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Community Structure of Yeast Fungi in Forest Biogeocenoses
TLDR
The yeast diversity in forest biogeocenoses is shown to surpass that in other geographic zones and manifests itself in a greater number of species occurring in similar arrays of substrates, and in a higher differentiation of the yeast population with respect to its habitat type.
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The ratio of fungi and bacteria in the biomass of different types of soil determined by selective inhibition
TLDR
Soils under study have shown the predominant contribution of fungi and bacteria to substrate-induced respiration (SIR) with the help of antibiotics, and the lower layers of soddy-podzolic and grey forest soils showed a decrease in the fungal and increase in the bacterial component in the total SIR.
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Seasonal dynamics of the structure of epiphytic yeast communities
TLDR
The seasonal dynamics of the species structure of epiphytic yeasts on the leaves and in the flowers of 25 plant species was studied and it was shown that, on average for the vegetation period, the composition of epIPhytic yeast communities was nonspecific.
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Seasonal Dynamics in a Yeast Population on Leaves of the Common Wood Sorrel Oxalis acetosella L.
TLDR
The data obtained show that the epiphytic microbial population of various plants can be comprehensively studied only by analyzing this population throughout the vegetative period of the plants.
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Yeast Diversity in Hydromorphic Soils with Reference to a Grass–Sphagnum Wetland in Western Siberia and a Hummocky Tundra Region at Cape Barrow (Alaska)
TLDR
Geographic factors may serve for a more reliable prediction of yeast diversity in soils than the physicochemical or ecotopic parameters of these soils.
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Massive isolation and identification of Saccharomyces paradoxus yeasts from plant phyllosphere
TLDR
Year-round studies of epiphytic yeast communities revealed that the number of ascosporogenous yeasts inhabiting living and decaying leaves of some plants increased considerably in certain short periods (at the beginning of summer and in winter).
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Endophytic yeast fungi in plant storage tissues
TLDR
It was found that plant storage tissues nearly always contain yeasts that are able to actively reproduce in these tissues causing no visible damage, and internal storage tissues of plants can be considered as a new interesting model for studies of coevolving plant-microbial associations.
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The yeast Candida railenensis in the fruits of English oak (Quercus robur L.)
TLDR
The cotyledons of whole intact acorns were shown to contain yeasts; their number increased sharply before acorn germination, and after germination or exocarp destruction they were colonized by the usual epiphytic and litter yeasts.
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Massive isolation of anamorphous ascomycete yeasts Candida oleophila from plant phyllosphere
TLDR
Wide occurrence of this yeast species on fruits and in the phyllosphere may be related to its ability to compete with rapidly growing phytopathogenic fungi.
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Yeast Biogeography and the Effects of Species Recognition Approaches: The Case Study of Widespread Basidiomycetous Species from Birch Forests in Russia
TLDR
A collection of yeast fungi isolated from spatially remote birch forests in the Moscow Region and Western Siberia is revised with molecular typing and identification tools and revealed three different types of distribution: variability that depends on geographical factors, genetic identity irrespectively of the region of isolation and high degree of genetic variability that did not correlate with region of sampling.
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