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59 articles found in Index.
KRISAI-GREILHUBER I. (1996): Myriosclerotinia caricis-ampullaceae on Carex rostrata and C. lasiocarpa - the first records for Austria, and two further Austrian localities for Lanzia henningsiana. [Ascomycetes, Sclerotiniaceae, Myriosclerotinia caricis-ampullaceae, Lanzia henningsiana, Austrian mycoflora] Czech Mycology 48(4): 265-271 (published: 14th March, 1996)
abstract
The first Austrian records of Myriosclerotinia caricis-ampullaceae are presented. It is a northerly distributed species, rare in Central Europe, where only two localities in the Czech Republic are hitherto known. A detailed description of the Austrian collection is given, and the ecology and distribution of the species are discussed. Further, two new Austrian localities for Lanzia henningsiana are given.
SVRČEK M. (1988): New or less known Discomycetes. XVIII. Česká Mykologie 42(3): 137-148 (published: 12th August, 1988)
abstract
Ten new species of Discomycetes according to the material collected in Czechoslovakia are described: Arachnopeziza depauperata, Belonidium lizonii, Hymenoscyphus angustisporus, Lachnum tenuipilosum, Mollisia polytrichicola, Mollisia potentillae-erectae, Pseudombrophila fettneri, Sclerotinia atrostipitata, Unguicularia aconiti, Unguicularia iridia. One new genus Niveostoma for Dasyscypha leucostoma Rehm is proposed. Full microscopic and macroscopic descriptions are given.
SVRČEK M. (1979): New or less known Discomycetes. X. Česká Mykologie 33(4): 193-206 (published: 15th November, 1979)
abstract
Two new species of Helotiales from Czechoslovakia are described: Rutstroemia carbonicola and Sclerotinia pseudoplatani. Twenty-one combinations are proposed, and several species (new records for Czechoslovakia) are mentioned.
SVRČEK M. (1966): Species novae Discomycetum e Cechoslovakia. Česká Mykologie 20(1): 8-17 (published: 1966)
abstract
Species novae atque subgenus novum Discomycetum describuntur: Pachydisca pilatii (ad lignum putridum Pini mugonis in montibus Gabreta, Bohemiae occident.), Rutstroemia venusta (ad folia emortua Helianthemi grandiflori in montibus Belanské Tatry, Slovakiae), Sclerotinia (Belania subgen. nov.) fredericae (ad folia emortua Carlinae acaulis in montibus Belanské Tatry, Slovakiae), Pseudombrophila guldeniae (ad acus Piceae excelsae in Bohemia merid.).
CEJP K. (1961): Fungous diseases of dahlias in Czechslovakia. Česká Mykologie 15(3): 169-179 (published: 8th July, 1961)
SVRČEK M. (1961): Sclerotinia denisii sp. n. cum conspectu sperierum subgeneris Myriosclerotonia. Česká Mykologie 15(1): 35-41 (published: 20th January, 1961)
CHARVÁT I. (1957): Species nonnulae magis notae Discomycetum čechoslovacorum. Česká Mykologie 11(1): 41-45 (published: 10th February, 1957)
KOTLABA F. (1953): Nebezpečný parasit jabloní - Sarcodontia crocea (Schweinitz) comb. nov. Česká Mykologie 7(3): 117-123 (published: 15th September, 1953)
PILÁT A. (1953): Zajímavá nová hlízenka (Sclerotinia) pro Československo (Sclerotini pro Československo - Sclerotinia caricis-ampullaceae Nyberg in Bohemia). Česká Mykologie 7(3): 115-117 (published: 15th September, 1953)
PILÁT A., KOTLABA F. (1952): Tři severské hlízenky, nové pro Československo: hlízenka rojovníková - Sclerotinia Ledi Naw., hlízenka Vahlova - Sclerotinia Vahliana Rostr. a hlízenka brusinková - Sclerotinia urnula (Weinm.)Ehm. Česká Mykologie 6(6-7): 131-138 (published: 15th August, 1952)
KOTLABA F., PILÁT A. (1952): Hlízenka kliková - Sclerotinia Oxycocci Voron. v Československu. Česká Mykologie 6(3-5): 41-44 (published: 15th May, 1952)
SVRČEK M. (1949): Unguiculella falcipila v. H., diskomycet s háčkovitými chlupy. Česká Mykologie 3(3-5): 42-45 (published: 15th May, 1949)
HERINK J., VACEK V. (1949): Hlízenka borůvková (Sclerotinia baccarum [Schröt.] Rehm) v Československu. Česká Mykologie 3(3-5): 37-42 (published: 15th May, 1949)
SVRČEK M. (1947): Pindara terrestris Vel. - Pindarovka zemní na Táborsku. Česká Mykologie 1(2): 45-47 (published: 15th August, 1947)
PILÁT A., SVRČEK M. (1947): Sclerotinia Veselýi sp. n., nová hlízenka rostoucí na přesličce v Čechách. Česká Mykologie 1(2): 42-45 (published: 15th August, 1947)
JUKIĆ N. (2016): First record of the Mediterranean species Ciboria brunneorufa in the Balkan Peninsula. [Helotiales, Sclerotiniaceae, Bosnia and Herzegovina, coastal habitat, anthropogenic influence] Czech Mycology 68(2): 127-137 (published: 29th July, 2016)
abstract
To date, there are no published studies or official papers on mycobiota in coastal Bosnia and Herzegovina. In light of this fact, the author conducted a brief mycological study in the Mediterranean part of the country in February 2016. This paper offers a morphological description of the rare Mediterranean species Ciboria brunneorufa, an analysis of microscopic characters and a comparison with data of other authors. It also discusses the global distribution pattern and abundance of C. brunneorufa. An increased level of negative anthropogenic influence is expected on the Klek Peninsula in the future. In order to conserve this habitat unique in Bosnia and Herzegovina and to protect C. brunneorufa and other fungal species, it is necessary to make an environmental risk assessment and to carry out further systematic mycological field studies.
PARVEEN S., WANI A.H., BHAT M.Y., KOKA J.A. (2016): Biological control of postharvest fungal rots of rosaceous fruits using microbial antagonists and plant extracts - a review. [biological control, postharvest diseases, microbial pesticides, rosaceous fruits] Czech Mycology 68(1): 41-66 (published: 1st February, 2016)
abstract
This article aims to give a comprehensive review on the use of microbial antagonists (fungi and bacteria), botanicals and compost extracts as biocontrol agents against different pathogenic fungi causing postharvest fungal rots in rosaceous fruits which shows that they can play an important role in the biomanagement of fungi causing rot diseases. Plant extracts reported in the literature against pathogenic fungi indicate that they can act as a good biological resource for producing safe biofungicides. However most of the work has been done under experimental conditions rather than field conditions. There is still a need for research to develop suitable formulations of biofungicides from these microbial biocontrol agents and plant extracts. The review reveals that extensive ecological research is also required in order to achieve optimum utilisation of biological resources to manage various postharvest diseases of fruits.
ISMAIL M.A., ABDEL-HAFEZ S.I.I., HUSSEIN N.A., ABDEL-HAMEED N.A. (2013): Contribution to physiological and biochemical diagnostics of Fusarium taxa commonly isolated in Egypt. [Fusarium, taxonomy, physiological features, acetylmethylcarbinol, diagnostic] Czech Mycology 65(1): 133-150 (published: 10th June, 2013)
abstract
Fusarium isolates belonging to 24 species and 8 sections were subjected to 11 growth, physiological and biochemical tests (166 isolates). All species were able to grow on 25% Glycerol nitrate agar (G25N), Mannitol medium, Czapek iprodione dichloran agar (CZID) and Dichloran chloramphenicol peptone agar (DCPA). Growth rate, colony colour and reverse on G25N and CZID were promising diagnostic criteria for separating species within sections. The growth rate and reverse on Mannitol agar was diagnostic not only for separation of F. oxysporum from F. solani, but also for separation of many other Fusarium species treated. The ability to grow on Tannin-sucrose agar could distinguish some species of sections Liseola and Sporotrichiella. Acid production on Creatine-sucrose agar distinguished some species of section Liseola and F. trichothecioides of section Discolor. Acetylmethylcarbinol production revealed for the first time that all isolates of F. subglutinans can produce this substance, while most remaining isolates lacked this ability. Tests for peroxidase, urease and pyrocatechol oxidase proved to be very useful. The phosphatase enzyme seems to be common in Fusarium species and therefore it is only diagnostic for F. camptoceras (negative results). Some physiological features could be used as criteria to distinguish some sections or species within the same section.
ONDRÁČKOVÁ E., ONDŘEJ M., PROKINOVÁ E., NESRSTA M. (2013): Mycoparasitic fungi reducing the incidence and virulence of Bipolaris sorokiniana. [mycoparasitic activity, mycoparasitic fungi, Clonostachys, Trichoderma, Bipolaris sorokiniana] Czech Mycology 65(1): 103-112 (published: 10th June, 2013)
abstract
The mycoparasitic efficiency of 28 strains/isolates of Clonostachys rosea f. rosea and Clonostachys rosea f. catenulata against the pathogenic fungus Bipolaris sorokiniana was determined in dual cultures on Czapek-Dox nutrient agar. Strains with low and medium efficiency were antagonistically inhibited by B. sorokiniana, and inhibitory zones were formed between the colonies of both fungi. The mycelium of Clonostachys strains with high efficiency overgrew and degraded B. sorokiniana colonies without formation of an inhibitory zone. In dual cultures, Trichoderma sp. and the most effective Clonostachys strains degraded B. sorokiniana colonies within 3 to 5 and 12 to 15 days, respectively.When rye seeds were treated with a mixture of C. rosea f. rosea, Trichoderma sp. and B. sorokiniana, development of B. sorokiniana on both seeds and seedlings was reduced when compared with a B. sorokiniana treatment. The treatment of rye seeds with Clonostachys and Trichoderma had a positive effect on seed germination and seedling length.
KOUKOL O. (2011): Early spring mycobiota of pine litter needles. [fungal diversity, fungal communities, microfungi, Pinus sylvestris] Czech Mycology 63(2): 153-161 (published: 10th August, 2011)
abstract
Rise in air temperature accompanied by snow-melting in early spring may affect fungi colonising litter needles. This study dealt with the diversity of communities of culturable microfungi colonising Scots pine litter at localities still covered by snow and after snowmelt. Surface-sterilised needles were cultivated on malt agar under two temperature regimes (8/9 and 15/16 °C) and outgrowing fungi were isolated into pure cultures and identified based on morphology and analysis of ITS and partial 28S rDNA regions. Thirty-one fungal species were isolated in total. Dominant colonisers with a colonisation frequency of over 10 % included Verticicladium trifidum, Ceuthospora pinastri, Sympodiella acicola and an unidentified member of Helotiales. Two basidiomycetes, Marasmius androsaceus and Mycena galopus, were also isolated relatively frequently from needles with snow cover, but under different temperature regimes. This preference for different temperatures reflects different niches that these species occupy in coniferous litter. Species richness was significantly higher on needles cultivated at lower temperatures. Widespread use of room temperature for cultivation of samples even from cold seasons may underestimate fungal diversity.
SUKOVÁ M., SCHEUER C., BURYOVÁ B. (2003): New records and ecology of Naeviopsis carneola in Central Europe with notes on other fungi growing on Juncus filiformis. [fungi on Juncus filiformis, Naeviopsis carneola, ecology, distribution, taxonomy, Central Europe, Czech Republic] Czech Mycology 55(3-4): 223-239 (published: 22nd December, 2003)
abstract
Naeviopsis carneola (Ascomycetes, Helotiales, Dermateaceae), earlier known only from three localities in Sweden and Poland, is reported from further localities in the Czech Republic, Poland, Germany and Austria. The ecology of the species in Central Europe is evaluated (habitat, altitude, period of fructification, occurrence on various parts of Juncus filiformis shoots and presence of associated juncicolous fungi). Known localities are mapped. A description based on recent collections, a drawing and for the first time also microphotographs (TLM) are provided.
GALÁN R., PALMER J.T. (2001): The occurence of rare Ciboria aestivalis in Europe. [Ciboria, Sclerotiniaceae, mummification offruits, Spain] Czech Mycology 52(4): 277-287 (published: 5th March, 2001)
abstract
The authors report the finding in Southern Spain of an apparently rare fungus: Ciboria aestivalis (Pollock) Whetzel (Sclerotiniaceae) growing on mummified quinces (Cydonia oblonga Miller). Originally described from apples (Malus sp.) in the United States, the species has also been reported on other pomaceous and stone fruits in Australia. A recent report from France is based on a misidentification, whilst a British reference to “imported fruit” refers to mummified quinces brought from Australia. The inoculation of various fresh fruits produced mummies which developed apothecia, also on blackened pips from a mummified apple, whilst stromata formed in P. D. A. cultures. The apothecia are described in detail and illustrated, including the type. Its generic placement in the Sclerotiniaceae is discussed.
PALMER J. (1994): Sclerotiniaceae on sweet chestnut burrs in the northern 'old world‘. [Sclerotiniaceae, Castanea sativa, Europe, Algeria] Czech Mycology 47(2): 101-138 (published: 15th March, 1994)
abstract
Numerous collections by the author and 91 samples of old, fallenburrs of Castanea sativa Mill, received from 51 correspondents in Algeria and 21 countries in Europe, including the Canary Islands, Corsica and Madeira, produced the following Sclerotiniaceae: i.e. Botryotinia fuckeliana (de Bary) Whetzel, Ciboria americana Durand, Ciboria tenuistipes Schroet., Ciborinia bresadolae (Rick) J.T. Palmer, Lanzia echinophila (Bull: Fr.) Korf, L. luteovirescens (Rob. in Desmaz.) Dumont et Korf and Rutstroemia sydowiana (Rehm in Syd.) White as well as species of Ciboria, Ciborinia and Rutstroemia, which require further investigation. Hitherto, L. echinophila was the only sclerotinaceous species reported from this substrate in Europe. The samples ranged from single burrs to large packages with up to four species found in each. In addition, 44 further samples, nineteen of freshly burrs, produced no apothecia . Both C. americana and R. sydowiana have, however, been found in collections in national herbaria determined with a synonym of Lanzia echinophila.
KUTHAN J. (1992): Mycoflora of large-scale greenhouse plantation of salad cucumbers. Česká Mykologie 46(1-2): 1-32 (published: 1st April, 1993)
abstract
In the course of the years 1988–1991 the author used to visit large-scale greenhouses at Paskov near Ostrava (NE Moravia, Czechoslovakia) and surveyed not only the abundant growth of particularly higher fungi there, but in 1989 he tried to summarize the weight of biomass of the most frequent species. The results of the observation of biomass, frequency, abundance and phenology are presented in the tables. Altogether 95 macrofungi taxons, 1 species of Hyphomycetes and 1 species of Myxomycetes were recorded and they are given in the systematic summary, potentially with comments.
KUBÁTOVÁ A. (1991): Findings of a Sphaerodes fimicola and S. retispora var. inferior (Ascomycetes, Sordariales) in Czechoslovakia. Česká Mykologie 45(3): 85-89 (published: 31st October, 1991)
abstract
Sphaerodes fimicola and S. retispora var. inferior (Ascomycetes, Sordariales) were isolated from soils at four different localities in Czechoslovakia. These fungi are reported from Czechoslovakia for the first time. Descriptions and illustrations are given.
URBAN Z. (1991): Abstracts of papers delivered at the 8th conference of Czechoslovak mycologists held in Brno (August 28-September 1. 1989). Česká Mykologie 45(1-2): 33-53 (published: 15th May, 1991)
abstract
Abstracts of papers delivered at the 8th conference of Czechoslovak mycologists held in Brno August 28 — September 1,1989)
BRILLOVÁ D. (1989): Cyprián Paulech sexagenarius. Česká Mykologie 44(1): 51-61 (published: 22nd February, 1990)
Bedeutsame Gedenkstage unserer Vereinsmitglieder im Jahre / Významná životní jubilea členů Cs. vědecké společnosti v roce 1984 (Šebek S. et al.). Česká Mykologie 38(4): 247-254 (published: 1984)
STANĚK M. (1984): Microorganisms in the hyphosphere of fungi. I. Introduction. Česká Mykologie 38(1): 1-10 (published: 10th February, 1984)
abstract
The surface and immediate surroundings of fungal hyphae affected by their activity is termed the „hyphosphere“. Differences between microorganisms colonizing the hyphosphere and those colonizing a substrate is termed „hyphosphere effect“. The more extensive area of fungal effect on substrate, on the surface and surroundings of fruit-bodies, i.e. the environment affected by the activity of fungi is termed „mycosphere“. The nomenclature proposed is in agreement with the classification of the phytosphere of higher plants. The brief literary survey presents data on incidence of microorganisms in hyphosphere and on their importance, taking into account the results obtained in the Czechoslovak research institutions.
ČAČA Z. (1982): Present trends in the world phytopathological research. Česká Mykologie 36(2): 65-71 (published: 15th May, 1982)
abstract
Vararia granulosa (Fr.) Laurila is a name which cannot be applied to the fungus for which it is now commonly used. Fries (1838, 1874) considered the element representing our Vararia only a marginal part of his broad concept of Grandinia granulosa (Pers. ex Fr.) Fr. As there is no legitimate name for the fungus in question, Vararia borealis Pouz. spec. nov. is proposed for it here.
Sexagenario Ing. Branislav Urošević, DrSc., ad salutem. Česká Mykologie 35(3): 170-176 (published: 1981)
SVRČEK M. (1975): New or less known Discomycetes II. Česká Mykologie 29(3): 129-134 (published: 25th September, 1975)
abstract
The author describes three new species of Discomycetes — Ciboriopsis gemmigera, Rutstroemia iridis-aphyllae, and Hymenoscyphus syringaecolor — and a new genus Parascutellinia, all based on material collected in Bohemia.
KUBIČKA J. (1975): Mykoflora des Naturschutzgebietes „Vyšenské kopce“ bei Český Krumlov. Česká Mykologie 29(1): 25-34 (published: 1975)
abstract
During 1970–1972, the occurrence of higher fungi was systematically recorded in the “Vyšenské kopce” Nature Reserve near Český Krumlov. The area lies on crystalline limestones at 500–600 m a.s.l. and is largely covered by hazel thickets. A total of 149 species were identified, with 89 species found in hazel stands. Several species are new for southern Bohemia, and for some, hazel is a new substrate in Czechoslovakia.
POUZAR Z., SVRČEK M. (1972): On the typification of the genus Ascophanus Boud. (Pezizales). Česká Mykologie 26(1): 25-28 (published: 1972)
abstract
The authors typify the genus Ascophanus Boud. with the species Ascophanus granuliformis (P. Crouan et H. Crouan) Boud. The lectotypes hitherto selected of this genus, viz. Ascophanus subfuscus (P. Crouan et H. Crouan) Boud. and A. carneus (Pers. ex Pers.) Boud. appear to be inappropriate; A. subfuscus is an inoperculate species which feature is in contradiction with the original diagnosis of the genus Ascophanus Boud. Because of its spore-ornamentation, Ascophanus carneus (Pers. ex Pers.) Boud. was considered an exceptional element in this genus by Boudier himself. Thus Coprotus Korf et Kimbrough appears to be a synonym of Ascophanus Boud. The present authors disagree with the opinion that the species of the genus Ascophanus Boud. are congeneric with the genus Thelebolus Tode ex Fr. both for nomenclatural and taxonomic reasons.
KOTLABA F. (1968): Excursio autumnalis mycologorum bohemoslovenicorum in silvam Kersko dictam anno 1967. Česká Mykologie 22(2): 146-148 (published: 1968)
abstract
The traditional autumn mycological excursion of the Czechoslovak Mycological Society took place on October 8, 1967, in the Kersko forest, instead of the usual location of Karlštejn. About 200 species were recorded, with a notable shift from calciphilous to acidophilous fungi due to different geological conditions.
SVRČEK M. (1966): Über den ersten Fund von Verpatinia calthicola Whetzel in der Tschechoslowakei. Česká Mykologie 20(4): 226-228 (published: 1966)
abstract
In May 1966, the author collected the inoperculate discomycete Verpatinia calthicola Whetzel (Sclerotiniaceae) near Třeboň (South Bohemia), on decaying leaves of Caltha palustris. This species was previously known only from North America and, more recently, England. The South Bohemian material matches the original description. The small size of Verpatinia spp. makes them easy to overlook, but further findings in suitable habitats are expected.
SVRČEK M. (1961): Stromatinia rapulum (Bull. ex Fr.) Boud. in Bohemia centralis. Česká Mykologie 15(3): 137-140 (published: 8th July, 1961)
ŠMARDA F. (1960): Laubwälder des Gebirges Ždánický les (Steinitzer Wald) und seines Vorlands (Mähren). Česká Mykologie 14(2): 108-121 (published: 20th April, 1960)
KOTLABA F., KUBIČKA J. (1960): Die Mykoflora des Moores „Rotes Moos“ bei Schalmanowitz in ihrer Beziehung zur Mykoflora der südböhmischen torfgebiete. Česká Mykologie 14(2): 90-100 (published: 20th April, 1960)
SVRČEK M. (1960): Eine mykofloristische Skizze der Umgebung von Karlštejn (Karlstein) im Mittelböhmen. Česká Mykologie 14(2): 67-86 (published: 20th April, 1960)
SVRČEK M. (1959): Resultate der Mykologischen Durchforschung Böhmens für das Jahr 1958. II. Kritische Bemerkungen zu einigen Discomyceten der Winter und Frühjahraspekt der mittelböhmischen Mykoflora. Česká Mykologie 13(4): 211-217 (published: 20th October, 1959)
SVRČEK M. (1959): Resultate der mykologischen Durchforschung Böhmens für das Jahr 1958, I. Der Winter und Frühlingsaspekt der mittelböhmischen Mykoflora. Česká Mykologie 13(3): 153-159 (published: 20th July, 1959)
PŘÍHODA A. (1957): Mitrula sclerotiorum Rostr. in Bohemia. Česká Mykologie 11(4): 248-250 (published: 20th October, 1957)
SVRČEK M. (1957): Taxonomical and nomeclatorical notes on discomycete Obrophila strobilina sensu Rehm. Česká Mykologie 11(4): 235-240 (published: 20th October, 1957)
ŠEBEK S. (1956): Poznámky k houbovým chorobám pěstovaných léčivých a aromatických rostlin I. Česká Mykologie 10(4): 237-242 (published: 5th December, 1956)
BLATTNÝ C. (1956): Současný stav a úkoly československé fytopathologické mykologie. Česká Mykologie 10(3): 136-140 (published: 3rd September, 1956)
KOTLABA F. (1954): Další vzácné nebo nové druhy mykoflory Soběslavských blat. Česká Mykologie 8(4): 179-180 (published: 20th November, 1954)
Literatura. Česká Mykologie 8(2): 95-96 (published: 28th May, 1954)
KOTLABA F. (1953): Vzácné nebo nové druhy mykoflory Soběslavských blat. Česká Mykologie 7(4): 191-192 (published: 16th November, 1953)
HERINK J., SVRČEK M. (1953): K padesátinám Dr. Alberta Piláta. Česká Mykologie 7(4): 145-162 (published: 16th November, 1953)
POUZAR Z. (1953): Poznámky k mykofloře Studeného vrchu u Stříbrné Skalice. Česká Mykologie 7(3): 139-141 (published: 15th September, 1953)
CEJP K. (1953): M. S. Voronin (1830-1903). Česká Mykologie 7(3): 104-106 (published: 15th September, 1953)
CHARVÁT I. (1952): Tři naše nejhojnější a snadno zaměnitelné muchomůrky. Česká Mykologie 6(6-7): 138-144 (published: 15th August, 1952)
CEJP K. (1952): Ruská a sovětská mykologie II. Česká Mykologie 6(6-7): 81-84 (published: 15th August, 1952)
SVRČEK M. (1952): Pilátův klíč k určování našich hub hřibovitých a bedlovitých. Česká Mykologie 6(3-5): 44-45 (published: 15th May, 1952)
CEJP K. (1952): Ruská a sovětská mykologie I. Česká Mykologie 6(3-5): 33-38 (published: 15th May, 1952)
PŘÍHODA A. (1951): Houby působící hniloby mrkve. Česká Mykologie 5(1-2): 26-30 (published: 15th February, 1951)
CEJP K. (1949): Houbová antibiotika II. Česká Mykologie 3(1-2): 6-11 (published: 15th February, 1949)
NEUWIRTH F. (1948): Auricularia mesenterica Pers.- Ušíčko fialové. Česká Mykologie 2(2): 42-44 (published: 15th May, 1948)
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