Katalog - Lichenological literature

3149

Halda J. (2003): A taxonomic study of the calcicolous endolitic species of the genus Verrucaria (Ascomycotina, Verrucariales) with the lid-like and radiately opening involucrellum, Acta Mus. Richnov. (Sect. natur.), 10(1): 1-148

3148

Malcolm W. M. & Vězda A. (1997): Additional lichen records from New Zealand 24. Biatoridium delitescens, Gyalecta aff. truncigena, and Gyalectidium aff. caucasicum, Australasian Lichenological Newsletter, 40: 18-19

3147

Malcolm W. M. & Vězda A. (1997): Eight new foliicolous lichens from New Zealand, Abstracta Botanica, 21(1): 117-118

3146

Löw J. & al. (1995): Rukověť projektanta místního územního systému ekologické stability, Brno, 122 p

3145

Alonso L.F. & Egea J.M. (1994): Sobre las comunidades de liquenes calcicolas de zonas costeras del Sur de la Peninsula Iberica y Marruecos, Studia Geobotanica, 14: 3–25

The calcicolous lichen vegetation along the coasts of southern Spain, Portugal and Morocco was investigated. On the basis of the phytosociological approach the following associations and communities are recognized: Caloplacetum subochraceae, Verrucarietum cazzae, community of Solenopsora cesatii and S. olivacea var. olivacea, community of Rinodina immersa, community of Aspicilia calcarea and Xanthoria calcicola, Dirinetum repandae, Opheographetum durieui, community of Heppia solorinoides and Psora … Read more...

3144

Magnusson A.H. (1936): Neue Flechten aus dem Jenisei-Gebiet, Svensk Botanisk Tidskrift, 30(3): 247–363

B17 Read more...

3143

Aptroot A., Lisická E. & Paclová (2003): Cladonia borealis, C. monomorpha and Physcia vitii (lichenized Ascomycota), new to Slovakia, Biologia, 58(4): 767-771

3142

Porada P., Van Stan II J.T. & Kleidon A. (2018): Significant contribution of non-vascular vegetation to global rainfall interception, Nature Geoscience, 11: 563–567

Non-vascular vegetation has been shown to capture considerable quantities of rainfall, which may affect the hydrological cycle and climate at continental scales. However, direct measurements of rainfall interception by non-vascular vegetation are confined to the local scale, which makes extrapolation to the global effects difficult. Here we use a process-based numerical simulation model to show that non-vascular vegetation contributes substantially to global rainfall interception. Inferred average … Read more...

3141

Savenije H.H.G. (2018): Intercepted by lichens, Nature Geoscience, 11: 548–549

Rainfall interception by vegetation is an underappreciated part of the terrestrial hydrological cycle. Numerical modelling shows that non-vascular plants, such as lichens, substantially increase the interception capacity of the land surface Read more...

3140

Vězda A. (2003): Notes on the exsiccatum "Vězda: Lichenes rariores" with an Index to fascicles 1-50 (Nos. 1-500), Brno,