FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2035691208> ?p ?o ?g. }

• W2035691208 endingPage "1819" @default.
• W2035691208 startingPage "1808" @default.
• W2035691208 abstract "The identification of interacting species and elucidation of their mode of interaction may be crucial to understand ecosystem-level processes. We analysed the activity and identity of bacterial epibionts in cultures of Daphnia galeata and of natural daphnid populations. Epibiotic bacteria incorporated considerable amounts of dissolved organic carbon (DOC), as estimated via uptake of tritiated leucine: three times more tracer was consumed by microbes on a single Daphnia than in 1 ml of lake water. However, there was virtually no incorporation if daphnids were anaesthetised, suggesting that their filtration activity was essential for this process. Microbial DOC uptake could predominantly be assigned to microbes that were located on the filter combs of daphnids, where the passage of water would ensure a continuously high DOC supply. Most of these bacteria were Betaproteobacteria from the genus Limnohabitans. Specifically, we identified a monophyletic cluster harbouring Limnohabitans planktonicus that encompassed sequence types from D. galeata cultures, from the gut of Daphnia magna and from daphnids of Lake Zurich. Our results suggest that the epibiotic growth of bacteria related to Limnohabitans on Daphnia spp. may be a widespread and rather common phenomenon. Moreover, most of the observed DOC flux to Daphnia in fact does not seem to be associated with the crustacean biomass itself but with its epibiotic microflora. The unexplored physical association of daphnids with heterotrophic bacteria may have considerable implications for our understanding of carbon transfer in freshwater food webs, that is, a trophic 'shortcut' between microbial DOC uptake and predation by fish." @default.
• W2035691208 created "2016-06-24" @default.
• W2035691208 creator A5013638293 @default.
• W2035691208 creator A5046504383 @default.
• W2035691208 date "2014-04-03" @default.
• W2035691208 modified "2023-10-18" @default.
• W2035691208 title "Bacterial epibionts of Daphnia: a potential route for the transfer of dissolved organic carbon in freshwater food webs" @default.
• W2035691208 cites W1512538917 @default.
• W2035691208 cites W1587190204 @default.
• W2035691208 cites W1598064331 @default.
• W2035691208 cites W1673029553 @default.
• W2035691208 cites W1924287291 @default.
• W2035691208 cites W1976550362 @default.
• W2035691208 cites W1976991550 @default.
• W2035691208 cites W1982491165 @default.
• W2035691208 cites W1984666259 @default.
• W2035691208 cites W1987416218 @default.
• W2035691208 cites W1987425917 @default.
• W2035691208 cites W1992267779 @default.
• W2035691208 cites W1992779750 @default.
• W2035691208 cites W1994100231 @default.
• W2035691208 cites W1994458735 @default.
• W2035691208 cites W1995785663 @default.
• W2035691208 cites W2016418907 @default.
• W2035691208 cites W2019628687 @default.
• W2035691208 cites W2022303000 @default.
• W2035691208 cites W2023886560 @default.
• W2035691208 cites W2024587817 @default.
• W2035691208 cites W2026476601 @default.
• W2035691208 cites W2029952577 @default.
• W2035691208 cites W2036182420 @default.
• W2035691208 cites W2038085351 @default.
• W2035691208 cites W204197469 @default.
• W2035691208 cites W2046328966 @default.
• W2035691208 cites W2046336245 @default.
• W2035691208 cites W2053628020 @default.
• W2035691208 cites W2057631244 @default.
• W2035691208 cites W2057977108 @default.
• W2035691208 cites W2064990669 @default.
• W2035691208 cites W2066064724 @default.
• W2035691208 cites W2066918346 @default.
• W2035691208 cites W2086586425 @default.
• W2035691208 cites W2091922579 @default.
• W2035691208 cites W2094966692 @default.
• W2035691208 cites W2095136906 @default.
• W2035691208 cites W2097829228 @default.
• W2035691208 cites W2105134182 @default.
• W2035691208 cites W2108718991 @default.
• W2035691208 cites W2110224558 @default.
• W2035691208 cites W2111269819 @default.
• W2035691208 cites W2111858111 @default.
• W2035691208 cites W2112601163 @default.
• W2035691208 cites W2114729648 @default.
• W2035691208 cites W2115087904 @default.
• W2035691208 cites W2120361204 @default.
• W2035691208 cites W2122184339 @default.
• W2035691208 cites W2122690438 @default.
• W2035691208 cites W2123202722 @default.
• W2035691208 cites W2125924849 @default.
• W2035691208 cites W2126862456 @default.
• W2035691208 cites W2127847431 @default.
• W2035691208 cites W2128519471 @default.
• W2035691208 cites W2130375244 @default.
• W2035691208 cites W2136879569 @default.
• W2035691208 cites W2137626918 @default.
• W2035691208 cites W2140158002 @default.
• W2035691208 cites W2141723325 @default.
• W2035691208 cites W2142406342 @default.
• W2035691208 cites W2146211641 @default.
• W2035691208 cites W2148520688 @default.
• W2035691208 cites W2149626050 @default.
• W2035691208 cites W2151096147 @default.
• W2035691208 cites W2155046793 @default.
• W2035691208 cites W2155806125 @default.
• W2035691208 cites W2157346936 @default.
• W2035691208 cites W2158780806 @default.
• W2035691208 cites W2162448989 @default.
• W2035691208 cites W2166941162 @default.
• W2035691208 cites W2168522267 @default.
• W2035691208 cites W2317845212 @default.
• W2035691208 cites W2913016707 @default.
• W2035691208 cites W4248356565 @default.
• W2035691208 doi "https://doi.org/10.1038/ismej.2014.39" @default.
• W2035691208 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4139729" @default.
• W2035691208 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24694716" @default.
• W2035691208 hasPublicationYear "2014" @default.
• W2035691208 type Work @default.
• W2035691208 sameAs 2035691208 @default.
• W2035691208 citedByCount "58" @default.
• W2035691208 countsByYear W20356912082015 @default.
• W2035691208 countsByYear W20356912082016 @default.
• W2035691208 countsByYear W20356912082017 @default.
• W2035691208 countsByYear W20356912082018 @default.
• W2035691208 countsByYear W20356912082019 @default.
• W2035691208 countsByYear W20356912082020 @default.
• W2035691208 countsByYear W20356912082021 @default.
• W2035691208 countsByYear W20356912082022 @default.
• W2035691208 countsByYear W20356912082023 @default.

• next