JJH Katalog - Lichenological literature

36425

Bomble F.W. (2024): Cladonia rangiformis – Falsche Rentierflechte (Cladoniaceae) und Tortella inclinata – Geneigtes Spiralzahnmoos (Pottiaceae), Flechte und Moos des Jahres 2023 - Jahrbuch des Bochumer Botanischen Vereins, 15: 233–247

[in German : ] lichen and moss of the year 2023 presented Read more...

36426

Bartylak T., Kayastha P., Polishchuk A., Roszkowska M., Bartylak M.M., Rutkowski T., Zacharyasiewicz M. & Kaczmarek Ł. (2024): Terrestrial Tardigrada (water bears) of the Słowiński National Park (Northern Poland) - Diversity, 16(4): 239 [15 p.]

In this paper, samples of mosses, lichens and cryptogams (mosses mixed with lichens) collected from Słowiński National Park (northern Poland) were studied for water bears (Tardigrada). In total, 27 tardigrade taxa were identified: 21 to the species level, one identified as „cf.” and three to the genus level, with six species (Eremobiotus ginevrae, Hypsibius dujardini, Hypsibius scabropygus, Milnesium beasleyi, Minibiotus intermedius and Notahypsibius pallidoides) being new records for Poland. … Read more...

36427

Fryday A., Cannon P., Coppins B., Aptroot A., Sanderson N. & Simkin J. (2024): Lecideales, including Amygdalaria, Bellemerea, Bryobilimbia, Cecidonia, Clauzadea, Farnoldia, Immersaria, Koerberiella, Lecidea, Lecidoma, Porpidia, Porpidinia and Romjularia (Lecideaeae) and Lopadium (Lopadiaceae) - Revisions of British and Irish Lichens, 40: 1–51

36428

Davydov E.A., Yakovchenko L.S., Kharpukhaeva T.M., Zheludeva E.V., Chesnokov S.V., Konoreva L.A., Kataeva O.A., Kuznetsova E.S., Storozhenko Yu.V., Ryzhkova P.Yu. & Himelbrant D.E. (2024): Umbilicaria aprina and U. rhizinata (Umbilicariaceae, lichenized Ascomycota) in Russia - Turczaninowia, 27(1): 92–101

The distribution of Umbilicaria aprina and U. rhizinata in Russia was revised basing on morphological and molecular-phylogenetic data. Umbilicaria aprina is new to Alexandra Land Island (Franz Josef Land Archipelago), Sverdrup Island (Taimyr Dolgano-Nenets District), the republics of Altai, North Ossetia-Alania and Sakha-Yakutia. Umbilicaria rhizinata is new to the republics of Tyva and Buryatia, Putorana Plateau, Kamchatka Peninsula, and the Magadan Region and is therefore reported for the first … Read more...

36429

Конорева Л.А., Чесноков С.В., Зуева А.С. & Холод С.С. [Konoreva L.A., Chesnokov S.V., Zueva A.S. & Kholod S.S.] (2024): Новые для России находки лишайников и лихенофильного гриба с острова Колгуев (Российская Арктика) [New to Russia records of lichens and a lichenicolous fungus from the Kolguev Island (Russian Arctic)] - Turczaninowia, 27(1): 66–71

Two species of lichens, Buellia insularis and Polyblastia cataractae, as well as a lichenicolous fungus [in Russian with English summary: ] Lasiosphaeriopsis lecanorae, were identified as new for Russia during the comprehensive studies of vegetation on the Kolguev Island. For each species, a brief description is given based on the specimens studied, differences from closely related species, ecological features, and global distribution are shown. Keywords: Arctic, floristic records, lichenicolous … Read more...

36431

Behera P. K., Joseph S., Nayaka S. & Chauhan R. S. (2024): New additions of lichens from Assam, India - Plant Science Today, 11: 333-340

An account of 7 lichen species new to lichen biota of Assam is presented. The species are Bactrospora paludicola, Buellia pleiotera, Byssolecania deplanata, Graphis urandrae, Gyalidea fritzei, Mycobilimbia philippina and Staurothele fissa. Among them, B. paludicola and G. fritzei are being reported for the first time from India. The lichen samples were collected from various protected areas of Assam and a detailed systematic account is provided. Biodiversity, Lichenized fungi, North-East, Taxonomy, … Read more...

36433

Gheza G. & Nascimbene J. (2024): Lichens from the aurifodinae of the upper Ticino river valley (N Italy) - Natural History Sciences [Atti della Società Italiana di Scienze Naturali e del Museo Civico di Storia Naturale in Milano], 11(1): 53–60

Aurifodinae were open-pit gold mines of the Roman age which left behind them elongated heaps of rounded stones. They are located in lowland semi-natural landscapes, and can be seen as screes at a lower altitude and in a milder climate than typical mountain screes. We investigated the lichen biota of the aurifodinae remains in the upper Ticino river valley (western Po Plain, Northern Italy), in a small, discontinuous, 6.5 ha wide area. Metamorphic siliceous stones prevail, while calcareous … Read more...

36434

Viola A., Newington N., Riley J., Selva S. & Proulx L. (2024): Bursting the stubble bubble: citizen scientists measure ecological continuity near Goldsmith Lake, Nova Scotia using calicioid lichens and fungi - Evansia, 41(1): 9–18

In an effort to protect a forest on provincial land near Goldsmith Lake in Annapolis County, Nova Scotia, from timber harvest operations, a group of citizen scientists began documenting the biodiversity of the area. In December 2022, the group invited Dr. Steven Selva, a lichenologist specializing in calicioid lichens and fungi, to visit and teach them how to locate and collect calicioid specimens. We found 27 calicioid species, one of which was new to the Maritimes, providing additional evidence … Read more...

36435

Cui C., Dou M., Jiang S. & Jia Z. (2024): The lichen genus Letrouitia (Brigantiaeaceae, Ascomycota) in China. - Diversity, 16(5): 254 [11 p.]

Based on morphological, chemical and molecular studies, two new species of the lichen genus Letrouitia are newly described from China. Letrouitia arcuata is distinguished by its arcuate ascospores [8–10(–12)-locular, (28–)33–50(–62.5) × (8–)10–14.5 µm] and L. sinuosa by its ascomata with wavy margins and ascospores with lens-shaped locules [6–8-locular, (18–)19.5–32(–34) × (6.5–)8–14 μm]. In addition, L. magenta is reported for the first time as a new record in China, … Read more...

36436

Boggess L.M., McCain C.M., Manzitto-Tripp E.A., Pearson S.M. & Lendemer J.C. (2024): Disturbance and diversity: Lichen species richness decreases with increasing anthropogenic disturbance - Biological Conservation, 293: 110598 [10 p.]

Anthropogenic disturbance is rapidly increasing through habitat degradation, development, and deforestation. Gaps remain in understanding the effects of this disturbance on diverse and ecologically important organisms such as lichens. In North America, studies have focused on epiphytic macrolichens and catastrophic disturbance, largely ignoring microlichens and less severe disturbances. The Intermediate Disturbance Hypothesis predicts these moderate disturbances will lead to higher species richness. … Read more...