Katalog - Lichenological literature

39118

Яцына А.П. [Yatsyna A.P.] (2025): Лихенобиота дубрав и черноольховых лесов заказника «Старобинский» (Минская область, Беларусь) [Lichen biota of oak and black alder forests of the «Starobinsky» Reserve (Minsk Region, Republic of Belarus)], Разнообразие растительного мира [Diversity of plant world], 3(26): 38–48

[in Russian with English abstract:] Based on the office processing of the herbarium material of the lichen collection (LE) and the studies conducted in oak and black alder forests in 2024 compiled a list of lichens and closely related fungi of the Starobinsky Reserve. The annotated list includes 133 species: 124 species of lichens, 6 non-lichenized fungi – Chaenothecopsis pusilla, Microcalicium disseminatum, Phaeocalicium polyporaeum, Sarea difformis, S. resinae and Stenocybe pullatula and three … Read more...

39117

Мучник Е.Э. [Muchnik E.E.] (2025): Лихенологические исследования на Джаныбекском стационаре [Lichenological research at the Dzhanybek Research Station], Разнообразие растительного мира [Diversity of plant world], 4(27): 27–36

[in Russian with English abstract: ] As a result of revision of fund materials in 2000 and field studies in 2023, 46 species from 30 genera, 12 families of lichenized fungi were identified on the territory of the Dzhanybek Research Station of the Institute of Forestry Science of the Russian Academy of Sciences. Of these, 32 species had not been previously recorded in Pallasovsky District, including 14 species that were first reported for Volgograd Region. The overwhelming majority of identified species … Read more...

39116

Мучник Е.Э. [Muchnik E.E.] (2024): Дополнения к лихенобиоте Серебряноборского опытного лесничества (Московский регион, Россия) [Additions to the lichen biota of the Serebryanoborskoye Experimental Forestry (Moscow Region, Russia)], Разнообразие растительного мира [Diversity of plant world], 4(23): 27–35

[in Russian with English avbstract: ] The lichenological survey in 2024 of quarters 14 and 15 of the suburban part of the Serebryanoborskoye Experimental Forestry of the Institute of Forest Science of the Russian Academy of Sciences revealed 57 lichen species, 2 species of closely related saprotrophic fungi and 2 species of lichenicolous fungi. Among them 12 species are new to the territory of the Experimental Forestry, including Arthonia vinosa, which is listed for the first time for the Moscow … Read more...

39115

Barone I., Gerra-Inohosa L., Jansone D., Treimane A., Jansons Ā. & Donis J. (2025): Links between species richness of bryophytes and lichens and tree-related microhabitats on retention trees, European Journal of Forest Research, 144: 1631–1643

Retention forestry is a commonly used approach to include biodiversity conservation in forest management of production forests. Tree-related microhabitat (TreM) assessment is suggested as a good practice for the selection of habitat trees to retain. TreMs are small structures on living or dead trees that provide living substrates, shelter, breeding places, or food sources for various groups of organisms, therefore, they can be a good indicator of the presence of forest-dwelling species. However, … Read more...

39114

Lendemer J.C. (2025): Recent literature on lichens—279, Bryologist, 128(4): 895–904

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39113

Ablimit N., Mamatali R., Toksun D., Iqbal M.S. & Tumur A. (2025): Analysis of the distribution of epiphytic corticolous lichens in the forests along an altitudinal gradient in Barluk Mountain National Nature Reserve in Xinjiang, China, Diversity, 18(1): 2 [18 p.]

Epiphytic corticolous lichens are vital components of forest ecosystems, yet their species composition and distribution patterns along altitudinal gradients in the Populus tremula forests of Barluk Mountain National Nature Reserve, Xinjiang, China, remain understudied. This study analyzes the diversity and distribution of epiphytic corticolous lichens in these forests along an altitudinal gradient. Field research was conducted at six sites (940–1450 m) from June to July 2023–2024, with samples … Read more...

39112

Klarenberg I.J., Liu R., Convey P., Cornelissen J.H.C. & Bokhorst S. (2025): How the small host the small: cryptogam trait-mediated structuring of Antarctic microarthropod communities, Ecography, 2025: e08175 [16 p.] early view

Primary producers shape terrestrial biodiversity, but most research has focused on vascular plants, while the role of cryptogams (mosses, lichens and algae) remains under‐explored. Cryptogams dominate Antarctic vegetation and support diverse microarthropod communities. However, how cryptogam traits influence these communities remains poorly understood. We therefore investigated the role of 28 cryptogam species and one vascular plant, via their functional traits, in shaping microarthropod communities … Read more...

39111

Newbery F. (2025): Flora of Lichenicolous Fungi, Field Mycology, 26(1): 34–35

Book review on two volumes of: Flora of Lichenicolous Fungi Volumes 1 – Basidiomycetes Volumes 2 – Hyphomycetes Paul Diederich, Ann M Millanes, Mats Wedin, James D Lawrey Luxembourg National Museum of Natural History, 2021 ISBN: 978-2-919877-26-3 Hardback 351 pp. £38.00 from www.summerfieldbooks.com and other booksellers. Paul Diederich, Damien Ertz, Uwe Braun Luxembourg National Museum of Natural History, 2024 ISBN: 978-2-919877-27-0 Hardback 544 pp. £42.00 from www.summerfieldbooks.com … Read more...

39110

Greiff G.R.L. (2025): Bryophilous ascomycetes: a primer for mycologists, Field Mycology, 26(4): 112–118

Ascomycetes on bryophytes are generally under studied. This is partly because bryologists find mycology challenging, while mycologists find bryophytes challenging. The minute size of many bryophilous ascomycetes hinders their detection, added to by their specific, sometimes hidden, microniches on their host plants. Despite being a rather difficult discipline, the study of bryophilous ascomycetes can be highly rewarding, with plenty of undescribed species and interesting interactions. … Read more...

39109

Kristinsson H. & Heiðmarsson S. (2025): Sveppatal III: Fléttumyndandi og fléttuháðir sveppir [Icelandic checklist of lichen-forming and lichenicolous fungi], Fjölrit Náttúrufræðistofnunar, 60: 1–76

This publication presents list of all lichen-forming and lichenicolous fungi known in Iceland. The checklists originates from the lifelong research and extensive collections of Hörður Kristinsson (1937–2023), and has been continuously revised at the Natural Science Institute of Iceland. It currently comprises 838 species of lichens-forming fungi and 144 species of lichenicolous fungi. The list also includes two species regarded as human introduced and two additional fungi that, although neither … Read more...