Species diversity and fatures of the wooddestroying mushrooms Nemyriv district
DOI:
https://doi.org/10.31548/dopovidi2020.02.001Keywords:
Wood destroying mushrooms, forest ecosystems, woodAbstract
This article presents the results of the study of the species composition of wood-destroying fungi of Nemirov district of Vinnytsia region and Bioecological Features of their Distribution. Aphilophoroid fungi make up the majority of wood-destroying fungi and are of great ecological importance. The work was performed by means of route surveys to determine the taxonomic composition of woody plants and wood-destroying fungi. They inspected live and dead trees and shrubs, as well as their waste, branches and stumps. The object of research were species of fungi of department the Basidiomycota. Classical morphological-anatomical, ecological-areological and comparative methods were used for analysis of the species composition of basidial fungi. In the forests of Nemiriv district of Vinnytsia region, 83 fungi were found, which belong to 13 species of wood-destroying fungi and are distributed on 10 wood species. Wood-destroying fungi grow here on the root, trunk, branches of trees, dry wood, stumps and a piece of wood waste. The following species of wood-destroying fungi were the most common: Fomes fomentarius (L.) Fr., Phellinus igniarius (L.) Quél., Trametes versicolor (L.) Lloyd, and Schizophyllum commune Fries. These species of wood-destroying fungi are quite common in forest ecosystems. These fungi occur at different stages of wood destruction. Also, the tree species that are most susceptible to wood-destroying fungi have been identified, such as Quercus robur L., Carpinus betulus L., Fraxinus excelsior L., Tilia cordata. Wood-destroying fungi play a major role in the destruction of forest precipitation, and, as a consequence, this process, the cycle of matter in nature. They clear the soil of numerous fallen leaves, needles, twigs, destroys tree stumps, dryness, broken and wind-blown trunks, logs, which leaves in the woods in place of cuttings.
References
Bondarceva M.A. (2004) Adaptaciya k substratu kak odin iz faktorov evolyucii afilloforoidnyh gribov [Adaptation to the substrate as one of the factors in the evolution of aphyllophoroid fungi]. Gribnye soobshchestva lesnyh ekosistem. T. 2. M.: Petrozavodsk. P. 9-21.
CHastuhin V.YA. (1969) Nikolaevskaya M.A. Biologicheskij raspad i resintez organicheskih veshchestv v prirode [Biological decay and resynthesis of organic substances in nature] L.: Nauka, 326 p.
Stepanova N.G., Muhin V.A. (1979) Osnovy ekologii derevorazrushayushchih gribov [Fundamentals of ecology of wood-destroying mushrooms]. M.: Nauka,. 100 p.
Bondarcev S.A. (1953) Trutovye griby evropejskoj chasti SSSR i Kavkaza [Pipe mushrooms in the European part of the USSR and the Caucasus]. M.,. L.: Izd-vo AN SSSR.
Bysko N.A., Bukhalo A.S., Vasser S.P., Dudka I.A., Kulesh M.D., Solomko E.F., Shevchenko S.V. (1983) Vysshye syedobnye bazydyomytsety v poverkhnostnoi y hlubynnoi kulture [Higher edible basidiomycetes in superficial and deep culture]. K.: Naukova Dumka. 312 p.
Belova N.V., Psurceva N.V. , Gachkova E.YU. , Ozerskaya S.M. (2005) Sohranenie raznoobraziya bazidiomicetov ex situ v specializirovannoj Kollekcii kul'tur LE (BIN) [Preservation of the diversity of ex situ basidiomycetes in the specialized LE Culture Collection (BIN)]. Mikologiya i fitopatologiya. T. 39, №. 2. P. 1-10.
Kirk P. D., Cannon P. F., David J. C., Stalpers J. A. (2001) Ainsworth & Bisby's Dictionary of the Fungi.- Ed. 9 th . CAB Intern., Wallingford, UK.. 655 p.
Dobrochaieva D. N., Kotov M. N., Proskurin Yu. K (1987) Vyznachnyk vyshchykh roslyn Ukrainy [Determinant of higher plants of Ukraine.. K.: Nauk. Dumka]. 548 p.
Gordienko, P. V. (1979). Ekologicheskie osobennosti derevorazrushaiushhikh gribov v lesnykh biotcenozakh [Ecological features of wood-destroying fungi in forest biocenoses]. Abstract of Candidate Dissertation for Biology sciences. Moscow: MGU, 20 p.
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