JJH Katalog - Lichenological literature

35511

Insarov G., Insarova I. & Zeltyn S. (1997): Ident: A Computer-Aided Multi-Access Key for the Identification of Lichens of the Negev Desert - British Lichen Society Bulletin, 80: 42-45

computer, computer keys, flora, key, negev desert, Read more...

35512

Hitch C.J.B. (1997): New, Rare and Interesting British Lichen and Lichenicolous Fungus Records - British Lichen Society Bulletin, 80: 46-58

35515

Smith D.C. (1997): What future for lichenology? - British Lichen Society Bulletin, 80: 1-6

amateurs, biodiversity, ecology, future, Overview and opinion piece. Read more...

35516

Jeanjean M., Dron J., Allen B.L., Gramaglia C., Austruy A., Lees J., Ferrier Y., Periot M., Dotson M.P., Chamaret P. & Cohen A.K. (2023): Participatory environmental health research: A tool to explore the socio-exposome in a major european industrial zone - Environmental Research, 218: 114865

Objectives We show that participatory research approaches can be a useful tool across disciplines and data collection methods to explore the socio-exposome near one of the largest industrial harbors in Europe. We analyzed resident involvement in each project and their capacity to affect structural changes. Methods Longitudinal participatory environmental monitoring studies on lichens, petunias, aquatic systems and groundwater were conducted under the program VOCE (Volunteers for the Citizens' Observation … Read more...

35517

Kalra R., Conlan X.A. & Goel M. (2023): Recent advances in research for potential utilization of unexplored lichen metabolites - Biotechnology Advances, 62: 108072

Several research studies have shown that lichens are productive organisms for the synthesis of a broad range of secondary metabolites. Lichens are a self-sustainable stable microbial ecosystem comprising an exhabitant fungal partner (mycobiont) and at least one or more photosynthetic partners (photobiont). The successful symbiosis is responsible for their persistence throughout time and allows all the partners (holobionts) to thrive in many extreme habitats, where without the synergistic relationship … Read more...

35518

Mercado-Díaz J.A., Lücking R., Moncada B., Campbell K.C.S.E., Delnatte C., Familia L., Falcón-Hidalgo B., Motito-Marín A., Rivera-Queralta Y., Widhelm T.J. & Lumbsch H.T. (2023): Species assemblages of insular Caribbean Sticta (lichenized Ascomycota: Peltigerales) over ecological and evolutionary time scales - Molecular Phylogenetics and Evolution, 186: 107830 [16 p.]

Phylogenetic approaches to macroevolution have provided unique insight into evolutionary relationships, ancestral ranges, and diversification patterns for many taxa. Similar frameworks have also been developed to assess how environmental and/or spatial variables shape species diversity and distribution patterns at different spatial/temporal scales, but studies implementing these are still scarce for many groups, including lichens. Here, we combine phylogeny-based ancestral range reconstruction and … Read more...

35519

Nirhamo A., Pykälä J., Jääskeläinen K. & Kouki J. (2023): Habitat associations of red-listed epiphytic lichens in Finland - Silva Fennica, 57: 22019

The Finnish red list shows that the epiphytic lichen flora of Finnish forests is highly threatened and declining steeply. Red lists provide limited information on the habitat associations of threatened species, which could be relevant in informing management and conservation measures. We used documented empirical data and expert assessments to determine for each red-listed (IUCN categories Near Threatened, NT; Vulnerable, VU; Endangered, EN; Critically Endangered, CR; Regionally Extinct, RE) epiphytic … Read more...

35520

Fox H. (1997): Parasitic fungi growing on lichens in an orchard - British Lichen Society Bulletin, 81: 1-2

animals, associations, invertebrates, lichenicolous, Read more...