Katalog - Lichenological literature

20753

Gallé L. (1963): A Physcietum ascendentis physiosum bizianae zuzmotarsulas elofordulasa es conologiae viszonyai. [The occurrence and ecological relations of a new lichen association: Physcietum ascendentis physciosum bizianae], Bot. Kozlemenyek, 50(4): 179-184

Author first reported about the oecurrance in Hungary of a Mediterranean lichen, Physcia biziana (Mass.) A. Zahlbr. in Botanikai Közlemények (48: 48-51, 1959). In his present paper a new lichen sub-association is described (Physcietum ascendentis physciosum bizianae), the differential species of which is Physcia biziana. The sub-association was observed on the trunks of Sophora japonica planted on both sides of a suburban highway in Keszthely (County Veszprém, Hungary). The association is of photophil, … Read more...

19300

Gallé L. (1959): A Physcia biziana (Mass.) A. Zahlbr. mediterran zuzmofaj alakkore es magyarorszagi elofordulasa. [L'habitat en Hongrie et relations systematiques du lichen mediterraneen P. b.], Bot. Kozlemenyek, 48(1-2): 48-51

Physcia biziana var. granulifera (Zahlbr.) comb. nov., var. pulvinata (Zahlbr.) comb. nov., terat. excrescens n. terat. L'auteur expose l'habitat sud-transdanubien de Physcia biziana, espèce de lichen méditerranéen. Il a recueilli l'espèce de lichen connu jusqu'ici seulement des environs de Dubrovnik (= Raguse), de terrain de la Mer Méditerranée et ses variétés dans le comitat Veszprém à Keszthely, aux environs de Keszthely et à Hévíz, dans le comitat Somogy à Balatonszárszó, il les … Read more...

28837

Chialvo C.H.S., Chialvo P., Holland J.D., Anderson T.J., Breinholt J.W., Kawahara A.Y., Zhou X., Liu S. & Zaspel J.M. (2018): A phylogenomic analysis of lichen-feeding tiger moths uncovers evolutionary origins of host chemical sequestration, Molecular Phylogenetics and Evolution, 121: 23–34

Host species utilize a variety of defenses to deter feeding, including secondary chemicals. Some phytophagous insects have evolved tolerance to these chemical defenses, and can sequester secondary defense compounds for use against their own predators and parasitoids. While numerous studies have examined plant-insect interactions, little is known about lichen-insect interactions. Our study focused on reconstructing the evolution of lichen phenolic sequestration in the tiger moth tribe Lithosiini … Read more...

35630

Culberson W. L. & Culberson C. F. (1970): A Phylogenetic View of Chemical Evolution in the Lichens, The Bryologist, 73(1): 1–31

The distribution of 209 chemical substances among the 2,315 species of lichens that have been reported in a literature of approximately 1,000 papers is summarized. The information is used to assess the extent and the nature of chemical evolution in the lichen-forming fungi and to evaluate the present supraspecific (especially generic and familial) classifications of these plants. The order Lecanorales is the seat of most of the chemical variation, especially in the secondary natural products most … Read more...

3801

Culberson W. L., Culberson C. F. (1970): A phylogenetic view of chemical evolution in lichens, Bryologist, 73: 1-31

34691

Frisch A., Ohmura Y., Holien H. & Bendiksby M. (2022): A phylogenetic survey of the ascomycete genus Arthrorhaphis (Arthrorhaphidaceae, Lecanoromycetes) including new species in Arthrorhaphis citrinella sensu lato, Taxon, 71(5): 936–962

The genus Arthrorhaphis is a group of ascomycetes comprising lichenised and non-lichenised taxa from temperate to arctic-alpine regions in both hemispheres. Nine species and two infraspecific taxa are currently recognised. Their delimitation, inter-relationships, and phylogenetic placement remain poorly understood. We have used an integrative taxonomic approach to assess taxon limits, phylogenetic placement of the family, and to test the hypothesis that transition to lichenisation has happened … Read more...

15203

Czarnota P. & Guzow-Krzemińska B. (2010): A phylogenetic study of the Micarea prasina group shows that Micarea micrococca includes three distinct lineages, Lichenologist, 42(1): 7-21

The phylogeny of the Micarea prasina group was investigated using mitochondrial small subunit ribosomal DNA sequences from 14 taxa representing this group, four other members of the genus Micarea, and Psilolechia lucida as an outgroup. A total of 31 new mtSSU rDNA sequences were generated, including 10 from the M. micrococca complex. Bayesian, maximum parsimony (MP) and maximum likelihood (ML) methods were used to analyse the data. The results show that M. micrococca is not monophyletic and … Read more...

7794

Kainz C. & Rambold G. (2004): A phylogenetic study of the lichen genus Protoblastenia (Lecanorales, Psoraceae) in Central Europe, Bibl. Lichenol., 88: 267-299

Protoblastenia calvella sp. nov., P. laeta (Poelt) comb. et stat. nov. Read more...

612

Grube M., Baloch E. & Arup U. (2004): A phylogenetic study of the Lecanora rupicola group (Lecanoraceae, Ascomycota), Mycol. Res., 108(5): 506–514

A molecular phylogeny of the Lecanora rupicola group is presented, based on ITS sequence analyses. The study includes saxicolous and corticolous members of the Lecanora rupicola group as well as other Lecanora species with pruinose apothecia. A phylogenetic hypothesis for species in Lecanora s. lat. and various other genera in Lecanoraceae, based on an alignment-free distance estimation technique, shows that the Lecanora rupicola group forms a monophyletic clade within Lecanoraceae. Affinities to … Read more...

11298

Lohtander K., Oksanen I. & Rikkinen J. (2002): A phylogenetic study of Nephroma (lichen-forming Ascomycota), Mycological Research, 106(7): 777-787

The phylogeny of Nephroma was studied by nucleotide sequences of the mitochondrial ribosomal small subunit (mtSSU rDNA) and the internal transcribed spacers of the nuclear ribosomal repeat (ITS), together with chemical characters. The biological material included both bipartite and tripartite species and all Nephroma species native to northern Europe. Phylogenetic analyses demonstrated that all Nephroma species form a monophyletic group and that Peltigera constitutes the sister group to Nephroma. … Read more...