FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2964684574> ?p ?o ?g. }

• W2964684574 abstract "Abstract There is a growing concern about the implications of accelerated thawing of permafrost for regional biogeochemical cycling of carbon and other bioreactive elements. One such element of concern is nitrogen, and in this study, we investigated the diversity and biogeography of potential diazotrophs within a series of thaw ponds representing different ontogenetic stages in pond development. Using metagenomic sequence data from subarctic thaw ponds, we identified an array of nitrogenase genes across the ponds. The iron‐only nitrogenase gene ( anfH ) was positively correlated with sulfate, while there was no correlation with methane despite previous findings that organisms carrying anfH can simultaneously participate in nitrogen fixation and methanogenesis. Sulfate is known to inhibit microbial uptake of molybdate, an element essential for the activity of the nifH (molybdenum‐iron) nitrogenase and this may explain the high potential for nitrogen fixation utilizing anfH in sulfate‐rich ponds. NifH was particularly abundant in the hypolimnion of the deeper and older ponds, with Deltaproteobacteria and Chlorobi as the putative dominant diazotrophs. In the epilimnetic waters, nifH composition was more variable, with various Gammaproteobacteria as abundant representatives, while cyanobacterial diazotrophs were scarce. Interestingly, nifH gene abundance was significantly positively correlated with in situ methane concentration. Based on genome‐resolved metagenomics, we hypothesize that diazotrophs and methanogens engage in syntrophic interactions in anoxic waters, possibly via propionate oxidation or (in Geobacter) by interspecies electron transfer. Our results also suggest that nitrogen fixers may supply bioreactive nitrogen compounds to the thaw pond communities, thereby enhancing growth and activity of methanogens." @default.
• W2964684574 created "2019-08-13" @default.
• W2964684574 creator A5057055718 @default.
• W2964684574 creator A5064333553 @default.
• W2964684574 creator A5078670759 @default.
• W2964684574 date "2019-08-05" @default.
• W2964684574 modified "2023-09-27" @default.
• W2964684574 title "Non‐cyanobacterial diazotrophs dominate nitrogen‐fixing communities in permafrost thaw ponds" @default.
• W2964684574 cites W104949031 @default.
• W2964684574 cites W1496360119 @default.
• W2964684574 cites W1512580839 @default.
• W2964684574 cites W1541379645 @default.
• W2964684574 cites W1584790813 @default.
• W2964684574 cites W1968368780 @default.
• W2964684574 cites W1976222527 @default.
• W2964684574 cites W2000154752 @default.
• W2964684574 cites W2022434902 @default.
• W2964684574 cites W2024540858 @default.
• W2964684574 cites W2026470384 @default.
• W2964684574 cites W2037108321 @default.
• W2964684574 cites W2045204781 @default.
• W2964684574 cites W2045430776 @default.
• W2964684574 cites W2055043387 @default.
• W2964684574 cites W2056279562 @default.
• W2964684574 cites W2067190904 @default.
• W2964684574 cites W2078114051 @default.
• W2964684574 cites W2092705479 @default.
• W2964684574 cites W2096093282 @default.
• W2964684574 cites W2100704947 @default.
• W2964684574 cites W2102652793 @default.
• W2964684574 cites W2110256992 @default.
• W2964684574 cites W2112364185 @default.
• W2964684574 cites W2115088622 @default.
• W2964684574 cites W2116913446 @default.
• W2964684574 cites W2119526669 @default.
• W2964684574 cites W2121180999 @default.
• W2964684574 cites W2128711701 @default.
• W2964684574 cites W2130457878 @default.
• W2964684574 cites W2142310711 @default.
• W2964684574 cites W2142428670 @default.
• W2964684574 cites W2142678031 @default.
• W2964684574 cites W2145397059 @default.
• W2964684574 cites W2146538520 @default.
• W2964684574 cites W2151415984 @default.
• W2964684574 cites W2152153837 @default.
• W2964684574 cites W2154836565 @default.
• W2964684574 cites W2157346064 @default.
• W2964684574 cites W2178043251 @default.
• W2964684574 cites W2192102864 @default.
• W2964684574 cites W2224056471 @default.
• W2964684574 cites W2258411656 @default.
• W2964684574 cites W2279009348 @default.
• W2964684574 cites W2303656007 @default.
• W2964684574 cites W2332139698 @default.
• W2964684574 cites W2333406100 @default.
• W2964684574 cites W2338844729 @default.
• W2964684574 cites W2345868283 @default.
• W2964684574 cites W2465681871 @default.
• W2964684574 cites W2495438233 @default.
• W2964684574 cites W2519912158 @default.
• W2964684574 cites W2551555147 @default.
• W2964684574 cites W2587170962 @default.
• W2964684574 cites W2594765776 @default.
• W2964684574 cites W2606492639 @default.
• W2964684574 cites W2755541983 @default.
• W2964684574 cites W2768797310 @default.
• W2964684574 cites W2783117241 @default.
• W2964684574 cites W2789963080 @default.
• W2964684574 cites W2793339368 @default.
• W2964684574 cites W2801306905 @default.
• W2964684574 cites W2863731766 @default.
• W2964684574 cites W2883475955 @default.
• W2964684574 cites W2951873447 @default.
• W2964684574 cites W4240770255 @default.
• W2964684574 cites W4247827247 @default.
• W2964684574 doi "https://doi.org/10.1002/lno.11243" @default.
• W2964684574 hasPublicationYear "2019" @default.
• W2964684574 type Work @default.
• W2964684574 sameAs 2964684574 @default.
• W2964684574 citedByCount "11" @default.
• W2964684574 countsByYear W29646845742019 @default.
• W2964684574 countsByYear W29646845742020 @default.
• W2964684574 countsByYear W29646845742021 @default.
• W2964684574 countsByYear W29646845742022 @default.
• W2964684574 countsByYear W29646845742023 @default.
• W2964684574 crossrefType "journal-article" @default.
• W2964684574 hasAuthorship W2964684574A5057055718 @default.
• W2964684574 hasAuthorship W2964684574A5064333553 @default.
• W2964684574 hasAuthorship W2964684574A5078670759 @default.
• W2964684574 hasBestOaLocation W29646845741 @default.
• W2964684574 hasConcept C107872376 @default.
• W2964684574 hasConcept C108970007 @default.
• W2964684574 hasConcept C141280058 @default.
• W2964684574 hasConcept C145244307 @default.
• W2964684574 hasConcept C181440489 @default.
• W2964684574 hasConcept C183688256 @default.
• W2964684574 hasConcept C185592680 @default.
• W2964684574 hasConcept C18903297 @default.
• W2964684574 hasConcept C197322856 @default.
• W2964684574 hasConcept C2776989901 @default.

• next