Katalog - Lichenological literature

21951

Yoshimura I. & Shimada R. (1980): Fine structures of lichen plectenchymas viewed with the scanning electron microscope, Bulletin of Kochi Gakuen Junior College, 11: 13-28

[in Japanese with English abstract:] SEM study: paraplectenchyma, scleroplectenchyma, chalaroplectenchyma, prosoplectenchyma, pallisadoplectenchyma, and serioplectenchyma. In addition to the light microscope, the scanning-electron microscope was used to examine hyphal tissues of the following 7 lichen species : Candelaria concolor (Dicks.) Stein., Cetraria oakesiana Tuck., Cetrelia cetrarioides (Duby) Culb. & C. Culb., Leptogium menziesii Mont., Parmelia acetabulum (Neck.) Duby, Roccella fuciformis … Read more...

25931

Yoshimura I. & Yamamoto Y. (1991): Development of Peltigera praetextata lichen thalli in culture, Symbiosis, 11: 109-117

mycobiont culture, Peltigera, resynthesis. We obtained well-developed dorsiventral lichen thalli from cultured fragments of the natural thallus of the cyanolichen, Peltigera praetextata. The thallus obtained was composed of both dorsal and ventral cortices, a Nostoc photobiont layer, and a medulla. The dorsal cortex was composed of paraplectenchymatous hyphal tissue, but the ventral cortex was an undifferentiated plectenchymatous tissue. Different developmental stages of the cyanolichen thalli were … Read more...

26606

Yoshimura I. & Yamanaka T. (1962): Notes on Rhizocarpon geographicum f. atrovirens in Shikoku and Pertusaria on serpentine, Jour. Jap. Bot., 37(5): 156-158

In Shikoku, Rhizocarpon geographicum f. atrovirens is generally found from 1600—1700m upwards, occurring on various rocks, such as quartzite, andesite, eclogite, amphibolite, phyllite, and crystalline schists. This lichen is not found on serpentine. Exposed serpentine and serpentinized rocks are occasionally characterized by the abundant occrrence of Pertusaria sp. (see photographs), Japan Read more...

26605

Yoshimura I. & Yamanaka T. (1961): On Rhizocarpon geographicum f. atrovirens in Shikoku, Journ. Jap. Bot., 36(9): 311-312

Rhizocarpon geographicum f. atrovirens, Japan Read more...

26669

Yoshimura I. & Yamanaka T. (1963): On Umbilicariaceae in Kyushu, Jour. Jap. Bot., 38(2): 62-63

Gyrophora esculenta and G. torrefacta are the only members of the family in Kyushu, Stereocaulon nabewariense, Rhizocarpon geographicum, Japan Read more...

22509

Yoshimura I. & Yamanaka T. (1963): Ecology of Dermatocarpon miniatum (L.) Mann, Acta Phytotaxonomica et Geobotanica, 19(4-6): 173-177

[in Japanese with English abstract:] 1.Dermatocarpon miniatum is widely distributed in the world, and the occurrence of this saxicolous lichen is usually connected with streams. 2. Ecological observations of Dermatocarpon miniatum were carried out on the river Kagami in Tosayama, Kochi Prefecture. 3. The floristic composition of the community accompanied by Dermatocarpon miniatum is characteristic. Especially, such lichens as Thyrea kisegawaensis, Verrucaria sp., and Endocarpon sp. are noticeable. … Read more...

26145

Yoshimura I., Harada H. & Hur J.-S. (2009): Lichen flora of Japan (1). Genus Peltigera, Lichenology, 8: 31-72

Peltigera, Japan Read more...

26110

Yoshimura I., Harada H., Okamoto T., Matsumoto T., Miyawaki H. & Takahashi K. (2006): Taxonomic arrangement of lichens and lichen-allies of Japan, Lichenology, 5(2): 95-110

A taxonomic arrangement is presented for the lichens and lichen-allies from Japan accepted by Harada et al. (2004a) in their checklist. The arrangement fundamentally follows Kirk et al. (2001), with some modifications made. In this arrangement: 315 genera belong to 69 families,15 orders, 4 subclasses of Ascomycetes (Ascomycota), and 3 genera in 3 families, 2 orders of 1 subclass in Basidiomycetes (Basidiomycota). Lecanorales, the largest order in number of genera and species includes 177 genera in … Read more...

26118

Yoshimura I., Harada H., Okamoto T., Matsumoto T., Miyawaki H. & Takahashi K. (2007): Indices to genera and higher taxa appeared in "Taxonomic arrangement of lichens and lichen-allies of Japan", Lichenology, 6(1): 115-133

Japan Read more...

12426

Yoshimura I., Kinoshita Y., Yamamoto Y., Huneck S. & Yamada Y. (1994): Analysis of secondary metabolites from lichen by high performance liquid chromatography with a photodiode array detector, Phytochemical Analysis, 5: 197-205

Secondary metabolites from Lichen, mainly phenolic compounds, have been analysed and identified using high performance liquid chromatography with a photodiode array detector. Components of lichen thalli were detected by characteristic ultraviolet spectra and relative retention times. Some new minor components have been found in several lichens. Keywords: High performance liquid chromatography; lichen metabolites, ultraviolet spectra Read more...