FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2181179556> ?p ?o ?g. }

• W2181179556 endingPage "18" @default.
• W2181179556 startingPage "10" @default.
• W2181179556 abstract "Abstract Soil protists are commonly suggested being solely bacterivorous, serving together with bacterivorous nematodes as the main controllers of the bacterial energy channel in soil food webs. In contrast, the fungal energy channel is assumed to be controlled by arthropods and mycophagous nematodes. This perspective accepted by most soil biologists is, however, challenged by functional studies conducted by taxonomists that revealed a range of mycophagous protists. In order to increase the knowledge on the functional importance of mycophagous protists we isolated and initiated cultures of protist taxa and tested eight for facultative feeding on diverse fungi in microcosm experiments. Two different flagellate species of the genus Cercomonas, the testate amoeba Cryptodifflugia operculata and four genera of naked amoebae (Acanthamoeba sp., Leptomyxa sp., two Mayorella spp. and Thecamoeba spp.) fed and grew on yeasts with four taxa (Cercomonas sp., Leptomyxa sp., Mayorella sp., and Thecamoeba sp.) also thriving on spores of the plant pathogenic hyphal-forming fungus Fusarium culmorum. To identify the potential importance of mycophagous protists in the environment we applied a data-mining approach targeting small subunit (SSU) rRNA data obtained in metatranscriptomes of five fundamentally different terrestrial samples. We focused our analyses on the distribution and relative abundances of two well-studied mycophagous protist groups, vampyrellid amoebae and grossglockneriid ciliates. Both groups were detected in all of the highly contrasting terrestrial samples, comprising up to 3% of all protist SSU rRNA transcripts. SSU transcripts of these two groups, in contrast to all remaining protist SSU transcripts, showed strong correlations with the relative abundance of fungal sequences indicating close direct trophic interactions. Taken together, this study provides evidence that mycophagy among soil protists is common and might be of substantial but hitherto overlooked ecological importance in terrestrial ecosystems. Future studies should aim at evaluating taxon-specific (facultative) mycophagy, decipher changes caused in the fungal community and quantitatively evaluate the functional importance of this trophic position in soil ecosystems." @default.
• W2181179556 created "2016-06-24" @default.
• W2181179556 creator A5001699706 @default.
• W2181179556 creator A5025482479 @default.
• W2181179556 creator A5036566492 @default.
• W2181179556 creator A5040233192 @default.
• W2181179556 creator A5040570877 @default.
• W2181179556 creator A5085358131 @default.
• W2181179556 date "2016-03-01" @default.
• W2181179556 modified "2023-10-17" @default.
• W2181179556 title "The soil food web revisited: Diverse and widespread mycophagous soil protists" @default.
• W2181179556 cites W1497150576 @default.
• W2181179556 cites W1712795757 @default.
• W2181179556 cites W1732444337 @default.
• W2181179556 cites W1809952629 @default.
• W2181179556 cites W1906071234 @default.
• W2181179556 cites W1954195146 @default.
• W2181179556 cites W1966804171 @default.
• W2181179556 cites W1971907333 @default.
• W2181179556 cites W1978425072 @default.
• W2181179556 cites W1982304901 @default.
• W2181179556 cites W1985726486 @default.
• W2181179556 cites W1987661573 @default.
• W2181179556 cites W1989553161 @default.
• W2181179556 cites W1992355635 @default.
• W2181179556 cites W199823787 @default.
• W2181179556 cites W2005201180 @default.
• W2181179556 cites W2006116244 @default.
• W2181179556 cites W2006971858 @default.
• W2181179556 cites W2013716106 @default.
• W2181179556 cites W2020232542 @default.
• W2181179556 cites W2021246875 @default.
• W2181179556 cites W2021526043 @default.
• W2181179556 cites W2022542857 @default.
• W2181179556 cites W2023540833 @default.
• W2181179556 cites W2023759053 @default.
• W2181179556 cites W2026677149 @default.
• W2181179556 cites W2029685374 @default.
• W2181179556 cites W2030723816 @default.
• W2181179556 cites W2032917241 @default.
• W2181179556 cites W2033125190 @default.
• W2181179556 cites W2033936471 @default.
• W2181179556 cites W2034303439 @default.
• W2181179556 cites W2044587471 @default.
• W2181179556 cites W2044724392 @default.
• W2181179556 cites W2055567387 @default.
• W2181179556 cites W2055630785 @default.
• W2181179556 cites W2057035879 @default.
• W2181179556 cites W2060571129 @default.
• W2181179556 cites W2061722530 @default.
• W2181179556 cites W2063807976 @default.
• W2181179556 cites W2069938746 @default.
• W2181179556 cites W2073302338 @default.
• W2181179556 cites W2074030281 @default.
• W2181179556 cites W2080054149 @default.
• W2181179556 cites W2085432935 @default.
• W2181179556 cites W2086463820 @default.
• W2181179556 cites W2088490049 @default.
• W2181179556 cites W2089153568 @default.
• W2181179556 cites W2089603833 @default.
• W2181179556 cites W2090313435 @default.
• W2181179556 cites W2091230358 @default.
• W2181179556 cites W2091879790 @default.
• W2181179556 cites W2092858833 @default.
• W2181179556 cites W2096060808 @default.
• W2181179556 cites W2096197671 @default.
• W2181179556 cites W2096529812 @default.
• W2181179556 cites W2108111811 @default.
• W2181179556 cites W2115801691 @default.
• W2181179556 cites W2123107515 @default.
• W2181179556 cites W2123288133 @default.
• W2181179556 cites W2125128784 @default.
• W2181179556 cites W2125304599 @default.
• W2181179556 cites W2126622934 @default.
• W2181179556 cites W2129149043 @default.
• W2181179556 cites W2138201993 @default.
• W2181179556 cites W2144807338 @default.
• W2181179556 cites W2147025103 @default.
• W2181179556 cites W2147330825 @default.
• W2181179556 cites W2160034397 @default.
• W2181179556 cites W2161129235 @default.
• W2181179556 cites W2167493116 @default.
• W2181179556 cites W2168699213 @default.
• W2181179556 cites W2798007058 @default.
• W2181179556 doi "https://doi.org/10.1016/j.soilbio.2015.11.010" @default.
• W2181179556 hasPublicationYear "2016" @default.
• W2181179556 type Work @default.
• W2181179556 sameAs 2181179556 @default.
• W2181179556 citedByCount "145" @default.
• W2181179556 countsByYear W21811795562016 @default.
• W2181179556 countsByYear W21811795562017 @default.
• W2181179556 countsByYear W21811795562018 @default.
• W2181179556 countsByYear W21811795562019 @default.
• W2181179556 countsByYear W21811795562020 @default.
• W2181179556 countsByYear W21811795562021 @default.
• W2181179556 countsByYear W21811795562022 @default.
• W2181179556 countsByYear W21811795562023 @default.
• W2181179556 crossrefType "journal-article" @default.

• next