Katalog - Lichenological literature

39454

Skult H. (1985): A new subspecies of Parmelia omphalodes (Ascomycetes) described from the Arctic, Annales Botanici Fennici, 22: 201–205

The lichen Parmelia omphalodes subsp. glacialis Skult, subsp. nova, is reported from the Arctic; it is particularly common on the arctic islands. Its major phenolic constituents are salazinic and norstictic acids and atranorin. Key words: lichen, Parmelia, phenols, arctic. Read more...

39453

Essadki Y., Darrag E.M., Zerrifi S.E.A., Haida M., Krimech A., Martins R.., Campos A., Vasconcelos V., Bouaïcha N., Baçaoui A., Meddich A., Oudra B., Tazart Z. & El Khalloufi F. (2026): Lichen extracts containing volatile compounds induce oxidative stress and modulate the growth of Microcystis aeruginosa and Chlorella sorokiniana, International Journal of Molecular Sciences, 27(11): 4790 [32 p.]

This study evaluates volatile extracts (HE1 and HE2) from the lichen Pseudevernia furfuracea as eco-friendly agents to control algal proliferation, specifically targeting the cyanobacterium Microcystis aeruginosa and the green microalga Chlorella sorokiniana. Both extracts exhibited potent anti-microalgal activity against the two species with a minimum inhibitory concentration (MIC) ranging from 375 to 750 µg/mL. Furthermore, both extracts reduced cell density by more than 98% after eight days … Read more...

39452

Guan Z., Wang Y., Geng Y., Wang Y., Hou L., Tian X. & Pan J. (2026): Analysis of microbial communities and microbial preservation of the Qilin Screen Wall and Text Brick Wall in the Jinshanling Great Wall, Microorganisms, 14(5): 1056 [24 p.]

The Jinshanling Great Wall is an important part of the Ming Great Wall, the most important material cultural heritage of China, and is currently facing a significant threat of microbial degradation due to the widespread biological weathering of open-air masonry buildings. This study focuses on the Qilin Screen Wall and Text Brick Wall of the Jinshanling Great Wall, utilizing scanning electron microscopy (SEM) and metabarcoding analyses to reveal the diverse microbial communities coexisting on the … Read more...

39451

Isocrono D., Cogoni A., Vizzini A., Totti C., Aleffi M., Armeli Minicante S., Benesperi R., Boccardo F., Boemo A., Bonanno R., Bonifazio C., von Brackel W., Briozzo I., Canali G., Cancellieri L., Cantonati M., Casalino D., Ceseri S., Cos D., D’Aleo F., Dalle Fratte M., De Giuseppe A.B., Di Nuzzo L., Dovana F., Fačkovcová Z., Gavarro G., Gheza G., Guazzini L., Hafellner J., Malíček J., Musarella C.M., Nimis P.L., Paoli L., Passalacqua N.G., Patera G., Potenza G., Prosser F., Puntillo D., Ravera S., Rodi E.S., Romanov R., Scortegagna S., Sguazzin F., Sicoli G., Silvano G., Spitale D., Stringa Basile C., Tretiach M. & Vannini A. (2026): Notulae to the Italian flora of algae, bryophytes, fungi and lichens: 21, Italian Botanist, 21: 173–194

In this contribution, new data concerning algae, bryophytes, fungi and lichens of the Italian flora are presented. It includes new record and confirmations for the algal genera Chara, Closterium, and Ulva, the bryophyte genera Buxbaumia, Campylopus, Crossidium, Cryphaea, Dicranella, Dicranum, Flexitrichum, Geheebia, Grimmia, Lewinskya, Ptychostomum, Riccia, Schistidium, and Taxiphyllum, the fungal genera Clavaria, Inocybe, Lepiota, Phacopsis, Phloeomana, Tremella, and Zyzygomyces, and the lichen … Read more...

39450

Ezhkin A.K., Yakovchenko L.S., Davydov E.A. & Kaganov V.V. (2026): A revision of the lichen genus Thelotrema Ach. (Thelotremataceae) in the Sakhalin Region, Far East of Russia, Turczaninowia, 29(1): 167–174

As a result of a revision of the lichen genus Thelotrema in the Sakhalin Region (Russian Far East), two species are reported as new to the region. Thelotrema diplotrema is recorded for the first time in Russia, and T. suecicum is reported for the first time in Asia. T. diplotrema previously known only from evergreen forests in tropical and subtropical regions of Africa, Australia, and Asia, was found in an old-growth forest with bamboo understory on the bark of deciduous trees on Kunashir Island. … Read more...

39449

Tabakina V.V., Gagarina L.V., Chesnokov S.V. & Prokopiev I.A. (2026): A first report of Acarospora rosulata (Acarosporaceae) in Russia from Yakutia, Turczaninowia, 29(1): 116–123

During the study of the lichen biota of Yakutia, Acarospora rosulata (Th. Fr.) H. Magn. was identified on the basis of morphological, anatomical, secondary metabolites and molecular data for the first time in Russia. Phylogenetic analysis based on ITS sequences revealed that the studied specimens form a well-supported clade (BS value = 86%) with specimens from Mongolia, USA, and Norway. The studied specimens are characterized by a brown, shiny, squamulose areolate thallus, sometimes with some outer … Read more...

39448

Урбанавичюс Г.П. & Урбанавичене И.Н. [Urbanavichus G.P. & Urbanavichene I.N.] (2026): Sphinctrina paramerae (Mycocaliciales, Sphinctrinacea) – новый для России вид и другие виды рода Sphinctrina на Кавказе [Sphinctrina paramerae (Mycocaliciales, Sphinctrinacea) – a new species for Russia and other records of Sphinctrina from the Caucasus], Turczaninowia, 29(1): 14–19

[in Russian with English abstract: ] This article provides information on the first records of lichenicolous fungus Sphinctrina paramerae in Russia. This species parasitizes Pertusaria paramerae thallus. The studied specimens were collected in the Sub-Mediterranean formations in the Utrish Reserve, Abrau Peninsula, Krasnodar Territory (Russia). Morphological description, photographs and information on the ecology and distribution of this species are provided. Sphinctrina leucopoda and S. turbinata … Read more...

39447

Kaganov V.V., Yakovchenko L.S. & Ezhkin A.K. (2026): The genus Anthracothecium (Pyrenulaceae) in Russia, Turczaninowia, 29(1): 80–84

The genus Anthracothecium is re-reported for the territory of Russia. The article discusses that A. speciosum f. speciosum was mistakenly included in the lists of lichens of Russia, of the south of the Far East and of Shikotan Isl., and also that A. speciosum f. iturupiense morphologically and anatomically corresponds more closely to the genus Pyrenula. Thus, the tropical genus Anthracothecium is represented in Russia by one species, Anthracothecium australiense reported here to the Kunashir Island. … Read more...

39446

Lendemer J.C. (2026): Recent literature on lichens—280, Bryologist, 129(1): 73–83

bibliography Read more...

39445

Ferrari F.R., Villa P.M., Putzke J., Robinson S.A., Francelino M.R. & Schaefer C.E.G.R. (2026): Habitat-mediated filtering, rather than soil properties, shapes plant community diversity on Nelson Island, Maritime Antarctica, Journal of Vegetation Science, 37(3): e70145 [15 p.]

Aims: Environmental filtering is a key framework in vegetation science; yet, disentangling the relative roles of habitat and soil-mediated filters remains challenging in Antarctic cryptogamic communities. At the regional scale in Antarctica, climate is the primary driver of plant community diversity and structure. However, at a local scale, topography and soil properties are also crucial. This study aimed to assess how habitat-mediated (including substrate type and nesting-related disturbance), … Read more...