JJH Katalog - Lichenological literature

36348

Cho M., Lee S.J., Choi E., Kim J., Choi S., Lee J.H. & Park H. (2024): An Antarctic lichen isolate (Cladonia borealis) genome reveals potential adaptation to extreme environments - Scientific Reports, 14: 1342 [11 p.]

Cladonia borealis is a lichen that inhabits Antarctica’s harsh environment. We sequenced the whole genome of a C. borealis culture isolated from a specimen collected in Antarctica using long-read sequencing technology to identify specific genetic elements related to its potential environmental adaptation. The final genome assembly produced 48 scafolds, the longest being 2.2 Mbp, a 1.6 Mbp N50 contig length, and a 36 Mbp total length. A total of 10,749 protein-coding genes were annotated, … Read more...

36347

Bakacsy L. & Szepesi Á. (2024): A case study on the early stage of Pinus nigra invasion and its impact on species composition and pattern in Pannonic sand grassland - Scientific Reports, 14: 5125 [10 p.]

Alien woody species are successful invaders, frequently used for aforestation in regions like semi-arid lands. Shrubs and trees create important microhabitats in arid areas. Understorey vegetation in these habitats has unique species composition and coexistence. However, the impact of solitary woody species on understorey vegetation is less understood. This study evaluated the effect of native (Juniperus communis) and invasive solitary conifers (Pinus nigra) on surrounding vegetation, where … Read more...

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Wierzcholska S., Łubek A., Dyderski M.K., Horodecki P., Rawlik M. & Jagodziński A.M. (2024): Light availability and phorophyte identity drive epiphyte species richness and composition in mountain temperate forests - Ecological Informatics, 80: 102475 [10 p.]

Bryophytes and lichens are the most species-rich groups of epiphytes in temperate forests. They colonise different tree species that create a wide variety of microhabitats, and conditions in these microhabitats are modulated by different factors. We assessed drivers that create and maintain epiphyte species richness and diversity of bryophytes and lichens along tree species composition gradients. We hypothesised that tree species composition influences the diversity of lichens and bryophytes. The … Read more...

36345

Schmidt M., Kriebitzsch W.-U. & Ewald J. (2011): Waldartenlisten der Farn- und Blütenpflanzen, Moose und Flechten Deutschlands – Einführung und methodische Grundlagen - In: Schmidt M., Kriebitzsch W.-U. & Ewald J. (eds), Waldartenlisten der Farn- und Blütenpflanzen, Moose und Flechten Deutschlands. BfN-Skripten, 299: 1–13

36343

Schmidt M., Kriebitzsch W.-U. & Ewald J. (2012): Anwendungsperspektiven für Waldartenlisten der Gefäßpflanzen, Moose und Flechten Deutschlands - Forstarchiv, 83: 155–159

Key words: lists of forest plant species, assessment, conservation, forest affinity, vascular plants, bryophytes, lichens. Read more...

36342

Bültmann H., Scholz P., Teuber D., Feuerer T., Fischer P., Boch S., Bradtka J.H., Cezanne R., Dolnik C., Drehwald U., Eichler M., Ewald J., Heinken T., Hobohm C., Jansen F., Kriebitzsch W.-U., Loos G.H., Otte V, Paul A., Printzen C., Schmidt M., Sparrius L. & Waesch G. (2011): Waldartenliste der Flechten Deutschlands - In: Schmidt M., Kriebitzsch W.-U. & Ewald J. (eds), Waldartenlisten der Farn- und Blütenpflanzen, Moose und Flechten Deutschlands. BfN-Skripten, 299: 89–107

Die nachfolgende Waldartenliste der Flechten Deutschlands umfasst 1.002 Taxa und damit 51 % der bundesweit nach WIRTH et al. (2010) vorkommenden Flechtensippen. Die Benennung richtet sich grundsätzlich nach SCHOLZ (2000), mit Ausnahme folgender Taxa, bei denen die Nomenklatur WIRTH et al. (2010) folgt: Agonimia opuntiella (Buschardt & Poelt) Vĕzda, Arthopyrenia carneobrunneola Coppins, Bacidia carneoglauca (Nyl.) A. L. Smith, Bacidina brandii (Coppins & van den Boom) M. Hauck & V. Wirth, Biatora … Read more...

36341

Kubiak D. (2024): “Sosny Taborskie” nature reserve as a refuge for rare and threatened forest lichens - Folia Forestalia Polonica, Series A – Forestry, 66(1): 8–21

The article presents the results of a lichenological inventory carried out in the “Tabórz Pine” nature reserve, which protects a unique old-growth forest dominated by Scots pine and European beech. The aim of the research was to document the taxonomic and ecological diversity of the lichen biota in the reserve and, on this basis, determine the role and importance of this site as a refuge for stenoecious forest lichens. In an area of 95.32 ha, 118 species of lichens were found, including … Read more...

36340

Maccarelli L., Schaeffer T.T., Smith G.D. & Chen V.J. (2024): Components of mid-nineteenth- and mid-twentieth-century cudbears - Heritage, 7(3): 1357–1371

Analysis of purple dyestuff from a tin labeled “1 oz. Cudbear, No. 1 N. F. Powdered”, marketed by the American business S. B. Penick & Company, “Manufacturers of fine drugs and chemicals”, confirmed that the material was indeed a lichen dyestuff. It contains the same major orcein components identified in several other lichen dyes and dyed samples dating from the mid-19th century to today. These dyestuffs were analyzed using several analytical techniques. Fluorescence and fiber optic reflectance … Read more...

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Moya P., Chiva S., Pazos T., Barreno E., Carrasco P., Muggia L. & Garrido-Benavent I. (2024): Myco–phycobiont interactions within the “Ramalina farinacea group”: A geographical survey over Europe and Macaronesia - Journal of Fungi, 10(3): 206 [17 p.]

Ramalina farinacea is a widely distributed epiphytic lichen from the Macaronesian archipelagos to Mediterranean and Boreal Europe. Previous studies have indicated a specific association between R. farinacea and Trebouxia microalgae species. Here, we examined the symbiotic interactions in this lichen and its closest allies (the so-called “R. farinacea group”) across ten biogeographic subregions, spanning diverse macroclimates, analyzing the climatic niche of the primary phycobionts, and discussing … Read more...