Katalog - Lichenological literature

38598

Komposch H. & Emmerer B. (2008): Flechten in den Gräben der Enns, des Johnsbaches und im Langgries, Schriften des Nationalparks Gesäuse, 3: 76–85

38597

Komposch H. (2017): Flechten und auf Flechten lebende Pilze aus dem Hartelsgraben, Schriften des Nationalparks Gesäuse, 13: 147–152

Alps; Austria; Chaenothecopsis dibbleandersoniarum Selva infecting Felipes leucopellaeus on the Abies alba bark recorded for the first time in Europe and photodocumented. Schlussfolgerung: Innerhalb eines kurzen Sammeltages konnten im Hartelsgraben 62 rinden- und holzbewohnende Flechten nachgewiesen werden, von denen mehr als 33 % einen Gefährdungsgrad zwischen 1 und 4 aufweisen. Dies liefert ein Indiz dafür, dass die bachnahen Wälder ein hohes Potenzial als Lebensraum für Ur- und Altwälder … Read more...

38596

Komposch H. (2025): Flechtendiversität unterschiedlich stark genutzter Wälder in den Mürztaler Alpen, Natura Styriaca, 1: 240–260

Lichen diversity in managed forests within the Mürztaler Alpen. – In 2019, a first survey concerning lichen species richness was carried out in managed and recently abandoned forest areas at the Forestry Training Center Pichl in the Mürztaler Alpen. The aim of this project was to record as many lichens as possible growing no more than two meters above the ground, including bark-, dead wood-, rock-, and soil-dwelling lichens at 16 forest sites. This survey revealed 163 species and showed large … Read more...

38595

Crous P.W., Catcheside D.E.A., Catcheside P.S., Alfenas A.C., Alfenas R.F., Barreto R.W., Lebel T., Balashov S., Broadbridge J., Jurjević Ž., De la Peña-Lastra S., Hoffmann R., Mateos A., Riebesehl J., Shivas R.G., Soliz Santander F.F., Tan Y.P., Altés A., Bandini D., Carriconde F., Cazabonne J., Czachura P., Gryta H., Eyssartier G., Larsson E., Pereira O.L., Rigueiro-Rodríguez A., Wingfield M.J., Ahmad W., Bibi S., Denman S., Esteve-Raventós F., Hussain S., Illescas T., Luangsa-ard J.J., Möller L., Mombert A., Noisripoom W., Olariaga I., Pancorbo F., Paz A., Piątek M., Polman-Short C., Suárez E., Afshan N.S., Ali H., Arzanlou M., Ayer F., Barratt J., Bellanger J.-M., Bidaud A., Bishop-Hurley S.L., Bohm M., Bose T., Campo E., Chau N.B., Çolak Ö.F., Cordeiro T.R.L., Cruz M.O., Custódio F.A., Couceiro A., Darmostuk V., Dearnaley J.D.W., de Azevedo Santiago A.L.C.M., de Freitas L.W.S., de J Yáñez-Morales M., Domnauer C., Dentinger B., Dhileepan K., De Souza J.T., Dovana F., Eberhardt U., Eisvand P., Erhard A., Fachada V., García-Martín A., Groenewald M., Hammerbacher A., Harms K., Haroon S., Haqnawaz M., Henriques S., Hernández A.J., Jacobus L.M., Jaen-Contreras D., Jangsantear P., Kaygusuz O., Knoppersen R., Kumar T.K.A., Lynch M.J., Mahiques R., Maraia G.L., Marbach P.A.S., Mehrabi-Koushki M., Miller P.R., Mongkolsamrit S., Moreau P.-A., Oberlies N.H., Oliveira J.A., Orlovich D., Pérez-Méndez A.S., Pinto A., Raja H.A., Ramírez G.H., Raphael B., Rodrigues A., Rodrigues H., Ramos D.O., Safi A., Sarwar S., Saar I., Sánchez R.M., Santana J.S., Scrace J., Sales L.S., Silva L.N.P., Stryjak-Bogacka M., Tacconi A., Thanh V.N., Thomas A., Thuy N.T., Toome M., Valdez-Carrazco J.M., van Vuuren N.I., Vasey J., Vauras J., Vila-Viçosa C., Villarreal M., Visagie C.M., Vizzini A., Whiteside E.J. & Groenewald J.Z. (2025): Fungal Planet description sheets: 1781–1866, Persoonia, 54: 327–587

Novel species of fungi described in this study include those from various countries as follows: Argentina, Septoria reinamora on leaf spots of Mutisia spinosa. Australia, Cortinarius albofolliculus on mossy soil, Cortinarius descensoriformis among leaf litter, Cortinarius kaki among leaf litter, Cortinarius lissosporus in leaf litter, Cortinarius malogranatus in leaf litter, Cortinarius meletlac on soil in mixed forest, Cortinarius sebosioides in long decayed wood litter, Helicogermslita australiensis … Read more...

38594

Abdella F.I.A., Alanazia T.Y.A., Alreshidi M.A., Al-Enazy H.D.A., Alshammari H.K. & Hamden K. (2025): Parietin from lichen: extraction, characterization, and in silico, in vitro, and in vivo evaluation of its protective effects against inflammation, oxidative stress, and neutrophil infiltration in diabetic rat tissues, Biomedicine and Pharmacotherapy, 189: 118277 [15 p.]

Lichen-derived Phenolic parietin (PNT) demonstrates promising anti-inflammatory and antioxidant properties with potential applications as a therapeutic agent. This study investigates, for the first time, the protective effects of PNT against obesity-induced inflammation, type 2 diabetes, oxidative stress, and tissues damages. In vitro and in silico analyses revealed strong interactions of PNT with key enzymes such as lipase, α-amylase, myeloperoxidase (MPO), phospholipase A2 (PLA2), 5-lipoxygenase … Read more...

38593

Whitworth I., Chen V.J. & Smith G.D. (2025): Milking the orchil: How the presence of goat milk in the orchil dyebath may affect the color of dyed wool, Heritage, 8(7): 272 [13 p.]

Among the craft recipes for artisans collected in the 4th-century Egyptian documents the Leyden and Stockholm papyri, there is one calling for adding animal milk to orchil for wool dyeing. To understand the rationale for this practice, wool yarns were dyed with and without goat milk added to orchil dyebaths, each made using lichens from three different sources. The results showed orchil containing milk dyed yarns a noticeably deeper red hue. The colorants extracted from the dyed yarns were analyzed … Read more...

38592

Vicol I. (2020): Lichen richness within anthropogenic and traditional landscapes, Romanian Journal of Biology, Plant Biology, 65(1-2): 13-19

The study was focused on the assessment of lichen richness across anthropogenic and traditional landscapes in relation to different environmental factors. Significant results were obtained between lichen richness and environmental factors such as the interaction between wood extraction and the presence of pollution sources near investigated sites within anthropogenic landscape whilst within traditional landscape only altitude affected significantly lichen richness. Lichen richness was different only … Read more...

38591

Bajpai R. & Upreti D.K. (2020): Lichen Allelopathy: An agricultural prospect, International Journal of Plant and Environment, 6(1): 1-8

Allelopathy is a common biological miracle by which one organism produces biochemicals that affect the growth, existence, development, and reproduction of other organisms. These biochemicals are known as allelochemicals and have advantageous, as well as, harmful effects on target organisms. Lichens produce over a thousand different extracellular biochemical terms as secondary metabolites. The lichen secondary metabolites may show either positive effects, such as, in weed control, crop protection, … Read more...

38590

Bezzola A. & Coxson D. (2020): Lifeboat or sinking ship: Will the size and shape of Old-Growth Management Areas provide viable future habitat for temperate rainforest lichens?, Canadian Journal of Forest Research, 50(8): 774-787

The Kispiox Timber Supply Area, a 1.3 million ha region in northwestern British Columbia, Canada, supports a significant assemblage of temperate rainforest (oceanic) lichens that depend on old forests. Given their known sensitivity to edge effects, we ask whether or not the current configuration of Kispiox Old-Growth Management Area (OGMA) reserves will provide viable future habitat for oceanic lichens as surrounding landscapes are progressively logged in coming decades. Landscape indicators were … Read more...

38589

Castro-Rosalez L., Juárez-Maldonado A., Benavides-Mendoza A., González-Morales S., García-León E., Rebollar-Alviter A. & Pérez-Labrada F. (2025): In vitro sensitivity of isolates of Neopestalotiopsis rosae, causal agent of strawberry crown rot, to usnic acid, Horticulturae, 11(7): 812 [18 p.]

Root and crown rot in strawberries caused by Neopestalotiopsis rosae (N. rosae) results in yield losses of approximately 70%. The main method of control is based on the application of fungicides; however, the excessive use of these products can induce resistance by pathogens to the active ingredients. The use of secondary metabolites is an alternative to disease management. Usnic acid (UA), a secondary metabolite produced by lichens, has shown antimicrobial and antifungal activities that could be … Read more...