JJH Katalog - Lichenological literature

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...

36339

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...

36338

Pląskowska E., Patejuk K., Lorenc M.W. & Grzeszczuk J. (2024): Lichens and Fungi on Sandstone Tombs at the Historical Jewish Cemetery in Wrocław (Poland) - Studies in Conservation, 69(1): 58–66

Microflora inhabiting rock surfaces, including bacteria, fungi, algae, and lichens, form a specific kind of an ecosystem. Unique and not well known forms of this environment are old cemetery tombs. To better understand such environments, lichenological and mycological studies were conducted in the old Jewish cemetery in Wrocław, Poland. The research covered 13 tombstones made of several varieties of sandstone. This research shows that some gravestones made of sandstone from Wartowice were strongly … Read more...

36337

Jung P., Baumann K., Emrich D., Schermer M., Eckhardt K.-U., Jandl G., Leinweber P., Harion F., Wruck A., Grube M., Büdel B. & Lakatos M. (2024): The dark side of orange: Multiorganismic continuum dynamics within a lichen of the Atacama Desert - Mycologia, 116(1): 44–58

Over the decades our understanding of lichens has shifted to the fact that they are multiorganismic, symbiotic microecosystems, with their complex interactions coming to the fore due to recent advances in microbiomics. Here, we present a mutualistic-parasitic continuum dynamics scenario between an orange lichen and a lichenicolous fungus from the Atacama Desert leading to the decay of the lichen’s photobiont and leaving behind a black lichen thallus. Based on isolation, sequencing, and ecophysiological … Read more...

36336

Westberg M., Wedin M. & Svensson M. (2024): Myriospora molybdina comb. nov. and the identity of Acarospora hysgina - Nordic Journal of Botany, 2024: e04269

The nomenclature and taxonomy of Acarospora molybdina is revised using morphological and molecular data. The new combination Myriospora molybdina is proposed and Acarospora hysgina is recognized as a distinct species while A. brunneola is reduced to synonymy with A. hysgina. In its new circumscription M. molybdina is an arctic species, in Scandinavia only occurring in northernmost Norway. Further localities are reported from Greenland, Russia, Svalbard and the USA (Alaska). Acarospora hysgina is … Read more...

36335

Vagle G.L., Lendemer J.C., Manzitto-Tripp E.A. & McCain C.M. (2024): Patterns and predictors of lichen rarity in a biodiversity hotspot - Biodiversity and Conservation, (2024): 1-22

Understanding the spatial distributions of rarity and diversity is crucial for both targeted conservation efforts and elucidating the mechanisms that underpin species richness patterns. Existing studies suggest local communities with greater species richness also hold higher numbers of low abundance species. Rarity hotspots at the global scale tend to be spatially divergent from species richness hotspots and differ among many taxonomic groups, but much less work has been done to understand rarity … Read more...

36334

Gillespie L.J., Sokoloff P.C., Levin G.A., Doubt J. & McMullin R.T. (2024): Vascular plant, bryophyte, and lichen biodiversity of Agguttinni Territorial Park, Baffin Island, Nunavut, Canada: an annotated species checklist of a new Arctic protected area - Check List, 20(2): 279-443

Agguttinni Territorial Park is a large, newly established park on the east-central coast of Baffin Island in Nunavut, Canada. Previous knowledge of the plant and lichen biodiversity was limited and based mostly on collections made during the 1950 Baffin Island Expedition. We conducted a ﬂoristic inventory of the park in 2021 and re-examined previous collections. We recorded 141 species of vascular plants belonging to 25 families, 69 species of bryophytes in 27 families, and 93 species of lichens … Read more...

36333

Боровичев Е.А., Кожин М.Н., Ахмерова Д.Р., Кириллова Н.Р., Копеина Е.И., Королева Н.Е., Кравченко А.В., Мелехин А.В., Разумовская А.В., Сандалова Е.В., Урбанавичюс Г.П. & Химич Ю.Р. [Borovichev E.A., Kozhin M.N., Akhmerova D.R., Kirillova N.R., Kopeina E.I., Koroleva N.E., Kravchenko A.V., Melekhin A.V., Razumovskaya A.V., Sandalova E.V., Urbanavichus G.P. & Khimich Yu.R] (2024): Значимые находки растений, лишайников и грибов на территории Мурманской области. VII [Noteworthy records of plants, lichens and fungi in Murmansk Region. VII] - Труды Карельского научного центра РАН, Серия "Биология", Петрозаводск [Transactions of the Karelian Research Centre of Russian Academy of Science, ser. Biology, Petrozavodsk], 2024/1: 82–97

[in Russian with English abstract: ] Ninety-seven important findings of 66 species of vascular plants, bryophytes, lichens and fungi acquired lately from the Murmansk Region are reported. The findings were defined as important if they were red-listed in Russia and/or Murmansk Region, new for the protected areas, represented other particularly rare species known from not more than five locations in Murmansk Region as well as northernmost localities in Europe or globally. Three fungal species (Artomyces … Read more...