JJH Katalog - Lichenological literature

35171

Hugo-Coetzee E.A. (2023): Notes on the family Oripodidae (Acari, Oribatida) in South Africa and description of a new species of Cryptoribatula Jacot - Systematic and Applied Acarology , 28(2): 394–404

The family Oripodidae is not well known in South Africa with only one species, Oripoda sumonyii, described and recorded. This paper reports five genera from South and describes a new species, Cryptoribatula austroafricana sp. nov., from yellow lichen on boulders on a beach. The new species differs from the other two species from the genus mainly in the number of notogastral, genital and aggential setae. The male and female of the new species differ slightly from each other. A generic diagnosis … Read more...

35172

Sugimoto M. & Ohmura Y. (2023): Lichens from Mugikusa Pass and the Adjacent Areas in Kita-Yatsugatake Mts, Central Japan - Bulletin of the National Museum of Nature and Science. Series B, Botany [Tokyo], 49(1): 1–16

Lichens of Mugikusa Pass and the adjacent areas in Kita-Yatsugatake Mountains, central Japan, were surveyed from 2011 to 2018. As the result of taxonomic examinations of 390 out of 442 specimens, 146 taxa (145 species 1 subspecies 1 variety) in 64 genera were recognized. The 141 ITS rDNA sequences were successfully obtained from 84 species. Among them, Menegazzia caviisidia and Usnea longissima are known as the species of “Near Threatened (NT)” category in the Red List 2020 of Ministry … Read more...

35173

Moya P., Garrido-Benavent I., Chiva S., Pérez-Ortega S., Blázquez M., Pazos T., Hamel T., Myllys L., Tønsberg T., Esseen P.-A., Carrasco P. & Barreno E. (2023): Phylogeography of Ramalina farinacea (lichenized fungi, Ascomycota) in the Mediterranean Basin, Europe, and Macaronesia - Diversity, 15(3): 310 [18 p.]

Ramalina farinacea is an epiphytic lichen-forming fungus with a broad geographic distribution, especially in the Northern Hemisphere. In the eighties of the last century, it was hypothesized that R. farinacea had originated in the Macaronesian–Mediterranean region, with the Canary Islands as its probable southernmost limit, and thereafter it would have increased its distribution area. In order to explore the phylogeography of this emblematic lichen, we analyzed 120 thalli of R. farinacea collected … Read more...

35174

Quilhot W., Fernández E. & Hidalgo M.E. (1994): Photoprotection mechanisms in lichens against UV radiation - British Lichen Society Bulletin, 75: 1-5

chemistry, photoprotection, UV light, UV protection Read more...

35175

Hansell M. (1994): Lichen, long tailed tits and "VELCRO" - British Lichen Society Bulletin, 75: 15-17

35176

Fletcher A. & Chester T. (1994): BLS field meeting. Based on at Oakham, Rutland, 28-31 May 1994 - British Lichen Society Bulletin, 75: 18-23

35177

Miadlikowska J. & Skakuj M. (1994): Lichens and the rest - British Lichen Society Bulletin, 75: 24-24

35178

Brightman F. [ed.] (1994): New, rare and interesting british lichen records - British Lichen Society Bulletin, 75: 34-41

35179

Coppins B.J. (1994): Literature pertaining to British lichens - 16 - British Lichen Society Bulletin, 75: 42-45

35180

Witzell J., Sunnerstam C. & Hansson T. (2023): Vaccination of elms against Dutch Elm Disease—Are the associated epiphytes and endophytes affected? - Journal of Fungi, 9(3): 297 [12 p.]

Dutch elm disease (DED) is causing extensive mortality of ecologically and culturally valuable elm trees (Ulmus spp.). Treatment of elms with the biological vaccine Dutch Trig® has been found to provide effective protection against DED by stimulating the defensive mechanisms of the trees. We hypothesized that the same mechanisms could also affect non‐target organisms associated with elms. We explored the possible effects of vaccination on epiphytes (mainly lichens) and fungal endophytes living … Read more...