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Kout J., Vlasák J., Spirin V. (2014): Contribution to the Antrodiella americana species complex (Basidiomycota, Polyporales). – Czech Mycol. 66(1): 53–60. Two recently described polypores, Antrodiella niemelaei and A. chinensis, are newly reported from the Russian Far East and the first of them also from the Czech Republic, Central Europe. The cor-...
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... similarity (99-100% concordance) of A. niemelaei specimens from Fennoscandia, Central Europe and East Asia, as well as its close affinity to A. ameri- cana, which shows, however, much higher sequence diversity (Fig. 1) In addition to geographic distribution and rDNA sequences, pore size is a good species character in the A. americana complex (Figs. 2-4), which was already stated in some earlier publications (Vampola & Vlasák 2011, Yuan 2013. Antrodiella niemelaei has small pores, approx. 4 per mm, A. americana medium pores 1-3 per mm, and A. chinensis has large pores, 1-2 per mm in our speci- mens, but 0.5-1.5 per mm in the original description (Yuan 2013). The above pore size values ...
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Physical functioning (PF) is an essential domain of older persons' health and quality of life. Health behaviors are the main modifiable determinants of PF. Cross-sectionally, alcohol consumption appears to be linked to better PF, but longitudinal evidence is mixed and very little is known about alcohol consumption and longitudinal PF t...
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... Table 1 Associations of Antrodiella species with preceding species in Europe. Note that information on some species is scarce, as some species are only known from a limited number of specimens from their type locality Literature: (1) Ryvarden and Melo (2014); (2) Johannesson et al. (2000); (3) Niemelä and Ryvarden (1983); (4) Niemelä et al. (1995); (5) Miettinen et al. (2006); (6) Spirin and Zmitrovich (2003); (7) Kout et al. (2014); (8) Vampola and Pouzar (1996); (9) Vampola (1991); (10) Bernicchia et al. (2007); (11) Jahn (1967 ...
Antrodiella species ( Agaricomycotina , Polyporales ) are often growing on or near to the living, dead, or dying fruitbodies of pioneer wood-inhabiting fungi. Antrodiella citrinella always occurs on wood that previously has been decayed by the polypore Fomitopsis pinicola . However, the underlying mechanism remained unclear. Based on field observations, it has been assumed that the succeeding species is not only a highly competitive wood decomposer but also a mycoparasite feeding on the preceding species. To investigate the interaction between A. citrinella and the putative host F. pinicola , the species were grown in dual cultures at different temperatures (5–25 °C). The interaction tests were complemented with qualitative enzymatic tests for both species and microscopic examination of the interaction zone. In the dual cultures, A. citrinella replaced F. pinicola only at low temperature (5 °C); at higher temperatures (25 °C), it was vice versa. Light microscopy revealed preferential growth of A. citrinella toward F. pinicola , hyphal contact, and finally death of F. pinicola hyphae. Enzymatic tests showed that A. citrinella is capable to degrade extracellular proteins, chitin, cellulose, and lignin. We interpret the interaction as mycoparasitism, as we suggest that A. citrinella is capable to recognize, kill, and feed from F. pinicola , beside its ability to degrade woody substrates. The results are discussed in an ecological context.
... Habitat. On fallen angiosperm trunk or branch (e.g., Acer, Tilia, Salix) (Kout et al. 2014, Yuan 2013 Habitat. On fallen decayed angiosperm trunk. ...
Twelve wood-rotting polypores (basidiomycetes) are newly recorded in Taiwan, viz. Abundisporus pubertatis, Antella chinensis, Ceriporia purpurea, Luteoporia albomarginata, Megasporia yunnanensis, Megasporoporia bannaensis, Neodatronia sinensis, Obba rivulosa, Pseudowrightoporia crassihypha, P. japonica, P. oblongispora, and Tinctoporellus hinnuleus. Notes for these twelve species are provided. ITS (internal transcribed spacers) rDNA sequences of each species were generated to confirm the morphological determination.
... A milestone work by KOTLABA (1984) summarized the ecology and distribution of all polyporoid species in the territory of former Czechoslovakia and constitutes a standard reference work for Czech (and Slovak) mycologists interested in polypores. Since then, many new species of polypores have been discovered for the Czech Republic (KOTLABA & POUZAR 1985;KOUT 2008;KOUT et al. 2014;TOMŠOVSKÝ & JANKOVSKÝ 2008;TOMŠOVSKÝ et al. 2010b;VAMPOLA 1991aVAMPOLA , 1991bVAMPOLA , 1991cVAMPOLA , 1992aVAMPOLA , 1992bVAMPOLA , 1993aVAMPOLA , 1993bVAMPOLA , 1995aVAMPOLA , 1995bVAMPOLA , 1996VAMPOLA , 2008aVAMPOLA , 2008bVAMPOLA & POUZAR 1993, 1994, 1996a, 1996b2006;VAMPOLA & VÁGNER 1995VAMPOLA & VLASÁK 1992VAMPOLA et al. 1995;VLASÁK 1990;VLASÁK & KOUT 2010;VLASÁK et al. 2012;ZÍBAROVÁ & KOUT 2014) and global knowledge of the biology and taxonomy of polyporoid species has improved considerably. In recent years, several smaller floristic studies and additions addressing various species of polypores have also made contributions (e.g. ...
Moravia – I. Acta Musei Moraviae, Scientiae biologicae (Brno) 102(1): 49–87. – An annotated list of some remarkable collections of rare polypores, mainly from the territory of Moravia, is given. Altogether, 36 species are presented, most of them illlustrated with a colour photograph. Some information on their distribution, ecology and key characters is provided. New localities of species previously known merely from only one (Aurantiporus alborubescens, Chaetoporellus latitans, Riopa metamorphosa) or two (Jahnoporus hirtus) in Czechia were disclosed, and a few species (Byssoporia terrestris, Phellinus lundellii) are published for the first time for the territory of Moravia. Further, many new localities for certain other very rare polypores (Gelatoporia subvermispora, Porotheleum fimbriatum, Tyromyces kmetii, Yuchengia narymica) are presented.
... It included nrDNA ITS (24 seq.), nrDNA LSU (17 seq.), mtDNA atp6 (6 seq.), and mtDNA Small Subunit, mtSSU (9 seq.). The sequences derive from Vampola and Vlasák (2011), Miettinen et al. (2012), Yuan (2013), and Kout et al. (2014). In addition four ITS sequences with Gen-Bank accession numbers KU926963-KU926966 were produced for this study with the methods described in Miettinen et al. (2012). ...
... Ryvarden and Melo (2014) provide an excellent microscopic drawing of A. niemelaei by Tuomo Niemelä. For the photographs, see also Yuan (2013) and Kout et al. (2014). The genus resembles Butyrea with its rather cyanophilous skeletal hyphae and gloeocystidia; differences include encrusted skeletocystidia and cylindrical spore shape of Butyrea (Table 1). ...
The polypore genera Antrodiella, Junghuhnia and Steccherinum have been proven polyphyletic, and are here partly revised based on phylogenetic and morphological evidence. The new genera Antella Miettinen, Austeria Miettinen, Butyrea Miettinen, Citripora Miettinen and Trulla Miettinen & Ryvarden are described, and the poroid-hydnoid Metuloidea re-introduced. Two new species are described: Citripora bannaensis Miettinen from subtropical China and Trulla meridae Miettinen & Ryvarden from the Venezuelan Andes. Twenty-one new combinations in the above-mentioned genera and Steccherinum are made. Lectotypes are selected for Physisporus flavicans P. Karst. (= Butyrea luteoalba) and P. variecolor P. Karst. (= Trechispora hymenocystis).
To date, results are known of basidial macromycetes studies for 5 state protected nature areas: there are 711 species in Bolshekhekhtsirskiy State Nature Reserve (SNR), 245 in Botchinsky SNR, 133 in Bureinsky SNR, 367 in Komsomolsky SNR, and 390 in Anyuiskiy National Park. Red-listed species were found in each of researched territories. The estimation of the knowledge degree of basidial macromycetes biotas in several different ways showed a significant potential for further study of their species diversity in the protected areas of the region.
this article presents some new or rare records of polypores from eastern Bohe-mia. six species: Antrodiella onychoides, Ceriporia purpurea, Ceriporia reticulata, Oligoporus rennyi, Pseudoinonotus dryadeus, Rhodonia placenta are shortly described and something important is discussed.
