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LEPIOTA|setulosa":
4 articles found in Index.
ZELENÝ L. (2006): Taxonomic literature on the genus Lepiota s. l. in the Czech Republic. [Lepiotaceae, Lepiota s. l., taxonomic literature, Czech Republic] Czech Mycology 58(3-4): 225-265 (published: 29th December, 2006)
abstract
A literary checklist of the genus Lepiota s. l. was compiled by excerpting Czech taxonomic literature. The list is based on taxonomic papers in which the genus Lepiota is discussed and includes 165 names. It contains also species mentioned in some mycofloristic papers. A separate chapter deals with species described by J. Velenovský.
KOTLABA F. (1966): Excursio autumnalis mycologorum bohemoslovenicorum in silvas prope arcem Karlštejn anno 1965. Česká Mykologie 20(2): 125-127 (published: 1966)
abstract
On October 3, 1965, the Czechoslovak Scientific Society for Mycology organized a special excursion for invited members to the forests near Karlštejn. Twenty-six mycologists participated, including guest Dr. Derek A. Reid from Kew, UK. The report documents the event and group photo participants.
ŠEBEK S. (1964): Die Bauchpilze des Sanddünengebietes im böhmischen Zentral-Elbetalgebeit. Česká Mykologie 18(2): 109-116 (published: 16th April, 1964)
abstract
A study summarizing 15 years of mycological research (1948–1962) in the sand dune area near Nymburk (Central Bohemia) focusing on gasteromycetes. The paper highlights xerothermic species as indicators of relict "sand steppe" habitats and compares findings with similar sites in the Danube region.
ŠMARDA F. (1964): Beitrag zur mykozönologischen Charasteristik des pannonischen Gebietes in der Umgebung von Brno. Česká Mykologie 18(1): 7-15 (published: 25th January, 1964)
abstract
The formation and development of plant and fungal communities in the hills near Brno are primarily influenced by microclimatic conditions. The paper describes communities on Horka Hill with different combinations of phanerogams and higher fungi, shaped by exposure and vegetation structure. The study shows how distinct microclimates lead to specific combinations of fungal species, complementing phytocenological characterization of vegetation.
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