JJH Katalog - Lichenological literature

27415

Zarabska-Bożejewicz D. (2016): Lichens in the agricultural land of Poland – diversity, threats, and protection: a literature review - Acta Mycologica, 51(1): 1076 [14 p.]

Agricultural landscapes provide interesting habitats and substrates occupied by lichens. Nevertheless, there are still gaps in knowledge about diversity of lichenized fungi in rural areas and factors that determine their occurrence, including anthropogenic impact. The review includes recognition of this topic in the regional context in Poland and presents literature data about species diversity and habitat groups. Human influences in terms of their significance for lichens disappearance as … Read more...

29067

Zarabska-Bożejewicz D. & Kujawa K. (2018): The effect of land use on taxonomical and functional diversity of lichens in an agricultural landscape - Fungal Ecology, 33: 72–79

The objective of this work was to determine the effect of land use on lichen richness and their functional groups in agricultural land. A significant overall effect of land use on the number of species was found. In general, there was a marked dissimilarity with regard to species richness of forest versus non-forest sites. An analysis of some ecological requirements of lichens showed the most apparent differences concerning tolerance to nutrients and acidity value of particular species. Richness … Read more...

33543

Zarabska-Bożejewicz D. & Kujawa K. (2021): The lichen biota of Pinus sylvestris under the impact of some stand-related factors: A case study from the south-eastern part of Żerków-Czeszewo Landscape Park (Wielkopolska-Kujawy Lowland) - Acta Mycologica , 56: 562 [13 p.]

A lichenological inventory was conducted in the pine stands in the south-eastern region of Żerków-Czeszewo Landscape Park. The aim of this study was to recognize the lichen species diversity on the bark of Pinus sylvestris by considering tree age and forest habitat type. In total, 26 species of lichenized fungi were found on the bark of P. sylvestris. The biota comprises common and widespread species in Poland. Tree age positively and significantly influenced the species richness on the bark … Read more...

25481

Zarabska-Bożejewicz D., Studzińska-Sroka E. & Fałtynowicz W. (2015): Transplantation of lichen thalli: a case study on Cetraria islandica for conservation and pharmaceutical purposes - Fungal Ecology, 16: 34–43

Changes in biomass growth and chemical composition of transplanted Cetraria islandica lichen thalli were investigated in a natural stand in the Bory Tucholskie region (northern Poland) over 3 yr. Transplants consisted of either 3.85 or 7.88 g fragments, 12.62 g clumps, or control plots where all vegetation and lichens were removed. The initial mass of C. islandica significantly influenced the percentage cover of investigated lichens at the study plots. At the last set of study measurements the highest … Read more...

32326

Zárate-Arias N., Moreno-Palacios M. & Torres-Benítez A. (2019): Diversidad, especificidad de forófito y preferencias microambientales de líquenes cortícolas de un bosque subandino en la región Centro de Colombia. Diversity, phorophyte specificity and microenvironmental preferences of corticolous lichens in a sub-Andean forest in the Centro region of Colombia - Revista de la Academia Colombiana de Ciencias Exactas, Físicas y Naturales, 43(169): 737–745

Our study aimed at contributing to the knowledge of the composition and diversity, phorophyte specificity, and microenvironmental preferences of corticolous lichens from a forest in the sub-Andean Centro region of Colombia (Ibague-Tolima). We selected 25 individuals from five tree species. We estimated the coverage percentage of each species of lichen and identified the microsite parameters (bark pH and diameter at breast height, DBH), as well as the microclimatic variables (temperature, humidity, … Read more...

32298

Żarnowiec J., Stebel A. & Chmura D. (2020): The alien moss Orthodontium lineare Schwägr. in Poland (East-Central Europe): a summary of nearly 40 years of invasion - Biological Invasions, 22: 1249–1263

Orthodontium lineare, a neophyte of southern origin, was accidentally introduced by human activity to England in 1910. Subsequently it spread to mainland Europe and it continues to move eastward. In Poland, it was discovered in 1980–1981. The present paper shows dot distribution maps at 10-year intervals and discusses the dynamics of its invasion and ecological preferences using statistical methods. In Poland in 2018 it was known in 235 stands. 86.4% of them were located below 300 m a.s.l. and … Read more...

934

Zaslavskaya T. M. (1989): An outline of vegetation in the tundra part of the Anyuy upland (the western Chukotka) - Botaniceskij Zurnal, 74(11): 1634-1645

10570

Zavada M.S. & Simoes P. (2001): The possible demi-lichenization of the basidiocarps of Trametes versicolor (L.:Fries) Pilat (Polyporaceae) - Northeastern Naturalist, 8(1): 101-112

Five species of epiphytes were found associated with the basidiocarps of the wood-rotting fungus, T. versicolor. Four algae were identified, Hormidium sp., Stichococcus bacillaris, Chlorococcum sp., and Trebouxia sp., as well as one species of bacteria, Azotobacter chroococcum. Azotobacter is a nitrogen-fixing bacterium often associated with lichens, and may be a significant source of nitrogen for T. versicolor. Trebouxia, a genus of lichenized algae that is rarely found free living, is the … Read more...

10571

Zavada M.S., DiMichele L. & Toth C.R. (2004): The demi-lichenization of Trametes versicolor (L.:Fries) Pilat (Polyporaceae): the transfer of fixed 14CO2 from epiphytic algae to T. versicolor - Northeastern Naturalist, 11(1): 33-40

Basidiocarps of Trametes versicolor with an epiphytic flora (including Trebouxia sp.) collected from north-central Rhode Island were incubated in an atmosphere of 14C labeled CO2 for 6 hours. Using autoradiography, the location of the fixed 14CO2 was determined at 6h, 12h, 24h, 48h, 96h, and 192h. The fixed 14C was recorded in the epiphytic algae after 6h, and at all subsequent times. After 192h the 14C was recorded in the fibrillar matrix associated with the epiphytic algae, and appeared to … Read more...

10360

Zavarzin A. (2003): Reviews: L. G. Byazrov. Lichens in Ecological Monitoring. 336 pp. Scientific World, Moscow. 2002. N. V. Malysheva. Lichens of St. Petersburg 2. 192 pp. Transactions of St. Petersburg Naturalists Society, Ser. 2. St. Petersburg University Press. 2003 - International Lichenological Newsletter, 36(1): 9-10