JJH Katalog - Lichenological literature

35677

Pelageev D.N., Borisova K.L. & Anufriev V.P. (2023): Dimeric (poly)hydroxynaphthazarins, metabolites of echinoderms and lichens: the history of the synthesis and structure elucidation - Marine Drugs, 21(7): 407 [18 p.]

This review provides information on the synthesis and revision of the structures of natural dimeric (poly)hydroxynaphthazarins, metabolites of echinoderms and lichens, and on the refinement of the direction and mechanism of reactions in the synthesis of some of these compounds. Keywords: ethylidene-bis(2,6,7-trihydroxynaphthazarin); octahydroxymethyldibenzo[b,i] xanthenetetraone; mirabiquinone; cuculoquinone; islandoquinone; hybocarpone; mesocentroquinone; sea urchins; lichens; metabolites; tautomerism. Read more...

35676

Balogh R.A., Matus G., Lőkös L., Adorján B., Freytag C., Mészáros I., Oláh V., Szűcs P., Erzberger P. & Farkas E. (2023): Cryptogamic communities on flatroofs in the city of Debrecen (East Hungary) - Biologia Futura , 74: 183–197

Cryptogams of ten urban flatroofs, contrasting in their age and size, were studied between 2016 and 2018. Siliceous (bituminous felt, gravel, brick) and calcareous (concrete) substrata occurred at each site. Microclimate (T, RH) at two sites of contrasting shading was monitored from September 2016 to January 2017. Biomass of two differently aged, exposed flatroofs was sampled in October 2018. Taxa of Cladonia and Xanthoparmelia have been identified by spot tests and HPTLC. A total of 61 taxa (25 … Read more...

35675

Mallen-Cooper M., Rodríguez-Caballero E., Eldridge D.J., Weber B., Büdel B., Höhne H. & Cornwell W.K. (2023): Towards an understanding of future range shifts in lichens and mosses under climate change - Journal of Biogeography, 50: 406–417

Aim: Lichens and mosses play important functional roles in all terrestrial ecosystems, particularly in tundra and drylands. As with all taxa, to maintain their current niche in a changing climate, lichens and mosses will have to migrate. However, there are no published estimates of future habitat suitability or necessary rates of migration for members of these groups at the global scale. Taxon: Lichens and mosses. Location: Global. Methods: Using global occurrence data, we conducted ensemble distribution … Read more...

35674

Gerra-Inohosa L., Matisons R., Jansone D., Jansons Ā. & Lībiete Z. (2023): The role of retention trees in providing a habitat for bryophytes and lichens in young forest stands: a mid-term perspective - Diversity, 15(7): 870 [12 p.]

Retention of trees from the previous generation is one of the most widespread conservation practices in forests used for timber production. Despite the comparatively long history of this approach in Europe, there is a lack of long-term studies on the effectiveness of retention trees in preserving epiphyte communities. We compared the diversity of bryophyte and lichen species on retention trees in 20 young forest stands in Latvia in two assessments, 11 years and 18 years after clearfelling. Linear … Read more...

35673

Gams W., Diederich P. & Põldmaa K. (2004): Fungicolous fungi: inventory and monitoring methods - In: Mueller G.M., Bills G.F. & Foster M.S. (eds), Biodiversity of fungi, p. 343–392, Elsevier, Academic Press, Amsterdam

Book chapter Read more...

35672

Bílek O. (2014): Zajímavá flóra a vegetace Újezdského vrchuu Vranovic - Calluna, 19(1): 11–14

Czech Republic, vegetation, excursion; nine lichen species of the genera Cetraria, Cladonia and Xanthoparmelia identified by O. Peksa listed from a phytocoenological relevé. Read more...

35671

Peksa O. (2009): Za lišejníky vrchu Radyně aneb krátká zpráva z jarní exkurze Západočeské pobočky - Calluna, 14(1): 1–2

Czech Republic, Western Bohemia; report on lichenological excursion of the West Bohemian section of the Czech Botanical Society Read more...

35670

Cometto A., Leavitt S.D., Grube M., De Hoog S. & Muggia L. (2023): Tackling fungal diversity in lichen symbioses: molecular and morphological data recognize new lineages in Chaetothyriales (Eurotiomycetes, Ascomycota) - Mycological Progress, 22: 53 [26 p.]

Lichens have been reappraised as self-sustaining and long-living ecosystems in which a multiplicity of microorganisms are housed, in addition to the main symbiotic partners. Lichen-associated microfungi can frequently occur cryptically, and their species diversity has recently been more fully elucidated by DNA metabarcoding studies and culture isolations. These lichen-associated fungi represent a wide array of major lineages in ascomycetes and basidiomycetes, including both filamentous and yeast … Read more...

35669

Müller (Argoviensis) J. (1895): Lichenes Sikkimenses a reverendiss. Stevens in montibus Sikkim, Indiae orientalis lecti, quos enumerat. Sertulum Primum - Bulletin de l’Herbier Boissier, 3(4): 194–195

1. Stereocaulon strictum, 2. Baeomyces fungoides Ach., 3. Usnea barbata v. florida Fr., 4. Ramalina calicaris Fr., 5. Anaptychia podocarpa Trev., 6. Anaptychia leucomelaena v. multifida Wain., 7. Stictina retigera (Ach.) Müll. Arg., 8. Parmelia Kamtschadalis Eschw., 9. Parmelia Wallichiana Tayl., 10. Pseudophyscia speciosa v. cinerascens Müll. Arg., 11. Patellaria (s. Psorothecium) Sikkimensis Müll. Arg., 12. Graphis duplicata Ach. Read more...

35668

Eckstein J. & Grünberg H. [mitarb. Putzmann F. & Rettig J.] (2021): Rote Liste der Flechten Thüringens. 4. Fassung, Stand: 11/2020 - Naturschutzreport Heft, 30: 402‒424

Redlist; Germany, Thuringia Read more...