Results 201 to 210 of about 12,214 (238)
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Armillaria korhonenii, the sixteenth biological species ofArmillariafrom China
Phytotaxa, 2023ABSTRACTArmillaria korhonenii, designated as Chinese biological species Q (CBSQ) here, is described as a new species based on phylogenetic and morphological evidence as well as the results of mating tests. This species is the sixteenth biological species ofArmillariareported from China following the discovery of 15 previously known biological species ...
JIANWEI LIU +12 more
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2018
Dinotrema armillariae (Fischer, 1969) (Figs 3, 4) Aspilota armillariae Fischer 1969d: 194; Shenefelt 1974: 967; Marsh 1979: 220; Yu et al. 2012. Dinotrema armillariae: Peris-Felipo and Belokobylskij 2016b: 3. Material examined. 1 female (paratype), " U.S.А., Great Falls, Va., 25.ix.1913, ex fungus Clitocybla, R.C. Shannon Coll." (NHMW).
Peris-Felipo, Frаncisco Jаvier +1 more
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Dinotrema armillariae (Fischer, 1969) (Figs 3, 4) Aspilota armillariae Fischer 1969d: 194; Shenefelt 1974: 967; Marsh 1979: 220; Yu et al. 2012. Dinotrema armillariae: Peris-Felipo and Belokobylskij 2016b: 3. Material examined. 1 female (paratype), " U.S.А., Great Falls, Va., 25.ix.1913, ex fungus Clitocybla, R.C. Shannon Coll." (NHMW).
Peris-Felipo, Frаncisco Jаvier +1 more
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Mycologia, 1947
This very rare agaric occurs in the vicinity of Cleveland, Ohio, where it is usually found limited to three or four fruiting bodies at the most. It appears rather late in the year, from October to midNovember. The exact dates on which it has been found during the past twelve years are November 16, 1935; October 14, 1938; October 19, 1941; and September
A H, SMITH, M B, WALTERS
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This very rare agaric occurs in the vicinity of Cleveland, Ohio, where it is usually found limited to three or four fruiting bodies at the most. It appears rather late in the year, from October to midNovember. The exact dates on which it has been found during the past twelve years are November 16, 1935; October 14, 1938; October 19, 1941; and September
A H, SMITH, M B, WALTERS
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2021
Abstract Armillaria limonea is a white rot wood decay fungus and root disease pathogen that has confirmed presence in New Zealand only, where it is presumed to be indigenous. It is closely related to A. luteobubalina in Australia and South America, and to South American A. montagnei. A. limonea occurs naturally on woody debris and as
Ian Hood, Charles Shaw
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Abstract Armillaria limonea is a white rot wood decay fungus and root disease pathogen that has confirmed presence in New Zealand only, where it is presumed to be indigenous. It is closely related to A. luteobubalina in Australia and South America, and to South American A. montagnei. A. limonea occurs naturally on woody debris and as
Ian Hood, Charles Shaw
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Current biology : CB, 2019
Lingering in forests around the world, some of the largest and oldest terrestrial organisms on earth hide in plain sight. In this Quick Guide, Sipos et al. shed light on the biology of the Armillaria fungi.
Sipos, György +2 more
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Lingering in forests around the world, some of the largest and oldest terrestrial organisms on earth hide in plain sight. In this Quick Guide, Sipos et al. shed light on the biology of the Armillaria fungi.
Sipos, György +2 more
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Foraging behaviour of Armillaria rhizomorph systems
Mycological Research, 2005The foraging behaviour of Armillaria rhizomorph systems is poorly understood owing to their cryptic position within the soil. We investigated foraging in a homogeneous environment (i.e. agar), finding that rhizomorph systems of the more parasitic species, A. mellea, A. ostoyae, and A.
Jeanne D, Mihail, Johann N, Bruhn
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Transactions of the British Mycological Society, 1982
The nomenclatural history of the genus Armillaria is given and its acceptance over Armillariella argued. The identity of the type species, A. mellea, is determined and a full description of material from the probable locality in Denmark of the original collection is offered.
R. Watling, G.A. Kile, Norma M. Gregory
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The nomenclatural history of the genus Armillaria is given and its acceptance over Armillariella argued. The identity of the type species, A. mellea, is determined and a full description of material from the probable locality in Denmark of the original collection is offered.
R. Watling, G.A. Kile, Norma M. Gregory
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2021
Molecular-based characterization of Armillaria species from Ukrainian specimens was accomplished. PCR-RFLP profiles and sequences of three DNA regions: IGS-1, ITS1-5.8S-ITS2 and fragment of EF-1alpha gene were investigated. We have detected heterogeneity in rDNA region and discovered a few new PCR-RFLP profiles in each of investigated DNA region ...
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Molecular-based characterization of Armillaria species from Ukrainian specimens was accomplished. PCR-RFLP profiles and sequences of three DNA regions: IGS-1, ITS1-5.8S-ITS2 and fragment of EF-1alpha gene were investigated. We have detected heterogeneity in rDNA region and discovered a few new PCR-RFLP profiles in each of investigated DNA region ...
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Armillaria luteobubalina (armillaria root rot)
PlantwisePlus Knowledge Bank, 2022openaire +1 more source