Page 1 of 3950 Results 1 - 10 of 39494
Id/Author/Year/TitleOrder by:  Year  Id  Author  Title
39494
Payzulla T., Adil G. & Mamut R. (2026): New and noteworthy records of Myriolecis (Lecanoraceae, lichenized Ascomycota) in the arid regions of northwestern China, MycoKeys, 133: 323–344

Myriolecis represents one of the richest genera in species diversity within Lecanoraceae. In this study, approximately 700 specimens collected from high-altitude, temperate continental arid-climate regions in northwestern China, including the Kunlun Mountains, the southern Tianshan Mountains, and the Karakoram Range, were examined. A total of six species were identified, among which three are described as new to science: Myriolecis convexa, M. incisa, and M. kunlunica; and three are newly recorded … URL EN Read more... 

39493
Liang F.H., Wang J.X., Ai M., Jiang W., Zhou S.N., Zhao Z.T., Wang X.Y. & Hu L. (2026): Four new species of Acarosporaceae (Acarosporales, Lecanoromycetes) with carbonized epihymenial accretions from China, MycoKeys, 133: 367–385

Based on a combination of morphological, chemical, and phylogenetic analyses, we report four new species from China: Acarospora carbonacea, A. rorida, Sarcogyne knudsenii, and S. xizangensis. These four species are characterized by endolithic thalli, apothecia with carbonized epihymenial accretions, an Acarospora-type ascus, and the absence of secondary metabolites. Acarospora carbonacea sometimes can develop a white epilithic ecorticate thallus, whereas such a thallus is not observed in the other … URL EN Read more... 

39492
Bhat M., Darshni P. & Srivastava A. (2025): Heavy metals uptake in lichens: A comprehensive review, Journal of Pollution, 8(1): 360 [8 p.]

Heavy metals are regarded as one of the most significant environmental contaminants. They can easily get entered in food chain and eventually exert toxic effects through contaminated soils, crops and water, thereby becoming a serious global issue of concern today. There are numerous ways to remove them from the environment, but majority of which are expensive and difficult to employ, effectively. In order to eliminate inert metals and metal contaminants from contaminated air, soil and water, bioremediation … URL EN Read more... 

39491
Câmara P.E.A.S., Pujol-Luz J.R., Garrafoni A.R.S., Carvalho-Silva M., Alvarez F.L., Amorim E.T., Barreto C.C., Andrade Lima J.R.P., Convey P. & Rosa L.H. (2025): Diversity hosted by moss carpets in the Amazonian forest of Amapá, new insights from DNA metabarcoding, Acta Amazonica, 55: e55bc24374 [21 p.]

Bryophytes play an important role as habitats for many organisms, especially invertebrates, however, few studies have focused on understanding the cryptic ecosystems associated with them. The use of molecular tools allows for advances in diversity assessment of environmental samples. In particular, the use of DNA metabarcoding is an efficient method for detection of the DNA of rare and cryptic species, including resting stages typically undetected in morphological surveys. We used DNA metabarcoding … URL EN Read more... 

39490
Zarza E., López-Pastrana A., Damon A., Guillén-Navarro K. & García-Fajardo L.V. (2022): Fungal diversity in shade-coffee plantations in Soconusco, Mexico, PeerJ , 10: e13610 [23 p.]

Background. As forested natural habitats disappear in the world, traditional, shade- coffee plantations offer an opportunity to conserve biodiversity and ecosystem services. Traditional coffee plantations maintain a diversity of tree species that provide shade for coffee bushes and, at the same time, are important repositories for plants and animals that inhabited the original cloud forest. However, there is still little information about shade-coffee plantation’s fungal diversity despite … URL EN Read more... 

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 … URL EN 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. URL EN 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 URL EN 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 … URL EN 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 … URL EN Read more... 

Page 1 of 3950 Results 1 - 10 of 39494