JJH Katalog - Lichenological literature

36776

Berger F. & Breuss O. (2023): Neue und bemerkenswerte Flechtenfunde im Burgenland (Österreich) - Österreichische Zeitschrift für Pilzkunde, 31: 1–20

94 lichen species are reported from Austria´s easternmost province, most of which (71) are new findings for Burgenland. Many lichen species are typical colonizers of dry and warm habitats; the occurrence of some rare and (sub)oceanic species in southern Burgenland is also of particular interest. Key words: Lichenized Ascomycota, biodiversity, floristics, mycobiota of Austria, xerothermic. Read more...

36777

Berger F., Breuss O. & Lőkös L. (2023): Checkliste der Flechten des Burgenlandes (Österreich) - Österreichische Zeitschrift für Pilzkunde, 31: 39–62

A revised checklist of the lichenized fungi so far recorded from the Austrian province Burgenland is presented. The list is based on the last species list of Austrian lichens (HAFELLNER & TÜRK 2016) and includes formerly overlooked publications by Hungarian authors and recent contributions which means an addition of 143 taxa. Altogether 579 taxa (570 species) have been published to occur in Burgenland. Key words: Biodiversity, distribution, lichens – Mycobiota of Austria. Read more...

36778

Breuss O. & Traun G. (2023): Flechten im Pötzleinsdorfer Schlosspark in Wien (Österreich) - Österreichische Zeitschrift für Pilzkunde, 31: 63–71

The results of an investigation on the lichen biota of a park in the city of Vienna, Austria, is presented. Altogether 55 lichen species are listed, nine of them (Lecidea lithophila, Naetrocymbe punctiformis, Naevia punctiformis, Physcia biziana, Piccolia ochrophora, Pseudosagedia aenea, Strangospora pinicola, Verrucaria floerkeana and V. pilosoides) are recorded for the first time from Vienna. Key words: Lichenised Ascomycota, urban lichens, new records. – Mycoflora of Vienna, Austria. Read more...

36782

Breuss O. (2023): Flechten aus Bolivien, gesammelt 1927 von José Steinbach - Österreichische Zeitschrift für Pilzkunde, 30: 123–131

A historical collection of lichens from Bolivia (altogether 112 species) is treated, including 66 new national records. JOSÉ STEINBACH is well-known for his extensive collections of natural history objects, mainly vascular plants, birds and insects, which he sold to museums and institutes all around the world. Except for one species (Strigula smaragdula), distributed as exsiccate specimens, no lichens gathered by him were known. A fairly large lichen collection made in 1927 and sent to the … Read more...

36783

Breuss O. (2023): Liste der Flechten Nicaraguas - Österreichische Zeitschrift für Pilzkunde, 30: 133–143

The 319 lichen species known so far from Nicaragua are listed with reference to the relevant literature. Key words: Biodiversity, distribution, lichens, checklist. ‒ Mycobiota of Central America, Neotropics. Read more...

36215

Zhang W., Ran Q., Li H. & Lou H. (2024): Endolichenic fungi: a promising medicinal microbial resource to discover bioactive natural molecules—an update - Journal of Fungi, 10(2): 99 [49 p.]

Lichens are some of the most unique fungi and are naturally encountered as symbiotic biological organisms that usually consist of fungal partners (mycobionts) and photosynthetic organisms (green algae and cyanobacteria). Due to their distinctive growth environments, including hot deserts, rocky coasts, Arctic tundra, toxic slag piles, etc., they produce a variety of biologically meaningful and structurally novel secondary metabolites to resist external environmental stresses. The endofungi that live … Read more...

36283

Herring B. (2024): Status survey of the federally endangered Perforate Reindeer Lichen (Cladonia perforata) throughout its known range in Florida - Castanea, 88(2): 241–279

A range wide status survey of the perforate reindeer lichen (Cladonia perforata) was performed by revisiting known extant and historical sites and searching for new populations. Size of each popula- tion was determined and the extent of invasive plant species in the vicinity of Cladonia perforata was also documented. The data was used to update the global and state NatureServe conservation status rank of this species and provide the current information to the United States Fish and Wildlife Service … Read more...

36284

Shamblin Z. & Puppo P. (2024): Developing a 3D digitization protocol at the Marshall University Herbarium using free, open-source 3D reconstruction software - Castanea, 88(2): 191–204

Herbarium specimen digitization and transcription initiatives have led to revitalized use of plant collections making them more accessible than ever. Most digitization is done by producing 2D images of herbarium sheets; however, herbaria also include 3D collections such as fungi, mosses, and dry fruits, among others. Here we present a 3D digitization protocol developed at the Marshall University Herbarium (MUHW) using free photogrammetry software. We tested four freely available software applications, … Read more...

35808

Cicardi M., Bernasconi D., Martire L., Pastero L., Caneva G. & Favero-Longo S.E. (2024): Centimetric circular areas uncolonized by microbial biofilms (CUMBs) on marble surfaces and insights on a lichen-related origin - International Biodeterioration and Biodegradation, 186: 105681 [13 p.]

This study investigated the poorly known phenomenon of Centimetric circular areas Uncolonized by Microbial Biofilms (CUMBs) which is frequently observed on natural and heritage stone surfaces displaying widespread lithobiontic colonization. In order to unveil a possible relationship with past lichen colonization, analyses were carried out on the distribution, morphometry, physical and mineralogical properties, and microscopic features of CUMBs on the marble surfaces of a balustrade in the Garden … Read more...

35912

Nirhamo A., Hämäläinen A., Hämäläinen K. & Kouki J. (2024): The response of epiphytic lichens on living and dead Pinus sylvestris to prescribed fires of varying severity - Forest Ecology and Management, 551: 121558 [9 p.]

Prescribed burning can be used to restore forest ecosystems degraded by anthropogenic pressures. However, some species such as epiphytic lichens may be vulnerable to fire. We studied the effects of fire on epiphytic lichens on living and dead Pinus sylvestris (Scots pine) by surveying lichens up to two meters on the trunks 21 years after experimental and replicated prescribed burnings in pine-dominated boreal forests in Finland. We investigated three types of stands that had faced different levels … Read more...