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SERPULA|himantioides":
7 articles found in Index.
SVRČEK M., KUBIČKA J. (1971): Zweiter Beitrag zur Kenntnis der Mykoflora des Urwaldes „Žofínský prales“ im Gebirge Novohradské hory (Südböhmen). Česká Mykologie 25(2): 103-111 (published: 1971)
abstract
This article presents results of continued mycological exploration in the Žofínský virgin forest (Novohradské hory, southern Bohemia), conducted during 11 excursions between 1966–1969. 225 new fungal species were recorded, bringing the total known to 462. Newly added taxa include 58 Aphyllophorales, 112 Agaricales, 1 Gasteromycete, 35 Discomycetes, 9 Pyrenomycetes, 3 Hyphomycetes, and 7 Myxomycetes. The remaining unidentified material is to be processed in a future contribution.
KOUT J., MARTÍNEK O., HOLEC J., ZÍBAROVÁ L. (2024): New records of Pseudomerulius montanus (Basidiomycota, Boletales) in Czechia and Slovakia. [Leucogyrophana, Tapinellaceae, merulioid fungi, lignicolous fungi, brown rot.] Czech Mycology 76(1): 95-110 (published: 25th June, 2024)
abstract
This article presents the first records of Pseudomerulius montanus in the Czech Republic and Slovakia. The species was found at colder localities in unmanaged forests. Basidiomata of Pseudomerulius montanus were found on dead wood of pine and spruce. Descriptions of its microscopic and macroscopic features are provided as well as a list of localities and notes on its ecology. Photographs of the macroscopic and microscopic features are included and differences from similar species are discussed.
HOLEC J., KŘÍŽ M., POUZAR Z., ŠANDOVÁ M. (2015): Boubínský prales virgin forest, a Central European refugium of boreal-montane and old-growth forest fungi. [Mt. Boubín, Bohemian Forest, Czech Republic, Basidiomycota, Ascomycota, diversity, ecology, distribution] Czech Mycology 67(2): 157-226 (published: 10th September, 2015)
abstract
Boubínský prales virgin forest is the best-preserved montane Picea-Fagus-Abies forest in the Czech Republic. Its core area (46.67 ha), grown with original montane forest never cut nor managed by foresters, has been protected since 1858. It represents the centre of the present-day nature reserve (685.87 ha). A detailed inventory of its fungal diversity was carried out in 2013–2014. Ten segments differing in habitat and naturalness were studied (235 ha). The total number of species was 659, with the centre of diversity in the core area (503 species) followed by the neighbouring segments grown by natural forests minimally influenced by man. When literature and herbarium data are added, the total diversity reaches a total of 792 taxa. The locality represents a unique refugium for some borealmontane fungi (e.g. Amylocystis lapponica, Laurilia sulcata, Pholiota subochracea), a high number of rare species preferring old-growth forests (Antrodia crassa, A. sitchensis, Baeospora myriadophylla, Chrysomphalina chrysophylla, Fomitopsis rosea, Ionomidotis irregularis, Junghuhnia collabens, Skeletocutis odora, S. stellae, Tatraea dumbirensis), wood-inhabiting and mycorrhizal fungi confined to Abies (Panellus violaceofulvus, Phellinus pouzarii, Pseudoplectania melaena, Lactarius albocarneus), and a high number of indicators of well-preserved Fagus forests (e.g.Climacodon septentrionalis, Flammulaster limulatus, Pholiota squarrosoides). Several very rare fungi are present, e.g. Chromosera cyanophylla, Cystoderma subvinaceum and Pseudorhizina sphaerospora. The value of the local mycobiota is further emphasised by the high number of protected and Red List species. Comparison with other Central European old-growth forests has confirmed that Boubínský prales is a mycological hotspot of European importance.
HOLEC J., WILD J. (2011): Fungal diversity in sandstone gorges of the Bohemian Switzerland National Park (Czech Republic): impact of climatic inversion. [macromycetes, ecology, microclimate, boreal-montane fungi] Czech Mycology 63(2): 243-263 (published: 10th August, 2011)
abstract
The diversity of macrofungi in 8 sandstone gorges (narrow valleys bordered by sandstone walls, mostly covered by Picea forests with admixed Fagus, alt. 170–390 m) was assessed with respect to microclimatic data from 235 stations measuring temperature and soil moisture along the elevation gradient. In total, 253 species of macrofungi were found including some boreal-montane species, species preferring moist habitats and/or species of more or less natural vegetation. Microclimatically, the bottoms of gorges are significantly colder than their slopes and slope crests during the vegetation period (climatic inversion) and show higher soil moisture throughout the year. However, they are not significantly colder during the winter period and even show a higher average minimal temperature than the rest of gorges. Generally, bottoms of sandstone gorges function as „buffers“ maintaining a stable, humid and rather cold microclimate and enabling the occurrence of some boreal-montane fungi and species requiring humid conditions. Climatic inversion is a phenomenon markedly influencing the distribution of fungi in the landscape and enabling extrazonal occurrence of some species.
MUSÍLEK V. (1981): Enzymatic activity of cultures of Basidiomycetes. A short survey. Česká Mykologie 35(4): 196-208 (published: 1981)
abstract
The paper brings a survey of present information about production of enzymes by the cultures of Basidiomycetes. The enzymes are considered from the aspect of their role in natural conditions, the theoretical significance of this study and their possible use in praxis.
SOUKUP F. (1979): An interesting record of Serpula lacrimans in the Botanical Garden in Průhonice near Prague. Česká Mykologie 33(2): 94-98 (published: 1979)
abstract
Sporophores of Spongipellis delectans (Peck) Murr. were detected by the present author in Czechoslovakian territory in 1955, growing on beech (Fagus silvatica L.) in Southern Bohemia. The same species was found later in another Bohemian locality and in three localities in Moravia (also on Fagus silvatica L.), while its finding in a single locality in Central Slovakia occurred on Quercus cerris L. The author gives a description of its morphology, distribution and bionomy.
POUZAR Z. (1958): Nova genera macromycetum II. Česká Mykologie 12(1): 31-36 (published: 20th January, 1958)
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