Fungal records database of Khanty-Mansi Autonomous Okrug – Yugra (Russia, West Siberia)

Description

Data Records

The data in this occurrence resource has been published as a Darwin Core Archive (DwC-A), which is a standardized format for sharing biodiversity data as a set of one or more data tables. The core data table contains 15,040 records.

This IPT archives the data and thus serves as the data repository. The data and resource metadata are available for download in the downloads section. The versions table lists other versions of the resource that have been made publicly available and allows tracking changes made to the resource over time.

Versions

The table below shows only published versions of the resource that are publicly accessible.

How to cite

Researchers should cite this work as follows:

Filippova N, Arefyev S, Bulyonkova T, Zvyagina E, Kapitonov V, Makarova T, Mukhin V, Stavishenko I, Tavshanzhi E, Shiryaev A, Tolpysheva T, Sedelnikova N (2020): Fungal records database of Khanty-Mansi Autonomous Okrug – Yugra (Russia, West Siberia). v1.4. Yugra State University Biological Collection (YSU BC). Dataset/Occurrence. http://gbif.ru:8080/ipt/resource?r=fredy&v=1.4

Rights

Researchers should respect the following rights statement:

The publisher and rights holder of this work is Yugra State University Biological Collection (YSU BC). This work is licensed under a Creative Commons Attribution (CC-BY 4.0) License.

GBIF Registration

This resource has been registered with GBIF, and assigned the following GBIF UUID: 29e78377-34c3-4c91-8062-550069a92b70.  Yugra State University Biological Collection (YSU BC) publishes this resource, and is itself registered in GBIF as a data publisher endorsed by Participant Node Managers Committee.

Keywords

Occurrence; Specimen

Contacts

Geographic Coverage

The dataset is limited by the administrative borders of Khanty-Mansi Autonomous Okrug-Yugra. The region occupies the central part of the West Siberian Plain. The area extends for 1.400 km from the West to the East from Eastern slopes of the Ural mountains to Yenisey river and from North to South – 900 km. The relief of the region is mainly a plain, but western part of the territory is occupied by the Ural mountains with the highest points reaching up to 2.000 m. Taiga forests and widely spread peatlands occupy the plain, while the Urals represent mountain vegetation from taiga to alpine zones. All administrative divisions of the region were studied for fungi, however, the intensity of the research varies. Thus, 80% of all records in the database have been made at three districts (Berezovskiy rayon, Surgutskiy rayon, Khanty-Mansiyskiy rayon). Localities of the studies are situated randomly, no attempts of regular studies using grid pattern have been done before. The areas under different kinds of nature protection are better studied compared to others: about half of all records in the database comes from 13 protected areas.

Taxonomic Coverage

The taxonomic coverage of the database includes Fungi (Eumycota) and Myxomycota, totally about 2,600 species from 70 orders, 267 families and 823 genuses.

Temporal Coverage

Project Data

The mycological research in Khanty-Mansi Autonomous Okrug – Yugra (KHMAO) has been implemented for several decades and made by over 50 researchers working in the region. In 2016 a team of researchers who had worked previously in the area started collaborative work on the project with the goal to summarize the accumulated data on research and speries occurrences. As a result the historical review was published in two review articles (Filippova et al., 2017a, 2017b), the bibliography of mycological studies was compiled, and the database of fungal records was initiated. A short summary of historical review of the mycological research in the area is as follows: One of the well-studied ecological groups in the area is Lignicolous basidiomycetes. Victor A. Mukhin made a geographical analysis and studied ecological characteristics of lignicolous basidiomycetes through all zones of WS from the forest-steppe zone in the south to tundra-steppe in the north. A possible origin of the mycota in the geographic aspect was analyzed as well as the diversity of the species outlined and ecological factors affecting the species (e.g. humidity, temperature, substrate specialization, interspecific competition) described. Communities of lignicolous fungi were analyzed according to the inhabited forest types: dark coniferous, light coniferous, broad-leaved, small-leaved or floodplain forests. Stages of wood decomposition are described in WS and characterized by the species of relevant fungal communities. Finally, the rare species of particular habitats and zones were revealed, and the recommendations on their protection were proposed. Stanislav P. Arevyev and Iraida V. Stavishenko continued researching lignicolous basidiomycetes in the region. They provided additional studies of species diversity in the most part of conservation areas and made ecological monitoring in the areas of oil and gas extraction. Iraida V. Stavishenko described in detail the lignicolous macrofungi of the middle-taiga Priobye region in her PhD thesis. Stanislav P. Arefyev used mathematical methods of ecological modeling to predict species composition of lignicolous fungi depending on substrate characteristics, climate and disturbance of the forest. The forest- and phytopathological studies were undertaken by Stanislav P. Arefyev, and Tatiana A. Makarova with coauthors. The fungal pathogens of Siberian pine (Pinus sibirica) were studied and the ecological causes of diseases described along with recommendations on afforestation of Siberian pine cultures. The studies on the causes and extent of the myco-pathological diseases of urban spaces were made in Surgut city and in some other areas. The terricolous macrofungi are an important ecological group of saprotrophs and ecto-mycorrhizal species. The diversity of macrofungi was studied in a number of areas of KhMAO: the most intense studies were made in its capital – Khanty-Mansiysk vicinities and in the south-east part (Yuganskiy Nature Reserve). Nina V. Filippova with co-authors revealed species diversity and community structure in forests near Khanty-Mansiysk and Elena A. Zvyagina with coauthors have been implementing permanent research of mycobiota in Yuganskiy reserve. In addition to the annotated species lists, particular features of ecology, biology and abundance were described in separate works for some rare and protected or under-studied species. The study of mycobiota of clavarioid basidiomycetes was made in one conservation area (Anton G. Shiryaev). The region of Yugra is sufficiently bogged, where peatlands could cover up to 70% of the territory in some regions. The fungal communities of peatlands (raised bogs) were studied here in details, such as: macrofungi, microfungi on different litter debris of bog plants, yeasts on Sphagnum and bog plants, lignicolous fungi of bog pines and others. The lichens represent a large part of the species list of fungi described in the region. The lichen mycobiota was described in several conservation areas, the highest diversity revealed in the North Ural mountains reaching about 900 species within a relatively small area (Nadezhda V. Sedelnikova). The species diversity of myxomycetes was revealed in two studies at conservation areas. The fungal conservation programs were started in the region after publication of the first Red list of fungi (2003). Henceforth, data on rare species have been accumulated during the following inventories and special rare species monitoring programs. The second improved edition of the Red list of fungi (2013) included 53 species of fungi and 29 species of lichens. There were three species and one combination newly described in the region during the history of its research and some additional works report on collections of possibly under-described species which leaves a wide field of future work. Development of mycological research in the region requires organization of the fungal collections (fungaria) which could promote research in fungal diversity, taxonomy, ecology and applied fields in the region. There are only five known collections of fungi located in the region, which are part of biological collections of museums, universities or Nature Reserves. The total amount of specimens of fungi and lichens in these collections reaches about 10.000. A large part of the collected and identified specimens are stored outside the borders of Yugra in the federal Russian collections (like LE, Botanical Institute in Saint-Petersburg) or in other collections located in the researchers institutions.

The personnel involved in the project:

Nina Filippova

• Curator

http://orcid.org/0000-0002-9506-0991

Sampling Methods

Methods of fungal observations in the publications, included in FReDY vary in different studies but generally follow protocols of (Mueller et al., 2004, Biodiversity of fungi: inventory and monitoring methods). A majority of the records was made using direct observations (no cultivation) during inventory work in the area. Plot-based monitoring for recording terrestrial and lignicolous macrofungi was organized by some researchers and allowed to estimate quantitative parameters and dynamics of fungal communities. The majority of records was accompanied by specimens sampling which are now stored in different collections. Five of these collections located in the region are parts of biological collections of Museums, Universities or Nature Reserves. The total amount of specimens of fungi in these collections reaches about 10.000. The largest part of the collected and identified specimens is stored utside the borders of Yugra in the federal Russian collections (like LE, Botanical Institute in Saint-Petersburg) or in other collections located in researchers institutions.

Method step description:

1. The bibliography of mycological publications related to Yugra region was compiled and the history review of previous studies was published (Filippova et al., 2017a, 2017b).
2. The layout of the Fungal Records Database of Yugra (FReDY) was made using Microsoft Excel and Google Sheets software. The database was organized based on DarwinCore standards (Филиппова, Большаков, 2017).
3. All available publications withspecies occurrences of fungi and myxomycetes were used for compillation of the database.
4. Every species occurrence with its locality informaiton and other related data was added as a single record.
5. The coordinate uncertainty differed from records with coordinates taken directly in the field to mere indication of a district (or region). The uncertainty was recorded in «coordinateUncertaintyInMeters» accordingly.
6. Russial locality names were translated to English using Yandex.maps (https://yandex.com/maps) for «locality» field. Russian descriptions were reserved in the field «verbatimLocality» for accuracy.
7. The «eventDate» (date of collection) was extracted from publications when possible, otherwise the date of publication was used.
8. The collection numbers were extracted from publications when provided: about a third of the records had «fieldNumber».
9. The provided habitat features, the substrates and related host plant species were imported in «habitat».
10. The original species names were corrected for spelling using GBIF "Species matching" tool.
11. The synonymization was done using GBIF "Species matching" tool. The original names as reported in publications were preserved in the «OriginalNameUsage».

Bibliographic Citations

1. Arefyev S. P. 1990. Ksilotrofnye bazidiomitsety, razvivayushchiesya na kedre v Tyumenskoy oblasti [Lignocolous basidiomycetes developing on Pinus sibirica in Tyumen region]. In: Ekologo-floristicheskie issledovaniya po sporovym rasteniyam Urala: cb. nauch. trudov [Ecological & floristical studies on spore plants of the Ural: collection of scientific papers]. Gorchakovskiy P.L. (Ed.). Sverdlovsk, UrO AN SSSR, 43–46. [in Russian]
2. Arefyev S. P. 1990. Gnilevye bolezni sosny sibirskoy v lesakh srednetaezhnogo Priirtyshya: Avtoref. dis. ... kand. biol. nauk [Rots of Siberian pine in the forests of middle taiga zone of the Irtysh river basin: PhD thesis]. Sverdlovsk, 25 pp. [in Russian]
3. Arefyev S. P. 1991. Xylotrophic fungi - the causal agents of Siberian pine (Pinus sibirica du Tour) rot in the central taiga Irtysh river basin. Mycology and phytopathology, 25, 5: 419–425. [in Russian]
4. Arefyev S. P. 2001. Wood-attacking fungi in the ecological monitoring of the middle Ob oil-fields. Vestnik ekologii, lesovedeniya i landshaftovedeniya, 2: 67–85. [in Russian]
5. Arefyev S. P. 2008. Derevorazrushayushchie griby [Lignicolous fungi]. In: Prirodnyy kompleks parka «Numto» [Nature complex of the «Numto» Natural Park]. Valeeva E.I. et al. (Eds.). Novosibirsk, Nauka: 112–126. [in Russian]
6. Arefyev S. P. 2008. Novye nakhodki redkikh gribov na territorii Tyumenskoy oblasti [New records of rare fungi in Tyumen region]. In: IV Mezhdunarodnaya nauchno-prakticheskaya konferentsiya «AUS SIBIRIEN 2008»: nauchno-informatsionnyy sbornik [IV International scientific-practical conference «ASU SIBIRIEN 2008»: scientific-informational materials]. Tyumen, «KoLeSo»: 13–15.) [in Russian]
7. Arefyev S. P. 2011. On mycoflora of the lower Irtysh basin. Vestnik ekologii, lesovedeniya i landshaftovedeniya [Bulletin of ecology, forestery and landcape science], 12: 22–28. [in Russian]
8. Baykalova, A. S., Zvyagina, E. A. 2008. Novye nakhodki redkikh i okhranyaemykh vidov rasteniy i gribov v yuzhnoy chasti Surgutskogo rayona [New records of rare and protected species of plants and fungi in the south part of Surgut district]. Sbornik nauchnykh trudov biologicheskogo fakulteta [Scientific materials of biological faculty], 4: 12–20. [in Russian]
9. Bondartsev A. S. 1916. Trutoviki sobrannye V.N. Sukachevym i obrabotannye A. Bondartsevym [Collections of Aphyllophoroid fungi collected by V.N. Sukachev and identified by A. Bondartsev]. Zapiski Imperatorskoy Akademii Nauk [Notes of the Imperial Academy of Sciences], XXVIII, 23: 1–3. [in Russian]
10. Vasin A. M., Vasina, A. L. (Eds.) 2013. Krasnaya kniga Khanty-Mansiyskogo avtonomnogo okruga - Yugry [Red book of Khanty-Mansiyk Autonomous Okrug - Yugra]. Izdatelstvo Basko, Ekaterinburg. [in Russian]
11. Gordeev Yu. I. 2010. Gribnye debri Severnoy Taygi [Fungi of North taiga]. In: PrO griby v Yugre. Nauchno-populyarnye rasskazy o mikologicheskikh ekskursiyakh i illyustrirovannaya entsiklopediya gribov [Fungal Forays in Yugra. Stories about mycological forays and illustrated encyclopedia of mushrooms]. Filippova N.V. et al. (Eds.). Khanty-Mansiysk, YSU. CD. [in Russian]
12. Zvyagina E. A., Baykalova A.S., Kondrashov A. S., James T. Y. 2009. Raznoobrazie gribov roda Suillus s.l. v zapovednike «Yuganskiy» [The diversity of Suillus s.l. in the Yugansky nature reserve]. In: Ekologiya i prirodopolzovanie v Yugre. Materialy nauchno-prakticheskoy konferentsii [Ecology and nature management in Yugra. Materials of academic and applied research conference]. Surgut, 2009: 34–35. [in Russian]
13. Zvyagina E. A. 2008. Predvaritelnye svedeniya o vidovom sostave makromitsetov v basseyne r. Salym [Preliminary information on species diversity of macromycetes in the Salym river basin]. Severnyy region: nauka, obrazovanie, kultura. Nauchnyy kulturno-prosvetitelskiy zhurnal [Northern region: science, education, culture. Scientific cultural-educational journal], 2, 18: 23–30. [in Russian]
14. Zvyagina E. A. 2012. New records of rare and endangered macromycetes in Khanty-Mansiysk region. Environmental dynamics and global climate change, 3, 1 (5): EDССrar0004. [in Russian]
15. Zvyagina E. A. 2015. On the biology and ecology of Sarcosoma globosum in the moddle taiga belt of West Siberia. Environmental dynamics and global climate change, 6, 2 (12): 3–11. [in Russian]
16. 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, 2: 25–42. [in Russian]
17. Zvyagina E. A., Baykalova A. S. 2012. Predvaritelnye svedeniya o mikobiote Agarikoidnykh bazidiomitsetov Surgutskogo polesya [Preliminary information on mycobiota of Agaricoid macromycetes in Surgutskoe Polesie]. In: Chelovek i Sever: Antropologiya, arkheologiya, ekologiya: materialy vserossiyskoy konferentsii. g. Tyumen, 26–30 marta 2012 g [Man and the North: anthropology, archaeology and ecology: materials of all-Russian conference (Tyumen, 26–30 March 2012)]. Tyumen, Izd. IPOS SO RAN: 343–346. [in Russian]
18. Zvyagina E. A., Baykalova A. S., Gorbunova I. A. 2007. Macromycetes of the reserve Yuganskiy. Mycology and phytopathology, 41, 1: 29–40. [in Russian]
19. Zvyagina E. A., Vasina A. L. 2015. New data on macromycetes of the Malaya sosva nature reserve (Khanty-Mansi region). Mycology and phytopathology, 49, 6: 349–358. [in Russian]
20. Kataeva O. A., Makarova I. I., Taran G. S., Tyurin V. N. 2005. Lichens of Ob river floodplain in the surroundings of Surgut city (Tyumen region, Western Siberia). Novit. Syst. Pl. non Vasc., 38: 186–199. [in Russian]
21. Kataeva O. A., Makarova I. I., Taran G. S., Tyurin V. N. 2005. Some new and interesting lichens for Tyumen region and Western Siberia. Novit. Syst. Pl. non Vasc., 39: 198–202. [in Russian]
22. Kachalkin A. V. 2010. Drozhzhevye soobshchestva sfagnovykh mkhov : avtoref. diss. … kand. biol. nauk. [Yeast communities of Sphagnum mosses: PhD thesis] M., 26 pp. [in Russian]
23. Lapshina E. D., Koneva V. A. 2010. Species diversity of ground lichens in the raised bog vegetation of the Irtysh left-bank terraces. Environmental dynamics and global climate change, 1, 1: 1–6. [in Russian]
24. Makarova, I.I., Taran, G.S., Tyurin, V.N. 2002. Lishajniki okrestnostej g. Surguta (Tjumenskaja oblast, Zapadnaja Sibir) [Lichens of Surgut city surroundings (Tyumen oblast, Western Siberia)]. Novit. Syst. Pl. non Vasc., 36: 150–161. [in Russian]
25. Makarova T. A., Makarov P. N., Alekhina L. V. 2009. Mikobiota berezy v usloviyakh severa Tyumenskoy oblasti [Mycobiota of birch in the North of Tyumen region]. Vestnik Orenburgskogo gosudarstvennogo universiteta [Orenburg state university bulletin]: 122–125. [in Russian]
26. Makarova T. A., Makarov P. N., Muratova R.R. 2009. Sanitarnoe sostoyanie zelenykh nasazhdeniy v gorode Surgute [Phytopathological conditions of the plantations in the Surgut city]. Vestn. razvitiya nauki i obrazovaniya [Bulletin of development of science and education], 2: 3–7. [in Russian]
27. Makarova T. A., Makarov P. N., Alekhina L. V., Revutskaya N.P. 2009. Fitosanitarnoe sostoyanie rasteniy roda Salix v nasazhdeniyakh goroda Surguta [Phytopatological conditions of planted Salix in the Surgut city]. Nauchnoe obozrenie [Scientific review], 4: 25–30. [in Russian]
28. Makarova T. A., Makarov P. N., Alekhina L. V. 2011. Phytosanitary condition of Pine forests in the north of the Tyumen region. Plant protection news, 3: 61–64. [in Russian]
29. Makarova T. A., Makarov P. N., Medvedovich E. V. 2014. Bolezni derevev i kustarnikov v nasazhdeniyakh goroda Surguta [Tree and shrub diseases in the plantations of the Surgut city]. In: Ekologiya i prirodopolzovanie v Yugre : materialy Vseros. nauch.-prakt. konf., posvyashch. 15-letiyu kaf. ekologii SurGU (Surgut, 24–25 okt. 2014 g.) [Ecology and nature management in Yugra: materials of all-Russia scientific-practical conference in honor of 15 years of ecology department of Surgis state university]. Surgut: 34–35. [in Russian]
30. Makarova T. A, Makarov P. N., Zvyagina E. A., Bobrikov A. A. 2015. Shlyapochnye griby i ikh fitotsenoticheskoe raspredelenie na territorii goroda Surguta i ego okrestnostey [Mushrooms in relation to plant communities in the plantations of the Surgut city]. Sovremennye problemy nauki i obrzovaniya [Contemporary problems of science and education], 6. URL: http://www.science-education.ru/ru/article/view?id=23001 [in Russian ]
31. Makarova T. A., Makarov P. N., Revutskaya N. P., Maksimenko Yu. P. 2015. Infektsionnye bolezni rasteniy semeystva Salicaceae na territorii Khanty-Mansiyskogo Avtonomnogo okruga - Yugry [Infectious diseases of Salicaceae in Khanty-Mansi autonomous okrug-Yugra].Vestnik Orenburgskogo gosudarstvennogo universiteta [Orenburg state university bulletin], 6, 181: 25–32. [in Russian]
32. Makarova T. A. 2009. Infektsionnye bolezni drevesnykh rasteniy v nasazhdeniyakh g. Surguta [Infectious diseases of arboreal plants in plantations of the Surgut city]. In: Ekologiya i prirodopolzovanie v Yugre. Materialy nauchno-prakticheskoy konferentsii, Surgut [Ecology and nature management in Yugra. Materials of scientific-practical conference, Surgut]. Surgut, Izd-vo SURGU: 67–68. [in Russian]
33. Makarova T. A. 2011. Fitopatogennye mikromitsety derevev i kustarnikov KhMAO [Pathogenic micromycetes of trees and shrubs in Khanty-Mansi autonomous okrug]. In: Sovremennye problemy biologicheskikh issledovaniy v Zapadnoy Sibiri i na sopredelnykh territoriyakh: materialy vserossiyskoy nauchnoy konferentsii, 2–4 Iyunya 2011 g. [Contemporary problems of biological research in West Siberia and adjacent areas: materials of all-Russia scientific conference]: 207–210. [in Russian]
34. Makarova T. A., Krasnozhenova M. S. 2013. Bolezni kartofelya (Solanum tuberosum L.) i stepen ikh vredonosnosti na territorii Surgutskogo rayona [Infections of potato (Solanum tuberosum L.) in Surgutskiy district]. Severnyy region: nauka, obrazovanie, kultura. Nauchnyy kulturno-prosvetitelskiy zhurnal [Northern region: science, education, culture. Scientific cultural and educational journal], 1: 107–112. [in Russian]
35. Makarova T. A., Makarov P. N. 2016. Vozbuditeli infektsionnykh bolezney rasteniy v nasazhdeniyakh goroda Surguta [Infectious diseases of plants in plantations of the Surgut city]. Nauchnyy almanakh: biologicheskie nauki [Scientific almanac: biological sciences], 1–2, 15: 477–479. [in Russian]
36. Makarova T. A., Makarov P. N. 2016. Necrotic-cancerous plant diseases and their control measures in stands the city of Surgut. Bulletin Of Nizhnevartovsk State University, 2: 81–87. [in Russian]
37. Mukhin V. A. 1993. Biota xylotrofnykh bazidiomitsetov Zapadno-Sibirskoy ravniny [Boita of lignicolous basidiomycetes of West Siberian plain]. Ekaterinburg, UIF «Nauka», 232 pp. [in Russian]
38. Vasin A. M. 2003 (Ed.) Krasnaja kniga Hanty-Mansijskogo avtonomnogo okruga: Zhivotnye, rastenija, griby [Red book of Khanty-Mansi Autonomous Okrug: animals, plants, fungi]. Ekaterinbugr, Pakrus, 343 p. [in Russian]
39. Paukov A. G., Mikhaylova I. N. 2009. Lishayniki prirodnogo parka «Samarovskiy Chugas» [Lichens of Nature Park «Samarovskiy Chugas»]. In: Sbornik materialov V mezhdunarodnoy konferentsii «Izuchenie gribov v biogeotsenozakh» (Perm, 7–13 sentyabrya 2009) [Collection of materials of V international conference “Study of fungi in biogeocoenoses” (Perm, 7–13 September 2009]: 322–324. [in Russian]
40. Perevalova Yu. V., Makarova T. A. 2011. Biologija mikromicetov topolja v Surgutskom rajone [Biology of micromycetes of poplar in Surgut district]. In: Sovremennye problemy biologicheskikh issledovaniy v Zapadnoy Sibiri i na sopredelnykh territoriyakh: materialy vserossiyskoy nauchnoy konferentsii, 2–4 Iyunya 2011 g. [Contemporary problems of biological research in West Siberia and adjacent areas: materials of all-Russia scientific conference]: 222-223. [in Russian]
41. Pignati V. 1912. Spisok gribov, sobrannykh v g. Tobolske i ego okrestnostyakh [The list of fungi collected in Tobolsk and its surroundings]. Ezhegodnik Tobolskogo gubernskogo muzeya [Nespaper of the Tobolsk province museum], XX: 16–18. [in Russian]
42. Sedelnikova N. V. 2010. Species diversity of lichens in the designed Manyinsky Natural park and the basin of the Malaya Sosva river (Subpolar and North Urals, Khanty-Mansi autonomous okrug - Yugra). Vestnik ekologii, lesovedeniya i landshaftovedeniya [Bulletin of ecology, forestery and landscape science], 11: 3–36. [in Russian]
43. Stavishenko I. V. 2002. Transformatsiya lesnykh soobshchestv ksilotrofnykh gribov pod vozdeystviem NGD [Transformation of xylotrophic fungal communities in forests under oil and gas extraction impact]. In: Degradatsiya i demutatsiya lesnykh ekosistem v usloviyakh neftegazodobychi [Degradation and demutation of forest ecosystems under impact of oil an gas extraction]. Zalesov S.V. et al. (Eds.). Ekaterinburg, 278–338. [in Russian]
44. Stavishenko I. V. 2003. Ksilotrofnye makromitsety yuzhnoy chasti territorii Zapovedno-prirodnogo parka «Sibirskie Uvaly» [Xylotrophic macromycetes of south part of Nature Park «Sibirskie Uvaly»]. In: [Ecological studies of eastern part of Nature Park «Sibirskie Uvaly»: collection of scientific papers], 26–35. [in Russian]
45. Stavishenko I. V. 2007. Aphyllophoroid fungi of the natural park Kondinskyie lakes (West Siberia). Mycology and phytopathology, 41, 2: 152–163. [in Russian]
46. Stavishenko I. V. 2007. Materialy k vidovomu raznoobraziyu afilloforoidnykh gribov zapovednika «Malaya Sosva» [Additions to species diversity of Aphyllophoroid fungi in the Malaya Sosva nature reserve]. Biologicheskie resursy i prirodopolzovanie [Biological resources and nature management] 10: 116–127. [in Russian]
47. Stavishenko I. V. 2008. Vidovoe raznoobrazie derevorazrushayushchikh bazidialnykh gribov lesov urochishcha «Shapshinskoe» [Species diversity of lignicolous basidiomycetes in forests of urochishcha «Shapshinskoe»]. Biologicheskie resursy i prirodopolzovanie [Biological resources and nature management], 11: 101–116. [in Russian]
48. Stavishenko, I. V. 2008. Paraziticheskie i poluparaziticheskie bazidialnye griby prirodnogo parka «Samarovskiy Chugas» [Parasitic and hemiparasitic species of basidiomycetes in the Samarovskiy Chugas Nature Park]. Forestry bulletin, 3, 6: 79–84. [in Russian]Ставишенко, 2008, Паразитические и полупаразитические
49. Stavishenko I. V. 2016. Xylotrophic basidiomycetes of Ob-Irtysh left bank area. Bulletin of Udmirt University: biology and earth sciences, 26, 1: 71–78. [in Russian]
50. Stavishenko I. V., Zalesov, S. V. 2008. Flora i fauna prirodnogo parka «Samarovskiy chugas»: Xylotrofnye bazidialnye griby [Flora and fauna of the Samarovskiy Chugas nature park: xylotrophic basidiomycetes]. Ekaterinburg, Ural. gos. lesotekhn. un-t, 104 pp. [in Russian]
51. Stavishenko I. V., Mukhin, V. A. 2002. Ksilotrofnye makromitsety Yuganskogo zapovednika [Xylotrophic macromycetes of the Yuganskiy nature reserve]. Ekaterinburg, Izd-vo «Ekaterinburg», 175 pp. [in Russian]
52. Tavshanzhi E. I. 2010. Izuchenie vidovogo raznoobraziya gribov Khanty-Mansiyskogo avtonomnogo okruga [The study of species diversity of fungi in Khanty-Mansi autonomous okrug]. In: Tretya Yugorskaya polevaya muzeynaya biennale: sbornik dokladov i soobshcheniy nauchno-prakticheskoy konferentsii «Rol polevykh issledovaniy v sokhranenii istoricheskogo i kulturnogo naslediya Yugry» [Role of field studies in protection of historical and cultural inheritance of Yugra / proceedings of the third field museum biennale of Yugra ]. Ekaterinburg: Izdatelstvo «Basko»: 182–188. [in Russian]
53. Tavshanzhi E. I. 2012. Izuchenie mikobioty Khanty-Mansiyskogo avtonomnogo okruga – Yugry: polevye issledovaniya 2010 goda [The study of mycobiota in Khanty-Mansi autonomous okrug-Yugra: field season 2010]. In: Chetvertaya Yugorskaya polevaya muzeynaya biennale: sbornik dokladov i soobshcheniy nauchno-prakticheskoy konferentsii «Rol polevykh issledovaniy v sokhranenii istoricheskogo i kulturnogo naslediya Yugry» [Role of field studies in protection of historical and cultural inheritance of Yugra / proceedings of the fourth field museum biennale of Yugra]. Khanty-Mansiysk, Print-Klass: 29–34. [in Russian]
54. Tavshanzhi E. I. 2016. Interesnye nakhodki gribov v zapovednike «Malaya Sosva» i ego okrestnostyakh [Interesting finds of fungi in the Malaya Sosva nature reserve and vicinities]. In: Shestaya Yugorskaya polevaya muzeynaya biennale: sbornik dokladov i soobshcheniy nauchno-prakticheskoy konferentsii «Rol polevykh issledovaniy v sokhranenii istoriko-kulturnogo i prirodnogo naslediya Yugry» [Role of field studies in protection of historical and cultural inheritance of Yugra / proceedings of the sixth field museum biennale of Yugra]. Khanty-Mansiysk: OOO «E-PRINT»: 42–45. [in Russian]
55. Taran G. S., Sedelnikova N. V., Pisarenko O. Yu., Golomolzin V. V. 2004. Flora i rastitelnost Elizarovskogo gosudarstvennogo zakaznika [Flora and vegetation of the Elizarovskiy nature reserve ]. Novosibirsk, Nauka, 212 pp. [in Russian]
56. Trapeznikova S. N. 2003. Materials to flora of lichens from the «Siberian Uvaly» Park. In: Ekologicheskie issledovaniya vostochnoy chasti Sibirskikh Uvalov: sb. nauch. tr. [Ecological studies of eastern part of Nature Park «Sibirskie Uvaly»: collection of scientific papers], 2: 36–42. [in Russian]
57. Fefelov K. A. 2002. Myxomycetes of the Sibirskie Uvaly natural park (West siberian Plain). In: Ekologicheskie issledovaniya vostochnoy chasti Sibirskikh Uvalov: sb. nauch. tr. [Ecological studies of eastern part of Nature Park «Sibirskie Uvaly»: collection of scientific papers]: 93–103. [in Russian]
58. Fefelov K. A. 2007. Myxomycetes of natural reserve «Malaya Sosva». Biologicheskie recursy i prirodopolzovanie [Biological resources and nature management], 10: 128–133. [in Russian]
59. Filippova N. V. 2009. Makromitsety oligotrofnykh bolot na territorii prirodnogo parka «Kondinskie ozera» [Macromycetes of raised bogs in the Konda Lakes nature park]. In: Istoriko-kulturnoe i prirodnoe nasledie kak faktor razvitiya territorii. Vserossiyskaya nauchno-prakticheskaya konferentsiya, g. Sovetskiy, 2009 [Historical, cultural and natural inheritance as a factor of development of the territory. All-Russian scientific-practical conference, Sovetskiy, 2009]: 138–142. [in Russian]
60. Filippova N. V. 2012. Discomycetes from plant, leave and sphagnum litter in ombrotrophic bog (West Siberia). Environmental dynamics and global climate change, 3, 1: EDCCrar0003.
61. Filippova N. V. 2014. On the communities of fungi of raised bogs in taiga belt of West Siberia. I. Macrofungi. Mycology and phytopatholgy, 48, 6: 386–392. [in Russian]
62. Filippova N. V. 2015. On the communities of fungi of raised bogs in taiga belt of West Siberia. II. Microfungi on plant litter. Mycology and phytopatholgy, 49, 3: 164–172. [in Russian]
63. Filippova N. V. 2016. Soobshchestva gribov verkhovykh bolot sredney taygi Zapadnoy Sibiri. Diss. ... kand. biol. nauk. [Fungal communities of raised bogs in the middle taiga zone of West Siberia: PhD thesis] Novosibirsk, 143 pp. [in Russian]
64. Filippova N. V., Zmitrovich I. V. 2014. Wood decay community of raised bogs in West Siberia. Environmental dynamics and global climate change, 4, 1 (7): EDCCrar0008.
65. Chabanenko S. I., Taran A. A. 2004. Lishayniki Yuganskogo gosudarstvennogo prirodnogo zapovednika [Lichens of the Yuganskiy Nature Reserve]. In: Monitoring rastitelnogo pokrova okhranyaemykh territoriy rossiyskogo Dalnego Vostoka [Monitoring of vegetation in protected areas of Russia Far East]: 192–201. [in Russian]
66. Shepeleva L. F., Shepelev A. I., Samoylenko Z. A., Volegova E. A., Mazitov R. G., Lukyanenko D. N., Zvyagina E. A., Matkovskaya Yu. N. 2013. Pochvy i rastitelnost doliny r. Bolshoy Salym (Ob-Irtyshskoe mezhdureche) [Soils and vegetation of Bolshoy Salym river basin]. Surgut, ITs SurGU, 160 pp. [in Russian]
67. Shiryaev A. G. 2002. Clavarioid basidiomycetes of the Sibirskie Uvaly natural park. In: Ekologicheskie issledovaniya vostochnoy chasti Sibirskikh Uvalov: sb. nauch. tr. Zapoved. – prirod. Parka «Sibirskie Uvaly» [Ecological studies of eastern part of the Sibirskie Uvaly Nature Park: collection of research papers]: 69–79. [in Russian]
68. 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 (11): 3–31.
69. 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.
70. Filippova N. V., Thormann M. N. 2014. Communities of larger fungi of ombrotrophic bogs in West Siberia. Mires and Peat, 14: 1–22.
71. Filippova N. V., Zvyagina E. A. 2013. Bulyonkova T.M. Ascocoryne turficola (Boud.) Korf records from West Siberia. Fungi, 6, 3: P. 26–30.
72. Justo A., Malysheva E., Bulyonkova T., Vellinga E.C., Cobian G., Nguyen N., Minnis A. M., Hibbett D. S. 2014. Molecular phylogeny and phylogeography of Holarctic species of Pluteus section Pluteus (Agaricales: Pluteaceae), with description of twelve new species. Phytotaxa, 180, 1: 1–85.
73. Malysheva E., Morozova O., Zvyagina E. 2007. New records of the annulate Pluteus in European and Asian Russia. Acta Mycologica, 42, 2: 153–160.
74. Zvyagina E. A., Aleksandrova A. V., Bulyonkova T. M. 2015. Omphalina discorosea: taxonomical position of the species. Mycology and phytopathology, 49, 1: 19–25.
75. Shalatonov E.N. Dopolneniya k spisku flory bolot prirodnogo parka "Numto" [Supplements to the floristic list of the bogs in the "Noomto" natural park]. Vestnik ekologii, lesovedeniya i landshaftovedeniya, 10: 62-67.
76. Stavishenko I.V. 2011. Aphyllophorovie gribi zapovednika "Malaya Sosva" (Zapadnaya Sibir) [Polyporoid fungi of the Nature Reserve "Yuganskiy" (Western Siberia)]. Mycology and phytopathologi, 45, 2: 142–57. [in Russian]
77. Tolpysheva T.Yu., Shishkonakova E.A. 2019. Lishayniki yuzhnoy chasti parka "Numto" (KhMAO-Yugra, Zapadnaya Sibir) [Lichens of the southern part of the Nature Park "Numto" (KHMAO-Yugra, Western Siberia)]. Rastitel'nyj Mir Aziatskoj Rossii (Plant Life of Asian Russia), 1: 15–22.
78. Trapeznikova S.N. 2002. Pervye svedeniya o makrolishajnikah Zapovedno-Prirodnogo parka "Sibirskie Uvaly" [First notify about macrolichens of the „Sibirskie Uvaly“ Natural Park]». In: Ekologicheskie issledovaniya vostochnoy chasti Sibirskikh Uvalov: sb. nauch. tr. Zapoved. – prirod. Parka «Sibirskie Uvaly» [Ecological studies of eastern part of the Sibirskie Uvaly Nature Park: collection of research papers]: 60–69. [in Russian]
79. Trapeznikova S.N. 2003. Materialy k flore lishajnikov Zapovedno-Prirodnogo parka "Sibirskie Uvaly" [Materials to flora of lichens from the „Siberian Uvaly“ Park]». In: Ekologicheskie issledovaniya vostochnoy chasti Sibirskikh Uvalov: sb. nauch. tr. Zapoved. – prirod. Parka «Sibirskie Uvaly» [Ecological studies of eastern part of the Sibirskie Uvaly Nature Park: collection of research papers]: 60–69. [in Russian]: 34–62.

Additional Metadata