Matches in SemOpenAlex for { <https://semopenalex.org/work/W2580493406> ?p ?o ?g. }
- W2580493406 endingPage "169" @default.
- W2580493406 startingPage "158" @default.
- W2580493406 abstract "Abstract Orchids depend on mycorrhizal fungi for their nutrition, at least in the early stages of their growth and development, and in many cases throughout the life. In spite of the increasing number of studies describing fungal diversity in orchids, there is still more to be learnt about the identity of fungal partners and specificity in orchid mycorrhizal associations. We investigated the fungal communities associated with the roots of Cephalanthera damasonium (Mill.) Druce and C. longifolia (L.) Fritsch adult plants, using morphological methods and fungal internal transcribed spacer‐DNA polymerase chain reaction amplification, cloning, and sequencing. A range of fungi belonging to Basidiomycota and Ascomycota was uncovered in the roots of the two investigated orchid species, showing a low degree of mycorrhizal specificity. At least 11 fungal taxa, including Cenococcum geophilum Fr., Ceratobasidium sp., Exophiala salmonis J. W. Carmich., Hymenogastraceae, and Sebacinaceae colonized C. damasonium roots, while approximately 9 fungal types, such as Bjerkandera adusta (Willd.) P. Karst., Phlebia acerina Peck, Sebacinaceae, Tetracladium sp., and Tomentella sp. associated with C. longifolia . Phylogenetic and statistical analyses indicated significant differences in the fungal communities associated with the two studied Cephalanthera species, as well as distinct mycorrhizal partners associated with each orchid plant. Our results strongly suggest that both C. damasonium and C. longifolia are generalist in their mycorrhizal associations." @default.
- W2580493406 created "2017-02-03" @default.
- W2580493406 creator A5009158743 @default.
- W2580493406 creator A5023793911 @default.
- W2580493406 creator A5029316679 @default.
- W2580493406 creator A5031238440 @default.
- W2580493406 creator A5048261305 @default.
- W2580493406 creator A5049156438 @default.
- W2580493406 creator A5072664782 @default.
- W2580493406 date "2017-02-21" @default.
- W2580493406 modified "2023-10-16" @default.
- W2580493406 title "Fungal diversity and specificity in<i>Cephalanthera damasonium</i>and<i>C. longifolia</i>(Orchidaceae) mycorrhizas" @default.
- W2580493406 cites W1531312922 @default.
- W2580493406 cites W1588258632 @default.
- W2580493406 cites W1605943022 @default.
- W2580493406 cites W1877516061 @default.
- W2580493406 cites W1966477429 @default.
- W2580493406 cites W1968450637 @default.
- W2580493406 cites W1969897365 @default.
- W2580493406 cites W1983749170 @default.
- W2580493406 cites W1984771160 @default.
- W2580493406 cites W1984844512 @default.
- W2580493406 cites W1996331440 @default.
- W2580493406 cites W1996424948 @default.
- W2580493406 cites W2001170518 @default.
- W2580493406 cites W2004246568 @default.
- W2580493406 cites W2007265159 @default.
- W2580493406 cites W2009096409 @default.
- W2580493406 cites W2011215697 @default.
- W2580493406 cites W2011843449 @default.
- W2580493406 cites W2013564539 @default.
- W2580493406 cites W2020048326 @default.
- W2580493406 cites W2024009875 @default.
- W2580493406 cites W2026234415 @default.
- W2580493406 cites W2029187768 @default.
- W2580493406 cites W2030966943 @default.
- W2580493406 cites W2036046548 @default.
- W2580493406 cites W2036840958 @default.
- W2580493406 cites W2059307397 @default.
- W2580493406 cites W2060763356 @default.
- W2580493406 cites W2068159852 @default.
- W2580493406 cites W2068815993 @default.
- W2580493406 cites W2081355650 @default.
- W2580493406 cites W2085799155 @default.
- W2580493406 cites W2089278828 @default.
- W2580493406 cites W2091247515 @default.
- W2580493406 cites W2092069028 @default.
- W2580493406 cites W2099671431 @default.
- W2580493406 cites W2101181519 @default.
- W2580493406 cites W2103300831 @default.
- W2580493406 cites W2103966477 @default.
- W2580493406 cites W2104880513 @default.
- W2580493406 cites W2105027946 @default.
- W2580493406 cites W2105230904 @default.
- W2580493406 cites W2105341194 @default.
- W2580493406 cites W2105898143 @default.
- W2580493406 cites W2112456157 @default.
- W2580493406 cites W2113243310 @default.
- W2580493406 cites W2116322768 @default.
- W2580493406 cites W2119334811 @default.
- W2580493406 cites W2119740330 @default.
- W2580493406 cites W2130889389 @default.
- W2580493406 cites W2132632499 @default.
- W2580493406 cites W2134202549 @default.
- W2580493406 cites W2136233546 @default.
- W2580493406 cites W2137015675 @default.
- W2580493406 cites W2138164753 @default.
- W2580493406 cites W2140908909 @default.
- W2580493406 cites W2144002103 @default.
- W2580493406 cites W2144755161 @default.
- W2580493406 cites W2145520331 @default.
- W2580493406 cites W2147037781 @default.
- W2580493406 cites W2149421543 @default.
- W2580493406 cites W2150356107 @default.
- W2580493406 cites W2152808142 @default.
- W2580493406 cites W2157701243 @default.
- W2580493406 cites W2160255718 @default.
- W2580493406 cites W2161163382 @default.
- W2580493406 cites W2161176033 @default.
- W2580493406 cites W2167422762 @default.
- W2580493406 cites W2168884420 @default.
- W2580493406 cites W2169284356 @default.
- W2580493406 cites W2169880829 @default.
- W2580493406 cites W2170964641 @default.
- W2580493406 cites W4231858453 @default.
- W2580493406 cites W4241853464 @default.
- W2580493406 cites W4247428054 @default.
- W2580493406 doi "https://doi.org/10.1111/jse.12238" @default.
- W2580493406 hasPublicationYear "2017" @default.
- W2580493406 type Work @default.
- W2580493406 sameAs 2580493406 @default.
- W2580493406 citedByCount "11" @default.
- W2580493406 countsByYear W25804934062018 @default.
- W2580493406 countsByYear W25804934062019 @default.
- W2580493406 countsByYear W25804934062020 @default.
- W2580493406 countsByYear W25804934062021 @default.
- W2580493406 countsByYear W25804934062022 @default.
- W2580493406 crossrefType "journal-article" @default.