boreal forests; SR — Sverdlovsk Region; T — mountain tundra; 1-11 — locations of studied areas see in Fig. 1.
*Cantharellopsis prescotii (Weinm.) Kuyper — V NB, VI SB: KR, 2, basin of the lower course of the Shchugor River, vicinity of the Michabechevnik tourist shelter, 64°11'N, 58°01'E, herb-rich mixed forest, on litter, 7 VIII 2016, Palamarchuk (HaxaMapuyK), SYKOf 2565; SR, 5, slope to the river, meadow on the outskirts of the forest, limestone, Almanaite (AnMaHaume), det. K. Kalamees (K. Камамеэс), SVER 744360. Rare species. In Russia it has been reported from the western part of the East European Plain (Leningrad, Novgorod and Vologda regions) and from the Caucasus (Popov et al, 2007; Malysheva, Svetasheva, 2011; Morozova, 2012;
Table 1
Physico-geographical areas of the Urals
Physico-geographical area* Latitudinal position (N)* The prevailing (maximum) heights of the central ridges, i * m a. s. l. Orographic features* Zonal subdivisions of vegetation and high-altitude belts* **
I Yugorskaya 69°51'-68°27' 300-400(467) Low mountains and high plains Tundra
II Zapolyarno-Uralskaya 68°27'-67°03' 700-800 (1363) Mountains and their foothills Tundra and goltsy
III Polyarno-Uralskaya 67°03'-65°44' 1000-1100 (1472) Mountains and their foothills Forest-tundra, mountain tundra and goltsy
IV Pripolyarno-Uralskaya 65°44'-64°02' 1200-1400 (1895) Mountains and their foothills Northern boreal forests, mountain forest-tundra (subgoltsy belt), mountain tundra and goltsy
V Severo-Uralskaya 64°02'-59°22' 800-850 (1617) Mountains and their foothills Middle and northern boreal forests, mountain forest-tundra, mountain tundra and goltsy
VI Sredne-Uralskaya 59°22'-55°54' 500-600(993) Low mountains and their foothills Hemiboreal forests, southern boreal forests, with mountain middle boreal forests and fragments of forest-steppe zone
VII Yuzhno-Uralskaya 55°54'-51°29' 1000-1100 (1639) Mountains and their foothills Forest-steppe, nemoral forests, hemiboreal forests, with mountain boreal forests, mountain forest-tundra and mountain tundra
VIII Priyuzhno-Uralskaya 51°29'-49°50' 400-450(558) The foothills of mountains and high plains Steppe and forest-steppe belt
IX Mugodzhary 49°50'-47°00' 400-450(657) Low mountains and high plains Semidesert and steppe
Note. * — according to Chibilyov, Chibilyov, 2012; ** — according to Gorchakovskiy, 1965; Opre-delitel..., 1988; Ovesnov, 1997; Lesa..., 1999; Kulikov, 2005; Kulikov et al, 2013.
Suslova et al, 2013). The species is also known from Europe and North America (Funga..., 2012; Lee, 2017). Therefore the new records are the easternmost in the continent and they extend the distributional range of C. prescotii to the Urals.
Chamaemyces fracidus (Fr.) Donk — VI (FS): SR, 6a, 56°36'N, 57°46'E, urban park, stand of planted trees (Quercus sp., Tilia sp., Populus sp., Corylus avellana), 1 VIII 1998, Golum-bievskaya (Голумбиевская), det. K. Kalamees (К. Каламеэс), SVER 744363. Probably it is a saprotroph, which prefers calcareous soil in forests and grassland (Funga., 2012). Rare species distributed in the temperate broadleaved and hemiboreal broadleaf-conifer forests. It is known from Europe (Candusso, Lanzoni, 1990). In Russia there are some records in the East European Plain (Samara Region, Perm Territory) and in the Crimean Mountains (Malysheva, Malyshe-va, 2008; Perevedentseva, 2008; Sarkina, 2011). The nearest known locality is situated in the Perm Territory in the subzone of the hemiboreal broadleaf-conifer forests within the areas of the East European Plain adjacent to the Urals (Perevedentseva, 2008).
Clitocybe phaeophthalma (Pers.) Kuyper — VI HB2: SR, 10, Biological station of the Ural Federal University, 56°36'N, 61°03'E, mixed forest (Pinus sylvestris, Populus tremula, Betula sp.), on litter, IX 1957, Stepanova (Степанова), SVER 910086. The nearest known locality is situated in the Perm Territory, in the subzone of the southern boreal forests within the areas of the East European Plain adjacent to the Urals (Perevedentseva, 2008).
Coprinopsis marcescibilis (Britzelm.) Örstadius et E. Larss. — VI (ST): SR, 9a, Botanical Garden, 56°47'N, 60°36'E, stand of planted trees (Salix spp.), along the path, on soil and branches, 5 VIII 2013, Shiryaeva (Ширяева), SVER 745563; ibidem, 31 VIII 2014, Shiryaeva (Ширяева), SVER 745564.
C. pseudofriesii (Pilat et Svrcek) Redhead, Vilgalys et Moncalvo — VI (ST): SR, 9a, Botanical Garden, 56°47'N, 60°36'E, willow stand, on branches, 2 VIII 2013, Shiryaeva (Ширяева), SVER 745565.
*Cortinarius subtortus (Pers.) Fr. — V NB: KR, 2, basin of the lower course of the Shchu-gor River, vicinity of the Michabechevnik tourist shelter, 64°11'N, 58°01'E, mesic spruce forest of Myrtillus-type, on soil, 5 VIII 2016, Palamarchuk (Паламарчук), SYKOf 2629.
Crepidotus cesatii (Rabenh.) Sacc. — VI (SB): SR, 9a, Botanical Garden, 56°47'N, 60°36'E, stand of planted trees (Padus spp., Acer spp.), on branches of deciduous trees, 7 IX 2013, Shiryaeva (Ширяева), SVER 745590. It is also known from the Perm Territory and Khanty-Mansi Autonomous Area - Jugra, where it has so far been found only in the lowland parts within the areas of the East European and West Siberian plains adjacent to the Urals (Perevedentseva, 2008; Filippova, Bulyonkova, 2017).
*Entoloma chytrophilum Wölfel, Noordel. et Dähncke — V NB: KR, 2, basin of the lower course of the Shchugor River, left bank, 1.5 km upstream of the river from Lower Gates of the Shchugor River, 64°12'N, 58°00'E, fir and spruce-dominated forest with cedar, and with pronounced moss layer, on soil, 15 VIII 2016, Palamarchuk (Паламарчук), SYKOf 2639. Rare species. It occurs in Western, Central and Eastern Europe, the Caucasus, Western Siberia (Mo-rozova et al, 2014).
*Galerina hybrida Kühner — V NB: KR, 2, basin of the lower course of the Shchugor River, river's Lower Gates surroundings, left bank, 2 km upstream of the river from the Lower Gates of the Shchugor River, 64°12'N, 58°00'E, in bog, on Sphagnum sp., 10 VIII 2016, Palamarchuk (Паламарчук), SYKOf 2659.
*Hebeloma monticola Vesterh. — IV NB: KR, 1, basin of the Kozhim River, 2 km to the river crossing, on burnt place, along the path, willow forest with larch undergrowth, on soil, 14 VII 2010, Palamarchuk (Паламарчук), SYKOf 2290. The nearest known locality is situated
in the lowland part of Khanty-Mansi Autonomous Area - Jugra, in the subzone of the middle boreal forests (Filippova et al, 2015).
H. velutipes Bruchet — V NB: KR, 2, basin of the lower course of the Shchugor River, river's Lower Gates surroundings, left bank, 1.5 km upstream of the river from Lower Gates of the Shchugor River, 64°12'N, 58°00'E, fir and spruce-dominated forest with cedar, and with pronounced moss layer, on soil, 15 VIII 2016, Palamarchuk (Паламарчук), SYKOf 2584; ibidem, 15 VIII 2016, Palamarchuk (Паламарчук), SYKOf 2585. It is also known from the lowland part of the KR and Khanty-Mansi Autonomous Area - Jugra within the East European and West Siberian Plains, where it occurs in the subzone of the middle boreal forests (Filippova et al, 2015; Filippova, Bulyonkova, 2017; Palamarchuk, 2017).
*Hemimycena pseudolactea (Kühner) Singer — V NB: KR, 2, basin of the lower course of the Shchugor River, river's Lower Gates surroundings, right bank, lower course of the Kyr-tael River, 64°13'N, 57°58'E, edge of bog, on litter, 11 VIII 2016, Palamarchuk (Паламарчук), SYKOf 2683.
Hodophilus foetens (W. Phillips) Birkebak et Adamci'k — VI HB1: SR, 8, 56°31'N, 59°13'E, on the border of pine-birch forest and meadow, on calcareous soil, 10 IX 1972, Kazantseva (Казанцева), SVER 910105. Rare species. In Russia there are some records from the European part (Leningrad, Novgorod and Samara regions), East Siberia (Irkutsk Region), the Far East (Pri-morsky Territory and the Kuril Islands) (Kovalenko et al, 2012). It is also known from Europe and North America (Kovalenko et al, 2012).
*Hygrophorus camarophyllus (Alb. et Schwein.) Dumee, Grandjean et Maire — V NB: KR, 2, basin of the lower course of the Shchugor River, river's Lower Gates surroundings, left bank, 1 km upstream of the river from Lower Gates of the Shchugor River, 64°12'N, 57°57'E, fir and spruce-dominated forest with pronounced moss layer, on soil, 12 VIII 2016, Palamarchuk (Паламарчук), SYKOf 2587.
Hydropus subalpinus (Höhn.) Singer — VI HB1: SR, 8, 56°31'N, 59°13'E, pine-dominated forest with linden with herb layer dominated by Aegopdium podagraria, on deciduous wood, 3 IX 1998, Zhivtsova (Живцова), SVER 910166. The species is widely distributed in the southern part of the forest zone of Europe (temperate and hemiboreal forests), where it is infrequently encountered. In some localities it is rather common. The species grows on fallen branch or wood of deciduous trees. Hydropus subalpinus prefers beech forests with rich calcareous soils (Hausknecht et al, 1997; Funga..., 2012). In Russia it has been known from the Samara Region and the Caucasus (Malysheva, Malysheva, 2008; Malysheva, Svetasheva, 2011). It occurs in beech forests in the Caucasus, but outside the distributional range of Fagus (Samara Region and new locality) — in forests with other deciduous trees (Tillia, Acer, Betula). The new record expands the species range to the Urals.
Inocybe amethystina Kuyper — VI SB: SR, 9b, 56°45'N, 60°18'E, pine forest, on soil, 2 VIII 2016, Shiryaeva (Ширяева), SVER 910066. It is also known from plain part of Khanty-Mansi Autonomous Area - Jugra, where it occurs in the subzone of the middle boreal forests (Filippo-va, Bulyonkova, 2017).
*I. flavella P. Karst. — V NB: KR, 2, basin of the lower course of the Shchugor River, vicinity of the Michabechevnik tourist shelter, 64°11'N, 58°01'E, herb-rich mixed forest, on soil, 7 VIII 2016, Palamarchuk (Паламарчук), SYKOf 2617. The nearest known locality is situated in plain part of Khanty-Mansi Autonomous Area - Jugra, in the subzone of the middle boreal forests (Pochvy..., 2014).
*I. whitei (Berk. et Broome) Sacc. — V NB: KR, 2, basin of the lower course of the Shchugor River, vicinity of the Michabechevnik tourist shelter, 64°11'N, 58°01'E, herb-rich mixed forest, on litter, 7 VIII 2016, Palamarchuk (Паламарчук), SYKOf 2620. It is also known from
the Perm Territory, where it occurs in the subzone of the southern boreal forests within the areas of the East European Plain adjacent to the Urals (Perevedentseva, 2008).
*I. xanthomelas Boursier et Kühner — V NB: KR, 2, basin of the lower course of the Shchu-gor River, river's Lower Gates surroundings, right bank, 64°13'N, 57°58'E, fir and spruce-dominated forest with cedar, and with pronounced moss layer, on soil, 11 VIII 2016, Palamarchuk (nanaMapuyK), SYKOf 2616.
Lactarius citriolens Pouzar — VI HB1: SR, 7, 56°14'N, 57°42'E, broadleaf-conifer forest (Picea obovata, Quercus robur, Populus tremula, Betula sp.), on soil, 23 VIII 1974, Sirko (CupKo), det. Kalamees (Кanaмеэс), SVER 910106. In Russia it was noted from some regions (Kirov, Moscow, Tula and Ulyanovsk regions, Krasnoyarsk and Perm territories) located in the south part of the forest vegetation zone (Perevedentseva, 2008; Svetasheva et al., 2017). The nearest known locality is situated in plain part of the Perm Territory, in the subzone of the hemibore-al broadleaf-conifer forests within the areas of the East European Plain adjacent to the Urals (Perevedentseva, 2008). The species is also known from Europe (Basso, 1999).
*L. omphaliiformis Romagn. — IV FT: KR, 1, Obeiz Range, subgoltsy belt, 65°33'N, 59°38'E, herb-rich alder forest, on soil, 3 VIII 2015, Palamarchuk (namMapuyK), SYKOf 2366.
*L. scoticus Berk. et Broome — IV FT: KR, 1, basin of the Syv'yu River, Obeiz Range surroundings, 65°33'N, 59°35'E, damp willow forest, on soil, 30 VII 2015, Palamarchuk (nana-MapuyK), SYKOf 2373. The nearest known locality is situated in plain part of Khanty-Mansi Autonomous Area - Jugra, in the subzone of the middle boreal forests (Zvyagina, Baykalova, 2017).
Lepiota angustispora (Migl. et Bizzi) Hauskn. et Pidlich-Aigner — VI (SB): SR, 9a, Botanical Garden, 56°47'N, 60°36'E, stand of planted trees (Fraxinus sp., Betula sp., Malus sp.), along the path, on soil, 25 VII 2013, Shiryaeva (W^upxeea), SVER 746319; ibidem, willow lane, on soil, 25 VII 2013, Shiryaeva (W^upxeea), SVER 746327; ibidem, stand of planted trees of Padus maackii, on soil, 25 VII 2013, Shiryaeva (W^upxeea), SVER 746328; ibidem, stand of planted trees of Populus alba, on soil, 27 VII 2013, Shiryaeva (W^upxeea), SVER 746329.
Leucoagaricus leucothites (Vittad.) Wasser — VI (SB): SR, 9a, Academician Schwarz Street, 56°47.767'N, 60°37.068'E, grass plot, 23 VII 2014, Shiryaeva (mupneea), SVER 746360. This species have been noted to occur in the plain part of the Perm Territory (Naumov, 1915). It is also known from Orenburg city (Orenburg Region) located in the area of the East European Plain adjacent to the Urals (Desyatova, 2008).
Marasmius epodius Bres. — VI (SB): SR, 9a, Botanical Garden, 56°47'N, 60°36'E, stand of planted trees (Salix sp., Larix sp., Padus sp., Malus sp.), on remnants of grasses, 2 VIII 2013, Shiryaeva (W^upxeea), SVER 742497.
Melanoleuca polioleuca (Fr.) Kühner et Maire f. polioleuca — IV FT: KR, 1, Obeiz Range, valley of the Veselyy stream, subgoltsy belt, 65°33'N, 59°38'E, herb-rich mixed forest, on soil, 3 VIII 2015, Palamarchuk (nanaMapuyK), SYKOf 2404. It is also known from the lowland part of the KR and Khanty-Mansi Autonomous Area - Jugra within the East European and West Siberian Plains, where it occurs in the subzone of the middle boreal forests (Filippova, Bulyon-kova, 2017; Palamarchuk, Kirillov, 2017).
Meottomyces dissimulans (Berk. et Broome) Vizzini — VI (SB): SR, 9a, Botanical Garden, 56°47'N, 60°36'E, stand of planted trees (Salix spp.), along the path, on soil and branches, 21 VI 2014, Shiryaeva (W^upxeea), SVER 910017. It is a little collected species. It has been reported from a number of European countries, but it appears not to be really frequent anywhere, except for the Netherlands and Great Britain (Halama, Rutkowski, 2016). In Russia there are some records from the East European (Republic of Udmurtia) and West Siberian plains (Khanty-Mansi Autonomous Area - Jugra and Tomsk Region), and from the Caucasus (Karachayevo-Cir-
cassian Republic) (Kapitonov, 2008; Malysheva, Svetasheva, 2011; Kudashova et al, 2016; Zvyagina, Baykalova, 2017). It is reported from riparian plant communities with humus-rich soil, along streams and rivers. It usually grows on fallen or decayed leaves, soil, branches, twigs, strongly decayed stumps or wood chips (Halama, Rutkowski, 2016). The new record is not far from fragments of natural riparian vegetation that remained in the Botanical Garden.
*Mycena urania (Fr.) Quel. — IV T: KR, 1, Obeiz Range, 65°33'N, 59°35'E, mountain tundra, on litter, 28 VII 2015, Palamarchuk (Паламарчук), SYKOf 2392.
Nothopanus candidissimus (Sacc.) Kühner — VI HB1: SR, 7, 56°14'N, 57°42'E, broad-leaf-conifer forest (Picea obovata, Pinussylvestris, Acer platanoides, Ulmus sp.), on decayed wood of Picea obovata, VIII 1960, Stepanova (Степанова), SVER 910085. It is also known from the lowland part of Khanty-Mansi Autonomous Area - Jugra (Zvyagina, Baykalova, 2017).
Omphaliaster asterosporus (J. E. Lange) Lamoure — IV T: KR, 1, Obeiz Range, 65°33'N, 59°37'E, mountain tundra, on litter, 4 VIII 2015, Palamarchuk (Паламарчук), SYKOf 2472. It is a widespread species in the Northern Hemisphere, but locally rare (Flora., 1995). In Russia there are some records in the East European (KR and Kirov Region) and West Siberian (Khanty-Mansi Autonomous Area - Jugra) Plains, the Altai-Sayan Mountain Land (Republic of Tuva) and in the mountainous part of the Far East (Khabarovsk Territory) (Bulakh et al, 2010; Krasnaya..., 2014; Gorbunova, 2015; Filippova, Bulyonkova, 2017; Palamarchuk, Kiril-lov, 2017). It is a red-listed fungus in the Kirov Region (Krasnaya., 2014).
Protostropharia luteonitens (Fr.) Redhead — VI MB: SR, 4, 58°45'N, 059°24'E, spruce forest, 9 IX 1969, Kazantseva (Казанцева), det. Shiryaeva (Ширяева), SVER 910090. Sample was originally determined by the collector as Stropharia stercoraria (Schumach.) Quel. Protostropharia luteonitens differs from similar species P. semiglobata (Batsch) Redhead, Moncalvo et Vilgalys [= S. stercoraria] in two-spored basidia, shape of cheilocystidia and lack of chryso-cystidia.
*Rickenella mellea (Singer et Clemengon) Lamoure — V NB: KR, 3, Man'hambo Range, 63°01'N, 59°10'E, bog, on mosses, 14 VII 2011, Palamarchuk (Паламарчук), SYKOf 1462. The GBIF resource contains R. mellea occurrence points from two administrative regions of Russia, e. g., the Khanty-Mansi Autonomous Area - Jugra (Filippova, 2018) and the Karachayevo-Cir-cassian Republic (Plutof, 2018).
Russula farinipes Romell — VI (FS): SR, 6a, 56°36'N, 57°46'E, urban park, stand of planted trees of Quercus robur, 12 IX 1970, Kazantseva (Казанцева), det. Kalamees (Каламеэс), SVER 910098. The species is noted from the southern part of the forest vegetation zone. It usually occurs with Fagus spp. and Quercus spp. (Kränzlin, 2005; Funga..., 2012), outside their range — with Betula spp. (Krasnaya., 2018). It is known from Europe, Asia, North America and North Africa (Kränzlin, 2005; Lee, 2017; Hosoya, 2018). In Russia it was found in the East European (Leningrad, Lipetsk, Penza and Tula regions, Republic of Mordovia, and some others) and West Siberian Plains (Tomsk Region), and in the Caucasus (Ivanov, 1983; Sopi-na, 2001; Svetasheva, 2004; Sarycheva et al, 2009; Ivoilov, Bolshakov, 2011; Kudashova et al, 2016; Krasnaya., 2018). The species is rare in a significant part of this area. In the Leningrad Region it is a red-listed fungus (Krasnaya., 2018). In the Urals, the species is recorded in the anthropogenic habitat, probably, it can be found in natural plant communities.
R. persicina Krombh. — VI FS: SR, 6b, calcareous scree slope to the Ufa River, oak forest, on soil, 23 VIII 1965, Stepanova (Степанова), det. Kalamees (Каламеэс), SVER 910099. The specimen of R. persicina (LE 235228) cited earlier for the Urals from the Orenburg Region (Desyatova, 2008) was redetermined as R. exalbicans (Pers.) Melzer et Zvara by O. S. Shi-ryaeva.
*R. saliceticola (Singer) Kühner ex Knudsen et T. Borgen — V Т: KR, 3, Man'hambo Range, 63°01'N, 59°11'E, bushy tundra, on soil, 3 VIII 2011, Palamarchuk (Паламарчук), SYKOf 2063. This is an arcto-alpine species. It forms ectomycorrhiza with shrub species of Salix. In Russia R. saliceticola is recorded for the second time. It was mentioned earlier from the Republic of Yakutia (Karatygin et al, 1999). It is also known from Europe (Sarnari, 2005; Funga., 2012).
Tricholoma alboconicum (J. E. Lange) Clemengon — VI (SB): SR, 9a, Botanical Garden, 56°47'N, 60°36'E, stand of planted trees (Betula sp.), on soil, 25 VII 2013, Shiryaeva (Ширяева), SVER 910059; ibidem, 26 VI 2017, Shiryaeva (Ширяева), SVER 910165.
Thirty six species of agaricoid fungi are reported for the first time for the Urals. Eighteen species are found in the mountain part of the Komi Republic, fifteen of them are new to the republic. Nineteen species are noted in the mountain and foothill areas of the Urals within the Sverdlovsk Region, all of them are new to this region.
Most species are found in natural habitats, e.g., three species (Mycena urania, Omphaliaster asterosporus, Russula saliceticola) — in mountain tundra, three (Lacta-rius omphaliiformis, L. scoticus, Melanoleuca polioleuca) — in mountain forest-tundra, twelve (Cantharellopsisprescotii, Cortinariussubtortus, Entoloma chytrophilum, Galeri-na hybrida, Hebeloma velutipes, H. monticola, Hemimycena pseudolactea, Hygrophorus camarophyllus, Inocybe flavella, I. whitei, I. xanthomelas, Rickenella mellea) — in the northern boreal forests of the mountains and their foothill, one (Protostropharia lu-teonitens) — in the middle boreal forests of the mountains, two (Cantharellopsis prescotii, Inocybe amethystina) — in the southern boreal forests of the foothill of the Urals, four (Nothopanus candidissimus, Hodophilus foetens, Hydropus subalpinus, Lactarius citriolens) — in the hemiboreal broadleaf-conifer forests of the foothill of the Urals, one (Clitocybe phaeophthalma) — in the hemiboreal pine and birch forests of the foothill of the Urals, and one (Russula persicina) — in the forest-steppe.
Several of the taxa cited are considered rare or occasional throughout the range (e.g., Cantharellopsis prescotii, Entoloma chytrophilum, Hodophilus foetens, Hydropus subalpinus, Lactarius citriolens, Omphaliaster asterosporus, Rickenella mellea, Russula saliceticola). New data supplements information on their distribution. So, new records of Cantharellopsis prescotii and Hydropus subalpinus extend data on their distribution eastward to the Urals, while the others fill the gaps between localities in Europe and Asia.
Ten species (Chamaemyces fracidus, Coprinopsis marcescibilis, C. pseudofriesii, Crepidotus cesatii, Lepiota angustispora, Leucoagaricus leucothites, Marasmius epodius, Meottomyces dissimulans, Russula farinipes, Tricholoma alboconicum) are found only in anthropogenic habitats of the urban areas: lawns and planted trees. Chamaemyces fracidus, Meottomyces dissimulans and Russula farinipes are recognized as a rare species in a significant part of their distributional range. In the study area, they occur in the anthropogenic analogues of natural habitats.
Thus, the information obtained is important for clarifying the distribution and bio-topical confinement of the species and for assessment of their occurrences and potential threats at the regional and national levels.
Acknowledgments
The work of O. S. Shiryaeva was performed within the frameworks of state contract with the Institute of Plant and Animal Ecology, Ural Branch of the Russian Academy of Sciences. The work of M. A. Palamarchuk was funded by the framework of the institutional research project of the Institute of Biology of Komi Scientific Centre of the Ural Branch of the Russian Academy of Sciences (AAAA-A19-119011790022-1).
References
Basso M. T. 1999. Fungi Europaei. Lactarius Pers. Alassio: 844 p.
Bulakh E. M., Vassiljeva N. V., Erofeeva E. A. 2010. The first data about fungi Basidiomycetes of the "Bureinskiy" Nature Reserve. Mikologiya i fitopatologiya 44(2): 89-98. (In Russ. with Engl. summary).
Candusso M., Lanzoni G. 1990. Fungi Europaei. Vol. 4. Lepiota s. l. Saronno: 743 p. Chibilyov A. A., Chibilyov A. A. 2012. Urals natural zoning based on latitudinal belts, elevation zones and vertical differentiation of landscapes. Izvestia of Samara Scientific Center of the Russian Academy of Sciences 14(1): 1660-1665. (In Russ. with Engl. summary).
Desyatova O. A. 2007. Agaricoid basidiomycetes of Orenburg Region. Mikologiya i fitopatologiya 41(1): 3-11. (In Russ. with Engl. summary).
Desyatova O. A. 2008. Agarikoidnye bazidiomitsety Orenburgskoy oblasti. Cand. Diss. [Agaricoid basidiomycetes of the Orenburg Region. Cand. Diss.]. Moscow: 160 p. (In Russ.).
Filippova N. 2018. The Fungarium of Yugra State University reference collection. Version 1.2. Yugra State University Biological Collection (YSU BC). Occurrence dataset. https://doi.org/10.15468/g4bk6h (Date of access: 10 XI 2018 via GBIF: https://www.gbif.org/oc-currence/1932392195).
Filippova N. V., Bulyonkova T. M. 2017. The diversity of larger fungi in the vicinities of Khanty-Mansiysk (middle taiga of West Siberia). Environmental Dynamics and Global Climate Change 8(1): 13-24. https://doi.org/10.17816/edgcc8113-24 Filippova N. V., Bulyonkova T. M., Lapshina E. D. 2015. Fleshy fungi forays in the vicinities of the YSU Mukhrino field station (Western Siberia). Environmental Dynamics and Global Climate Change 6(1): 3-31.
Flora Agaricina Neerlandica. Critical monographs on families of agarics and boleti occurring in the
Netherlands. Vol. 3. Tricholomataceae. 1995. Rotterdam - Brookfield: 183 p. Flory, likheno- i mikobioty osobo okhranyayemykh landshaftov basseynov rek Kos'yu i Bol'shaya Synya (Pripolyarnyy Ural, NP «Yugyd va») [Flora, licheno- and mycobiota of protected landscapes of the Kosyu and Bolshaya Synya river basins (Subpolar Urals, National Park «Yugyd Va»)]. 2016. Moscow: 483 p. (In Russ.).
Funga Nordica: Agaricoid, boletoid, clavarioid, cyphelloid and gastroid genera. 2012. Copenhagen: 1083 p.
Gorbunova I. A. 2015. New about agaricoid and aphyllophoroid basidiomycetes biota of Tuva Republic. Turczaninowia 18(4): 91-96. (In Russ. with Engl. summary). https://doi.org/10.14258/turcza-ninowia.18.4.12
Gorchakovskiy P. L. 1965. O sootnoshenii mezhdu gorizontal'noy zonal'nost'yu i vertikal'noy po-yasnost'yu rastitel'nogo pokrova na primere Urala i prilegayushchikh ravnin [On the relationship between horizontal and vertical zone of vegetation on the example of the Urals and adjacent plains]. Geografiya i dinamika rastitelnogo pokrova. Trudy Instituta Biologii UFAN SSSR. Vyp. 42 [Geography and dynamics of vegetation cover. Proceedings of the Institute of Biology of the UBAS USSR. Vol. 42]. Sverdlovsk: 3-32. (In Russ.).
Halama M., Rutkowski R. 2016. Meottomyces dissimulans (Agaricales, Basidiomycota), new for Poland. Polish Botanical Journal 61(1): 167-172. https://doi.org/10.1515/pbj-2016-0006
Hausknecht A., Klofac W., Krisai-Greilhuber I. 1997. Die Gattung Hydropus in Österreich. Österreichische Zeitschrift für Pilzkunde 6: 181-210. (In Germ.).
Hosoya T. 2018. Fungal Specimens of National Museum of Nature and Science (TNS). National Museum of Nature and Science, Japan. Occurrence dataset. https://doi.org/10.15468/y8xhm7 (Date of access: 27 XI 2018 via GBIF: https://www.gbif.org/occurrence/1829037852).
Index Fungorum. 2018. https://www.indexfungorum.org (Date of access: 10 XI 2018).
Ivanov A. I. 1983. K flore ararikovykh gribov Penzenskoy oblasti. III [To the flora of agaric fungi of the Penza Region. III]. Novosti sistematiki nizhshikh rastenii 20: 76-83 (In Russ.).
Ivoilov A. V., Bolshakov S. Yu. 2011. Makromitsety Respubliki Mordoviya. 2. Agarikoidnye griby. Poryadki Boletales, Polyporales, Russulales [Macromycetes of the Mordovia Republic. 2. Agaricoid fungi. Boletales, Polyporales, Russulales]. Vestnik Mordovskogo universiteta 4: 162-166. (In Russ.).
Kapitonov V. I. 2008. Addition to the Macromycetes List of Udmurtia. Bulletin of Udmurt University. Series Biology. Earth Sciences 2: 131-138. (In Russ. with Engl. summary).
Karatygin I. V., Nezdoiminogo E. L., Novozhilov Y. K., Zhurbenko M. P. 1999. Russian Arctic Fungi. Check-list. St. Petersburg: 212 p. (In Russ. with Engl. summary).
Kovalenko A. E. 1989. Opredelitelgribov SSSR. Poryadok Hygrophorales [Handbook of the fungi of the USSR. Order Hygrophorales]. Leningrad: 165 p. (In Russ.).
Kovalenko A. E., Malysheva E. F., Morozova O. V. 2012. The genus Camarophyllopsis in Russia: new records and new species C. albofloccipes. Mikologiya ifitopatologiya 46(1): 54-66. (In Russ. with Engl. summary).
Kränzlin F. 2005. Fungi of Switzerland: a contribution to the knowledge of the fungal flora of Switzerland. Vol. 6: Russulaceae. Lucerne: 317 p.
Krasnaya kniga Kirovskoy Oblasti: zhivotnye, rasteniya, griby [Red data book of Kirov Region: animals, plants, fungi]. 2014. Kirov: 336 p. (In Russ.).
Krasnaya kniga Leningradskoy oblasti: Ob'ekty rastitel'nogo mira [Red data book of the Leningrad Region: Objects of plants world]. 2018. St. Petersburg: 848 p. (In Russ.).
Kudashova N. N., Gashkov S. I., Vaishlya O. B. 2016. Rare and protected species of fungi of Tomsk Oblast. Vestnik Tomskogo Gosudarstvennogo Universiteta. Biologiya 4(36): 79-109. (In Russ. with Engl. summary).
Kulikov P. V. 2005. Konspekt flory Chelyabinskoy oblasti (sosudistye rasteniya) [Check-list of flora of the Chelyabinsk Region (vascular plants)]. Ekaterinburg, Miass: 537 p. (In Russ.).
Kulikov P. V., Zolotareva N. V., Podgayevskaya E. N. 2013. Endemichnye rasteniya Urala vo flore Sverdlovskoy oblasti [Endemic plants of the Urals in the flora of the Sverdlovsk Region]. Ekaterinburg: 612 p. (In Russ.).
Lee O. 2017. University of British Columbia Herbarium (UBC) — Fungi Collection. Version 14.2. University of British Columbia. Occurrence dataset. https://doi.org/10.5886/h4px7g4b (Date of access: 27 XI 2018 via GBIF: https://www.gbif.org/occurrence/918991125).
Lesa Respubliki Komi [Forests of the Komi Republic]. 1999. Moscow: 332 p. (In Russ.)
Malysheva E. F., Svetasheva T. Yu. 2011. Rare and noteworthy species of agarics from the Western Caucasus. Fungi non delineati. Pars LXI. Alassio: 104 p.
Malysheva V. F., Malysheva E. F. 2008. The higher basidiomycetes in forest and grassland communities of Zhiguli. Moscow; St. Petersburg: 242 p. (In Russ. with Engl. summary).
Marina L. V. 2006. Agaricoid basidiomycetes of Visim Nature Reserve (Middle Urals). St. Petersburg: 102 p. (In Russ. with Engl. summary).
Morozova O. V. 2012. New data on agaricoid basidiomycetes of Novgorod Region. Polevoy se-zon-2011: Issledovaniya i prirodookhrannye deystviya na osobo okhranyaemykh prirodnykh ter-ritoriyakh Novgorodskoy oblasti [Field season-2011: Researches and conservancy in protected areas of the Novgorod Region]. Velikiy Novgorod: 5-8. (In Russ.).
Morozova O. V., Noordeloos M. E., Vila J. 2014. Entoloma subgenus Leptonia in boreal-temperate Eurasia: towards a phylogenetic species concept. Persoonia 32: 141-169. https://doi.org/10.3767/003158514X681774
Mukhutdinov O. I. 2007a. Griby roda Russula Pers. zapovednika «Visherskiy» (Permskiy kray) [Fungi of the Genus Russula Pers. in the Vishersky Reserve (Perm Territory)]. Vestnik Tyumen-skogogosudarstvennogo universiteta 6: 193-195. (In Russ.).
Mukhutdinov O. I. 2007b. Raznoobraziye gribov roda Cortinarius (Pers.) S. F. Gray zapovednika «Visherskiy» (Permskiy kray) [Diversity of fungi of the genus Cortinarius (Pers.) S. F. Gray in the Vishersky Reserve (Perm Territory)]. Estestvennye i tekhnicheskie nauki 5: 145-147. (In Russ.).
Naumov N. А. 1915. Griby Urala [Fungi of the Urals]. Zapiski Uralskogo obshchestva lyubiteley este-stvoznaniya 35: 1-48. (In Russ.).
Nezdoiminogo E. L. 1996. Opredelitel gribov Rossii: Poryadok Agarikovye. T. 1. Semeystvo Pautin-nikovye [Handbook of fungi of Russia: Order Agaricales. Iss. 1. Family Cortinariaceae]. St. Petersburg: 408 p. (In Russ.).
Opredelitel vysshikh rasteniy Bashkirskoy ASSR. T. 1. Sem. Onocleaceae-Fumariaceae [Keybook of plants of Bashkir ASSR. Vol. 1. Fam. Onocleaceae-Fumariaceae]. 1988. Moscow: 316 p. (In Russ.).
Ovesnov S. A. 1997. Konspekt flory Permskoy oblasti [Check-list of flora of the Perm Region]. Perm: 252 p. (In Russ.).
Palamarchuk M. A. 2012. Agarikoidnyye bazidiomitsety Pechoro-Ilychskogo zapovednika (Severnyy Ural) [Agaricoid basidiomycetes of the Pechoro-Ilych Reserve (North Urals)]. Syktyvkar: 152 p. (In Russ.).
Palamarchuk M. A. 2016a. Agaricoid basidiomycetes of the northern part of the National Park "Yugyd Va" (Subpolar Urals). Mikologiya ifitopatologiya 50(1): 24-34. (In Russ. with Engl. summary).
Palamarchuk М. А. 2016b. Taxonomic and trophic structure of the biota of agaricoid basidiomycetes in mountain tundras of the Subpolar Urals. Vestnik Tomskogo gosudarstvennogo universiteta. Bio-logiya 3(35): 60-73. (In Russ. with Engl. summary).
Palamarchuk M. A. 2017. Agaricoid basidiomycetes of «Don-ty» reserve (Komi Republic). Vestnik Instituta biologii Komi NC UrO RAN 2: 8-14. (In Russ. with Engl. summary).
Palamarchuk М. А., Kirillov D. V. 2017. Agaricoid basidiomycetes of Syktyvkar city and its vicinity (the Komi Republic). Mikologiya ifitopatologiya 51(3):137-146. (In Russ. with Engl. summary).
Palamarchuk М. А., Kirillov D. V. 2018. New data on agaricoid basidiomycetes of the National Park "Yugyd Va" (Subpolar and Northern Urals). Vestnik Instituta biologii Komi NC UrO RAN 1(33): 13-21. (In Russ. with Engl. summary).
Perevedentseva L. G. 2008. Konspekt agarikoidnykh basidiomytsetov Permskogo Kraya [The annotated list of agaricoid basidiomycetes of the Perm Territory]. Perm: 86 p. (In Russ.).
Perevedentseva L. G., Botalov W. S., Shishigin A. S. 2017. Monitoring of protected mushrooms of the Perm Territory: Lactarius volemus (Fr.) Fr. — Milkweed. Vestnik Permskogo Universiteta. Seriya Biologiya 1: 37-42. (In Russ. with Engl. summary).
Perevedentseva L. G., Shilkova T. A., Botalov V. S. 2011. New species of agarics for Perm Territory. Yestestvennye i tekhnicheskie nauki 2(52): 134-136. (In Russ. with Engl. summary).
Plutof. 2018. Natural History Museum, University of Tartu. Version 1.20. Occurrence dataset. https://doi.org/10.15156/bio/587444 (Date of access: 10 XI 2018 via GBIF: https://www.gbif.org/occurrence/1658351529).
Pochvy i rastitel'nost'doliny r. Bol'shoy Salym (Ob'-Irtyshskoye mezhdurech'e) [Soils and vegetation in the river valley of Bolshoy Salym (Ob-Irtysh interfluve)]. 2014. Surgut: 172 p. (In Russ.).
Popov E. S., Morozova O. V., Kotkova V. M., Novozhilov Yu. K., Zhurbenko M. P., Zmitrovich I. V., Kovalenko A. E. 2007. Preliminary list of Fungi and Myxomycetes of Leningrad region. St. Petersburg: 56 p.
Samgina D. I. 1981. Flora sporovykh rasteniy Kazakhstana. T. XIII (1). Agarikovye griby (Agari-cales) [Flora of cryptogamous plants of Kazakhstan. Vol. XIII (1). Agaricoid fungi (Agaricales)]. Alma-Ata: 272 p. (In Russ.).
Samgina D. I. 1985. Flora sporovykh rasteniy Kazakhstana. T. XIII (2). Agarikovyye griby (Agaricales) [Flora of cryptogamous plants of Kazakhstan. Vol. XIII (2). Agaricoid fungi (Agaricales)]. Alma-Ata: 272 p. (In Russ.).
Sarkina I. S. 2011. Annotirovannyy spisok sumchatykh i bazidial'nykh makromitsetov Krymskogo prirodnogo zapovednika [The annotated list of macrofungi of Crimean Nature Reserve]. Nauch-nye zapiskiprirodnogo zapovednika "Mys Martyan" 2: 6-42. (In Russ.).
Sarnari M. 2005. Monografia illustrata del Genere Russula in Europa. T. 2. Trento: 1567 p.
Sarycheva L. A., Svetasheva T. Yu., Bulgakov T. S., Popov E. S., Malysheva V. F. 2009. Mycobiota of Lipetsk Region. Voronezh: 287 p. (In Russ. with Engl. summary).
Shiryaeva O. S. 2015. Research history and species richness of agaricoid fungi in Sverdlovsk region. Vestnik of Orenburg State Pedagogical University 4(16): 49-58. (In Russ. with Engl. summary).
Shiryaeva O. S., Malysheva E. F. 2018. The genera Conocybe and Pholiotina (Bolbitiaceae, Agaricales) in the Sverdlovsk Region. Novosti sistematiki nizshikh rastenii 52(2): 387-396. (In Russ. with Engl. summary). https://doi.org/10.31111/nsnr/2018.52.2.387
Shkaraba E. M., Perevedentseva L. G., Moshkina E. V. 1990. Mikologicheskie issledovaniya v zapo-vednike Basegi [Mycological researches in the Basegi Reserve]. Ekologo-floristicheskie issledovaniya po sporovym rasteniyam Urala [Ecological and floristic researches on cryptogamic plants of the Urals]. Sverdlovsk: 93-100. (In Russ.).
Sopina A. A. 2001. Agarikoidnye bazidiomitsety gornykh lesov basseyna r. Beloy (Severo-Zapadnyy Kavkaz). Cand. Diss. [Agaricoid basidiomycetes of the mountain forest of the Belaya River basin (Northwest Caucasus). Cand. Diss.]. St. Petersburg: 224 p. (In Russ.).
Sorokin N. 1877. Beitrag zur Kenntniss der Cryptogamen - Flora der Uralgegend. Hedwigia. Notizblatt für kryptogamische Studien nebst Repertorium für kryptogamische Literatur 3: 40-44. (In Germ.).
Stepanova N. T., Sirko А. V. 1977. K flore agarikovykh gribov i gasteromitsetov Urala [To the flora of agaricoid and gasteroid fungi of the Urals]. Mikologicheskie issledovaniya na Urale [Mycological researches in the Urals]. Sverdlovsk: 51-106. (In Russ.).
Suslova T. A., Czhobadze A. B., Philippov D. A., Shiryaeva O. S., Levashov A. N. 2013. The second edition of Red Data Book of the Vologda Region: revisions in list of protected and biological control required species of plants and fungi. Fitoraznoobrazie Vostochnoy Evropy 7(3): 93-104. (In Russ. with Engl. summary).
Svetasheva T. Yu. 2004. Agarikoidnye bazidiomitsety Tulskoy oblasti. Cand. Diss. [Agaricoid basidiomycetes of Tula Region. Cand. Diss.]. Moscow: 216 p. (In Russ.).
Svetasheva T. Yu., Arslanov S. N., Bolshakov S. Yu., Volobuev S. V., Ivanov A. I., Potapov K. O., Ezhov O. N., Sarkina I. S., Khimich Yu. R., Borovichev E. A., Rebriev Yu. A., Ivoilov A. V., Zmitrovich I. V. 2017. New species for regional mycobiotas of Russia. 2. Report 2017. Mikologiya i fitopatologiya 51(6): 375-389.
Syuzev P. V. 1901. Vazhneyshie bolezni derev'yev i kustarnikov ot porazheniya ikh chastey parazit-nymi gribami na Urale [The main diseases of trees and shrubs caused by the destruction of their parts by parasitic fungi in the Urals]. Zapiski Uralskogo obshchestva lyubiteley estestvoznaniya 22: 5-15. (In Russ.).
Vesterholt J. 2005. The genus Hebeloma. Fungi of Northern Europe 3. Tilst: 146 p.
Zvyagina E. A., Baykalova A. S. 2017. New records to the fungal biodiversity list of the Yuganskiy Nature Reserve (Western Siberia). Environmental Dynamics and Global Climate Change 8(1): 25-42. (In Russ. with Engl. summary). https://doi.org/10.17816/edgcc8125-42
Литература
Basso M. T. 1999. Fungi Europaei. Lactarius Pers. Alassio: 844 p.
[Bulakh et al.] Булах Е. М., Васильева Н. В., Ерофеева Е. А. 2010. Первые сведения о базидиальных макромицетах государственного природного заповедника «Буреинский». Микология и фитопатология 44(2): 89-98.
Candusso M., Lanzoni G. 1990. Fungi Europaei. Vol. 4. Lepiota s. l. Saronno: 743 p.
[Chibilyov, Chibilyov] Чибилев А. А., Чибилев А. А. 2012. Природное районирование Урала с учетом широтной зональности и высотной поясности вертикальной дифференциации ландшафтов. Известия Самарского научного центра Российской академии наук 1(6): 16601665.
[Desyatova] Десятова О. А. 2007. Агарикоидные базидиомицеты Оренбургской области. I. Микология и фитопатология 41(1): 3-11.
[Desyatova] Десятова О. А. 2008. Агарикоидные базидиомицеты Оренбургской области. Дисс. ... канд. биол. наук. М.: 160 с.
Filippova N. 2018. The Fungarium of Yugra State University reference collection. Version 1.2. Yugra State University Biological Collection (YSU BC). Occurrence dataset. https://doi.org/10.15468/g4bk6h (Date of access: 10 XI 2018 via GBIF: https://www.gbif.org/oc-currence/1932392195).
Filippova N. V., Bulyonkova T. M. 2017. The diversity of larger fungi in the vicinities of Khanty-Mansiysk (middle taiga of West Siberia). Environmental Dynamics and Global Climate Change 8(1): 13-24. https://doi.org/10.17816/edgcc8113-24
Filippova N. V., Bulyonkova T. M., Lapshina E. D. 2015. Fleshy fungi forays in the vicinities of the YSU Mukhrino field station (Western Siberia). Environmental Dynamics and Global Climate Change 6(1): 3-31.
Flora Agaricina Neerlandica. Critical monographs on families of agarics and boleti occurring in the Netherlands. Vol. 3. Tricholomataceae. 1995. Rotterdam - Brookfield: 183 p.
[Flory...] Флоры, лихено- и микобиоты особо охраняемых ландшафтов бассейнов рек Косью и Большая Сыня (Приполярный Урал, НП «Югыд ва»). 2016. М.: 483 с.
Funga Nordica: Agaricoid, boletoid, clavarioid, cyphelloid and gastroid genera. 2012. Copenhagen: 1083 p.
[Gorbunova] Горбунова И. А. 2015. Новое о биоте агарикоидных и афиллофороидных базидиомицетов Республики Тува. Turczaninowia 18(4): 91-96. https://doi.org/10.14258/turc-zaninowia.18.4.12
[Gorchakovskiy] Горчаковский П. Л. 1965. О соотношении между горизонтальной зональностью и вертикальной поясностью растительного покрова на примере Урала и прилегающих равнин. География и динамика растительного покрова. Труды Института Биологии УФАН СССР. Вып. 42. Свердловск: 3-32.
Halama M., Rutkowski R. 2016. Meottomyces dissimulans (Agaricales, Basidiomycota), new for Poland. Polish Botanical Journal 61(1): 167-172. https://doi.org/10.1515/pbj-2016-0006
Hausknecht A., Klofac W., Krisai-Greilhuber I. 1997. Die Gattung Hydropus in Österreich. Österreichische Zeitschrift für Pilzkunde 6: 181-210. (In Germ.).
Hosoya T. 2018. Fungal Specimens of National Museum of Nature and Science (TNS). National Museum of Nature and Science, Japan. Occurrence dataset. https://doi.org/10.15468/y8xhm7 (Date of access: 27 XI 2018 via GBIF: https://www.gbif.org/occurrence/1829037852).
Index Fungorum. 2018. https://www.indexfungorum.org (Дата обращения: 10 XI 2018).
[Ivanov] Иванов А. И. 1983. К флоре агариковых грибов Пензенской области. III. Новости систематики низших растений 20: 76-83.
[Ivoilov, Bolshakov] Ивойлов А. В., Большаков С. Ю. 2011. Макромицеты Республики Мордовия. 2. Агарикоидные грибы. Порядки Boletales, Polyporales, Russulales. Вестник Мордовского университета 4: 162-166.
[Kapitonov] Капитонов В. И. 2008. Дополнение к списку макромицетов Удмуртии. Вестник Удмуртского университета. Серия Биология. Науки о Земле 2: 131-138.
[Karatygin et al.] Каратыгин И. В., Нездойминого Э. Л., Новожилов Ю. К., Журбенко М. П. 1999. Грибы Российской Арктики. СПб.: 212 с.
[Kovalenko] Коваленко А. Е. 1989. Определитель грибов СССР. Порядок Hygrophorales. Л.: 165 с.
[Kovalenko et al.] Коваленко А. Е., Малышева Е. Ф., Морозова О. В. 2012. Род Camarophyllopsis в России: новые находки и новый вид C. albofloccipes. Микология и фитопатология 46(1): 54-66.
Kranzlin F. 2005. Fungi of Switzerland: a contribution to the knowledge of the fungal flora of Switzerland. Vol. 6: Russulaceae. Lucerne: 317 p.
[Krasnaya...] Красная книга Кировской области: животные, растения, грибы. 2014. Киров: 336 с.
[Krasnaya...] Красная книга Ленинградской области: Объекты растительного мира. 2018. СПб.: 848 с.
[Kudashova et al.] Кудашова Н. Н., Гашков С. И., Вайшля О. Б. 2016. Редкие и охраняемые виды грибов Томской области. Вестник Томского государственного университета. Биология 4(36): 79-109.
[Kulikov] Куликов П. В. 2005. Конспект флоры Челябинской области (сосудистые растения). Екатеринбург; Миасс: 537 с.
[Kulikov et al.] Куликов П. В., Золотарева Н. В., Подгаевская Е. Н. 2013. Эндемичные растения Урала во флоре Свердловской области. Екатеринбург: 612 с.
Lee O. 2017. University of British Columbia Herbarium (UBC) - Fungi Collection. Version 14.2. University of British Columbia. Occurrence dataset. https://doi.org/10.5886/h4px7g4b (Date of access: 27 XI 2018 via GBIF: https://www.gbif.org/occurrence/918991125).
[Lesa...] Леса Республики Коми. 1999. М.: 332 с.
Malysheva E. F., Svetasheva T. Yu. 2011. Rare and noteworthy species of agarics from the Western Caucasus. Fungi non delineati. Pars LXI. Alassio: 104 p.
[Malysheva, Malysheva] Малышева В. Ф., Малышева Е. Ф. 2008. Высшие базидиомицеты лесных и луговых экосистем Жигулей. М.; СПб.: 242 с.
[Marina] Марина Л. В. 2006. Агарикоидные базидиомицеты Висимского заповедника (Средний Урал). СПб.: 102 с.
[Morozova] Морозова О. В. 2012. Новые данные об агарикоидных базидиомицетах Новгородской области. Полевой сезон-2011: Исследования и природоохранные действия на особо охраняемых природных территориях Новгородской области. Великий Новгород: 5-8.
Morozova O. V., Noordeloos M. E., Vila J. 2014. Entoloma subgenus Leptonia in boreal-temperate Eurasia: towards a phylogenetic species concept. Persoonia 32: 141-169. https://doi.org/10.3767/003158514X681774
[Mukhutdinov] Мухутдинов О. И. 2007а. Грибы рода Russula Pers. заповедника «Вишерский» (Пермский край). Вестник Тюменского государственного университетата 6: 193-195.
[Mukhutdinov] Мухутдинов О. И. 2007b. Разнообразие грибов рода Cortinarius (Pers.) S. F. Gray заповедника «Вишерский» (Пермский край). Естественные и технические науки 5:145-147.
[Naumov] Наумов Н. А. 1915. Грибы Урала. Записки Уральского общества любителей естествознания 35: 1-48.
[Nezdoiminogo] Нездойминого Э. Л. Определитель грибов России. Порядок Агариковые. Вып. 1. Семейство Паутинниковые. 1996. СПб.: 408 с.
[Opredelitel...] Определитель высших растений Башкирской АССР. Том 1. Сем. Onocleaceae-Fu-mariaceae. 1988. М.: 316 с.
[Ovesnov] Овеснов С. А. 1997. Конспект флоры Пермской области. Пермь: 252 с.
[Palamarchuk] Паламарчук М. А. 2012. Агарикоидные базидиомицеты Печоро-Илычского заповедника (Северный Урал). Сыктывкар: 152 с.
[Palamarchuk] Паламарчук М. А. 2016а. Агарикоидные базидиомицеты северной части национального парка «Югыд ва». Микология и фитопатология 50(1): 24-34.
[Palamarchuk] Паламарчук М. А. 2016b. Таксономическая и трофическая структуры биоты агарикоидных базидиомицетов горных тундр Приполярного Урала. Вестник Томского государственного университета. Биология 3(35): 60-73.
[Palamarchuk] Паламарчук М. А. 2017. Агарикоидные базидиомицеты заказника «Дон-ты» (Республика Коми). Вестник Института биологии Коми НЦ УрО РАН 2: 8-14.
[Palamarchuk, Kirillov] Паламарчук М. А., Кириллов Д. В. 2017. Агарикоидные базидиомицеты Сыктывкара и его окрестностей (Республика Коми). Микология и фитопатология 51(3): 137-146.
[Palamarchuk, Kirillov] Паламарчук М. А., Кириллов Д. В. 2018. Новые данные об агарикоидных базидиомицетах северной части национального парка «Югыд ва» (приполярный, Северный Урал). Вестник Института биологии Коми НЦ УрО РАН 1(33): 13-21.
[Perevedentseva] Переведенцева Л. Г. 2008. Конспект агарикоидных базидиомицетов Пермского края. Пермь: 86 с.
[Perevedentseva et al.] Переведенцева Л. Г., Боталов В. С., Шишигин А. С. 2017. Мониторинг охраняемых грибов Пермского края: Lactarius volemus (Fr.) Fr. — Подмолочник. Вестник Пермского Университета. Биология 1: 37-42.
[Perevedentseva et al.] Переведенцева Л. Г., Шилкова Т. А., Боталов В. С. 2011. Новые виды агарикоидных базидиомицетов для территории Пермского края. Естественные и технические науки 2(52): 134-136.
Plutof. 2018. Natural History Museum, University of Tartu. Version 1.20. Occurrence dataset. https://doi.org/10.15156/bio/587444 (Date of access: 10 XI 2018 via GBIF: https://www.gbif.org/occurrence/1658351529).
[Pochvy...] Почвы и растительность долины р. Большой Салым ( Обь-Иртышское междуречье). 2014. Сургут: 172 с.
Popov E. S., Morozova O. V., Kotkova V. M., Novozhilov Yu. K., Zhurbenko M. P., Zmitrovich I. V., Kovalenko A. E. 2007. Preliminary list of Fungi and Myxomycetes of Leningrad region. St. Petersburg: 56 p.
[Samgina] Самгина Д. И. 1981. Флора споровых растений Казахстана. Т. XIII (1). Агариковые грибы (Agaricales). Алма-Ата: 272 с.
[Samgina] Самгина Д. И. 1985. Флора споровых растений Казахстана. Т. XIII (2). Агариковые грибы (Agaricales). Алма-Ата: 272 с.
[Sarkina] Саркина И. С. 2011. Аннотированный список сумчатых и базидиальных макромицетов Крымского природного заповедника. Научные записки природного заповедника «Мыс Мартьян» 2: 6-42.
Sarnari M. 2005. Monografia illustrata del Genere Russula in Europa. T. 2. Trento: 1567 p.
[Sarycheva et al.] Сарычева Л. А., Светашева Т. Ю., Булгаков Т. С., Попов Е. С., Малышева В. Ф. 2009. Микобиота Липецкой области. Воронеж: 287 с.
[Shiryaeva] Ширяева О. С. 2015. История изучения и видовое богатство агарикоидных базидиомицетов Свердловской области. Вестник Оренбургского государственного педагогического университета. Электронный научный журнал 4(16): 49-58.
[Shiryaeva, Malysheva] Ширяева О. С., Малышева Е. Ф. 2018. Роды Conocybe и Pholiotina (Bol-bitiaceae, Agaricales) в Свердловской области. Новости систематики низших растений 52(2): 387-396. https://doi.Org/10.31111/nsnr/2018.52.2.387
[Shkaraba et al.] Шкараба Е. М., Переведенцева Л. Г., Мошкина Е. В. 1990. Микологические исследования в заповеднике Басеги. Эколого-флористические исследования по споровым растениям Урала. Свердловск: 93-100.
[Sopina] Сопина А. А. 2001. Агарикоидные базидиомицеты горных лесов бассейна р. Белой (Северо-Западный Кавказ). Дисс. ... канд. биол. наук. СПб.: 224 с.
Sorokin N. 1877. Beitrag zur Kenntniss der Cryptogamen - Flora der Uralgegend. Hedwigia. Notizblatt für kryptogamische Studien nebst Repertorium für kryptogamische Literatur 3: 40-44. (In Germ.).
[Stepanova, Sirko] Степанова Н. Т., Сирко А. В. 1977. К флоре агариковых грибов и гастеромицетов Урала. Микологические исследования на Урале. Свердловск: 51-106.
[Suslova et al.] Суслова Т. А., Чхобадзе А. Б., Филиппов Д. А., Ширяева О. С., Левашов А. Н. 2013. Второе издание Красной книги Вологодской области: изменения в списках охраняемых и требующих биологического контроля видов растений и грибов. Фиторазнообразие Восточной Европы 7(3): 93-104.
[Svetasheva] Светашева Т. Ю. 2004. Агарикоидные базидиомицеты Тульской области. Дисс. ... канд. биол. наук. М.: 216 с.
Svetasheva T. Yu., Arslanov S. N., Bolshakov S. Yu., Volobuev S. V., Ivanov A. I., Potapov K. O., Ezhov O. N., Sarkina I. S., Khimich Yu. R., Borovichev E. A., Rebriev Yu. A., Ivoilov A. V., Zmit-rovich I. V. 2017. New species for regional mycobiotas of Russia. 2. Report 2017. Mikologiya i fitopatologiya 51(6): 375-389.
[Syuzev] Сюзев П. В. 1901. Важнейшие болезни деревьев и кустарников от поражения их частей паразитными грибами на Урале. Записки Уральского общества любителей естествознания 22: 5-15.
Vesterholt J. 2005. The genus Hebeloma. Fungi of Northern Europe 3. Tilst: 146 p.
[Zvyagina, Baykalova] Звягина Е. А., Байкалова А. С. 2017. Дополнение к списку макромицетов заповедника «Юганский» (Западная Сибирь). Динамика окружающей среды и глобальные изменения климата 8(1): 25-42. https://doi.org/10.17816/edgcc8125-42
