Figs 27 28 - uploaded by Daniel Dvořák
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27 – Tyromyces kmetii: Lukov, 6. IX. 2015. Photo M. Èapoun. 28 – Yuchengia narymica: Èížov, 21. VI. 2013. Photo J. Bìťák.
Source publication
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 character...
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The article informs about the records of less known species Leucoagaricus subvolvatus and L. gauguei in northern Bohemia, Czech Republic. The former we know from two localities in this region to date, while the latter from one site. A description of macro- and micromorphological characters of both species based on studied material is provided, toge...
Citations
... species have ellipsoid or cylindrical spores and/or different cystidia. The microscopically very similar Kneiffiella abdita Riebesehl & E. Langer (= Chaetoporellus latitans (Bourdot & Galzin) Bondartsev & Singer ex Singer) differs by its labyrinthine poroid to irpicoid hymenophore and somewhat smaller spores and basidia, and based on our experience it is a rare species growing on hardwood trees in floodplain and beech forests (Dvořák & Běťák 2017, Tejklová & Zíbarová 2018. ...
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... The species is remarkable by its resupinate, relatively pale basidiomata, cylindrical to oblong-ellipsoid spores, absence of hymenial setae, presence of setal hyphae and a remarkable 'detergent' smell resembling 'toilet soap with a sweet honey or hyacinth ingredient' (Kotlaba 1968). Its type locality is the Mionší virgin forest in the Beskydy Mts., the Czech Republic, where it was re-found in 2015 (Dvořák & Běťák 2017). The first collections are from Ukraine (1934, leg. A. Pilát) and Russia (1935, leg. ...
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Records of Phellinidium pouzarii from 13 localities in seven European countries were analyzed as for the microhabitat parameters at sites of basidiomata occurrence. The dataset consisted of 45 records out of them 37% were on artificial microhabitats – cut surfaces of fallen fir ( Abies ) trunks, and 61% on natural positions, mostly lateral and bottom sides of trunks lying on the soil. In the latter case the basidiomata often were very large and thick, forming irregular ‘pies’ or horizontal strips up to 150 cm long and 5 cm thick. A newly revealed microhabitat is a naked wood of fracture surfaces of fallen trunks broken to several parts. In this case, basidiomata were small, having the area of several cm ² and thickness of up to 5 mm. Detailed information on parameters of selected trunks helped to reveal that P. pouzarii basidiomata occur both several years after trunk fall and up to 4 decades after trunk death. Basidiomata grow on decorticated wood from early decay stages to the late ones (with maximum records in the medium stages) and they can persist for at least one decade on the same trunk. A distribution map showing currently known European localities was compiled. A record from Romania is published here for the first time. Phellinidium pouzarii has a clear island pattern of occurrence. It is limited to well-preserved montane old-growth forests with fir at the elevations 710–1100 m a.s.l., in all cases protected as nature reserves.
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The article summarises authors’ records of lignicolous macromycetes from their field trips to Podunajská nížina Lowland, Slovakia during the years 2016–2017. Out of 243 taxa recorded, 64 of rare, endangered or otherwise interesting species are provided with short comments. Among the most interesting records are: Ceriporia camaresiana, Fibricium subceraceum, Hypoxylon submonticulosum, Xenasma parvisporum or Xenosperma ludibundum.
... (Tejklová 2016(Tejklová , 2017. In addition to typical records from montane mixed and spruce forests also localities in deep river or stream valleys at low altitude are known (Běťák 2015, Vlasák 2015, Dvořák & Běťák 2017. Some records were published by Brom (2009Brom ( , 2017 from submontane forests. ...
... Some records were published by Brom (2009Brom ( , 2017 from submontane forests. Numerous records from the Czech Republic, mostly from its eastern part (Moravia), were recently published by Dvořák & Běťák (2017). In the Red List of Czech fungi it is classified as endangered (Kotlaba et al. 2006). ...
... Current forestry practices, in connection with bark beetle outbreaks, encourage a few species of polypores, of which Fomitopsis pinicola is one. Pouska et al. (2013) and Dvořák & Běťák (2017) observed frequent co-occurrence of Camarops tubulina and Fomitopsis pinicola. Camarops tubulina may have undergone a similar expansion in the Czech Republic as evidenced by its numerous recent localities (see e.g. ...
Localities and records of
Antrodiella citrinella
(Basidiomycota,
Polyporales
) in the Czech Re-
public are summarised and the ecology of the species is evaluated. The 31 localities are mostly situ-
ated in mountain regions, the highest numbe
r of records coming fro
m elevations of 1200–1299 m.
Less frequently,
A. citrinella
is found in highland regions, growing either on slopes of hills or on
steep slopes and bottoms of deep river or stream va
lleys. Most records are from montane and supra
-
montane spruce forests and submontane to montane mixed forests dominated by beech, spruce and
fir. The fungus also occurs in waterlogged spruce forests and ravine forests. Most of the localities are
protected as nature reserves or strictly protected zones of national parks.
Picea abies
is a preferred
substrate, followed by
Abies alba
,
Fagus sylvatica
, and basidiomata of
Fomitopsis pinicola
.Almost
all records are from fallen trunks 10–100 cm in diam
eter, rarely stumps or pieces of wood. The wood
decay stage is 2–5, its peak in stage 3. The main fructification period is autumn, mainly October and
November, and spring from March to the first ha
lf of June with the maximum in May. Summer re
-
cords are rare. A distribution map for the Czech
Republic is published and data on occurrence in
other European countries are compiled and discu
ssed. The Czech distribution data are confronted
with the GIS map layer of the Czech natural forests da
tabank containing exact data on naturalness of
forest stands. This analysis shows that
A. citrinella
clearly prefers virgin, natural and near-natural
forest stands, i.e. old-growth forests, there
fore it can be used as an indicator of this habitat.
