Some new records of Rhizocarpon from North-Eastern Poland and North-Western Belarus

Golubkov, Vladimir; Matwiejuk, A.

doi:10.5586/am.2009.018

Cited by 6 publications

(7 citation statements)

References 5 publications

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“…Fałtynowicz 2003;Zalewska i in. 2004;Kolanko 2005;Kubiak 2005;Matwiejuk 2008;Golubkov & Matwiejuk 2009). Występuje w Karpatach Południowych, Wschodnich i Zachodnich (Ciurchea 1998;Kondratyuk i in.…”

Section: Siedliskounclassified

“…2004), ale także m.in. z Niemiec (Wirth 1995), Austrii (Hafellner & Türk 2001), Hiszpani (Llimona & Hladun 2001), Portugalii (van den Boom & Jansen 2002) i Białorusi (Golubkov & Matwiejuk 2009). Poza Europą takson podawany z Ameryki Północnej i Azji (Fletcher i in.…”

Section: Siedliskounclassified

“…Takson stwierdzony na rozproszonych stanowiskach w Europie (Wielka Brytania, Szwecja, Szwajcaria, Białoruś) (Golubkov & Matwiejuk 2009). Poza Europą takson notowany również w Ameryce Północnej (USA, Kanada), Ameryce Południowej (Falklandy), Australii i Nowej Zelandii (Fryday 2000).…”

Section: Siedliskounclassified

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Porosty w korytach potoków polskich Karpat Zachodnich

Matura¹

2020

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The study presents the results of lichenological research conducted in 2012–2016, based on my fieldwork carried out in mountain streams in the Polish Western Carpathians, revision of herbarium materials, and published data on lichen species in freshwater habitats in the study area. Field work was performed on 98 research plots divided into three zones related to duration of immersion (294 sampling sites in total). As the result of the work, 94 freshwater lichen species were found (91 based on my field work and/or revision of herbarium material), including 56 aquatic species. For all species, detailed descriptions of morphological and anatomical characters, information on their habitat, occurrence in the study area, worldwide and country distribution, and brief taxonomic notes are given. A key for species identification is also provided. From the present lichenological study, Verrucaria acrotella is reported as new for the Polish Western Carpathians. In total, 30 new species were recorded in particular mountain ranges in the study area. New records of Sarcogyne privigna and Thelidium fontigenum, very rare species in Poland, are given. The streams of the Polish Western Carpathians are characterized by high species diversity in various mountain ranges. The richest lichen biota was observed in streams of the Tatra Mts, where 76 species were found, representing more than 80% of the total number of freshwater lichens known from the Western Carpathians. In the Beskidy Mountains, species diversity in the streams remains within the range of 38–46 species. Two mountain ranges are distinguished by the presence of more species: the Beskid Sądecki Mts (60) and Beskid Żywiecki Mts (57). Thirtysix taxa were noted in the Carpathian foothills. A frequency analysis of lichens shows that very rare species (38 taxa; 40%) and rare species (32; 35%) dominate in the study area. Frequent lichens are the poorest group in the Polish Western Carpathians, accounting for only 4 species (slightly over 4%). Of all the lichens noted in the study area, 34 (~36%) are on the red list of the lichens in Poland. In the case of Carpathian streams, the substrate and the duration of inundation seem to be the most important factors for the occurrence of freshwater lichens. The duration of immersion also affects the species distribution. The submerged zone was the least diverse, in the terms of both number of species and represented families. The only species found there exclusively in the submerged zone were Ionaspis lacustris, Sporodictyon cruentum, Staurothele fissa, Thelidium submethorium, Verrucaria devensis and V. pachyderma. The splash zone provides a habitat transitional between the submerged and riparian zones. Lichens in this zone are constantly exposed to frequent changes between periods of inundation and desiccation. In the splash zone, both species found in the submerged zone as well as those occurring in the riparian zone were found. Species typical for the splash zone included Bacidina inundata, Gyalidea rivularis, Thelidium fontigenum, T. pluvium, Verrucaria humida and V. sublobulata. The most diverse group of lichens was associated with the riparian zone. Many lichens found in this zone are terrestrial lichens commonly found in non-freshwater habitats. They are considered to be rare in aquatic and semi-aquatic habitats but frequent in terrestrial habitats.

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Porosty w korytach potoków polskich Karpat Zachodnich

Matura¹

2020

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“…In Poland, it was reported from only few localities, mainly from the southern part of Poland (see Fałtynowicz [24]). The species is known from Belarus, Grodno region [33]. Rhizocarpon hochstetteri has a circumboreal/Arctic distribution [34].…”

Section: List Of Recorded Speciesmentioning

confidence: 99%

New and noteworthy species of lichens from the Augustów Forest (northeastern Poland)

Matwiejuk

2018

Acta Mycol

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The Augustów Forest is one of the biggest forest complex in Poland. In this paper, 13 rare species of lichens from Augustów Forest are presented. Four of these species are new to Augustów Forest: Bacidina egenula, Lecanora persimilis, Rhizocarpon reductum, Scoliciosporum pruinosum and one species, Rhizocarpon hochstetteri, is new to northeastern Poland. Short notes on their features and distributions are provided.

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“…This genus is especially well documented in temperate to boreal Europe and North America (Runemark 1956a, b;Geyer et al 1984;Clauzade and Roux 1985;Timdal and Holtan-Hartwig 1988;Feuerer 1991;Wirth 1995;Thomson 1997;Brodo et al 2001;Fryday 2000aFryday , 2002Fryday , 2004Fryday , 2010Feuerer and Timdal 2004;Ihlen 2004;Fletcher et al 2009;Golubkov and Matwiejuk 2009), less so at austral latitudes (Fryday 2000b(Fryday , 2004Øvstedal and Lewis Smith 2001;Fryday and Kantvilas 2012). Until recently, only nine species were known from Australia, mainly in Tasmania and southern parts of the Great Dividing Range: the pantemperate and rather common R. badioatrum (Flörke ex Spreng.)…”

Section: Introductionmentioning

confidence: 99%