Search results (Index filtered)
Search for "
GALZINIA":
6 articles found in Index.
POUZAR Z. (1983): Taxonomic studies in resupinate fungi II. Česká Mykologie 37(4): 206-211 (published: 1983)
abstract
Descriptions of 12 species of the genus Conocybe, 1 species of Agrocybe, 1 species of Coprinus and 3 species of Galerina collected mainly by the author in Bohemia, are recorded. Four species are described as new: Agrocybe stepposa, Coprinus pusillulus, Galerina corcontica and G. detriticola. One new combination, Conocybe microspora (Velen.) Svr., is proposed.
RÉBLOVÁ M. (1996): Two new Capronia species from the Czech Republic. [Capronia perpusilla, Capronia svrcekiana, Herpotrichiellaceae, Ascomycotina] Czech Mycology 49(2): 77-83 (published: 13th October, 1996)
abstract
Two new species of Capronia, C. perpusilla and C. svrcekiana, are described from rotten wood in near natural forests in the Czech Republic. The intraspecific relationships and autecology of these species are discussed.
HERINK J., POUZAR Z. (1983): Albert Pilát (2.11.1903 - 29.5.1974). Česká Mykologie 37(4): 193-205 (published: 30th November, 1983)
abstract
Two new resupinate Hymenomycetes (Corticiaceae, Sistotrematoideae) are described: Elaphocephala iocularis Pouz., gen. et spec. nov., similar to the species of the genus Galzinia Bourd., but differing in strange basidiospores with two ramified branches on their top; Galzinia forcipata Pouz., spec. nov., occurring together with the previous species is close to Galzinia geminispora Olive, but differs in more slender spores. Both new species were collected in Central Bohemia (Czechoslovakia). A new subgenus Haplogalzinia is proposed for three species of the genus Galzinia.
PARMASTO E. (1969): Paullicorticium curiosum Parm. et Žukov sp. nov. and the phylogenetical development of the basidium of the Corticiaceous fungi. Česká Mykologie 23(1): 73-78 (published: 1969)
abstract
A new species of primitive Corticiaceae is described (Paullicorticium curiosum Parm. et A. Žukov). The significance of this species for the phylogeny of basidial types and some hypotheses of the evolution of the basidium are discussed.
PILÁT A. (1968): Diversity and phylogenetic position of the Thelephoraceae sensu amplissimo. Česká Mykologie 22(4): 247-258 (published: 1968)
abstract
The family of fungi Thelephoraceae in the system of Fries and other older authors is seemingly well-organized, and if it were not for the large number of species, it would be easy to navigate, as earlier mycologists believed. In the early 20th century, however, it became clear that this is a highly heterogeneous group, and that neither the content of the family nor the delimitations of the genera are sustainable, since they combine unrelated elements on the basis of superficial morphological similarities that are evolutionarily insignificant. The study of Thelephoraceae sensu amplissimo and its phylogeny-based classification was advanced by many mycologists including P.A. Karsten, V. Fayod, N. Patouillard, V. Litschauer, E.M. Wakefield, E.A. Burt, S. Lundell, H. Bourdot, G.H. Cunningham, M.A. Donk, P.D. Rogers, H.S. Jackson, R. Singer, J. Boidin, G.W. Martin, L.S. Olive, P.H. Talbot, P.L. Lentz, J. Eriksson, M. Svrček, D.A. Reid, E. Parmasto, A.E. Liberta, among others. There is no doubt that the group includes the origins of nearly all eubasidiomycetes and also various branches of Auriculariales and Tremellales. This complicates classification to such a degree that no two systematic works use the same system, and this state of taxonomic chaos is expected to persist.
POUZAR Z. (1967): Studies in the taxonomy of the Polypores. III. Česká Mykologie 21(4): 205-212 (published: 1967)
abstract
The new genus Strangulidium Pouz. is proposed for two species: S. sericeo-molle and S. rennyi. The genus Chaetoporus is divided into two sections: Chaetoporus and Cyanochaetoporus. New species Chaetoporus separabilimus is described. New combinations are proposed: Hapalopilus salmonicolor and Chaetoporus collabens.
Back to "
GALZINIA" (Index view)
-----------------
job done in 0.0611 sec.
