Katalog - Lichenological literature

39371

LaGreca S. & Gardens S.P.D. (2026): Ramalina's growing where they shouldn't, Evansia, 43: 7–11

This paper reports Ramalina lichens growing where they shouldn′t—in other words, in unexpected localities outside their normal geographic or temporal distribution, or on unusual substrates. The anecdotes herein include both my observations as well as others, compiled by me while working at various herbaria and traveling over the past 10 years. All species identifications were confirmed with TLC. Read more...

39370

Paulsen J., Hillegass K., Herath H.K. & Bauer J. (2026): Above the desert: Bryological andllichenological diversity at the summit of Palm Springs Aerial Tramway, Mount San Jacinto, California, Evansia, 43: 34–41

During the Botany 2025 conference in Palm Springs, California, the American Bryological and Lichenological Society (ABLS) held a field trip to Mount San Jacinto State Park. The field trip began by taking a short bus ride from the convention center to the Palm Springs Aerial Tramway, where about 30 bryophyte and lichen enthusiasts were shuttled up the mountain. After the group split into two at the Long Valley Ranger Station, we explored the Long Valley Discovery Trail, which led onto the Desert View … Read more...

39369

Ravera S., Agostini M., Bianchi E., Benesperi R., Bellini E., Campisi P., Di Nuzzo L., Nascimbene J., Sanità di Toppi L., Ruffini Castiglione M. & Paoli L. (2026): Does epiphytic lichen translocation work? Methods, outcomes and future perspectives, Plants, 15(7): 1042 [24 p.]

Epiphytic lichens are highly sensitive components of forest ecosystems, increasingly threatened by habitat disturbance and climate change. While habitat protection remains central to lichen conservation, translocation has emerged as a promising tool to address population decline, although its global effectiveness remains poorly evaluated. This scoping review, conducted under PRISMA-ScR guidelines, analyzes 30 taxa across 12 countries to evaluate current methodologies and outcomes. The reviewed literature … Read more...

39368

Yazıcı K. & Aslan A. (2025): Lichens and lichenicolous fungi from Batman Province, Turkey, Phytologia Balcanica, 31: 37–56

This study is a contribution to the lichen biota of Turkey. A total of 360 taxa (324 lichens, 29 lichenicolous fungi and seven lichenicolous lichens) have been identified from 124 sites in the Batman Province of Turkey. Of these, 291 lichens, 28 lichenicolous fungi and six lichenicolous lichens are new records for the Batman Province. Lobothallia parasitica, a lichenicolous lichen, is new to Turkey. Seven lichens (Candelariella oleifera, Circinaria scabridula, Clavascidium lacinulatum, Johnsheardia … Read more...

39367

Yazıcı K. & Aptroot A. (2026): Lichens and lichenicolous fungi from the Siirt Province, Turkey, Phytologia Balcanica, 32: 3–26

As a result of the lichenological exploration in the Siirt Province of Turkey, the authors report 327 lichens, seven lichenicolous lichens and 27 lichenicolous fungi, representing 135 genera of Ascomycota. Thelidium pyrenophorum is new to Turkey, and 301 lichens and 26 lichenicolous fungi are new records for the Siirt Province. Furthermore, five lichens (Anema decipiens, Lecanora stenotropa, Peccania tiruncula, Sarcogyne arenosa, and Verrucaria bryoctona) have been found for the second time in Turkey. … Read more...

39366

Jørgensen P.M. (2026): The lichens in Norway’s first flora, Graphis Scripta, 38: 1–8

In Norway’s first flora the author, Ernst Gunnerus (1718-1773), records no less than 77 lichen species, eight of which are described as new. Only one of them, Lichen (=Cornicularia) normoericus, is based on specimens in his herbarium. The others are based on information from professor Oeder in København, five with illustrations in ‘Flora danica’ which need interpretation. Two of these, Lichen groenlandicus and Lichen heclae, have remained untypified, which is rectified here. Lichen heclae … Read more...

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Jørgensen P.M. (2026): Ny feltflora for nordiske lav, Graphis Scripta, 38: 9

[in Norwegian: ] a review on the book: Moberg, R., Thor, G. & Hultengren, S. 2025: Lavar – en fältguide, 365 s. Naturcentrum AB. Pris: SEK 275. Read more...

39364

Peksa O. (2025): Vzácná strupka Friesova nalezena v PR Údolí Teplé, Arnika, Přírodou a historií Karlovarského kraje, 1/2025: 10–11

[in Czech] popular paper; Xyliopsora friesii Read more...

39363

Peksa O. (2025): Lišejníky Přírodní památky Šlovický vrch, Sborník Západočeského muzea v Plzni, Příroda, 131: 21–35

Lichens of the Šlovický vrch Nature Monument [in Czech with English abstract:] Šlovický vrch Nature Monument (Western Bohemia, Czech Republic) represents protected area established in former military training area. It protects specific environment with dry grasslands and early successional biotopes (with naked soil) endangered by succession of shrubs and trees. The area is typical by shallow soils on specific bedrock (spilite), and also relatively hot and dry climate (especially in last years). … Read more...

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Pecháčková S. & Peksa O. (2025): Doplněk ke studii vřesovišť Plzeňska, Erica, 32: 55–80

Supplement to the study of heathlands of the Pilsen region. [in Czech with English abstract: ] Following on our previous study, we present a set of 23 phytosociological relevés of heathlands dominated by Calluna vulgaris from the Pilsen Region (West Bohemia, Czech Republic). In this set, the forest (Vaccinium) type of heathlands predominate over the non-forest heathlands (as it is recently common in the whole region). We include several locations in the power line corridors, which all fall … Read more...