Katalog - Lichenological literature

39489

Cifuentes-Araya N., Valdivia D., Pertino M.W., Marroquín-Guerra D., Yáñez O., García-Beltrán O., Ardiles A. & Areche C. (2026): Phytochemical profiling of Sticta caulescens De Not.: green extraction and multiscale chemotaxonomic analysis, Plants, 15(11): 1761 [17 p.]

The aim of this research was to identify the wealth of secondary metabolites in the Chilean lichen Sticta caulescens, applying green chemistry approaches and comparing the following two extraction methods: (a) conventional maceration with methanol, and (b) microwave-assisted extraction (MAE) using ethyl lactate as a solvent. In addition, chemoinformatic and chemotaxonomic studies were conducted on S. caulescens and other species of the genus Sticta, which have been reported in previous studies. A … Read more...

39488

Roux C. & Pinault P. (2026): Zwackhiomyces cinereae Pinault et Cl. Roux sp. nov. espèce nouvelle de champignons lichénicoles non lichénisé (Xanthopyreniaceae, Dothideomycetes), Bulletin de la Société Linnéenne de Provence, 77, a06: 1−13

Description of a new species of non-lichenized lichenicolous fungus, Zwackhiomyces cinereae P. Pinault et Cl. Roux, a parasite of the thallus of Aspicilia cinerea. Comparison of the new species with other known Zwackhiomyces. Updated global identification key for Zwackhiomyces. Read more...

39487

Arup U., Malíček J., Schiefelbein U. & Holien H. (2026): Lecanora hybocarpa and similar European species – CORRIGENDUM, Lichenologist, 58(1): 75–78

corrigendum Read more...

39486

Boxriker M., Ferenc V. & Thüs H. (2026): Bound by ammonia: pollution constrains Cetraria sepincola at the margin of its Central European range, Lichenologist, 58(1): 60–74

Small, isolated populations of cold-adapted species at the edge of their climatic range are highly sensitive to environmental change, making them powerful ecological indicators. Cetraria sepincola (Ehrh.) Ach. is an epiphytic lichen which illustrates this role. It is common in Nordic countries, but in the southern parts of its European range, its distribution has become fragmented and restricted to cold habitats. We studied populations in habitats of high conservation value such as wetlands, montane … Read more...

39485

Ward D.A., Lücking R., Moncada B., Sukri R.S., Cicuzza D. & Slik F. (2026): High diversity at the small scale: an inventory of foliicolous lichens of Brunei reveals 193 species, including 21 new to science, Lichenologist, 58(1): 10–51

We present a first comprehensive treatment of the foliicolous lichen biota of Brunei (Brunei Darussalam), a country c. 5765 km2 in size located on the northern coast of the island of Borneo. Based on a study of numerous leaves collected from 18 sites, resulting in 1745 individual collections, we identified 193 species in the material, including 21 new to science, raising the number of foliicolous lichens known from Brunei from 27 to 199 taxa. This is one of the highest numbers reported for single … Read more...

39484

Torres J.-M., Lücking R. & Moncada B. (2026): Marcelaria casanarensis (lichenized Ascomycota: Trypetheliaceae), the fourth species in the genus: does it provide a morphological link between neotropical and paleotropical species?, Lichenologist, 58(1): 1–9

The family Trypetheliaceae is a diverse lineage of crustose lichenized fungi occurring almost exclusively in the tropics. Based on material collected in eastern Colombia in the region of the so-called Piedemonte Llanero, we describe here a new species for this family, in the genus Marcelaria, the fourth species known in the genus. The new species, Marcelaria casanarensis, is characterized by a clear hamathecium and large ascospores, similar to the neotropical M. purpurina, but it produces orange … Read more...

39483

Arsenault A. & Baines P. (2026): The cyanolichen dripzone hypothesis revisited: a first report with new insights from eastern North America, Lichenologist, 58(2): 112–117

Twenty-five years ago, the dripzone hypothesis, whereby the proximity of understorey conifer branches to the crown of dominant Populus trees significantly increased the diversity and abundance of cyanolichens on these conifers, was first described from western North America. Here, we report a similar phenomenon from eastern North America on conifers under the dripzone of yellow birch and aspen trees. We present field observations of this pattern as well as a quantitative analysis of three humid boreal … Read more...

39482

Huereca A., Dal Forno M., Haughian S. & Spribille T. (2026): The cyanolichen Fuscopannaria frullaniae is a basidiolichen in the genus Acantholichen (Hygrophoraceae, Agaricales), Lichenologist, 58(2): 88–101

The crustose cyanolichen Fuscopannaria frullaniae (syn. Moelleropsis nebulosa subsp. frullaniae) is a poorly understood taxon that occurs on mosses and liverworts, described from eastern Canada and reported from the Iberian Peninsula, Macaronesia and the eastern USA. Originally placed in the genus Moelleropsis, the position of the species has been debated in the absence of sexual fruiting structures and, until now, DNA sequences from the fungal symbiont. We produced nine sequences from two fungal … Read more...

39481

Lara-Rojas C.E., Lücking R. & Moncada B. (2026): Graphis epigraphis, a new, genuinely lichenicolous, adelphoparasitic species on Graphis, with a comparative survey of lichenicolous Graphidales (Graphidaceae, Gomphillaceae), Lichenologist, 58(2): 79–87

Graphis epigraphis is described from Colombia as only the second, genuinely lichenicolous species in the Graphis-Allographa complex in Graphidaceae. It grows on species of Graphis s. str., thus far found on thalli of G. leptoclada and G. pinicola. The new species is characterized by the lirellate ascomata forming delicate, stellately branched patches on the host, the entire, black labia laterally covered by a thin thalline margin formed by the host thallus, the laterally carbonized excipulum, and … Read more...

39480

Darmostuk V., Sira O., Kukwa M., Smoczyk M., Kościelniak R., Betleja L., Kubiak D., Hachułka M., Rutkowski K., Szymczyk R., Gierczyk B., Rutkowski R., Jaskólska J., Poławska M. & Kossowska M. (2026): Materiały do rozmieszczenia porostów i grzybów naporostowych Polski, 6, Wiadomości Botaniczne, 70: 219834 [24 p.]

[in Polish with English abstract: ] Materials for the Distribution of Lichens and Lichenicolous Fungi in Poland, 6. The paper presents new localities of 27 species of lichens and 3 species of lichenicolous fungi, that are endangered in Poland or regionally rare. The paper also includes a new records of the non-lichenized fungus Naevia dispersa, which, due to its similarity to the lichenized representatives of the genus Arthonia s.l. is often included in lichenological publications. In addition … Read more...