Page 3661 of 3770 Results 36601 - 36610 of 37696
Id/Author/Year/TitleOrder by:  Year  Id  Author  Title
36601
Kantelinen A., Svensson M., Malíček J., Vondrák J., Thor G., Palice Z., Svoboda S. & Myllys L. (2024): A phylogenetic study of Micarea melaeniza and similar-looking species (Pilocarpaceae) unveils hidden diversity and clarifies species boundaries and reproduction modes, MycoKeys, 106: 327–353

Micarea (Ascomycota, Pilocarpaceae) is a large cosmopolitan genus of crustose lichens. We investigated molecular systematics and taxonomy of the poorly known Micarea melaeniza group focussing on M. melaeniza, M. nigella and M. osloensis. A total of 54 new sequences were generated and using Bayesian and maximum likelihood analysis of two markers (nuITS and mtSSU), we discovered two previously unrecognized phylogenetic lineages, one of which is described here as Micarea eurasiatica Kantelinen … URL EN PDF Read more... 

36602
Gillingham D., Hodge J., Skeard F., Hanel C., Wiersma Y.F., Arsenault A., Driscoll K.E., Paquette H.A. & McMullin R.T. (2024): Mi'kmaw knowledge helps uncover a new area of interesting lichen biodiversity on the island of Newfoundland (Ktaqmkuk), Bryologist, 127(2): 249–268

The island of Newfoundland, Canada, is known as an area with high lichen species richness; however, most of this diversity is known from coastal regions where the ocean creates a maritime climate. The central part of the island has a more continental climate and is also the part of the province with the highest levels of industrial forest harvest and mining activities. For these reasons, it has not been an area considered to have high lichen diversity. Here, we show how local Mi’kmaw knowledge … URL EN Read more... 

36603
Kaminsky L. & Smith M.E. (2024): Assessment of macrolichen diversity at Ordway-Swisher Biological Station in northern Florida contributes to the scientific mission of NEON, Castanea, 89(1): 1–11

The National Ecological Observatory Network (NEON) is gathering select ecological and taxonomic data across 81 sites in the United States and Puerto Rico. Lichens are one of the organismal groups that NEON has not yet assessed across these sites. Here we sampled lichens at Ordway-Swisher Biological Station (OSBS), a NEON site in north central Florida, to provide a baseline survey of the commonly encountered macrolichens (foliose, fruticose, and squamulose lichens). Macrolichens represent … URL EN Read more... 

36604
Konoreva L.A., Chesnokov S.V. & Bolshakov S.Y. (2024): Inventory of lichenised and lichenicolous fungi of Nordaustlandet, Svalbard, Polar Biology, 47: 639–649

Nordaustlandet is the northernmost and one of the most inaccessible regions of Svalbard. The lichens of the Nordaustlandet were studied most actively from the mid-nineteenth century to the 40 s of the twentieth century. It was during this period that significant collections of lichens were collected, which still form the basis for some taxonomic studies. Thanks to large-scale research conducted by the Avrorin Polar-Alpine Botanical Garden-Institute of the Kola Science Center of the Russian Academy … URL EN Read more... 

36605
Gauslaa Y. (2024): Changes in epiphytic lichen diversity along the urban-rural gradient before, during, and after the acid rain period , Biodiversity and Conservation, 33: 2247–2263

Spatial variations in epiphytic macrolichen richness in the city of Oslo were assessed annually 1973–2019. These observations were contrasted with earlier published data from 1930 to examine how long-term changes in species richness of functional groups track different stages of air pollution regimes. From 1930 to the 1970’s, representing the early surge and late peak of S-deposition, the lichen-deficient urban area remained largely unaltered. Epiphytic macrolichen richness in the surrounding … URL EN Read more... 

36606
Tibell L. & Constantinescu O. (1991): Catenomycopsis rosea gen. et sp. nov (Hyphomycetes), anamorph of Chaenothecopsis haematopus, Mycological Research, 95(5): 556–560

Several single- and multiascospore cultures of Chaenothecopsis haematopus produced a hyphomycetous anamorph. Catenomycopsis rosea gen. et sp. nov, is introduced to accommodate this fungus. Detailed description and illustration of the cultural and morphological characters are provided. Chaenothecopsis haematopus, previously only known from Australia and Tasmania, is reported from South America. URL EN Read more... 

36607
Fryday A., Möller E.J., Timdal E., Yahr R., Cannon P., Coppins B., Sanderson N. & Simkin J. (2024): Rhizocarpales, including Catolechia, Epilichen, Haugania, Poeltinula and Rhizocarpon (Rhizocarpaceae), and Sporastatia and Toensbergia (Sporastatiaceae), Revisions of British and Irish Lichens, 41: 1–30

URL EN Read more... 

36608
Ossowska E.A., Schiefelbein U. & Kukwa M. (2024): First records of Sticta arenosella and S. cellulosa from South America based on molecular and morphological data, Plant and Fungal Systematics, 69(1): 77–84

Two isidiate species, Sticta arenosella and S. cellulosa, are reported from South America for the first time and the former species also as new to Southern Hemisphere. Sticta arenosella was found in Chile and S. celulosa in Bolivia. The identification of both species was confirmed by sequencing of the nuITS rDNA marker, a universal barcode of fungi, and the haplotype network analyses. Specimen of S. celulosa possess sparse apothecia, which previously have not been observed in this species. Kezwords: … URL EN Read more... 

36609
Paukov A.G., Davydov E.A., Ren Q. & Sohrabi M. (2024): Circinaria tominii (Megasporaceae, lichenized Ascomycota) is represented by two different growth forms, Plant and Fungal Systematics, 69(1): 69–76

Molecular study of Circinaria specimens collected in arid habitats of the Chuya Steppe showed the existence of two different growth forms, crustose and vagrant, in C. tominii that implies a more complex lifecycle of the species compared to that postulated by Mereschkowsky for vagrant taxa. An ITS phylogeny revealed the position of Circinaria tominii relative to three vagrant species, C. alpicola, C. aschabadensis and C. jussufii. Circinaria tominii was first collected in 1926 and was rediscovered … URL EN Read more... 

36610
Cezanne R., Eichler M., Hohmann M.-L. & Teuber D. (2013): Die Situation der Rentierflechten in Hessen, Hessen-Forst, FENA Skripte 3, Giessen, 107 p.

Cladonia subgenus Cladina, Hessen EN Read more... 

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