Katalog - Lichenological literature

6352

Magnusson A.H. (1940): Western American Lichens, mainly from Oregon, Meddelelser fran Göteborgs Botaniska Trädgard [Acta Horti Gothoburgensis], 13: 237-253

33828

Putzke J., Schaefer C.E.G.R., Villa P.M. & Almeida P.H.A. (2021): Whale bones: a key and endangered substrate for cryptogams in Antarctica, Polar Biology, 44: 2085–2097

Whale bones are very abundant at coastal sites across the Admiralty Bay, King George Island, Antarctica, since whale hunting was common in the beginning of the XX century. Since then, these bones became suitable substrate and true oasis for many mosses and lichenized fungi, but their number is dramatically changing in the coastal zones, due to the sea erosion, degradation, and anthropization. In this work, whale bones found in Keller Peninsula were mapped with drone images coupled with field … Read more...

2526

Moberg R. (2007): What a visitor's book reveals, Bibl. Lichenol., 95: 101-104

Returning from Rolf Santesson\'s 90th birthday party in his home, I opened the Uppsala Botanical Museum visitors\’ book introduced by him at the beginning of 1950s. The first page shows the signature of our former king, Gustav VI Adolf, who visited the Museum in connection with a donation of new cassettes for the material of the pupils of Linnaeus, Fredrik Hasselquist and Pehr Kalm. The old, empty cassettes should go back to the castle library at Drottningholm. The visitors\’ book contains thousands … Read more...

23900

Zhuang W.-Y. & Liu C.-Y. (2012): What an rRNA secondary structure tells about phylogeny of fungi in Ascomycota with emphasis on evolution of major types of ascus, PLoS ONE, 7(10): e47546 [10 p.]

Background: RNA secondary structure is highly conserved throughout evolution. The higher order structure is fundamental in establishing important structure-function relationships. Nucleotide sequences from ribosomal RNA (rRNA) genes have made a great contribution to our understanding of Ascomycota phylogeny. However, filling the gaps between molecular phylogeny and morphological assumptions based on ascus dehiscence modes and type of fruitbodies at the higher level classification of the phylum … Read more...

13580

Gams W. (1991): What are names in current use?, Mycotaxon, 40: 319-322

Comments on the proposal to establish "Lists of Names in Current Use" to improve stability of botanical nomenclature Read more...

33100

Savilaakso S., Johansson A., Häkkilä M., Uusitalo A., Sandgren T., Mönkkönen M. & Puttonen P. (2021): What are the efects of even-aged and uneven-aged forest management on boreal forest biodiversity in Fennoscandia and European Russia? A systematic review, Environmental Evidence, 10: 1 [38 p.]

Background: Forest harvesting changes forest habitat and impacts forest dependent species. Uneven-aged management is often considered better for biodiversity than even-aged management, but there is an ongoing discourse over the benefts and disadvantages of diferent silvicultural systems. This systematic review contributes to the public discussion and provides evidence for policy making by synthesising current evidence on impacts of even-aged and uneven-aged forest management on biodiversity in … Read more...

2734

Moser M. (1995): What can a study of the fungus flora of the Femsjii area today teach us about Fries' species concept?, Acta Univ. Ups. Symb. Bot. Ups., 30(3): 59-64

17621

Smith D.C. (1978): What can lichens tell us about real fungi?, Mycologia, 70: 915-934

Text of a lecture given at the Second International Mycological Congress, Tampa, Florida August, 1977. A delightful prodding of mycologists to pay more attention to lichens Read more...

24828

Humphrey J.W., Watts K., Fuentes-Montemayor E., Macgregor N.A., Peace A.J. & Park K.J. (2015): What can studies of woodland fragmentation and creation tell us about ecological networks? A literature review and synthesis, Landscape Ecology, 30: 21–50

The development of ecological networks could help reverse the effects of habitat fragmentation on woodland biodiversity in temperate agricultural landscapes. However, efforts to create networks need to be underpinned by clear evidence of the relative efficacy of local (e.g. improving or expanding existing habitat patches) versus landscape-scale actions (e.g. creating new habitat or corridors in the landscape matrix). Using cluster analyses we synthesised the findings of 104 studies, published … Read more...